Eco Web Server III Instruction Manual _ Operating

Mitsubishi Energy Saving Data Collecting Server (EcoWebServer III) Model name

MES3-255C-EN

Instruction Manual – Operating

● Be sure to read this manual before using the equipment. Please deliver this manual to the end user.

Instruction Manual for Energy Saving Data Collecting Server – Operating

i

Table of Contents Chapter 1 Preface............................................................................................................................................1-2

General notes ....................................1-2

Warranty.......................................................................................................................................................1-2

Trademarks ..................................................................................................................................................1-2

Safety precautions ...........................................................................................................................................1-2

Precautions for use..........................................................................................................................................1-3

Main features and functions ............................................................................................................................1-4

Main features of Energy Saving Data Collecting Server .............................................................................1-4

Main functions of Energy Saving Data Collecting Server ............................................................................1-4

System configuration .......................................................................................................................................1-6

Connection to LAN.......................................................................................................................................1-6

Direct connection with a single PC without using a hub ..............................................................................1-7

Connection with PCs using a hub................................................................................................................1-7

Specifications...................................................................................................................................................1-8

Chapter 2 Before Use......................................................................................................................................2-2

Recommended system environment ...........................................................................................................2-2

How to install JavaVM and browser.............................................................................................................2-3

PC settings...................................................................................................................................................2-4

Web browser settings - how to directly connect with EcoServer III .............................................................2-8

Web browser settings - how to connect with EcoServer III bypassing proxy server .................................2-10

Web browser settings - how to change the temporary Internet file settings..............................................2-13

Web browser settings - how to change the smooth scrolling settings.......................................................2-15

Web browser settings - how to change the zoom factor............................................................................2-16

Chapter 3 Basic Operatings ............................................................................................................................3-2

Glossary .......................................................................................................................................................3-2

Operatingal procedure .................................................................................................................................3-4

Table of Contents

ii

Chapter 4 Description of Each Screen ..........................................................................................................4-2

Top screen..................................................................................................................................................4-2

Side Menus ................................................................................................................................................4-3

Measurement graph display screen - electric energy and pulses .............................................................4-3

Measurement graph display screen - analog value...................................................................................4-7

Measurement graph display screen - analog value (power factor)..........................................................4-10

Measurement graph display screen - unit requirement ...........................................................................4-12

Measurement graph display screen - equipment.....................................................................................4-14

Current value display (option) ..................................................................................................................4-17

Current value display (group)...................................................................................................................4-18

Manual control (contact OFF) ..................................................................................................................4-19

Data file - online measuring point.............................................................................................................4-20

Data file - virtual measuring point.............................................................................................................4-21

Data file - unit requirement.......................................................................................................................4-21

Data file - equipment ................................................................................................................................4-21

Data file - operating history data ..............................................................................................................4-22

Maintenance - planned/target value setting .............................................................................................4-23

Maintenance - measuring point list ..........................................................................................................4-27

Maintenance - email notification list .........................................................................................................4-30

Maintenance - file transfer........................................................................................................................4-31

Maintenance - time adjustment details.....................................................................................................4-31

Maintenance - system log file display ......................................................................................................4-32

C hapter 5 Viewing Measurement Graphs.....................................................................................................5-2

Compare graphs by date/time ..................................................................................................................5-2

Compare by measuring point ..................................................................................................................5-4

Download graph data ..............................................................................................................................5-6

Confirm production efficiency (confirming of unit requirement graph).....................................................5-8

Confirm equipment efficiency (confirming of equipment graphs) ..........................................................5-10

Chapter 6 Viewing Current Measured Values..............................................................................................6-2

View the current values of the selected measuring points ......................................................................6-2

Save the selected measuring points (making of a setting list) ................................................................6-4

Reading of the setting list registered .......................................................................................................6-6

View current values for each group.........................................................................................................6-7

Turn off the contact output/confirm the contact status.............................................................................6-8

Chapter 7 Downloading of Measurement Data............................................................................................7-2

Downloading of measurement data.........................................................................................................7-2

Chapter 8 Setting of Planned/Target Values................................................................................................8-2

Set planned values (for the year/fiscal year)...........................................................................................8-2

Set targeted values of unit requirement ..................................................................................................8-4

Targeted values set in order not to be monitored

until the production volume exceeds the threshold value .......................................................................8-6

Instruction Manual for Energy Saving Data Collecting Server – Operating

iii

Chapter 9 Confirming of Settings.................................................................................................................9-2

Confirm the settings including measuring points and groups..................................................................9-2

Confirm the settings for the upper and lower limit monitoring.................................................................9-2

Confirm the settings of the contact outputs .............................................................................................9-4

Confirm the settings of the mail warning .................................................................................................9-5

Confirm the settings of the file transfer (FTP server) ..............................................................................9-6

Confirm system logs................................................................................................................................9-7

Adjust time...............................................................................................................................................9-8

Chapter 10 Addendix .................................................................................................................................10-2

Troubleshooting.....................................................................................................................................10-2

Specifications of data file .......................................................................................................................10-5

Zoom data file ....................................................................................................................................10-5

Daily data file .....................................................................................................................................10-6

Monthly data file .................................................................................................................................10-7

Yearly data file ....................................................................................................................................10-8

Virtual data (daily) file ........................................................................................................................10-9

Virtual data (monthly) file .................................................................................................................10-10

Unit requirement data (daily) file...................................................................................................... 10-11

Equipment efficiency data (daily) file ...............................................................................................10-13

Operating history data file ................................................................................................................10-15

Record of system log...........................................................................................................................10-16

System log file ................................................................................................................................10-16

Types of system logs ......................................................................................................................10-17

Specifications of data displayed on graph...........................................................................................10-23

Zoom graph: electric energy and pulses ........................................................................................10-23

Zoom graph: analog values............................................................................................................10-24

Zoom graph: analog values (power factor).....................................................................................10-25

Daily graph: electric energy and pulses .........................................................................................10-26

Daily graph: analog values .............................................................................................................10-28

Daily graph: analog values (power factor)......................................................................................10-29

Daily graph: unit requirement .........................................................................................................10-30

Daily graph: equipment...................................................................................................................10-31

Weekly graph: unit requirement......................................................................................................10-33

Monthly graph: electric energy and pulses.....................................................................................10-34

Yearly graph: electric energy and pulses........................................................................................10-35

Instruction Manual for Energy Saving Data Collecting Server – [Operating]

1-1

This chapter describes the following items.

General notes

Safety precautions

Precautions for use

Main features and functions

System configuration

Specifications

Packaged contents

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 1 Preface

1-2

Chapter 1 Preface

Thank you for purchasing Mitsubishi’s Energy Efficient Data Collection Server (hereinafter, called EcoServer

III).

This instruction manual is intended for users who know how to operate a PC and browsers, and describes

how to use EcoServer III to display measurement graphs, current values and other data on Internet Explorer®.

For information on how to set EcoServer III, see Instruction Manual – Configuration.

Please read this instruction manual carefully, and use the product properly.

Keep this instruction manual in an accessible place for future reference whenever needed.

Make sure it is delivered to the end user.

For information on how to handle the main unit of EcoServer III, see Instruction Manual – Hardware.

General notes

Warranty This document and product have undergone strict quality control and inspection before delivery, but

in the unlikely event that the document or product is defective in manufacture, our company shall

provide replacement. Contact the distributor from which you purchased them. However, this warranty

does not apply to the product or document that has been damaged by acts of God or misapplication.

Our company shall not be liable for any damages arising out of your or third parties’ system troubles,

legal problems, misapplication, failures during use, or any other defects.

The product is warranted for a period of less than one (1) year from the date of your purchase or from

the date of delivery to your specified location or within eighteen (18) months from the date of

shipment from our factory (from the month and year of manufacture), whichever is less.

The warranty period shall not be renewed after repair.

Trademarks Windows®, Windows®7 and Internet Explorer® are trademarks, registered trademarks and products

of Microsoft Corporation in the United States and/or other countries.

Java, all Java-based trademarks and logos are registered trademarks of Oracle Corporation and its

affiliated companies in the United States and/or other countries.

CompactFlashTM and CF are trademarks of SanDisk Corporation.

Ethernet is a registered trademark of Fuji Xerox Co., Ltd.

EcoServer is a registered trademark of Mitsubishi Electric Corporation.

Other companies and product names in the manual are registered trademarks or trademarks of their

respective owners.

Safety precautions

Please read EcoServer III Instruction Manual – Hardware.


1-3

Precautions for use

Pay attention to the following information when you display data on your PC.

For installation and setting of web browsers and JavaVM (Java Virtual Machine) and inquiries about

their technical issues, contact your network administrator or appropriate department.

We don’t offer technical support for the above.

If you have changed any display-related settings such as a measuring point name, make sure you

restart the web browser. Otherwise, the change might not be updated due to the cache function of the

web browser.

Chapter 1 Preface

1-4

Main features and functions

Main features of Energy Efficient Data Collection Server With the browser on your PC connected via LAN, you can display data (indicator values,

operating condition (ON/OFF), unit requirement) collected by Energy Efficient Data Collection

Server, EcoServer III.

You may display the data on a maximum of five PCs.

* In case of displaying the current values on more than one PC, the current values may

fail to be updated due to update overlapping. In this case, click on the [Display] button

again.

* The number of PCs which can be connected at the same time varies depending on the

browser version or type you use.

You can download collection data stored in EcoServer III, to your PC.

You can set planned values and target unit requirements through the browser in your PC.

Main functions of Energy Efficient Data Collection Server The functions of Energy Efficient Data Collection Server, EcoServer III include the following:

Measurement function

To collect measurement data from CC-Link terminal devices

Contact output function

To output the contact in case of abnormal situations

Display function

To display current measurement values

To display ON/OFF operating condition of the devices set.

To display previous and current data in graph

To display unit requirements in graph

To display equipment data (number of defective products, etc.) in graph

Saving function

To save measurement data, virtual measuring points and unit requirement measuring points

in a memory card

To save operating history in a memory card

To save alarm history (occurrence of abnormal situations) in a memory card

Monitoring function

To monitor the upper and lower limits of measurement data, condition change of monitoring

points and abnormality in communication/memory cards

Communication function

To notify via email of abnormality in the upper/lower limits of measurement data and

communication abnormality

To notify via email of the condition change of monitoring points

To send an email on a regular basis (once a day, week, or month)

To automatically transfer logging data, unit requirement measuring point data and operating

history to the FTP server


1-5

Automatic time synchronization function

To correct the time by acquiring time information from the SNTP server periodically

Maintenance function

To send/receive a project (setting data) to and from the configuration software and to set

planned energy values and target unit requirements

To display the project (setting data)

Chapter 1 Preface

1-6

System configuration

Connection to LAN

Web browser, JavaVM installed

Reading of data from Energy Efficient Data Collection Server

Reading of current values Reading of data collected at

1-minute or 1-hour (30-minute) intervals

Reading of virtual data (daily) Reading of virtual data

(monthly) Reading of unit requirement

data (daily) Reading of equipment data

(daily) Reading of operating history

data

Client PC

Data display Trend graphs of zoom (by minute), day (by hour), month (by day), year (by month), virtual measurement point (by hour), virtual measurement point (by day), unit requirement (by hour), equipment (by hour), display of current values, display of data in a CSV format

Settings Measurement points, upper/lower limit monitoring, operating monitoring

SMTP mail server

FTP server SNTP server

10BASE-T or 100BASE-T (Ethernet)

Email notification of the abnormality in upper and lower limits Email notification of the operating status

Transfer of files in a CSV format (Zoom, daily, virtual (daily), monthly, virtual (monthly), unit requirement (daily), operating history, system log file)

Acquisition of time informationTime synchronization with EcoServer III

100 to 240VAC

Collection of up to 255

point records (current values)

Termination resistance

Saving and reading of collected data, virtual data (daily), virtual data (monthly), unit requirement data (daily), operating history data collected at 1-minute or 1-hour (30-minute) intervals

MITSUBISHIEnergy Efficient Data Collection Server Model: MES3-255C Ver.

Mitsubishi Electric Corporation

CompactFlashTMmemory card

Equipped with energy efficient data collection software

Saving of collected data Data collected at 1-minute intervals: for 62 days Data collected at 1-hour (30-minute) intervals: for 186 days Virtual data (daily): 186 days Virtual data (monthly): 60 months Unit requirement data (daily): 186 days Equipment data (daily): 186 days Data collected at 1-day intervals: for 60 months Data collected at 1-month intervals: for 60 monthsOperating history data: for 64 KB × 4System log: 256 KB × 4

Multifunction indicator

ME110SSR-C

CC-Link Energy

measurement unit EMU2-RD3-C

Centralized earth-leakage monitor with

communication function LG-10F

Terminal block type 24 V DC input unit

AJ65SBTB1-8D

Thermocouple temperature input unit

AJ65BT-68TD

Collection of analog data (current, electric power, etc.), pulse data (electric energy, flow rate, etc.), digital data (equipment operating status) Multiphase circuit

electric power measurement unit

EcoMonitor II

Terminal block type 24 V DC input/output unit

AJ65SBT-16DT

Platinum resistance thermometer Pt100

Temperature input unit – 64RD3

Termination resistance

LAN (Ethernet)


1-7

Direct connection with a single PC without using a hub

Connection with PCs using a hub

PC


Reading of current values Reading of data collected at 1-minute

or 1-hour (30-minute) intervals Reading of virtual data (daily) Reading of virtual data (monthly) Reading of unit requirement data

(daily) Reading of equipment data (daily) Reading of operating history data


Email notification of the abnormality in the upper/lower limits, transmission of data to the FTP server, time synchronization with the SNTP server cannot be done.

10BASE-T or 100BASE-T (crossover cable or straight cable)

PC


Reading of current values Reading of data collected at 1-minute

or 1-hour (30-minute) intervals Reading of virtual data (daily) Reading of virtual data (monthly) Reading of unit requirement data

(daily) Reading of equipment data (daily) Reading of operating history data


Email notification of the abnormality in the upper/lower limits, transmission of data to the FTP server, time synchronization with the SNTP server cannot be done. Each separate server is necessary.

10BASE-T or 100BASE-T

(crossover cable or straight cable)

PC PC

HUB

10BASE-T or 100BASE-T

cable (straight cable)

Chapter 1 Preface

1-8

Specifications

Item Specifications Number of connected units

Condition 1: {(1 × a) + (2 × b) + (3 × c) + (4 × d)} ≤ 64 Condition 2: {(16 × A) + (54 × B) + (88 × C)} ≤ 2304

a: number of units occupying 1 station; b: number of units occupying 2 stations

c: number of units occupying 3 stations, d: number of units occupying 4 stations

A: number of remote I/O stations ≤ 64; B: number of remote device stations ≤ 42

C: number of local stations ≤ 26 MDU breaker (WS) MDU

NF400/600/800-SEPMA NV400/600/800-SEPMA NF400/600/800-ZEPMA NF225-SWM NV225-SWM NF225-ZSWM

AE-SW with a CC-Link interface unit

AE-SW (BIF-CC)

Energy measurement unit (Low-pressure single phase circuit)

EMU2-HM1-C

Energy measurement unit (Standard product for monitoring power receiving and distribution)

EMU2-RD1-C, EMU2-RD3-C, EMU2-RD5-C, EMU2-RD7-C

Energy measurement unit (Three-phase four line for monitoring power receiving and distribution)

EMU2-RD2-C-4W, EMU2-RD4-C-4W

Energy measurement unit EMU3-DP1-C Multiphase circuit electric power measurement unit (EcoMonitor II)

EMU-C7P4-6-A

Equipped with transmission function Electronic multifunction indicator

ME110NSR-C, ME110SSR-CME110NSFL-C

Set type electric leakage monitoring device with communication function

LG-5F-C, LG-10F-C

Thermocouple temperature input unit

AJ65BT-68TD

Platinum resistance thermometer Pt100 Temperature input unit

AJ65BT-64RD3

Analog-digital conversion unit AJ65BT-64AD Terminal block type 24 V DC input unit

AJ65SBTB1-8D AJ65SBTB1-16D AJ65SBTB1-32D

Terminal block type 24 V DC input/output unit

AJ65SBTB1-16DT AJ65SBTB1-32DT

Connection units

CC-Link

Product/Model name

CC-Link master unit (Local station)

QJ61BT11N


1-9

Item Specifications Total number of measuring points

255 points (number of measuring points from CC-Link communication terminal devices)

Number of operating monitoring measuring points

32 points (number of measuring points from CC-Link communication terminal devices) * Included in 255 measuring points

Number of contact output measuring points

16 points (number of contact outputs of EcoServer III) * Included in 255 measuring points

Number of virtual measuring points

128 points (number of measuring points for combination and multiplying factor calculation * Not included in 255 measuring points

Number of measuring points

Number of unit requirement measuring points

64 points (number of measuring points for unit requirements) * Not included in 255 measuring points

Measurement targets

CC-Link communication terminal devices

Current, voltage, electric energy, leakage current, frequency, harmonic current, integral electric energy consumption, temperature, pulse count values, analog input values, power factor, contact condition, etc. * Varies according to model (specified in Instruction Manual –Configuration)

Zoom Collection at 1minute intervals Daily Collection on the hour or on the half hour Monthly Collection on the specified hour of the day.

Logging function

Yearly Collection on the specified hour of the specified day of the month Virtual measuring point *1

Four arithmetic operatings with parentheses can be performed on up to 16 arithmetic elements. However, virtual measuring points are not allowed to be registered in virtual measuring points (only measuring points are allowed).

Unit requirement measuring point *1

Energy amount ÷ Production amount *2

Number of defective products

Result of (number of processed products − non-defective products) is accumulated for a day *2 *For the current day, accumulate until the current time.

Downtime Downtime time accumulated for a day *2 *For the current day, accumulate until the current time.

Time availability (Load time − downtime ÷ load time *2 Performance availability

(Reference cycle time × number of processed products) ÷ (Load time − downtime) *2

Non-defective product rate

Number of non-defective products ÷ processed products *2

Daily

Overall equipment efficiency

Calculated based on the data collected on the hour or on the half hour

Time availability × performance availability × non-defective product rate *2

Calculation function

Monthly Virtual measuring point *1

Collection on the specified hour of the day.

Four arithmetic operatings with parentheses can be performed on up to 16 arithmetic elements. However, virtual measuring points are not allowed to be registered in virtual measuring points (only measuring points are allowed).

*1: For calculation accuracy of virtual measuring points and unit requirement measuring points, integral

number, the first, second, third, fourth or fifth decimal place can be selected. *2: Energy amount, production amount, number of processed products, number of non-defective

products, downtime, load time will be measuring points or virtual measuring points set through the configuration software. Also, the reference cycle time will be the value set through the configuration software.

*3: Calculation accuracy of time availability and performance availability (%) will match an arithmetic element (load time, etc.) with the largest decimal place value.

Chapter 1 Preface

1-10

Item Specifications Zoom For 62 days (Fixed) Daily For 186 days (Fixed) Monthly For 60 months (Fixed) Yearly For 5 years (Fixed) Virtual data (daily) For 186 days (Fixed) Virtual data (monthly) For 60 months (Fixed) Unit requirement data (daily) For 186 days (Fixed) Equipment data (daily) For 186 days (Fixed) Operating history Saves operating monitoring information in an

operating history data file. (64 KB × 4 × number of operating monitoring points)

Saving function

System log Saves system error information in a system log file. (256 KB × 4)

To be saved in a CompactFlash memory card

Delete function Starts deleting data files when they exceed the saving period limit. Zoom Transfers 1-hour data on the hour. Daily Transfers data for the current day on

the hour.

*2

Monthly Transfers data for the current month on the specified hour of the day.

*2

Virtual data (daily) Transfers data for the current day on the hour.

*2

Virtual data (monthly) Transfers data for the current month on the specified hour of the day.

*2

Unit requirement data (daily) Transfers data for the current day on the hour.

*2

Operating history Transfers up-to-date data on the hour. *2

Transfer function

System log Transfers up-to-date data once an hour or as necessary.

*2

Data is automatically transferred to a single FTP server designated.

*3 *4

Web server Communicates with a maximum of 5 clients at a time. Displays data on a commercially available web browser.

Server function

FTP server Communicates with 2 clients. Transfers files via FTP at command request from the clients.

*3

FTP client Communicates with 1 server. Automatically transfers data file to the FTP server. (Destination folder path can be designated for each data type.)

*3

SMTP client Communicates with 1 SMTP server. Send email notifications of abnormality in the upper/lower limits and operating monitoring information.

*3

Client function

SNTP client Communicates with 1 SNTP server. Acquires and sets time information periodically.

*3

*2: Logging data files for the current day and the current month will be overwritten, so they cannot be

transferred when the data files in the FTP server are used in any other application software.The data files cannot also be transferred when overwriting is prohibited by the FTP server. The data files cannot also be transferred when overwriting is prohibited by the FTP server.

*3: Please prepare each server yourself, including settings. If the FTP server is down or any failure occurs during the LAN communication, files cannot be

transferred. Also, the transferred files will not be deleted automatically, so make sure to sort and delete the files on a regular basis.

*4: You can download files that have failed to be transferred, from the data file display screen.


1-11

Item Specifications OS Microsoft Windows 7 Professional Browser Internet Explorer® 8 JavaVM Oracle JRE (JDK) Version 6

Recommended operating environment *6

Number of clients *7 5 clients (5 screens) (displayed at a time) Electric energy/ Pulses *8

Bar graph: Usage amount for 1 minute

Analog value*8 Line graph: Measurement value

Displays 1-hour data collected at 1-minute intervals. (1) Displays 2 sets of data at a time, each for a separate day. (2) Displays 2 sets of data at a time, each for a separate measuring point.

Zoom

Analog value (Power factor)*8

Line graph: Measurement value Displays 1-hour data collected at 1-minute intervals. (1) Displays 2 sets of data at a time, each for a separate day.

Electric energy/Pulses *8

Bar graph: Usage amount on the hour or on the half-hour Line graph: Accumulated usage amount

Analog value*8 Line graph: Measurement value

Displays 1 day of data collected on the hour or on the half-hour. (1) Displays 2 sets of data at a time, each for a separate day. (2) Displays 2 sets of data at a time, each for a separate measuring point.

Analog value (Power factor)*8

Line graph: Measurement value Displays 1 day of data collected on the hour or on the half-hour. (1) Displays 2 sets of data at a time, each for a separate day.

Unit requirement

Bar graph: Production amount and energy amount on the hour or on the half-hour Line graph: Unit requirement and accumulated energy amount on the hour or on the half hour

Displays 1 day of data collected on the hour or on the half-hour. (1) Displays 2 sets of data at a time, each for a separate day.

<Comparison of all equipment units> Bar graph: Number of defective products Line graph: Equipment downtime

Displays 1-day of accumulated values for all the equipment units.

Daily

Equipment

<Detail data for the equipment unit selected> <Equipment efficiency graph> Bar graph: Time availability, performance availability, non-defective product rate collected on the hour or on the half hour Line graph: Total equipment efficiency <Optional electric energy/pulses, 10 virtual measuring points> Bar graph: Usage amount on the hour or on the half-hour Line graph: Accumulated usage amount

Displays 1 day of data collected on the hour or on the half-hour.

Weekly Unit requirement Bar graph: Production amount and energy amount on the hour or on the half-hour Line graph: Unit requirement and accumulated energy amount on the hour or on the half hour

Displays 7 days of data collected on the hour or on the half-hour.

Display function

*5

Monthly Electric energy/Pulses

Bar graph: Usage amount for 1 day Line graph: Accumulated usage amount and accumulated planned amount

Displays 1-month data collected at 1-day intervals. (1) Displays 2 sets of data at a time, each for a separate month. (2) Displays 2 sets of data at a time, each for a separate measuring point.

*5: You can view the data by downloading the data to be displayed and the display program (applet) through the browser in your

PC. *6: JavaVM (Java Virtual Machine) must be installed on the OS to display the data.

Download it from Oracle’s website. Execute “Java” on the control panel to check JRE’s version.

*7: If you start two browsers on the same PC, two clients (two screens) will appear. Depending on the browser’s version or network environment you use, the number of units connected at the same time (number of screens) may be reduced. The number of clients shown above is a recommended value. If the number of clients exceeds the recommended value, it may cause a delay in updating the data display or prevent the data from being displayed.

Chapter 1 Preface

1-12

*8: You can select “Display graphs on the same scale” as a graph display option. The “Display graphs on the same scale” option is available only when comparing measuring points.


1-13

Item Specifications Yearly Electric

energy/Pulses

Bar graph: Usage amount for 1 monthPlanned value Line graph: Accumulated usage amount Accumulated planned value

Displays 1 year of data collected at 1-month intervals. (1) Displays 3 sets of data at a

time, each for a separate year.

(2) Displays 2 sets of data at a time, each for a separate measuring point.

Current value (group) Analog value :Current measurement data Electric energy and pulses :Current integrated value (indicated value) or usage amount (difference value) Displays current value, usage amount per hour, usage amount for the current day, usage amount for the current month of measuring points registered as a group. Up to 32 groups can be registered. Up to 255 measuring points can be registered in each group. Measurement values for up to 10 points can be displayed in a screen.

Current value (optional) Analog value :Current measurement data Electric energy and pulses :Current integrated value (indicated value) or usage amount (difference value) Displays current value, usage amount per hour, usage amount for the current day, usage amount for the current month of measuring points registered in a display list file (up to 10 files). Also, addition to and deletion of the display list can be made. Measurement values for up to 10 points can be displayed in a screen.

Download Opens/Saves graph data in a CSV format.

Electric energy/Pulses

Displays settings of measuring points (electric energy/pulses).

Analog value Displays settings of measuring points (analog value).

Virtual Displays settings of virtual measuring points. Unit requirement Displays settings of unit requirement measuring

points. Operating monitoring

Displays settings of operating monitoring measuring points.

Equipment Displays settings of equipment. Contact output Displays settings of contact output. Group Displays group registration information.

Measuring point list

Equipment group

Displays information of equipment group registration.

The settings cannot be changed.

Zoom 1-hour data collected at 1-minute intervals Daily 1-day data collected on the hour or on the half-hour. Monthly 1-month data collected on the specified hour of the

day Virtual data (Daily)

1-day data collected on the hour or on the half-hour.

Virtual data (Monthly)

1-month data collected on the specified hour of the day

Unit requirement Data (daily)


Equipment data (daily)


Displayed in a CSV format and can be downloaded to the client PC.

Operating history

ON/OFF records of operating monitoring measuring points 64 KB × 4 (about 2500 records) Separate file for each operating monitoring measuring point

Data File

Error log (System log)

Records measurement errors, occurrence of abnormality in the upper/lower limits and recovery history. 256 KB × 4

Displayed in a text format and can be downloaded to the client PC.

List of email notifications Displays settings of email notifications.

List of file transfer Displays settings of file transfer.

Display function

Details of time synchronization Displays settings of time synchronization.

Chapter 1 Preface

1-14

Item Specifications

System log Records measurement errors, occurrence of abnormality in the upper/lower limits and recovery history. 256 KB × 4 Monitors Energy Efficient Data Collection Server startup (reset). Monitors read/write errors in a CompactFlashTM memory card.

Monitors consecutive occurrence of measurement errors at a designated frequency (1 to 18 times). To be recovered during the error in normal measurement mode Monitors errors in file transfer.

Monitors errors in automatic time synchronization.

Error notification

Monitors battery errors. Upper and lower limits monitoring notification

Monitors measuring points for abnormality in the upper/lower limits. Up to 32 points

Operating monitoring notification

Monitors operating monitoring points for changes. Up to 32 points

Target unit requirement monitoring notification

Monitors occurrence of exceeding unit requirement targeted value. Up to 64 points

Planned energy value monitoring notification

Monitors occurrence of exceeding planned energy value. Up to 255 points

Sent to the designated address for each event. (Only one address can be selected for each event.)

Periodic notification

Messages set One message can have up to 256 characters (based on Kanji characters). Up to 8 messages

Daily On the specified hour of the day Weekly On the specified hour of the specified day of

the week

Monitoring function

Email notification

*9 *10

Monthly On the specified hour of the specified day of the month

Each message is sent to the specified address at the specified time. (Only one date and one address can be selected for each message.)

Planned value/Target value setting

Sets planned monthly values and target unit requirements on an annual basis.

Maintenance function

Time setting Reading and setting of the current date

*9: An email notification refers to a function which only sends email data (address/message) to the mail

server (SMTP). The mail server receives the data and then sends an email message to each address. In case of sending a message to more than one address, you must make necessary settings (group settings in the mail server, etc). Please prepare an mail server yourself, including settings. Mail servers requiring authentication are not supported.

*10: When to receive a message depends on the processing capacity of the mail server and the communication network condition. We will not guarantee any email arrival time and email delivery. Please do not use this function for monitoring contact information with a high degree of urgency.


2-1


Recommended system environment

How to install a browser

PC settings

Web browser settings

— how to directly connect with EcoServer III

— how to connect with EcoServer III

bypassing proxy server

— how to change the temporary Internet

file settings

— how to change the smooth scrolling

settings

— how to change the zoom factor

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 2 Before Use

2-2


This chapter describes how to set a browser in your PC.

Recommended system environment The system environment requirements for this software to properly operate are as follows:

Item Description Web browser Internet Explorer® 8.0 Japanese version

*1 The use of any web browser other than the above may cause improper display of EcoServer III

or extreme reduction in the number of units connected at the same time. So, please do not use

other web browsers.


2-3

How to install JavaVM and browser

If you do not have JavaVM (Java virtual machine) installed in your PC, go to Oracle’s website to download

JRE and install it on your PC. Otherwise, part of EcoServer III’s screens (graphs, current values, etc) may

not be displayed properly.

If you do not have Internet Explorer® 8.0 installed in your PC, go to Microsoft Corporation’s website to

download Internet Explorer® 8.0 and install it on your PC.

For installation, refer to the installation guidance on the website.

*1 Before installation, make sure to check the operating environment including the OS’s

version and memory capacity of your PC.

We will not guarantee the operational capabilities or support the operations and

introduction of Internet Explorer® or Windows® themselves.

We will not be responsible for any failure in your PC arising from the installation of

JavaVM or Internet Explorer®.


2-4

PC settings

When directly connecting with EcoServer III, set your PC as follows:

*1 The operation or screens may differ depending on the OS type or environment used in your

PC.

Below are screen samples.

*2 When connecting with LAN, set TCP/IP according to the instructions from your network

administrator.

*3 Before setting your PC, take a note of the current settings (IP address, etc) so that they will

not be forgotten.

1 Start the Control Panel of Windows

2 Open [Network and Sharing Center] [In Category View]

Click the Control Panel.

Click [View network status

and tasks].


2-5

3 Open [Local Area Connection Status]

4 Open [Local Area Connection Properties]

Click [Network and Sharing

Center].

Click [Local area

connection].

Click the Properties button.


2-6

5 Open [Internet Protocol Version 4 (TCP/IPv4) Properties]

6 Set an IP address

Of 192.168.0.0. to 192.168.255.255, set values other than 192.168.10.1, 192.168.0.0,

192.168.255.255.

(Example: 192.168.10.100)

Select Internet Protocol Version 4 (TCP/IPv4), and

then click the Properties button.

*1 The factory settings for EcoServer III are

“192.168.3.3” for the IP address and

“255.255.255.0” for the subnet mask.

*2 The portions in IP address with “255” for the

subnet mask must be the same as those of

EcoServer III.

*3 The portions in IP address with “0” for the subnet

mask must be different from those of EcoServer III.

However, “0.0.0.0” and “***.255” cannot be set.

Additional information:

If [Internet Protocol Version 4 (TCP/IPv4)] is not displayed. Click the [Install] button and install TCP/IP. (Click the [Install] button, select [Protocol], click the

[Add] button, select TCP/IP and click the [OK] button.)



2-7

7 Click the OK button

The network information will be automatically updated.

Follow the Windows message for processing.

Once a message requesting to restart the PC appears, restart the PC.

Click the OK button.


2-8

Web browser settings - how to directly connect with EcoServer III * These settings apply when no proxy server is used (connecting directly with EcoServer III).

A proxy server temporarily stores Internet information (pages) accessed frequently and reduces the frequency of direct access to the Internet. Therefore, it may cause a delay in updating the screen display or cause prevent the data from being displayed. In this case, follow the procedure below to establish connection bypassing a proxy server.

1 Start [Internet Options] from Tools of Internet Explorer®

2 Open the Local Area Network (LAN) Settings window

Click Internet Options.

Select the [Connections] tab and click

the [LAN Settings] button.


2-9

3 Uncheck [Use a proxy server for your LAN]

4 Change [Advanced]

Uncheck [Use a proxy server for your LAN] and click

the OK button.


Select the [Advanced] tab.

Change the HTTP1.1 settings.

(1) Check [Use HTTP1.1].

(2) Uncheck [Use HTTP1.1 through

proxy connections].


2-10

Web browser settings - how to connect with EcoServer III bypassing proxy server * These settings apply when coexisting with a proxy server within an LAN (connecting with

EcoServer III bypassing a proxy server).


2 Open the Local Area Network (LAN) Settings window


Select the [Connections] tab and click

the [LAN Settings] button.


2-11

3 Check [Bypass proxy server for local addresses]

4 Enter an IP address of EcoServer III in the Exception field

5 Click the OK button in the Local Area Network (LAN) Settings window

After checking the box, click the

Advanced button.

After entry in the Exceptions field, click

the OK button.


If entering more than one IP address There are two options below:

(1) Use a semicolon (;) as a separator.

Ex.) “10.162.129.15;10.162.129.16”

(2) Include an asterisk (*).

Ex.) “10.162.*”

(This applies to all IP addresses starting with 10.162.)



2-12

6 On the Internet Options window, click the OK button



2-13

Web browser settings - how to change the temporary Internet file settings

A temporary Internet file (cache) temporarily stores previously accessed Internet information (pages) and helps the same pages to appear faster. For this reason, old information may appear on the screen display of EcoServer III. In this case, follow the procedure below to change the temporary Internet file settings.


2 Go to the [General] tab and click the [Settings] button for temporary Internet files


Click the [Settings] button.


2-14

3 Select [Every time I visit the webpage]

4 On the Internet Options window, click the OK button

Select the option, and

click the OK button.



2-15

Web browser settings - how to change the smooth scrolling settings

Smooth scrolling refers to a function which expresses the shift of display range smoothly, but image lag may occur on the screen display of EcoServer III. In this case, follow the procedure below to change the smooth scrolling settings.


2 Go to the [Advanced] tab and uncheck [Use smooth scrolling]


Uncheck [Use smooth scrolling]

and click the OK button.


2-16


Web browser settings - how to change the zoom factor

An web browser has a zooming function for the display screen. When measurement graphs are not displayed properly, Set the zoom factor for the browser at 100%.

1 Select View -> Zoom -> [100%] on Internet Explorer®

Click

here.

Other than the above method, you may change the zoom factor

from [100%] displayed in the lower right portion of the screen. Click the ▼ button, and the selection screen will appear. Select

[100%].


3-1


Glossary

Operational procedure

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 3 Basic Operations

3-2


This chapter describes terminology and basic operations.

Glossary

This following defines key terms used in this document. Item Description

Project Refers to a set value that is used for the operation of EcoServer III Measuring point Refers to an item collected from a terminal. A maximum of 255

points can be registered. Operation monitoring measuring point Refers to a measuring point for recording the operation status of

equipment by monitoring digital input signals. Up to 32 of 255 measuring points can be registered.

Contact output measuring point Refers to a measuring point for carrying out contact output when an event such as an error occurs in EcoServer III. Up to 16 of 255 measuring points can be registered.

Virtual measuring point Refers to a measuring point for which the computation result between measuring points is used as virtual measurement data. A maximum of 128 measuring points (excluding the 255 measuring points) can be registered.

Unit requirement measuring point Refers to a measuring point for which the result of dividing energy amount by production amount is used as measurement data. A maximum of 64 measuring points (excluding the 255 measuring points) can be registered.

Equipment measuring point Refers to a measuring point for recording an equipment status such as equipment efficiency. A maximum of 42 measuring points can be registered.

Daily data Refers to the data of a measuring point collected on the hour or on the half-hour for 1 day.

Weekly data Refers to the data of a measuring point collected on the hour or on the half-hour for 7 days.

Monthly data Refers to the data of a measuring point collected at 1-day intervals for 1 month.

Yearly data Refers to the data of a measuring point collected at 1-month intervals for 1 year.

Zoom (1-minute) data Refers to the data of a measuring point collected at 1-minute intervals for 1 hour.

Virtual data (daily) Refers to the data of a virtual measuring point collected on the hour or on the half-hour for 1 day.

Virtual data (monthly) Refers to the data of a virtual measuring point collected at 1-day intervals for 1 month.

Unit requirement data (daily) Refers to the data of a unit requirement measuring point collected on the hour or on the half-hour for 1 day.

Equipment data (daily) Refers to the data of an equipment measuring point collected on the hour or on the half-hour for 1 day.

Operation history data Refers to the data recorded when the status of an operation monitoring point is changed.

System log Refers to the data of events such as errors that occur in EcoServer III.

Maintenance password Refers to a password required to reset EcoServer III or to set dates and annual planned values/target unit requirements.

Data acquisition login ID and password

Refers to an account required to collect EcoServer III data from FTP clients, and gives read-only permission.

System administration login ID and password

Refers to an account required for the system administration of EcoServer III, and gives read and write permissions for all files.

Group Refers to a group of measuring points. A maximum of 32 groups can be registered.


3-3

Equipment group Refers to a group of equipment measuring points. A maximum of 42 groups can be registered.

FTP server Refers to a server that provides files on the Internet (via LAN). FTP stands for File Transfer Protocol.

SMTP server Refers to a mail server that performs the transmission process of email to distribute it to other mail servers on the Internet (via LAN). SMTP stands for Simple Mail Transfer Protocol.

SNTP server Refers to a server that provides time information to clients on the network. SNTP stands for Simple Network Time Protocol.

Domain name Refers to the identifier of a computer or computer group that is connected to the Internet (via LAN).


3-4

Operational procedure

This section describes an operational procedure for displaying data collected by EcoServer III through

Internet Explorer®.

In this instruction manual, the screens of Internet Explorer® are used as samples.

For more details about how to operate each screen, see Chapter 4.

11Start the browser

Start Internet Explorer® from the [Start] menu of Windows® or the icon on the desktop.

21Connect to EcoServer III

Enter the IP address of EcoServer III into the address box of Internet Explorer®.

For example, if the IP address is [10.162.34.82], enter [http://10.162.34.82/], and then press the Enter

key. (Even after entering [10.162.34.82], it will automatically change to [http://10.162.34.82/].)

31Terminate the communication with EcoServer III

The communication will be terminated by closing Internet Explorer® or accessing another website.

To close Internet Explorer®, click the × button on the upper right or the × button on the right of the tab.

Enter here and press the Enter key.

Click the icon.

The [Main menu] screen of

EcoServer III will appear.


3-5

Click here to exit.

Closing Internet Explorer®

Closing the tab


3-6

Memo


4-1

This chapter describes the following screens.

Top screen

Side Menus

Measurement graph display screen

- electric energy and pulses

- analog value

- analog value (power factor)

- unit requirement

- equipment

Current value display (option)

Current value display (group)

Manual control (contact OFF)

Data file

- online measuring point

- virtual measuring point

- unit requirement

- equipment

- operation history data

Maintenance

- planned/target value setting

- measuring point list

- email notification list

- file transfer

- time adjustment details

- system log file display

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 4: Description of Each Screen

4-2

Chapter 4 Description of Each Screen

Top screen

Item Description

Side Menus Clicking an item allows you to display the side menu in the screen display area. For further information, see the chapter of “Side Menus” on page 4-3.

Project name The project name is displayed. Screen display

area Various screens such as the measurement graph or the current value display are displayed here. (On the top screen, basic manuals are displayed.)

The “H@ISEIweb” page, which allows you to access information on our power distribution monitoring products, is displayed. *To access “H@ISEIweb,” an Internet connection is required.

The current software version is displayed.

Screen display area Project name Side Menus


4-3

Ex.) If no contacts are set

Side Menus

Item Description The pushpin button allows you to set whether to fix or close the side menus when you click links to various screens. “ ” will be changed to “ ” when you click the pushpin button. “ ” will be changed to “ ” when you click the pushpin button.

The menu will remain opened even if you click links.

Pushpin button

When you click a link, the menu will be closed. This button allows you to display/hide the side menu. Display/Hide

button

<<Button

The side menu is hidden.

>>Button

The side menu is displayed.

Expand/Collapse button

This button allows you to expand/collapse the menu. “ ” will be changed to “ ” when you click the button, and the menu will be collapsed. “ ” will be changed to “ ” when you click the button, and the menu will be expanded.

Pushpin button

Display/Hide button

Expand/Collapse button

Links to various screens

Additional information:If unable to select items, If an item is not set, characters in the

item are displayed in black, and no

screens are displayed if clicked.

To make it possible to select items, set

them with the configuration software.


4-4

Measurement graph display screen - electric energy and pulses

Display setting area Perform settings including display conditions for graphs in this area. Select desired conditions.

Available options depend on the type (yearly, monthly, daily, or zoom (1-minute)) of graph you selected.

Graph display area

Display setting area

Retention period Yearly Monthly Daily Zoom

5 years 60 months 186 days 62 days

Display buttonGraphs are displayed according to the specified conditions.

Download button Graph data is downloaded.

Display format (*only for yearly) Select a display format of the X-axis.

Year (Jan–Dec): Display begins with January. Fiscal year (Apr–Mar): Display begins with April.

Measuring point The measuring points of electric power/pulses that have been registered to the selected group are displayed.

*Select [All] -> all of the measuring points of electric power/pulses are displayed. *Select [Virtual measuring points] -> the virtual measuring points of integrated value are displayed.

Time selection (*only for zoom) Time values for 0:00–24:00 (from 00:00–01:00 to 23:00–24:00) are displayed.

Group The group names that have been set with the configuration software and [All] are displayed.

*If a virtual measuring point of integrated value is registered, [Virtual measuring points] may be selected.

Comparison formatThis allows you to select a comparison format for displayed graphs.

Date: The same measuring point is compared between two dates. Measuring point: Two measuring points are compared on the same date. (*only for yearly) Year (the past three years): The same measuring point is compared for three years back from the selected date.

Display date (display year) Dates during the retention period back from the current day are displayed. The retention period is as follows.

Planned value setting button (*only for yearly/monthly) The planned value setting screen is displayed.

Display on the same scale (*only for zoom)This allows you to select a display format for the Y-axis. Checked: Two graphs are displayed on the same scale. Unchecked: Two graphs are displayed on a different scale. *This may be selected only if the comparison format is set to the measuring point.

Previous/next date button Graphs from the display date to the previous/next date are displayed. *In case of zoom, graphs at the previous/next hour are displayed.


4-5

Relationships between X-axis scales for each graph and bar chartsEx.) In case of the scale (“7”) in the following graph,

Zoom : The amount used for the minutes 6–7 Daily: The amount used for 6:00–7:00 Monthly: The amount used from the monthly logging time on Day 7 to the monthly logging time on Day 8 Yearly: The amount used from the yearly logging time in July to the yearly logging time in August.

* Monthly/yearly logging time is the time that has been set on the measuring point list screen of the configuration software.

Screen examples (Daily graph Logging cycle = 60 minutes)

[Measuring point comparison]

Graph display area The graph with the conditions specified in the display setting area is displayed.

Planned value display (*only for yearly/monthly) If the planned value is set, planned values are displayed in a bar chart or line chart. (For the planned value setting, see “Set planned values (for the year/fiscal year)” in Chapter 8) Monthly: Planned values are divided by the number of days

in a month and displayed in a line chart. Yearly: Planned values for a month are displayed in a line

chart, and an accumulation of the planned values is displayed in a line chart.

Line chartThis graph shows the accumulated value of the amount used, with the scale/unit displayed on the Y-axis on the right.

*In case of zoom (one minute) graphs, this graph is not displayed.

Unit In case that the comparison format is set to the measuring point, units are displayed in two stages. Upper stage: Unit of measuring points for Graph 1. Lower stage: Unit of measuring points for Graph 2.

Graph title Contents are changed according to the comparison format. Date --- Group name: Measuring point name Measuring point --- Display date

Bar chart This graph shows the amount used per unit of time, with the scale/unit displayed on the Y-axis on the left.

Unit of time is changed according to graph types.

Graph title

Unit Unit


Planned value display (*only for yearly/monthly)If the planned value is set, planned values are displayed in a bar chart or line chart. (For the planned value setting, see “Set planned values (for the year/fiscal year)” in Chapter 8.) Monthly: Planned values are divided by the number of days in a month and displayed in a line chart. Yearly: Planned values for a month are displayed in a line chart, and an accumulation of the planned values is displayed in a line chart.


4-6

Measurement graph display screen - analog value

Display setting area Perform settings including display conditions for graphs in this area. Select desired conditions. Available options depend on the type (daily or zoom (1-minute) of graph you selected.

Graph display area


Download button

Graph data is downloaded.

Display button Graphs are displayed according to the specified conditions.


Group The group names that have been set with the configuration software and [All] are displayed.

* If a virtual measuring point of the momentary value is registered, [Virtual measuring points] may be selected.

Measuring point The analog value measuring points that are registered to the selected group are displayed.

* Select [All] -> all of the measuring points of the momentary value are displayed.

* Select [Virtual measuring points] -> virtual measuring points of the momentary value are displayed.

Display date

Dates during the retention period back from the current

day are displayed. The retention period is as follows. Display on the same scale This allows you to select a display format for the Y-axis.

Checked: Two graphs are displayed on the same scale. Unchecked: Two graphs are displayed on a different scale. * This may be selected only if the comparison format is set

to the measuring point.


Comparison format This allows you to select a comparison format for displayed graphs.

Date: The same measuring point is compared between two dates. Measuring point: Two measuring points are compared on the same date.

Retention period

Daily Zoom

186 days 62 days


4-7

Screen examples (Daily graph Logging cycle = 60 minutes)

[Date comparison]


Line chart This graph shows momentary values, with the Graph 1’s scale/unit displayed on the Y-axis on the left, and the Graph 2’s scale/unit on the Y-axis on the right.

Graph title Contents are changed according to the comparison format. Date --- Group name: Measuring point name Measuring point --- Display date

Unit If graphs are displayed on the same scale, units are displayed in two stages. Upper stage: Unit of measuring points for Graph 1.Lower stage: Unit of measuring points for Graph 2.

Graph title

Unit

What is the momentary value The momentary value implies an instantaneous value the moment the logging time is reached. Ex.) In case of zoom, it indicates a value measured at X:X:0.



4-8

Measurement graph display screen - analog value (power factor)

Display setting area Perform settings including display conditions for graphs in this area. Select desired conditions. Available options depend on the type (daily or zoom (1-minute)) of graph you selected.

Graph display area






Display date Dates during the retention period back from the current day are displayed. The retention period is described on the right.

Retention period

Daily Zoom 186 days

62 days

Group

The group names that have been set

with the configuration software and [All]

are displayed.

Measuring pointThe measuring points of power factor that are registered to the selected group are displayed.

* Select [All] -> all of the measuring points of power factor are displayed.


4-9


Graph titleDate --- Group name: Measuring point name (Only the date is available as a comparison format.)

Line chart

This graph shows momentary values, with the scale/unit displayed on the Y-axis on the left.

What is the momentary value The momentary value implies an instantaneous value the moment the logging time is reached. Ex.) In case of zoom, it indicates a value measured at X:X:0.



4-10

Measurement graph display screen - unit requirement


Energy amount graph display area

Production volume/unit requirement graph display area




Display with the target value as a reference This allows you to select a display format for the Y-axis.

Checked: Scales are displayed so that the target values may be displayed in the middle of the graph scale. Unchecked: Scales are displayed so that the maximum value of the unit requirement may be displayed in the graph. * If the target value is not set, the display is not changed regardless of checked/unchecked.

Previous/next date button Graphs from the display date to the previous/next date are displayed.

Target value setting button This button allows you to display the target value setting screen.

Display date Dates for the retention period (186 days) back from the current day are displayed.

Unit requirement measuring point The unit requirement measuring points that have been registered with the configuration software are displayed.


4-11

Energy amount graph display area The graph with the conditions specified in the display setting area is displayed.

Production volume/unit requirement graph display area The graph with the conditions specified in the display setting area is displayed.

Graph title The names of unit requirement measuring points are displayed.

Bar chart This graph shows production volumes per hour or 30 minutes, with the scale/unit displayed on the Y-axis on the left.

Target valueIf the target value is set, target values are displayed in the graph. (For the target value setting, see “Set targeted values of unit requirement” in Chapter 8.)

Line chart

This graph shows unit requirements, with the scale/unit displayed on the Y-axis on the right.

Line chartThis graph shows an accumulated energy amount, with the scale/unit displayed on the Y-axis on the right.

Bar chart

This graph shows energy amounts per an hour or 30 minutes, with the scale/unit displayed on the Y-axis on the left.


4-12

Measurement graph display screen - equipment


Equipment details graph display area

Equipment efficiency graph display area

Equipment details list display area

Group graph display area



Download button This button allows you to download equipment group graph data.

* Equipment efficiency and equipment details graph data may be downloaded by pressing the download button in the equipment efficiency graph area.

Equipment group The equipment group names that have been set with the configuration software are displayed.

Display date Dates for the retention period (186 days) back from the current day are displayed.

Previous/next date button Graphs from the display date to the previous/next date are displayed.

Equipment details list display area Select a piece of equipment in this area for which you want to display the detailed data including equipment efficiency.

Equipment details list Clicking an equipment name allows its detailed data to be displayed. The list order is the same as the order that has been registered with the [Equipment group registration] of the configuration software.

Configuration software screen


4-13

Equipment details graph display area Graphs for the measuring points that have been set with the configuration software are displayed. (Up to 10 points)

Graphs are displayed in the order of measuring points set in the configuration software.

Equipment efficiency graph display area The equipment efficiency of the piece of equipment selected in the equipment details list is displayed.

Equipment group graph display area An equipment group graph that has been set display setting area is displayed.

[The [Equipment registration] screen of the configuration software]

Bar chart This graph shows an accumulated value of defective products during a day, with the scale/unit displayed on the Y-axis on the left.

* The number of defective products is calculated from the numbers of processed products and non-defective products that have been set with the “Equipment registration” of the configuration software. The number of defective products = the number of

processed products − the number of non-defective products

Equipment ID

Equipment IDs on the horizontal axis of graphs are the IDs that have been registered with the configuration software. In the equipment details list display area, equipment names corresponding to the equipment IDs are displayed.

Line chart This graph shows an accumulated downtime value for a day, with the scale/unit displayed on the Y-axis on the right.

Line chart This graph shows an accumulated value, with the scale/unit displayed on the Y-axis on the right.

Bar chart This graph shows a difference value for an hour or 30 minutes, with the scale/unit displayed on the Y-axis on the left.

Download button This allows you to download equipment efficiency graphs and detailed equipment graph data.

* Equipment group graph data are downloaded by pressing the download button in the equipment group graph area.

Bar chart The time availability, performance availability, and non-defective product rate are displayed.

[Time availability] The ratio of the operation time to the load time [Performance availability] The ratio of the reference cycle time × the number of processed products to the operation time [Non-defective product rate] The ratio of the number of non-defective products to the number of processed products

Line chartThis graph shows the total equipment efficiency.

[Total equipment efficiency] The product of the time availability, performance availability, and non-defective product rate


4-14

Current value display (option)

Item Description Display format Select a display format of the measuring point for electric energy/pulses. Measuring point list name

Select a setting list for reading/saving.

Read button This button is used to read contents of the selected setting list. Save button This button is used to save the data that have been entered in the measuring point list content.Measuring point list content

Input measuring points for displaying current values. Up to 300 points are available. For more than 300 points, current values will not be displayed even if entered.

Group pull-down This allows you to select a group including the measuring points to be added to the measuring point list content.

Measuring point pull-down

This allows you to display the measuring points that belong to the group selected with the group pull-down. If [All] is selected with the group pull-down, all of the measuring points are displayed.

Add button This button is used to add the measuring point IDs that are selected with the measuring pull-down, to the measuring list content.

Add all button This button is used to add all of the measuring point IDs that belong to the group selected with the group pull-down, to the measuring point list content.

Display button This button is used to display the current values of the measuring point IDs that have been entered to the measuring point list content.

Display time The time when the current values were displayed is displayed. Page pull-down This allows you to select pages to be displayed. A single page may not be selected. Previous/next page button

This button is used to display the previous/next page. A single page may not be selected.

ID The measuring point IDs are displayed. The order is an entry order to the measuring point list. Name Group names are displayed on the upper stage; measuring point names on the lower stage. Current value The current measured values are displayed. Electrical energy/pulses are changed in color

according to the selected display format. The current values are updated every about 10 seconds.

Current value display area

Previous/next page button

Previous/next page button

Expand/collapse button


Display time


4-15

Current value display (group)

Item Description Display format Select a display format of the electrical energy/pulses. Group pull-down Select a group for displaying current values. Display button This is used to display the current values of the measuring point IDs that are

registered to the group. Display time The time when the current values were displayed is displayed. Page pull-down This allows you to select pages to be displayed. A single page may not be selected. Previous/next page button

This button is used to display the previous/next page. A single page may not be selected.

ID The measuring point IDs are displayed. The order is a registration order to the group.Name Group names are displayed on the upper stage; measuring point names on the lower

stage. Current value The current measured values are displayed. Electrical energy/pulses are changed in

color according to the selected display format. The current values are updated every about 10 seconds.

Current

value display

area

Display

time

Previous/

next page

button

Previous/next

page button

Expand/

collapse

button Display

setting area


4-16

Manual control (contact OFF)

Item Description

Display time The time when the contact status was displayed, is displayed. Contact output No. These are the numbers of the contact output sections. Name Contact output names are displayed. Status The current status of the contacts is displayed The status is updated every about 10 seconds. Contact output method

The output formats that are set to the contact output measuring points are displayed.

Contact control OFF button

Clicking the OFF button causes the contact output to turn off.

Display

time

OFF

button

If unspecified,

a blank is

displayed.

Row number of the contact outputs The row number of the contact outputs is the same as the number of the

contact output points that have been set with the configuration software.



4-17

Data file - online measuring point

Annmal data

Monthly data

Daily data

Zoom (1-minute) data

File name specification Item File/folder name Description Example

Yearly data YYYY.csv Data in YYYY Data at the monthly counting time and date have been recorded.

2015.csv = data in 2015

Monthly data

YYMM.csv Data in MM, 20YY Data at the daily counting time have been recorded.

1505.csv = data in May, 2015

Daily data YYMMDD.csv Data on MM DD, 20YY Data every 30 minutes or an hour have been recorded.

150504.csv = Data on May 4, 2015

YYMMDD

Folder on MM DD, 20YY 150503 = Folder on May 3, 2015 Zoom (1-minute)

data YYMMDDHH.csv

Data at HH:00 on MM DD, 20YY Data every one minute have been recorded.

15050323.csv = Data at 23:00 on May 3, 2015

File names are displayed.

Folder/file names are

displayed.




4-18

Data file - virtual measuring point

Monthly data

Daily data


Monthly data

vYYMM.csv Data in MM, 20YY v1603.csv = Data in Mar, 2016

Daily data vYYMMDD.csv Data on MM DD, 20YY v160320.csv = Data on Mar 20, 2016

* The data file name of a virtual measuring point begins with “v”.

Data file - unit requirement

Daily data


Daily data bYYMMDD.csv Data on MM DD, 20YY b110629.csv = Data on Jun 29, 2011

* The data file name of a unit requirement measuring point begins with “b”.

Data file - equipment

Daily data

File names are displayed. File names are displayed.




4-19


Daily data f YYMMDD.csv Data on MM DD, 20YY f110629.csv = Data on Jun 29, 2011

* The data file name of an equipment measuring point begins with “f”.

Data file - operation history data

Item File name Description Example The latest file Operation history data from the

current time back to the previous hour

If the current time is 12:34, Operation history data for 12:00–12:34

Operation history

File X (from YYYY/MM/DD hh:mm to …)

Operation history data from hh:mm on MM DD, YYYY If the size of a file exceeds 64KB, logs are recorded in the next file.

File 3 (from 30.01.11 10:55:00 AM to …) = Operation history data from 10:55 on Jan 30, 2011

File names are displayed. * Up to four files are saved. Older files will be deleted chronologically.


4-20

Maintenance - planned/target value setting

Planned value for the year/fiscal-year list screen

[Planned value for the year (Jan–Dec) list]

[Planned value for the fiscal year (Apr–Mar) list]

Item Description Display/hide “Display”/“hide” indicate whether to display or hide planned values on

measurement graphs. Planned value The planned values that are set for each month are displayed.

- In case of planned values for the year: Values for Jan–Dec are displayed. - In case of planned values for the fiscal year: Values for Apr–Mar are displayed.

Measuring point names (links)

Clicking a measuring point name allows you to display the planned value setting screen.


4-21

Planned value for the year/fiscal-year setting screen

Item Description Return button This button is used to go back to the planned value list screen. Set button The setting confirmation screen is displayed. Click this button after entering

planned values. Display/hide (check)

Checking this allows you to set whether to display or hide planned values on measurement graphs. - Checked: Planned values are displayed. - Unchecked: Planned values are not displayed. * If unchecked, clicking the Set button causes the entered panned values to be deleted.

Planned value input field

Input planned values for a month. Up to 11 one-byte characters including a decimal point may be input. For further information on input methods, see “Set planned values (for the year/fiscal year)” on page 8-2.

* The figure shows a fiscal year case.

What is the planned value for the year/fiscal year

This implies the planned (forecasted) electric energy/pulses used for the year/fiscal year that are set for each measuring point.


4-22

Unit requirement target value list screen

Item Description

Display/hide “Display”/“hide” imply whether to display or hide target values on measurement graphs.

Target value The specified target values are displayed. Unit requirement measuring point name (link)

Clicking a unit requirement measuring point name allows you to display the target value setting screen.

Target value monitoring production volume Enable/disable

This indicates the enable/disable setting status for the production volume where the target value monitoring will be started.

Target value monitoring production volume

This indicates the production volume where the target value monitoring will be started. If the production volume is less than or equal to the target value monitoring production volume, the unit requirement target value monitoring is not executed.

Unit requirement target value setting screen

Item Description

Return button This is used to go back to the unit requirement target value list screen. Set button The setting confirmation screen is displayed. Click this button after entering

target values. Display/hide (check)

Checking this allows you to set whether to display or hide target values on measurement graphs. - Checked: Target values are displayed. - Unchecked: Target values are not displayed. * If unchecked, clicking the Set button causes the entered target values to be deleted.

Target value input field Input target values for a month. Up to 11 one-byte characters including a decimal point may be input. For further information, see “Set targeted values of unit requirement” on page 8-4.

Target value monitoring production volume enable/disable (check)

This allows you to set whether to enable or disable the production volume for which the target value monitoring will be started. - Checked: The target volume monitoring production volume is enabled. - Unchecked: The target volume monitoring production volume is disabled.

Target value monitoring production volume input field

Input target value monitoring production volumes. Up to 11 one-byte characters including a decimal point may be input. For further information, see the chapter of “Targeted values set in order not to be monitored until the production volume exceeds the threshold value” on page 8-6.

This implies the planned (forecasted) values of unit requirement that are set for each unit requirement measuring point.

What is the unit requirement target value


4-23

Maintenance - measuring point list

Examples of the detailed information display

Information on the measuring points/groups that have been

set with the configuration software is displayed.

Settings may be changed with the configuration software.

[Electric energy/pulse measuring point]

Clicking Show more allows you to display detailed information on measuring points and groups.

Information on various data collections is displayed.

Links of Show more If the registered measuring points/groups are 0 points and 0 groups, “Show more” is displayed in black and the list screen is not displayed.



4-24

[Analog value measuring point]

This is displayed if the upper/lower limit monitoring is set.


4-25

[Operation monitoring measuring point]

[Virtual measuring point]

[Unit requirement measuring point]

[Equipment]

[Contact output]

Clicking this allows you to display the operation history data.

The arithmetic expressions that have been set with the “Registering of virtual measuring points” of the configuration software are displayed.

The measuring points that have been set with the “Display measuring point setting” on the equipment registration screen of the configuration software are displayed.

The contents that have been selected by the gross index selection in the “Registering of contact outputs” of the contact output setting of the configuration software are displayed.


4-26

Maintenance - email notification list

Contents in the items that have been set to “Warning” with the monitoring warning setting of the configuration software are displayed.


4-27

Item Description SNTP server The SNTP server name that has been set with the automatic time adjustment is

displayed. If it is not set, “-” is displayed. Set conditions The conditions (the time and date to be automatically adjusted) that have been set

with the automatic time adjustment are displayed. If it is not set, “-” is displayed. Current time and date

The time and date in the EcoServer that were obtained when you displayed the time adjustment details screen or when you clicked the Read button are displayed.

Read button This is used to retrieve the time and date in the EcoServer. The retrieved time and date are displayed in the current time and date.

Set time and date Input time and date to be set. Use one-byte numerals. Set button Pressing the Set button with a password typed causes the entered time and date in

the set time and date to be set to the EcoServer. Setting time causes the EcoServer to be reset.

Password This is used when you set time and date. Factory default password: ecopass

Maintenance - file transfer

Maintenance - time adjustment details

Contents that have been set with the file transfer setting of the configuration software are displayed.


4-28

Maintenance - system log file display

Item File name Description Example The latest file System log data from the current

time back to the previous hour If the current time is 12:34, System log data for 12:00–12:34

System log

File X (from YYYY/MM/DD hh:mm to …)

System log data from hh:mm on MM DD, YYYY If the size of a file exceeds 256 KB, logs are recorded in the next file.

File 4 (from 2010/12/28 09:18 to …) = System log from 9:18 on Dec 28,

2010

File names are displayed. * Up to four files are saved. Older files will be deleted chronologically.


5-1

mm120


Compare graphs by date/time

Compare by measuring point

Download graph data

Confirm production efficiency (confirming of

unit requirement graph)

Confirm equipment efficiency (confirming of

equipment graphs)

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 5 Viewing Measurement Graphs

5-2


Compare graphs by date/time

1 Display the measurement graph screen Select a type of the measuring point to be compared, from “Measurement graph display” on the side

menu.2

Item Description Electric energy and pulses

Graphs of integrated values such as electric energy/pulses are displayed.

Analog value Graphs of momentary values such as current/voltage are displayed.

Analog value (power factor)

Graphs of power factors are displayed.

2 Select “Date” at the comparison format

3 Select a date/time. Select a date/time for comparison.

Item Description Display information Yearly Graphs for three years from the selected date are

displayed. Ex.) If the year 2011 is selected, graphs for the years 2011, 2010, and 2009 are displayed.

Monthly Daily

Select a date.

Zoom (one minute)

Select a date and time.

Click “Date”.

Setting of Graph 1 Setting of Graph 2

In case of yearly graphs

For yearly graphs, graphs for the past three

years are compared.

Click “Year”.

In case of analog value (power factor)

Because the power factor is available only for

date comparison, selecting a comparison

format is not needed.



5-3

4 Select a measuring point to be displayed Select a measuring point to be displayed, from the group/measuring point pull-down.

5 Click the “Display” button Clicking the display button allows you to display a graph in the graph display area.

When clicked, a pull-down is

displayed.


5-4

Compare by measuring point

1 Display the measurement graph screen Select a type of the measuring point to be compared, from “Measurement graph display” on the side

menu.

2 Select “Measuring point” at the comparison format

3 Select a date/time Select a date/time for comparison.

Item Description Display information Yearly Monthly Daily

Select a date.

Zoom (one minute)

Select a date and time.

Item Description

Electric energy and

pulses



Click Measuring point.

Additional information: Analog value (power factor) cannot be compared by measuring point.


5-5

4 Select a measuring point to be displayed Select a measuring point to be displayed, from the group/measuring point pull-down.



displayed.


[If graphs are displayed on the same scale]

[If graphs are displayed on respective scales]

The shared scale is displayed on the Y-axis on the left.

The respective scales are displayed on either of the Y-axes at both sides.

Additional information:Display graphs on the same scale (*only for zoom (one minute) of electric energy/pulses, daily/zoom (one minute) of analog value) Checking “Display graphs on the same scale” allows you to display two measuring point graphs on the same scale. If unchecked, the scales corresponding to respective measuring points are displayed on either of the Y-axes at both sides.


5-6

Download graph data Clicking the “Download” button on each graph screen allows you to download the displayed graph data

with csv format.

For locations of the Download button on each graph screen, see Chapter 4 “Description of Each

Screen”.

1 Display a measurement graph Select a type of the measuring point to be downloaded, from “Measurement graph display” on the side

menu.2

Item Description Electric energy and pulses



Analog value (power factor)

Graphs of power factors are displayed.

Unit requirement Unit requirement graphs such as production volume, unit requirement, energy amount are displayed.

Equipment Equipment graphs such as the number of equipment

defective products, downtime, efficiency are displayed.

2 Click the download button Clicking the download button allows you to display the save dialog.


5-7

3 Click “Open” or “Save” To confirm graph data, select “Open”; to save them, select “Save”.

Clicking the save button allows you to display

the save screen with a name attached.

Select where the file is saved.

Clicking the open button allows

you to display graph data.


5-8

Confirm production efficiency (confirming of unit requirement graph)

1 Display the measurement graph screen Select Weekly or Daily from “Measurement graph display/unit requirement” on the side menu.

2 Select a date Select a date to be displayed.

[In case of daily graphs]

[In case of weekly graphs]

3 Select a unit requirement measuring point Select a unit requirement measuring point to be displayed.

If graphs are displayed with the target value as a reference

Normally displayed graphs

If you compare data for a week, select “Weekly”; data for two

days, select “Daily”.

Target Target




In case of weekly graphs Data for a week from the date selected at

the display date are displayed.

Ex.) If 1/6 is selected, data for 1/6–1/12 are

displayed.

Display with the target value as a reference Checking “Display with target value as a reference” allows you to display graphs so that target values may be positioned in the middle of the scale.


5-9



5-10

Confirm equipment efficiency (confirming of equipment graphs)

1 Display the measurement graph screen Select Daily from “Measurement graph display/equipment” on the side menu.

2 Select a date/equipment group Select a date/equipment group to be displayed.


Accumulated amounts of defective products and downtime (for a day) are displayed for each equipment

component, so it is possible to identify where the efficiency is degraded.


5-11

4 Select equipment Select equipment from the equipment details list.

Clicking an equipment name allows you to display an equipment efficiency graph and an equipment

details graph in the graph display area, thus making it possible to analyze them in detail. (*Equipment

details graph is a graph of the measuring point that has been set with the display measuring point

setting of the configuration software.)

The graph of the entire

equipment group is

displayed here.

Confirm detailed

equipment data

Go to Step 4


5-12

How to calculate the equipment efficiency The time availability = (the load time − the downtime) ÷ the load time

This is an index for the operation time. The longer the downtime, the worse the time availability. The performance availability = (the reference cycle time × the number of processed products) ÷ (the load time − the downtime)

This is an index for the equipment performance. The longer the operation time, the worse the performance availability.

The non-defective product rate = the number of non-defective products ÷ the number of processed products This is a ratio of the number of non-defective products to the number of processed products. The larger the number of defective products, the worse the non-defective rate.

The total equipment efficiency = the time availability × the performance availability × the non-defective product rate

This is a comprehensive index for the equipment efficiency. This index is useful when you comprehensively grasp the equipment efficiency.

The selected equipment graph is displayed.



6-1


View the current values of the selected

measuring points

Save the selected measuring points

(making of a setting list)

Reading of the setting list registered

View current values for each group

Turn off the contact output/confirm the

contact status

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 6 Viewing Current Measured Values

6-2


View the current values of the selected measuring points

1 Display the current value display (option) screen

On the side menu, click “Current value display” -> “Current value display (option).”

2 Select a display format

Select a display format of the electrical energy/pulses, from the pull-down menu.

* Analog value indicates the current indication value regardless of display formats.

3 Select a measuring point to be

displayed Select a measuring point from the

group/measuring point pull-down menu.

Item Display color

Description

Accumulated value

Black The current indication value is displayed.

Hourly difference

Green A difference from the previous hour is displayed.

Daily difference

Blue A difference from the previous monthly amount is displayed.

Monthly difference

Brown A difference from the previous yearly amount is displayed.

Click “Current value display (option)”

Click here to display the pull-down.



6-3

4 Click the Add button

Clicking the add button allows you to add the

measuring point ID selected from the

measuring point pull-down to the measuring

point list content.

IDs may also be entered directly from the keyboard

Steps 3 , 4 described above may be omitted by entering

measuring point IDs to the measuring point list content

directly from the keyboard.

When entering them directly, input measuring point IDs with

the IDs separated with a comma.

Ex.) If you wish to display measuring point

IDs 12, 13, and 14,

* Clicking the Add all button allows you to add all of the measuring point IDs in the selected group, to the measuring point list.



6-4

5 Click the “Display” button

Clicking the display button allows you to display measured values in the current value display area.

To skip a line, … To skip a line because of page number

alignment, input “SP” instead of a

measuring point ID to make a line blank.



6-5

Save the selected measuring points (making of a setting list)



2 Select the name of a measuring point list

Select a setting list for registration.

3 Input a measuring point to be registered, to the measuring point list content For information on input methods, see the chapter of “View the current values of the selected

measuring points” on page 6-2.

4 Click the “Save” button

Clicking the save button allows you to display the measuring point list save dialog.

5 Input a list name/password after changes

6 Click the OK button

Click OK to finish the registration of the measuring point list.


Up to 16 characters may be input.

Input a maintenance password

* Factory default password: ecopass

When clicked, a

pull-down is

displayed.


6-6

Reading of the setting list registered



2 Select the name of a measuring point list

Select a setting list to be displayed.

3 Click the read button Clicking the read button allows you to input measuring point IDs into the measuring point list content.

When clicked, a pull-down

is displayed.



Clicking the read button causes the existing content to be overwritten with the content in the setting list. The contents that you have entered so far are deleted.


6-7

View current values for each group

Display current values separately for each group.

Groups have already been set by the configuration software.

( To confirm the setting content, see “Group registration” in “Maintenance - measuring point list” of

Chapter 4.)

1 On the side menu, click “Display current values” -> “Display current values

(group).”

2 Select a display format

Select a display format of the electrical energy/pulses, from the pull-down menu.

* Analog value indicates the current indication value regardless of display formats.

3 Select a group to be displayed

Select a group to be displayed, from the group

pull-down.

4 Click the “Display” button

Clicking the display button allows you to display values in the current value display area.

Item Display color

Description

Accumulated value

Black The current indication value is displayed.

Hourly difference

Green A difference from the previous hour is displayed.

Daily difference

Blue A difference from the previous monthly amount is displayed.

Monthly difference

Brown A difference from the previous yearly amount is displayed.

Click “Display current values (group)”


displayed.



6-8

Turn off the contact output/confirm the contact status

1 Display the manual control (contact OFF) screen

On the side menu, click “Display current values” -> “Manual control (contact OFF).”

2 The contact status is displayed

3 To turn off the contact, click the OFF button

Clicking the OFF button allows you to turn off the contact.

Click the manual

control (contact OFF)

The contact output will not be enabled immediately after the OFF button is clicked or outputconditions are satisfied. Wait about 10 seconds.

If it is manually turned OFF, the contact will not be turned ON even if the output conditions are continuously satisfied for a while. The contact will be turned ON after it is recovered once.


ON Contact status

Monitoring status

Press the OFF button

OFF

Output conditions are satisfied Recovery Output conditions are satisfied

Time

ON

About 10 seconds

About 10 seconds

About 10 seconds

OFF

Occurrence of an error

Recovery from the error

Occurrence of an error


7-1


Downloading of measurement data

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 7 Downloading of Measurement Data

7-2

Chapter 7 Downloading of Measurement Data

Downloading of measurement data

11 Display the download screen

Click data to be downloaded, from “Data files”

on the side menu.

2 Select a file to be downloaded

Files are sorted by date.

Click a file name to start the download.

For specifications of the downloaded files, see

“Specifications of data file” on page 10-5.

Click a file name

In case of zoom (one minute) data In addition to files, folders are displayed. Clicking the folder allows you to collapse the pull-down.

Click this folder

In case of operation history data A list of operation monitoring measuring points is displayed. Clicking “ ” on the right of the table allows you to display files.

Click this




8-1


Set planned values (for the year/fiscal year)

Set targeted values of unit requirement

Targeted values set in order not to be

monitored until the production volume

exceeds the threshold value

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 8 Setting of Planned/Target Values

8-2


Set planned values (for the year/fiscal year)

1 Display the planned value setting screen

On the side menu, click “Maintenance” -> “Planned/target value setting” -> “Planned value for the year (Jan–Dec)” or “Planned value for the fiscal year (Apr–Mar)”.

2 Input a password

Input a password on the login authentication screen, and then click the OK button.

3 Select a measuring point where a planned value will be set. Click the name of a measuring point where a planned value will be set, on the planned value list screen.

4 Check “Display” Click “Display” to enable checking.

Click either of the two.

Planned value for the year and planned value for the fiscal yearPlanned values are set for each month, so they are identical for both the year and the fiscal year. Ex.) If “100” is set to the planned value for April, the 100 is valid for both the year and the fiscal year.

Input a password. * Factory default password: ecopass

Click a measuring point name

When clicked, a check mark is displayed.



8-3

5 Input a planned value

Input a planned value with one-byte numerals.

6 Click the Set button

Click the set button to display the save confirmation screen.


Clicking the save button allows you to display the save completion screen, with the setting enabled.

Click OK to go back to the planned value list screen.

Input range of planned values Up to 11 characters including a decimal point may

be input. If a character except two-byte

characters/numerals is entered, the planned value will be “0”.

If you input a negative value and click the Set button, an error message will appear.


The number of digits after the decimal point is determined by setting a measuring point. If the number of input digits is small, 0s are appended; if large, odd part is truncated. Ex.) If the number of digits after the decimal point is three

Input value Planned value to

be set 12.34 12.340

12.3456 12.345

Click the return button to go back to the input screen.


8-4

Set targeted values of unit requirement

1 Display the unit requirement target value setting screen

On the side menu, click “Maintenance” -> “Planned/target value setting” -> “Unit requirement target value”.

2 Input a password


3 Select a unit requirement measuring point to which a target value will be set On the target value list screen, click the name of a measuring point to which a target value will be set.

4 Check “Display”

Click “Display” to enable checking.


Click the name of a unit requirement measuring point.



8-5

5 Input a target value

Input a target value with one-byte numerals.





Click OK to go back to the target value list screen.

Input range of target values Up to 11 characters including a decimal point

may be input. If a character except two-byte/numeral

characters is entered, the target value will be “0”.



The number of digits after the decimal point

is determined by setting a unit requirement measuring point. If the number of input digits is small, 0s are appended; if large, odd part is truncated. Ex.) If the number of digits after the decimal point is three

Input value Target value to

be set 12.34 12.340

12.3456 12.345

Click the return button to go back to the input screen.


8-6

Targeted values set in order not to be monitored until the production volume exceeds the threshold value

1 Display the unit requirement target value setting screen

On the side menu, click “Maintenance” -> “Planned/target value setting” -> “Unit requirement target value”.

2 Input a password


3 Select a unit requirement measuring point to which a target value will be set On the target value list screen, click the name of a measuring point to which a target value will be set.

4 Set a unit requirement target value

Check “Display” at the Display/hide, and input a target value. For further information on input methods, see Step 5 in the chapter of “Set targeted values of unit requirement” on page 8-5.


Click the name of a unit requirement measuring point.


Input a target value

Because unit requirement becomes large during small production time zone, an unnecessary warning may be issued. Setting a target value monitoring production volume allows you to mask warnings until the production volume exceeds the set value.


8-7

5 Check “Enable”

Click “Enable” at the target value monitoring production volume enable/disable, to enable checking.

6 Input target value monitoring production volumes

Input a target value monitoring production volume with one-byte numerals.





Click OK to go back to the target value list screen.


Input range of target value monitoring production volumes Up to 11 characters including a decimal point

may be input. If a character except two-byte/numeral

characters is entered, the target value will be “0”.


Additional information: The number of digits after the decimal point

is determined by setting a production volume of the unit requirement measuring point. If the number of input digits is small, 0s are appended; if large, odd part is truncated. Ex.) If the number of digits after the decimal point is three

Input value Target value to be set

12.34 12.340 12.3456 12.345


8-8

Memo


9-1


Confirm the settings including measuring

points and groups

Confirm the settings for the upper and lower

limit monitoring

Confirm the settings of the contact outputs

Confirm the settings of the mail warning

Confirm the settings of the file transfer (FTP

server)

Confirm system logs

Adjust time

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 9 Confirming of Settings

9-2


Confirm the settings including measuring points and groups

1 Display the measuring point list screen

On the side menu, click “Maintenance” “Measuring point list”.

2 Select a type of the measuring point/group

Select a type of the measuring point to be confirmed. Click “Show more” to display the list screen.

For specifications of list screens, see “Maintenance - measuring point list” on page 4-24.

Click Measuring point list

Click this to display the list screen


Links of Show more If the registered measuring points/groups are 0 points and 0 groups, “Show more” is displayed in black and the list screen is not displayed.


9-3

Confirm the settings for the upper and lower limit monitoring



2 Click Show more for the analog value measuring point

Click “Show more” for the analog value measuring point in the logging items.

3 Confirm measuring points under the upper/lower limit monitoring

A list of measuring points under the upper and lower limit monitoring is displayed below the analog

value measuring point list.

* If the monitoring is not registered, the list is not displayed.

[Display example]


Click here.

Links of Show more If the number of registered measuring

points is 0, “Show more” is displayed in

black and the list screen is not displayed.



9-4

Confirm the settings of the contact outputs



2 Click “Show more” at the contact output

Click “Show more” at the contact output in the logging items.

3 Confirm the settings of the contact output

[Display example]


Click here.

Links of Show more If the number of registered contact outputs

is 0, “Show more” is displayed in black, and

the list screen is not displayed.



9-5

Confirm the settings of the email notification

1 Display the email notification list screen

On the side menu, click “Maintenance” -> “Email notification list”.

2 Confirm the setting content

For further information on screens, see “Maintenance - email notification list” on page 4-27.

Click Email notification list


9-6

Confirm the settings of the file transfer (FTP server)

1 Display the file transfer screen

On the side menu, click “Maintenance” -> “File transfer”.

2 Confirm the setting content

For further information on screens, see “Maintenance - file transfer” on page 4-28.

Click File transfer


9-7

Confirm system logs

1 Display the system log file display screen

On the side menu, click “Maintenance” -> “System log file display”.

2 Display system log files

Click a system log file name to display the file.

Click System log file display

What is the latest file The system log files are updated on the hour.

Logs that have occurred before the next hour

have been saved in the latest file.



9-8

Adjust time

1 Display the time adjustment details screen

On the side menu, click “Maintenance” -> “Time adjustment details”.

2 Input time and date to be set/password


Input a password.

* Factory default password: ecopass

Input a date to be set.

Click the set button to reset the EcoServer III body. Note that no operations are available during reset.

Click the [Settings]

Click Time adjustment details



9-9

4 When the reset is complete, the clock setting is enabled

When the time adjustment completion screen is displayed, the time adjustment is enabled.

Click the OK button to go back to the

time adjustment details screen.

About communication errors during reset A communication error may be displayed

during reset in time adjustment.

Click the OK button to close the error display

screen.



9-10

Memo


10-1


Troubleshooting

Specifications of data file

Record of system log

Specifications of data displayed on graph

Mit

sub

ish

i En

erg

y S

avin

g D

ata

Co

llect

ing

Ser

ver,

E

coW

ebS

erve

r III

– O

per

atin

g

Chapter 10 Addendix

10-2

Chapter 10 Addendix

Troubleshooting

The following describes what to do when some abnormality or trouble occurs during the use of this

software.

If an error occurs or a message appears during operation of the OS or an application program, refer to the

instruction manual of the OS or application program.

Item Error details/problems Check items Reference

Check if the IP address of the EcoServer entered in the URL is the same as the IP address set in the EcoServer unit.

Page 18, Instruction Manual - Hardware "8.2 Checking IP address"

Check if the PC settings and the web browser settings are correct.

Page 2-1 to 2-16 "Chapter 2 Before Use"

It is possible that the access is achieved through the proxy server. Make settings that do not go through the proxy server.

Page 2-10, "Web browser settings - how to connect with EcoServer III bypassing proxy server"

It is possible that the number of simultaneous connections have exceeded the allowable number. Connect it again some time later.

―

The screen is not displayed. The communication error message is displayed.

Check the communication status as to if the LAN cables are correctly wired.

Page 20 to 22, Instruction Manual - Hardware "9. Connection Diagram"

The download screen of the file is displayed at the back.

If JRE 1.6.0_10 or later is used, change the Java Plug-in setting with the procedure below. (1) Execute "Java" on the control panel. (2) Open the "Detail" tab from the "Java Control Panel". (3) Uncheck "Validate next generation Java Plug-in" of "Java Plug-in". (4) Click the "OK" button.

* After changing the settings, it is necessary to restart the browser. When the screen is scrolled, incidental image appears.

Turn OFF the smooth scroll setting. Page 2-15, "Web browser settings - how to change the smooth scrolling settings"

Graphs or current values are not completely displayed and are indicated partially.

If the browser magnification ratio is not 100%, the display may not be correct. Set the browser magnification ratio to 100%.

Page 2-16, "Web browser settings - how to change the zoom factor"

General display

The language displayed is English.

It may not be correctly displayed due to the cache function of Java. Delete the temporary file with the procedures below. (1) Execute "Java" on the control panel. (2) Open the "Basic" tab from the "Java Control Panel". (3) Click "Settings" of "Internet Temporary File". (4) Click the "File Delete" button. (5) Check the "Trace and Log File" and click the "OK" button.

* After changing the settings, it is necessary to restart the browser.


10-3


Setting change

Settings are changed, but the display is not updated.

The cache function of the Web browser may be valid. After changing settings, close the Web browser once and restart the system.

Page 2-13, "Web browser settings - how to change the temporary Internet file settings"

When the display button is clicked, the measurement value is not displayed.

Check if a measurement error has occurred. Occurrence of a measurement error can be checked with the system log.

Page 10-3 Item "Measurement error"

The measuring point ID is entered in the measuring point list, but the measuring point data is not displayed.

The number of measuring points which can be displayed at a time is 10. When 10 or more points are entered, change the number of pages for display.

Page 4-15 "Current value display (option)" Page 4-16 "Current value display (group)"

Check the LAN cable or network status for correct communication.


It is possible that the allowable number of simultaneous connections (5) is exceeded. Connect it again some time later.

―

Current value display

A communication error is displayed.

Check if the EcoServer unit is being reset. During reset, the USER LED of the EcoServer is OFF or blinking. Communication is not allowed during reset.

―

Measurement value

The decimal place digits of the measurement data are different from the terminal display. Only specific items cannot be measured.

The terminal model information setting set with the configuration software is not correct. Check the setting details again.

“Terminal registration” on page 4-15 of Instruction Manual – Configuration

Check if the power of the terminal with a measurement error is ON.

―

Check if the terminal address with a measurement error is the same as the address set. The setting details can be checked with the measuring point list screen.

Page 9-2 "Confirm the settings including measuring points and groups"

Check ERR LED of the CC-Link communication unit on the EcoServer unit. When it is ON, communication between the EcoServer and the terminal is disabled. Check wires and setting details.


Measurement error

A measurement error has occurred.

Check if there is any error for setting the rated voltage or amperage of the terminal. Check it including the local terminal.

“Terminal registration” on page 4-15 of Instruction Manual – Configuration

It takes time to give record on the operation history after change of the operation status.

Although it may vary depending on the number of measuring points registered, a time lag of one minute may occur in the worst case from change of the operation status to recognition by the EcoServer.

―

Operation history

It takes time from change of the operation status to receipt of a mail.

Although it may vary depending on the number of measuring points registered, a time lag of one minute may occur in the worst case from change of the operation status to recognition by the EcoServer III. Then, a mail is sent through the SMTP (mail) server. Further time lag may occur. Do not monitor a circuit requiring emergency.

―

Chapter 10 Addendix

10-4


Upper and lower limits monitoring notification

It takes time from an error of the upper/lower limit to receipt of a mail.

Although it may vary depending on the number of measuring points registered, a time lag of one minute may occur in the worst case from an error of upper/lower limit to recognition by the EcoServer III. Then, a mail is sent through the SMTP (mail) server. Further time lag may occur. Do not monitor a circuit requiring emergency.

―

For a one-shot (10 seconds) contact output type, when the contact is OFF after 10 seconds, the contact is not ON until the contact output conditions are restored and satisfied again.

Although the contact output conditions are satisfied, the contact is not ON.

For a contact output link type, when the manual mode is OFF, the contact is not ON until the contact output conditions are restored.

Contact output

After the contact output conditions are satisfied, the contact is not ON soon. The contact OFF button is clicked from the manual control screen. The contact is not OFF soon.

When the output conditions are satisfied or the OFF button is clicked, the contact output is not given soon. Wait about 10 seconds. Do not use it for control requiring emergency.

Page 6-7, "Turn off the contact output/confirm the contact status"

Change of time (details of time setting)

When the time is changed, a communication error is displayed.

When the time is changed and the main unit is reset, it results in a communication error. Press the OK button to stop the error display. When the reset is completed, the error does not appear.

Pages 9-8 and 9-9 "Adjust time"


10-5

Specifications of data file

Specifications for each data file are described. 9 files are available; zoom data file, daily data file, monthly

data file, yearly data file, virtual data (daily) file, virtual data (monthly) file, unit requirement data (daily) file,

equipment data file and operation history data file.

Zoom data file The file format of the zoom data file is as shown in the table below.

Item Description

File name 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + 'Time (2 digits)' + '.csv'

File details The logging (collection) data is recorded at 1-minute intervals for an hour.

1st line Project name,logging frequency,,,,measuring time,......,measuring time

2nd line Measuring point ID,terminal name,model name,group name:measuring point name,unit,collection data,......,collection data

: :

: :

nth line Measuring point ID,terminal name,model name,group name:measuring point name,unit,collection data,......,collection data

Specific example for 10011815.csv (2010/1/18 15:00 to 16:00) Plant A,Time(01),,,,15:00,15:01,15:02,.........,15:58,15:59,16:00 1,No.1 line,EMU3-DP1-C,No1 line:Equipment: 1,kWh,1568,1569,1570,......,1575,1576,1577 2,No.2 line-1,EMU-C7P4-6(S),No2 line:Equipment 2 electric energy,kWh,145,145,146,......,148,148,149 3,No.2 line-2,EMU-C7P4-6(S),No2 line:Equipment 2 electric power,kW,0.0,0.0,0.9,......,1.9,1.3,2.4 : : 80,office,QJ61BT11N,office: Lights,kWh,215,215,216,......,218,219,219

*1 Only the measuring points registered are recorded.

*2 For the data during power failure, the value before the power failure is recorded for the

cumulative value (electric energy, etc.) and blank is recorded for the analog value (current,

etc.).

*3 For a measurement error, the value before the measurement error is recorded for the


etc.).

*4 The position of the decimal point for the measuring data varies depending on the

measuring item and rating.

*5 The cumulative value (indicated value) is recorded for the electric energy and the pulses.

Chapter 10 Addendix

10-6

Daily data file The file format of the daily data file is as shown in the table below.

Item Description

File name 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + '.csv'

File details The logging (collection) data on the hour or on the half-hour for a day is recorded.



: :

: :


Specific example for 100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 30 minutes Plant A,Time(30),,,,0:00,0:30,1:00,.........,23:00,23:30,0:00 1,No.1 line,EMU3-DP1-C,No1 line:Equipment 1,kWh,1552,1552,1552,......,1590,1590,1590 2,No.2 line-1,EMU-C7P4-6(S),No2 line:Equipment 2 electric energy,kWh,135,135,136,......,158,158,158 3,No.2 line-2,EMU-C7P4-6(S),No2 line:Equipment 2 electric power,kW,0.0,0.0,0.0,......,0.0,0.0,0.0 : : 80,office,QJ61BT11N,office: Lights,kWh,203,203,203,......,228,228,228

Specific example for 100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 60 minutes Plant A,Time(60),,,,0:00,1:00,2:00,.........,22:00,23:00,0:00 1,No.1 line,EMU3-DP1-C,No1 line:Equipment 1,kWh,1552,1552,1552,......,1590,1590,1590 2,No.2 line-1,EMU-C7P4-6(S),No2 line:Equipment 2 electric energy,kWh,135,136,136,......,158,158,158 3,No.2 line-2,EMU-C7P4-6(S),No2 line:Equipment 2 electric power,kW,0.0,0.0,0.0,......,0.0,0.0,0.0 : : 80,office,QJ61BT11N,office: Lights,kWh,203,203,203,......,228,228,228 *1 Only the measuring points registered are recorded.



etc.).



etc.).

*4 The position of the decimal point for the measuring data varies depending on the measuring

item and rating.



10-7

Monthly data file The file format of the monthly data file is as shown in the table below.

Item Description

File name 'Year (last 2 digits)' + 'Month (2 digits)' + '.csv'

File details The logging (collection) data at the specified time of the day is recorded for a month.

1st line Project name,measuring point ID: terminal name,model name: group name: measuring point name,unit,......,measuring point ID: …

2nd line year/month/day,collection data of ID1,collection data of ID2,......,collection data of ID255 : :

: :

nth line year/month/day,collection data of ID1,collection data of ID2,......,collection data of ID255

Specific example for 1001.csv (2010/1/1 to 2/1) Plant A,1:No.1 line:EMU3-DP1-C:No1 line:Equipment 1:kWh,No.2 line:EMU-C7P4-6(S):Equipment 2 electric energy:kWh,… 2010/01/01,1498,83,0.0,………,45,0,0,……,0 2010/01/02,1498,83,0.0,………,45,0,0,……,0 2010/01/03,1511,83,0.0,………,46,0,0,……,0 : : 2010/01/31,1932,348,0.0,………,301,0,0,……,0 2010/02/01,2014,357,0.0,………,323,0,0,……,0

*1 year/month/day is the data of logging.

When the logging time is 8 o'clock, the data of 2010/01/03 is the data logged at 8 o'clock on

January 3.

*2 All 255 points including the non-registered measuring points are recorded.

However, for the non-registered measuring points, the first line is the ID number only and the

2nd line and later (collection data) is blank.



etc.).



etc.).

*5 If a power failure occurs, the data may not be available for the day (whole one line).

It is determined by the specified time for logging on the day, power failure time and recovery

time.


Chapter 10 Addendix

10-8

Yearly data file The file format of the yearly data file is as shown in the table below.

Item Description

File name 'Year (4 digits)' + '.csv'

File details The logging (collection) data at the specified time of the month is recorded for a year.

1st line Project name,logging frequency,,,,measuring month,......,measuring month


: :

: :


Specific example of 2010.csv (2010/1 to 2011/1) Plant A,,,,,01,02,03,………,11,12,01 1,No.1 line,EMU3-DP1-C,No1 line:Equipment 1,kWh,1552,1552,1552,......,1590,1590,1590 2,No.2 line-1,EMU-C7P4-6(S),No2 line:Equipment 2 electric energy,kWh,135,136,136,......,158,158,158 3,No.2 line-2,EMU-C7P4-6(S),No2 line:Equipment 2 electric power,kW,0.0,0.0,0.0,......,0.0,0.0,0.0 : : 80,office,QJ61BT11N,office:Lights,kWh, 203,203,203,......,228,228,228

*1 Only the measuring points registered are recorded.



etc.).



etc.).

*4 The position of the decimal point for the measuring data varies depending on the measuring

item and rating.



10-9

Virtual data (daily) file The file format of the virtual data (daily) file is as shown in the table below.

Item Description

File name 'V' + 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + '.csv'

File details The virtual measuring point is calculated from the logging (collection) data on the hour or on the half-hour and recorded for each day.


2nd line Virtual measuring point ID,,,virtual measuring point name, unit, data,… …, data : :

: :

nth line Virtual measuring point ID,,,virtual measuring point name, unit, data,… …, data

Specific example for v100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 30 minutes Plant A,Time(30),,,,0:00,0:30,1:00,1:30,………,23:00,23:30,0:00 1,,,Equipment 1 total electric energy,kWh,1552,1552,1552,......,1590,1590,1590 2,,,Equipment 2 total electric energy,kWh,135,135,136,......,158,158,158 3,,,Equipment 2 total electric power,kW,0.0,0.0,0.0,......,0.0,0.0,0.0 : : 32,,,light total electric energy,kWh,203,203,203,......,228,228,228 *1 Only the virtual measuring points registered are recorded. *2 For the electric energy and the pulses, the value at 1:00 refers to the calculation result of the

consumption from 0:30 to 1:00. The value at 23:30 refers to the calculation result of the consumption from 23:00 to 23:30.

*3 For the analog value, the value at 1:00 represents the calculation result of the value at 1:00. *4 If there is one blank item (no measurement or no registration) in the measuring point data to

be calculated, the virtual measuring point data is blank. *5 In calculation, if the value is divided by 0 (denominator is 0), the virtual measuring point data

is blank. *6 The number of digits for the virtual measuring point can be selected from integer, 1st decimal

place, 2nd decimal place and 3rd decimal place. Specific example for v100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 60 minutes Plant A,Time(60),,,,0:00,1:00,2:00,3:00,………,22:00,23:00,0:00 1,,,Equipment 1 total electric energy,kWh,1552,1552,1552,......,1590,1590,1590 2,,,Equipment 2 total electric energy,kWh,135,136,136,......,158,158,158 3,,,Equipment 2 total electric power,kW,0.0,0.0,0.0,......,0.0,0.0,0.0 : : 32,,,light total electric energy,kWh,203,203,203,......,228,228,228

*1 Only the virtual measuring points registered are recorded.

*2 For the electric energy and the pulses, the value at 1:00 refers to the calculation result of the

consumption from 0:00 to 1:00.

The value at 0:00 refers to the calculation result of the consumption from 23:00 to 0:00.

*3 For the analog value, the value at 1:00 represents the calculation result of the value at 1:00.

*4 If there is one blank item (no measurement or no registration) in the measuring point data to

be calculated, the virtual measuring point data is blank.

*5 In calculation, if the value is divided by 0 (denominator is 0), the virtual measuring point data

is blank.

*6 The number of digits for the virtual measuring point can be selected from integer, 1st decimal

place, 2nd decimal place, 3rd decimal place, 4th decimal place and 5th decimal place.

Chapter 10 Addendix

10-10

Virtual data (monthly) file The file format of the virtual data file (monthly) is as shown in the table below.

Item Description

File name 'v' + 'Year (last 2 digits)' + 'Month (2 digits)' + '.csv'

File details The virtual measuring point data at the specified time of the day is recorded for a month.

1st line Project name, 1: Virtual measuring point name: Unit, 2: Virtual measuring point name: Unit. …, 128: Virtual measuring point name: Unit

2nd line year/month/day, data of virtual measuring point ID1, data of virtual measuring point ID2,......, data of virtual measuring point ID128

: :

: :

nth line year/month/day, data of virtual measuring point ID1, data of virtual measuring point ID2,......, data of virtual measuring point ID128

Specific example for v1001.csv (2010/1/1 to 2/1) Plant A,1:No. 1 line total electric energy:kWh, 2:No.2 line total electric energy:kWh,......,126,127,128 2010/01/01,1354,48,0.0,………,39, , ,……, 2010/01/02,1498,76,0.0,………,45, , ,……, 2010/01/03,1511,83,0.0,………,46, , ,……, : : 2010/01/31,1932,348,0.0,………,301, , ,……, 2010/02/01,2014,357,0.0,………,323, , ,……,

*1 All 128 points including the non-registered virtual measuring points are recorded.

However, for the non-registered measuring points, the first line is the ID number only and the

2nd line and later (data) is blank.

*2 Year/month/day is the date of logging.

For the electric energy and the pulses, the value at 2010/01/03 refers to the calculation result

of the consumption from Jan. 2 to Jan. 3. For the analog value, the value at 2010/01/03 refers

to the calculation result of the value on Jan. 3.

*3 If there is one blank item (no measurement or no registration) in the measuring point data to

be calculated, the virtual measuring point data is blank.

*4 In calculation, if the value is divided by 0 (denominator is 0), the virtual measuring point data

is blank.

*5 The number of digits for the virtual measuring point can be selected from integer, 1st decimal

place, 2nd decimal place, 3rd decimal place, 4th decimal place and 5th decimal place.


10-11

Unit requirement data (daily) file The file format of the unit requirement data (daily) file is as shown in the table below.

Item Description

File name 'b' + 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + '.csv'

File details The unit requirement is calculated from the logging (collection) data on the hour or on the half-hour and it is recorded for a day.


2nd line Unit requirement measuring point ID1,,amount of energy,group name:measuring point name,unit,,collection data,......,collection data

3rd line Unit requirement measuring point ID1,,production volume,group name: measuring point name,unit,,collection data,......,collection data

4th line Unit requirement measuring point ID1,,unit requirement, unit requirement measuring point name,unit,,collection data,......,collection data

5th line Unit requirement measuring point ID2,,amount of energy,group name:measuring point name,unit,,collection data,......,collection data

6th line Unit requirement measuring point ID2,,production volume, group name:measuring point name,unit,,collection data,......,collection data

7th line Unit requirement measuring point ID2,,unit requirement,unit requirement measuring point name,unit,,collection data,......,collection data

: :

: :

3n-1 line Unit requirement measuring point ID 64,,amount of energy, group name: measuring point name,unit,,collection data,......,collection data

3n line Unit requirement measuring point ID64,,production volume, group name:measuring point name,unit,,collection data,......,collection data

3n+1 line Unit requirement measuring point ID64,,unit requirement, unit requirement measuring point name,unit,,collection data,......,collection data

* n: Refers to the unit requirement measuring ID. Specific example for b100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 30 minutes Plant A,Time (30),,,,,0:30,1:00,1:30,………,23:00,23:30,0:00 1,,energy amount,No1 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 1,,production volume,No1 line:Equipment 1 production volume,piece,,135,138,145,......,145,135,135 1,,unit requirement,No1 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 2,,energy amount,No2 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 2,,production volume,No2 line:Equipment 1 production volume,piece,,135,138,145,......,145,135,135 2,,unit requirement,No2 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 : : 64,,energy amount,No. 64 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 64,,production volume,No. 64 line:Equipment 1 production volume,piece,,135,138,145,......,45,135,135 64,,unit requirement,No. 64 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 *1 Only the unit requirement measuring points registered are recorded.

*2 The value at 1:00 refers to the energy amount, production volume and unit requirement from

0:30 to 1:00.

The value at 23:30 refers to the energy amount, production volume and unit requirement from

23:00 to 23:30.

*3 If there is one blank item (no measurement or no registration) in the measuring point data of

energy amount and production volume, the unit requirement measuring point data is blank.

*4 If the value is divided by 0 (denominator is 0), the unit requirement data is 99,999,999,999.

*5 When both the energy amount and the production volume are 0, the unit requirement

measuring point data is 0.

*6 The number of digits for the unit requirement measuring point can be selected from integer, 1st

decimal place, 2nd decimal place, 3rd decimal place, 4th decimal place and 5th decimal place.

Chapter 10 Addendix

10-12

Specific example for b100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 60 minutes Plant A,Time (60),,,,1:00,2:00,3:00,………,22:00,23:00,0:00 1,,energy amount,No1 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 1,,production volume,No1 line:Equipment 1 production volume,piece,,,135,138,145,......,145,135,135 1,,unit requirement,No1 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 2,,energy amount,No2 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 2,,production volume,No2 line:Equipment 1 production volume,piece,,135,138,145,......,145,135,135 2,,unit requirement,No2 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 : : 64,,energy amount,No. 64 line:Equipment 1 energy,kWh,,1552,1555,1558,......,1590,1593,1596 64,,production volume,No. 64 line:Equipment 1 production volume,piece,,135,138,145,......,145,135,135 64,,unit requirement,No. 64 line unit requirement,kWh/piece,,11.49,11.26,10.74,......,10.96,11.80,11.82 *7 Only the unit requirement measuring points registered are recorded.

*8 The value at 1:00 refers to the energy amount, production volume and unit requirement from

0:00 to 1:00.

The value at 0:00 refers to the energy amount, production volume and unit requirement from

23:00 to 0:00.

*9 If there is one blank item (no measurement or no registration) in the measuring point data of

energy amount and production volume, the unit requirement measuring point data is blank.

*10 If the value is divided by 0 (denominator is 0), the unit requirement data is 99,999,999,999.

*11 When both the energy amount and the production volume are 0, the unit requirement data is 0.

*12 The number of digits for the unit requirement measuring point can be selected from integer,

1st decimal place, 2nd decimal place, 3rd decimal place, 4th decimal place and 5th decimal

place.


10-13

Equipment efficiency data (daily) file The file format of the equipment data (daily) file is as shown in the table below.

Item Description

File name 'f' + 'Year' (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + '.csv'

File details The equipment efficiency is calculated from the logging (collection) data on the hour or on the half-hour and it is recorded for a day.


2nd line Equipment ID1,,equipment name, ‘time availability’,,unit, collection data, ……, collection data

3rd line Equipment ID1,,equipment name, ‘performance availability’,,unit, collection data, ……, collection data

4th line Equipment ID1,,equipment name, ‘non-defective product rate’,,unit, collection data, ……, collection data

5th line Equipment ID1,,equipment name, ‘equipment general efficiency’,,unit, collection data, ……, collection data

: :

: :

4n-2 line Equipment ID42,,equipment name, ‘time availability’,,unit, collection data, ……, collection data

4n-1 line Equipment ID42,,equipment name, ‘performance availability’,,unit, collection data, ……, collection data

4n line Equipment ID42,,equipment name, ‘non-defective product rate’,,unit, collection data, ……, collection data

4n+1 line Equipment ID42,,equipment name, ‘equipment general efficiency’,,unit, collection data, ……, collection data

*n: Refers to the equipment ID. Specific example for f100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 30 minutes Plant A,Time(30),,,,0:00,0:30,1:00,.........,23:00,23:30,0:00 1,Equipment 1,time availability,,%,,5.1,4.9,10.3,......,15.1,19.5,23.4 1,Equipment 1,performance availability,,%,100,98.98.2,......,98.2,98.3,98.3 1,Equipment 1,non-defective product rate,,%,, 62.5,62.5,83.3,......,89.3,92.1,93.8 1,Equipment 1,equipment efficiency rate,,%,, 3.2,3.0,8.4,......,13.3,17.6,21.5 2,Equipment 2,time availability,,%,,22.4,25.8,29.0,......,31.9,34.5,37.0 2,Equipment 2,performance availability,,%,,98.0,98.0,98.1,......,98.1,98.1,98.2 2,Equipment 2,non-defective product rate,,%,,93.8,89.7,91.2,......,92.3,93.2,93.9 2,Equipment 2,equipment general efficiency rate,,%,,20.5,22.7,25.9,......,28.9,31.6,34.1 3,Equipment 3,time availability,,%,,39.3,41.4,43.4,......,42.0,40.7,39.5 3,Equipment 3,performance availability,,%,,98.2,98.2,98.2,......,98.1,98.0,97.8 3,Equipment 3,non-defective product rate,,%,,94.4,94.9,95.3,......,95.3,95.3,95.3 3,Equipment 3,equipment general efficiency rate,,%,,36.4,38.6,40.6,......,39.3,38.0,136.9 : : 42,Equipment 42,time availability,,%,,38.4,40.2,39.1......,40.8,42.4,43.9 42,Equipment 42,performance availability,,%,,97.7,97.8,97.6,......,97.7,97.7,97.8 42,Equipment 42,non-defective product rate,,%,,95.3,95.7,95.7,......,95.9,96.2,96.4 42,Equipment 42,equipment general efficiency,,%,,35.8,37.6,36.5,......,38.2,39.8,41.3

Chapter 10 Addendix

10-14

Specific example for f100118.csv (2010/1/18 0:00 to 1/19 0:00), logging frequency of 60 minutes Plant A,Time(60),,,,0:00,1:00,2:00,.........,22:00,23:00,0:00 1,Equipment 1,time availability,,%,, 5.1,4.9,10.3,......,15.1,19.5,23.4 1,Equipment 1,performance availability,,%,,100,98.98.2,......,98.2,98.3,98.3 1,Equipment 1,non-defective product rate,,%,,62.5,62.5,83.3,......,89.3,92.1,93.8 1,Equipment 1,equipment efficiency rate,,%,,3.2,3.0,8.4,......,13.3,17.6,21.5 2,Equipment 2,time availability,,%,, 22.4,25.8,29.0,......,31.9,34.5,37.0 2,Equipment 2,performance availability,,%,,98.0,98.0,98.1,......,98.1,98.1,98.2 2,Equipment 2,non-defective product rate,,%,,93.8,89.7,91.2,......,92.3,93.2,93.9 2,Equipment 2,equipment general efficiency rate,,%,,20.5,22.7,25.9,......,28.9,31.6,34.1 3,Equipment 3,time availability,,%,, 39.3,41.4,43.4,......,42.0,40.7,39.5 3,Equipment 3,performance availability,,%,,98.2,98.2,98.2,......,98.1,98.0,97.8 3,Equipment 3. non-defective product rate,,%,,94.4,94.9,95.3,……,95.3,95.3,95.3 3,Equipment 3,equipment general efficiency rate,,%,, 36.4,38.6,40.6,......,39.3,38.0,136.9 : : 42,Equipment 42,time availability,,%,,38.4,40.2,39.1,......,40.8,42.4,43.9 42,Equipment 42,performance availability,,%,,97.7,97.8,97.6,......,97.7,97.7,97.8 42,Equipment 42,non-defective product rate,,%,,95.3,95.7,95.7,......,95.9,96.2,96.4 42,Equipment 42,equipment general efficiency,,%,,35.8,37.6,36.5,......,38.2,39.8,41.3

*1 Only the equipment measuring points registered are recorded.

*2 For the time availability, performance availability, non-defective product rate and equipment

general efficiency rate, if the data (downtime, number of processed products and number of

non-defective products) used for calculation is blank (no measurement or no registration),

the result is blank.

Ex.) The number of non-defective products is not measured. ⇒ The data of the non-defective

product rate is blank.

*3 When the load time (denominator) is 0, the time availability data is 0.

*4 When the operation time (denominator) is 0, the performance availability data is 0.

*5 When the number of processed products (denominator) is 0, the data of the non-defective

product rate is 0.


10-15

Operation history data file The file format of the operation history data file is as shown in the table below.

Item Description

File name 'd' + 'Operation measuring point ID (3 digits)' + '_' + 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + 'Hour (2 digits)' + '.log'

File details ON/OFF change at the operation monitoring measuring point is recorded every 10 seconds. (64 KB × 4 files for each measuring point)

1st line ON or OFF at occurrence time

2nd line ON or OFF at occurrence time : :

: :

nth line ON or OFF at occurrence time

Specific example for d235_10011814.log (operation history information of measurement ID No. 235) 2010/1/18 14:02:10 ON 2010/1/18 14:04:40 OFF 2010/1/18 14:08:20 ON 2010/1/18 14:10:30 OFF : : 2010/4/20 17:30:40 OFF 2010/4/21 17:49:50 ON

*1 Only the operation monitoring measuring points registered are recorded.

*2 When a change of OFF → ON or ON → OFF is detected, it is recorded. The time is different

from the actual ON/OFF time of the unit.

*3 If a measurement error occurs, ON/OFF is not detected.

Chapter 10 Addendix

10-16

Record of system log

System log file The file format of the system log file is as shown in the table below.

Item Description

File name 's' + 'Year (last 2 digits)' + 'Month (2 digits)' + 'Day (2 digits)' + 'Hour (2 digits)" + 'Minute (2 digits)' + '.log'

File details Errors are recorded for each occurrence or recovery. (256 KB × 4 files)

1st line Error description at occurrence/recovery time

2nd line Error description at occurrence/recovery time : :

: :

nth line Error description at occurrence/recovery time


10-17

Types of system logs

Log for start of EcoServer III When the EcoServer III is started, the log is as shown in the table below.

Item Description

File details The start time and the final data record time before power failure are recorded.

nth line Start-up date ∆ 'Start (previous last logging time '∆ final data write time')' is displayed.

n + 1 line The start time is displayed.

Specific example of start

Start at 2010/05/03 17:04:20 (Previous last logging time: 2010/05/03 09:15)

Log for file write/deletion error If file write error or file deletion error occurs, the log is as shown in the table below.

Item Description

File details The occurrence time and file name are recorded.

nth line Occurrence time ∆ 'File write error" ∆ file name is displayed.

mth line Occurrence time ∆ 'File deletion error" ∆ file name is displayed.

Specific example of file write/deletion error 2010/05/13 16:00:28 file write error occurred /ZoomLog/100513/10051316.csv 2010/05/13 16:00:28 file deletion error occurred /ZoomLog/100429/10042916.csv

*1 ** Log refers to the data file with the file type of ** data.

In the example, it is the data file of the zoom data.

Log for folder creation/deletion error If a folder creation error or folder deletion error occurs, the log is as shown in the table below.

Item Description

File details The occurrence time and folder name are recorded.

nth line Occurrence time ∆ 'Folder creation error" ∆ folder name is displayed.

mth line Occurrence time ∆ 'Folder deletion error" ∆ folder name is displayed.

Specific example of folder creation/deletion error 2010/05/13 16:00:28 folder creation error occurred /ZoomLog/100513/ 2010/05/13 16:00:28 folder deletion error occurred /ZoomLog/100312/

*1 In the example, it is the data folder of the zoom data.

Chapter 10 Addendix

10-18

Log for successful recovery of file When the file is successfully recovered, the log is as shown in the table below.

Item Description

File details The occurrence time, recovery source folder name and recovery destination folder name are recorded.

nth line Occurrence time ∆ 'File recovery ('Recovery source folder name ‘∆->∆’Recovery destination folder name‘)' is displayed.

Specific example of successful file recovery 2010/05/13 16:00:28 file recovery (/LogFiles/DayBak/ -> /LogFiles/DayLog/)

*1 ** Bak refers to the data file folder for backup.

In the example, it is the backup folder of the daily data file.

*2 ** Log refers to the folder of the data file.

In the example, it is the data folder of the daily data.

Log for file recovery error If recovery of the file fails, the log is as shown in the table below.

Item Description

File details The occurrence time and folder name are recorded.

nth line Occurrence time ∆ 'File recovery error" ('folder name')' is displayed.

Specific example of file recovery 2010/05/13 16:00:28 file recovery error (/LogFiles/DayLog/)

*1 ** Log refers to the folder of the data file.

In the example, it is the data folder of the daily data.

Log for file transfer error If the file transfer to the FTP server fails, the log is as shown in the table below.

Item Description

File details The occurrence time and file name are recorded.

nth line Occurrence time ∆ 'File transfer error ('error code')' ∆ file name is displayed.

Specific example of file transfer error 2010/05/13 16:00:52 file transfer error occurred (-2) 10051316.csv

*1 **.csv refers to the data file which has the csv data as the file type.

In the example, it is the data file of the zoom data.

*2 Error code description is as follows:

-2: Connection error (incorrect password, FTP server is not available on the network, etc.)

-6: Transmission source file error (read of the transfer source file fails, etc.)

-7: Transmission source directory error (connection to the directory of the transmission

destination is disabled, interruption occurred during transmission, etc.)


10-19

Log for automatic time adjusting error If the time adjustment fails, the log is as shown in the table below.

Item Description

File details The occurrence time is recorded.

nth line Occurrence time ∆ 'Automatic time adjustment error ('Error code')' is displayed.

Specific example of automatic time adjustment error 2010/05/13 1:12:43 Automatic time adjustment error (-5)

*1 The error code details are as shown below.

-1: Clock error (when writing/reading of the clock inside EcoServer III resulted in failure).

-5: SNTP server time acquisition error (when IP address of SNTP server is wrong, or SNTP

server is not activated)

The log at the time automatic time setting was successful The log at the time of successful automatic time setting is as shown below.

Item Description

File details Date and time of execution and date and time after setting are recorded.

nth line Date and time of execution ∆ ‘Automatic time adjustment (time after setting ∆ ‘ Date and time after setting ‘)’ are displayed.

Specific example of successful automatic time adjustment 2010/05/13 1:12:43 Automatic time adjustment (time after setting 2010/04/10 00:05:28)

The log at the time of measurement error occurrence/restoration The log at the time communication with the terminal device has become disabled or enabled is as

given in the table below.

Item Description

File details Date and time of occurrence/restoration and measuring point ID are recorded.

nth line Date and time of occurrence △ ‘Occurrence of measurement error’ △‘Measuring point ID’ = Measuring point ID,......,Measuring point ID are displayed.

mth line Date and time of occurrence △ ‘Occurrence of measurement error’ △‘Measuring

point ID’ = Measuring point ID,......,Measuring point ID are displayed.

Specific examples of measurement error occurrence/restoration 2010/05/06 13:12:41 Measurement error has occurred Measuring point ID= 1,2,3,121,122 2010/05/06 14:25:31 Measurement error has been restored Measuring point ID= 121,122

Chapter 10 Addendix

10-20

The log at the time of upper limit alarm generation/restoration The log at the time the measured value becomes larger than the upper limit set value, or if it has

decreased to a value falling within the set value for upper limit value is as given in the table below.

Item Description

File details Date and time of generation/restoration, measuring point ID, group name: measuring point name, current (measurement) data, and upper set limit are recorded.

nth line

Date and time of generation ∆ ’Generation of upper limit alarm’ ∆ ‘Measuring point ID = Measuring point ID ‘(‘Group name: Measuring point name ‘)’ Measured value =’ Measurement data unit ∆ ‘Upper limit value =’ Upper limit set value unit are displayed.

mth line

Date and time of generation ∆ ’Restoration of upper limit alarm’ ∆ ‘Measuring point ID = Measuring point ID ‘(‘Group name: Measuring point name ‘)’ Measured value =’ Measurement data unit ∆ ‘Upper limit value =’ Upper limit set value unit are displayed.

Specific examples of upper limit alarm generation/restoration 2010/05/06 13:22:41 Upper limit alarm has been generated Measuring point ID = 5 (Line 3-1: Power) Measured value = 12.4 kW Upper limit value = 12.0 kW 2010/05/06 14:25:31 Upper limit alarm has been restored Measuring point ID = 5 (Line 3-1: Power) Measured value = 11.9 kW Upper limit value = 12.0 kW

The log at the time of lower limit alarm generation/restoration The log at the time the measured value becomes lower than the lower limit set value, or when it

increased to a value falling within the set value for lower limit value is as shown in the table below.

Item Description

File details Date and time of generation/restoration, measuring point ID, group name = measuring point name, current (measurement) data, and lower limit set value are recorded.

nth line

Date and time of generation ∆, ‘Generation of lower limit alarm’ ∆ ‘Measuring point ID =’ Measuring point ID ‘(‘ Group name: Measuring point name ‘)’ ‘Measurement value =’ Measurement data unit ∆ ‘Lower limit value =’ Lower limit set value unit are displayed.

mth line

Date and time of generation △, ‘Restoration of lower limit alarm’ ∆ ‘Measuring point ID =’ Measuring point ID ‘(‘ Group name: Measuring point name ‘)’ ‘Measurement value =’ Measurement data unit ∆ ‘Lower limit value =’ Lower limit set value unit are displayed.

Specific example of lower limit alarm generation/restoration 2010/05/06 13:32:41 Lower limit value alarm has been generated Measuring point ID = 255 (Line B: Temperature) Measured value = 79.9 C Lower limit value = 80.0 C 2010/05/06 14:35:31 Lower limit value alarm has been restored Measuring point ID = 255 (Line B: Temperature) Measured value = 80.0 C Lower limit value = 80.0 C

The log at the time of data clearance The log at the time data clearance was performed from the configuration software is as shown in the

table below.

Item Description

File details Date and time of data clearance execution are recorded.

nth line Date and time of clearance execution ∆ ‘Data cleared’ is displayed.

Specific example of data clearance

2010/05/13 20:43:21 Data cleared


10-21

The log at the time of system log clearance The log at the time system log clearance was executed from the configuration software is as shown

in the table below.

Item Description

File details Date and time of system log clearance execution is recorded.

nth line Date and time of clearance execution ∆ ‘System log clearance’ is displayed.

Specific example of system log clearance 2010/05/13 20:43:21 System log cleared

The log at the time of all data clearance The log at the time all data clearance was executed from the configuration software is as shown in

the table below.

Item Description

File details Date and time all data clearance was executed are recorded.

nth line Date and time of data clearance execution △ ‘All data clearance” are displayed.

Specific example of all data clearance 2010/05/13 20:43:21 All data cleared

The log at the time of unit requirement target value alarm generation/restoration When the measured value of unit requirement becomes larger than the target value, or when it has

decreased to a value falling within the set value for target value is as shown in the table below.

Item Description

File details Date and time of generation/restoration, measuring point ID, group name: measuring point name, current (unit requirement) data, and target value are recorded.

nth line

Date and time of generation ∆ ‘Generation of unit requirement target value alarm’ ∆ ‘Measuring point ID =’ Measuring point ID ‘(‘ Group name ‘:’ Measuring point name ‘)’ ∆ ‘Unit requirement =’ Unit requirement data unit ∆ ‘Target value =’ Unit requirement target value set value unit are displayed.

mth line

Date and time of restoration ∆ ‘Restoration of unit requirement target value alarm’ ∆ ‘Measuring point ID =’ Measuring point ID ‘(‘ Group name ‘:’ Measuring point name ‘)’ ∆ ‘Unit requirement =’ Unit requirement data unit ∆ ‘Target value =’ Unit requirement target value set value unit are displayed.

Specific example of unit requirement target value alarm generation/restoration 2010/05/06 13:32:41 Unit requirement target value alarm has been generated Measuring point ID=9 (Line B: Welding) Unit requirement = 2.9 kWh/pc Target value = 2.0 kWh/pc 2010/05/06 14:35:31 Unit requirement target value alarm has been restored Measuring point ID=9 (Line B: Welding) Unit requirement = 1.2 kWh/pc Target value = 2.0 kWh/pc

Chapter 10 Addendix

10-22

The log at the time of energy planned value alarm generation/restoration The log at the time the measured value of energy amount (electric energy, pulses) becomes larger

than the planned value or when it has decreased to a value falling within the set value for planned

value is as shown in the table below.

Item Description

File details Date and time of generation/restoration, measuring point ID, group name: measuring point name, current (measurement) data, planned value (per-diem accumulation) are recorded.

nth line

Date and time of generation ∆ ‘Generation of planned energy value alarm’ ∆ ‘Measuring point ID=’ Measuring point ID ‘(‘ Group name ‘:’ Measuring point name ‘)’ ∆ ‘Measured value=’ Measurement data unit ∆ ‘Measured value=’ Measured value (per-diem accumulation) Unit ‘(‘ Planned value unit ‘)’ are displayed.

mth line

Date and time of restoration ∆ ‘Restoration of planned energy value alarm’ ∆ ‘Measuring point ID=’ Measuring point ID ‘(‘ Group name ‘:’ Measuring point name ‘)’ ∆ ‘Measured value=’ Measurement data unit ∆ ‘Measured value=’ Measured value (per-diem accumulation) Unit ‘(‘ Planned value unit ‘)’ are displayed.

Specific example of planned energy value alarm generation/restoration 2010/05/06 13:22:41 Planned energy value alarm has been generated Measuring point ID= 5 (Line 3-1: Electric power) Measured value = 12.4 kW Planned value = 12.0 kW (60.0 kW) 2010/05/06 14:25:31 Planned energy value alarm has been restored Measuring point ID= 5 (Line 3-1: Electric power) Measured value = 11.9 kW Planned value = 12.0 kW (60.0 kW)

Occurrence of errors in the battery The log at the time of battery error occurrence is as shown in the table below.

Item Description

File details The occurrence time is recorded.

nth line Date and time of occurrence △ ‘Battery error has occurred’ are displayed.

Specific example of battery error 2010/05/13 20:43:21 Battery error has occurred

Alarm monitoring warning alarm generation/restoration The log at the time alarm monitoring warning has been generated (contact ON) or restored (contact

OFF) is as shown in the table below.

Item Description

File details Date and time of generation/restoration and contact output ID are recorded.

nth line Date and time of generation ∆ ‘Generation of alarm monitoring warning’ ∆ ‘Contact output ID=’ Contact output ID,......, Contact output ID are displayed.

mth line Date and time of generation ∆ ‘restoration of alarm monitoring warning’ ∆ ‘contact output ID=’ contact output ID,......, contact output ID are displayed.

*1 Output order of contact output ID will be in descending order from 255.

Specific example of alarm monitoring warning generation restoration 2010/05/06 13:21:41 Generation of alarm monitoring warning Contact output ID= 255, 254, 242, 241, 240 2010/05/06 14:25:31 Restoration of alarm monitoring warning Contact output ID= 255, 244


10-23

Specifications of data displayed on graph

Specifications of data to be displayed on each graph display screen by pressing the download button will be

explained.

There are daily graph, monthly graph, yearly graph and zoom graph.

Zoom graph: electric energy and pulses

Comparison form: Date Zoom graph: The format when date was selected for comparison form for electric energy/pulses is as

shown in the table below.

Item Description

File name ‘Graph_’ + ‘Minute (2-digit)’ + ‘Second (2 digit)’ + ‘.csv’

File details Data for 1 minute amount shown on graph

1st line Project name,measuring time,......,measuring time

2nd line Displayed date 1 ∆ ‘1 minute amount’ ∆ Group name: Measuring point name,data,......,data

3rd line Measuring time,......,Measuring time

4th line Displayed date 2 ∆ ‘1 minute amount’ ∆ Group name: Measuring point name,data,......,data

Specific example at the date of (2010/04/18 8:00 to 9:00 2010/04/19 15:00 to 16:00) Plant A,8:01,8:02,......,8:58,8:59,9:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,12,11,13,......,9,5,14 ,15:01,15:02,……,15:58,15:59,16:00 2010/04/19 (Mon.) Measured value Line 2:Device B Electric energy,15,9,10,......,12,5,1

Comparison form: Measuring point Zoom graph: The format when measuring point is selected for comparison form for electric

energy/pulses is as shown in the table below.

Item Description


File details Data for 1 minute amount shown on graph


2nd line Displayed date ∆ ‘1 minute amount’ ∆ Group name 1: Measuring point name 1,data,......,data

3rd line Displayed date ∆ ‘1 minute amount’ ∆ Group name 2: Measuring point name 2,data,......,data

Specific example for measuring point (Line 1: Device B Electric energy,Line 2: Device C Electric energy) Plant A,8:01,8:02,......,8:58,8:59,9:00 2010/04/18 (Sun.) 1 minute amount Line 1: Device B,Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) 1 minute amount Line 1: Device C Electric energy,15,9,10,......,12,5,1

Chapter 10 Addendix

10-24

Zoom graph: analog values

Comparison form: Date Zoom graph: The format when date is selected for comparison form for analogue value is as shown

in the table below.

Item Description


File details Data at 1-minute interval displayed on graph


2nd line Displayed date 1 ∆ ‘Measured value’ ∆ Group name1: Measuring point name,data,......,data


4th line Displayed date 2 ∆ ‘Measured value’ ∆ Group name: Measuring point name,data,......,data

Specific example at the date of (2010/04/18 8:00 to 9:00 2010/04/19 15:00 to 16:00) Plant A,8:00,8:01,8:02,......,8:58,8:59,9:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,12,11,13,......,9,5,14 ,15:00,15:01,15:02,……,15:58,15:59,16:00 2010/04/19 (Mon.) Measured value Line 2:Device B Electric energy,15,9,10,......,12,5,1

Comparison form: Measuring point Zoom graph: The format when measuring point is selected for comparison form for analogue value is

as shown in the table below.

Item Description




2nd line Displayed date ∆ ‘Measured value’ ∆ Group name1: Measuring point name 1,data,......,data

3rd line Displayed date ∆ ‘Measured value’ ∆ Group name 2: Measuring point name 2,data,......,data

Specific example at the time of measuring point (Line 1: Device B Electric energy,Line 2: Device C Electric energy) Plant A,8:00,8:01,8:02,......,8:58,8:59,9:00 2010/04/18 (Sun.) Measured value Line 1: Device B Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) Measured value Line 2: Device C Electric energy,15,9,10,......,12,5,1


10-25

Zoom graph: analog values (power factor)

Comparison form: Date Zoom graph: The format for analogue value (power factor) is as shown in the table below.

Item Description






4th line Displayed date 2 ∆ ‘Measured value’ ∆ Group name: Measuring point name,data,......,data

Specific example at the date of (2010/04/18 8:00 to 9:00 2010/04/19 15:00 to 16:00) Plant A,8:00,8:01,8:02,......,8:58,8:59,9:00 2010/04/18 (Sun.) Measured value 5F:Distribution panel 1 Power factor,-82.3,-85.6,-90.7,......,-88.9,-84.3,-83.7 ,15:00,15:01,15:02,……,15:58,15:59,16:00 2010/04/19 (Mon.) Measured value 5F:Distribution panel 1 Power factor,-85.9,-86.1,-92.0,......,-91.3,-89.5,-88.4

Chapter 10 Addendix

10-26

Daily graph: electric energy and pulses

Comparison form: Date Daily graph: The format when date is selected for comparison form for electric energy/pulses is as

shown in the table below.

Item Description


File details One hour amount or 30 minute amount, cumulative value displayed on graph


2nd line Displayed date ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name: Measuring point name,data,......,data

3rd line Displayed date 2 ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name: Measuring point name,data,......,data

4th line Displayed date 1 ∆ ‘Cumulative’ ∆ Group name : Measuring point name,data,......,data


Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 60 minutesPlant A,1:00,2:00,3:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Hourly amount Line 1: Device B,Electric energy,23,27,25,......,35,18,23 2010/04/19 (Mon.) Hourly amount Line 1: Device B,Electric energy,24,29,31,......,31,21,6 2010/04/18 (Sun.) Cumulative Line 1: Device B,Electric energy,23,50,75,......,587,605,628 2010/04/19 (Mon.) Cumulative Line 1: Device B,Electric energy,24,53,84,......,706,727,733

Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 30 minutesPlant A,0:30,1:00,1:30,......,23:00,23:30,24:00 2010/04/18 (Sun.) 30 minute amount Line 1: Device B,Electric energy,12,11,13,......,9,5,14 2010/04/19 (Mon.) 30 minute amount Line 1: Device B,Electric energy,15,9,10,......,12,5,1 2010/04/18 (Sun.) Cumulative Line 1: Device B,Electric energy,12,23,36,......,302,307,321 2010/04/19 (Mon.) Cumulative Line 1: Device B,Electric energy,15,24,34,......,361,366,367


10-27

Comparison form: Measuring point Daily graph: The format when measuring point is selected for comparison form for electric

energy/pulses is as shown in the table below.

Item Description


File details One hour amount or 30 minute amount, cumulative value displayed on graph


2nd line Displayed date ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name 1: Measuring point name 1,data,......,data

3rd line Displayed date ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name 2: Measuring point name 2,data,......,data

4th line Displayed date ∆ ‘Cumulative’ ∆ Group name 1: Measuring point name 1,data,......,data


Specific example at the time of measuring point (Line 1: Device B Electric energy,Line 1: Device B Production amount) and logging cycle of 60 minutes. Plant A,1:00,2:00,3:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Hourly amount Line 1:Device B,Electric energy,23,27,25,......,35,18,23 2010/04/18 (Sun.) Hourly amount Line 1:Device B,Production number,244,259,301,......,321,291,256 2010/04/18 (Sun.) Cumulative Line 1:Device B,Electric energy,23,50,75,......,587,605,628 2010/04/18 (Sun.) Cumulative Line 1:Device B,Production number,244,503,804,......,3890,4495,5123

Specific example at the time of measuring point (Line 1: Device B Electric energy,Line 1: Device B Production amount) and logging cycle of 30 minutes. Plant A,0:30,1:00,1:30,......,23:00,23:30,24:00 2010/04/18 (Sun.) 30 minute amount Line 1:Device B,Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) 30 minute amount Line 1:Device B Production number,115,129,110,......,112,115,111 2010/04/18 (Sun.) Cumulative Line 1:Device B,Electric energy,12,23,36,......,302,307,321 2010/04/18 (Sun.) Cumulative Line 1:Device B Production number,115,244,354,......,4897,5012,5123

Chapter 10 Addendix

10-28

Daily graph: analog values

Comparison form: Date Daily graph: The format when date is selected for comparison form for analogue value is as shown in

the table below.

Item Description


File details Data displayed on graph



3rd line Displayed date 2 ∆ ‘Measured value’ ∆ Group name: Measuring point name,data,......,data

Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 60 minutesPlant A,0:00,1:00,2:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,23,27,25,......,35,18,23 2010/04/19 (Mon.) Measured value Line 1:Device B Electric energy,24,29,31,......,31,21,6

Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 30 minutesPlant A,0:00,0:30,1:00,......,23:00,23:30,24:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,12,11,13,......,9,5,14 2010/04/19 (Mon.) Measured value Line 1:Device B Electric energy,15,9,10,......,12,5,1

Comparison form: Measuring point Daily graph: The format when measuring point is selected for comparison form for analogue value is

as shown in the table below.

Item Description




2nd line Displayed date ∆ ‘Measured value’ ∆ Group name1: Measuring point name 1,data,......,data

3rd line Displayed date ∆ ‘Measured value’ ∆ Group name 2: Measuring point name 2,data,......,data

Specific example at the time of measuring point (Line 1: Device B Electric energy,Line 2: Device C Electric energy) and logging cycle of 60 minutes. Plant A,0:00,1:00,2:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,23,27,25,......,35,18,23 2010/04/18 (Sun.) Measured value Line 2:Device C Electric energy,24,29,31,......,31,21,6

Specific example at the time of measuring point (Line 1: Device B Electric energy,Line 2: Device C Electric energy) and logging cycle of 30 minutes. Plant A,0:00,0:30,1:00,......,23:00,23:30,24:00 2010/04/18 (Sun.) Measured value Line 1:Device B Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) Measured value Line 2:Device C Electric energy,15,9,10,......,12,5,1


10-29

Daily graph: analog values (power factor)

Comparison form: Date Daily graph: The format for analogue value (power factor) is as shown in the table below.

Item Description




2nd line Displayed date 1 ∆ ‘Measured value’ ∆ Group name: Measuring point name,data,......,data

3rd line Displayed date 2 ∆ ‘Measured value’ ∆ Group name: Measuring point name,data,......,data

Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 60 minutesPlant A,0:00,1:00,2:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Measured value 5F: Distribution panel 1 Power factor,-82.3,-85.6,-90.7,......,-88.9,-84.3,-83.7 2010/04/19 (Mon.) Measured value 5F: Distribution panel 1 Power factor,-85.9,-86.1,-92.0,......,-91.3,-89.5,-88.4

Specific example at the time of date (2010/04/18 and 2010/04/19) and logging cycle of 30 minutesPlant A,0:00,0:30,1:00,......,23:00,23:30,24:00 2010/04/18 (Sun.) Measured value 5F: Distribution panel 1 Power factor,-82.3,-85.6,-90.7,......,-88.9,-84.3,-83.7 2010/04/19 (Mon.) Measured value 5F: Distribution panel 1 Power factor,-85.9,-86.1,-92.0,......,-91.3,-89.5,-88.4

Chapter 10 Addendix

10-30

Daily graph: unit requirement

Comparison form: Date Daily graph: The format for unit requirement is as shown in the table below.

Item Description


File details One hour amount, cumulative value and target value

1st line Project name,1:00,......,24:00

2nd line Displayed date 1 ∆ ‘Production amount’ ‘Hourly amount ’ or ’30 minute amount’ ∆ Group name: Production amount measuring point name,data,......,data

3rd line Displayed date 2 ∆ ‘Production amount’ ‘Hourly amount ’ or ’30 minute amount’ ∆ Group name: Production amount measuring point name,data,......,data

4th line Displayed date 1 ∆ ‘Unit requirement’’ ∆ Unit requirement measuring point name, data,......,data


6th line Displayed date 1 ∆ ‘Energy amount’ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name: Energy amount measuring point name,data,......,data

7th line Displayed date 2 ∆ ‘Energy amount’ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name: Energy amount measuring point name,data,......,data

8th line Displayed date 1 ∆ ‘Energy amount cumulative ’ ∆ Group name: Energy amount measuring point name,data,......,data


10th line ‘Unit requirement target value’ ∆ Unit requirement measuring point name,Target value

Specific example at logging cycle of 60 minutes. Plant A,1:00,2:00,3:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Production amount hourly amount Line 1: Parts B-1,number of processed products,112,110,153,......,209,245,214 2010/04/19 (Mon.) Production amount hourly amount Line 1: Parts B-1,number of processed products,125,0,38,......,172,155,161 2010/04/18 (Sun.) Unit requirement B processing line,0,11,0.10,0.08,......,0.04,0.02,0.07 2010/04/19 (Mon.) Unit requirement B processing line,0.12,99999999999.00. 0.26,......,0.07,0.03,0.01 2010/04/18 (Sun.) Energy amount hourly amount Line 1: Device B Electric energy,12,11,13,......,9,5,14 2010/04/19 (Mon.) Energy amount hourly amount Line 1: Device B Electric energy,15,9,10,......,12,5,1 2010/04/18 (Sun.) Energy amount cumulative Line 1: Device B Electric energy,12,23,36,......,302,307,321 2010/04/19 (Mon.) Energy amount cumulative Line 1: Device B Electric energy,15,24,34,......,361,366,367 Unit requirement target value B processing line 0.45

Specific example at logging cycle of 30 minutes. Plant A,0:30,1:00,1:30,......,23:00,23:30,24:00 2010/04/18 (Sun.) Production amount 30 minute amount Line 1: Parts B-1 number of processed products,112,110,153,......,209,245,214 2010/04/19 (Mon.) Production amount 30 minute amount Line 1: Parts B-1 number of processed products,125,0,38,......,172,155,161 2010/04/18 (Sun.) Unit requirement B processing line,0,11,0.10,0.08,......,0.04,0.02,0.07 2010/04/19 (Mon.) Unit requirement B processing line,0.12,99999999999.00,0.26,......,0.07,0.03,0.01 2010/04/18 (Sun.) Energy amount 30 minute amount Line 1: Device B Electric energy,12,11,13,......,9,5,14 2010/04/19 (Mon.) Energy amount 30 minute amount Line 1: Device B Electric energy,15,9,10,......,12,5,1 2010/04/18 (Sun.) Energy amount cumulative Line 1: Device B Electric energy,12,23,36,......,302,307,321 2010/04/19 (Mon.) Energy amount cumulative Line 1: Device B Electric energy,15,24,34,......,361,366,367 Unit requirement target value B processing line 0.45


10-31

Daily graph: equipment

Comparison form: Date Daily graph: The format for equipment is as shown in the table below.

[Equipment group graph] Item Description


File details Cumulative value for each equipment

1st line Project name,Equipment measuring point name 1,......,Equipment measuring point name 42

2nd line Displayed date 1 ∆ Equipment group name: Number of defective products,Number of defective products for equipment 1,......,Number of defective products for equipment 42

3rd line Displayed date 2 ∆ Equipment group name: Downtime,Downtime data of equipment 1,......,Downtime data of equipment 42

Specific example at the date of (2010/05/06). Plant A,electrodeposition coating,electrodeposition coating dry furnace,composite plating,......,vibration coating 2010/05/06 (Thu.) Equipment Group A: Number of defective products,23,27,25,......,23 2010/05/06 (Thu.) Equipment Group A: Downtime,83,26,21,......,0

Chapter 10 Addendix

10-32

[Equipment efficiency/detailed equipment graph]

Item Description


File details Time availability, performance availability, non-defective product rate, overall equipment efficiency, 1 hour amount or 30 minute amount and cumulative value

1st line “Project name,1:00,2:30,......,24:00” or “Project name,0:30,1:00,......,24:00”

2nd line Displayed date ∆ ‘Equipment efficiency’ ∆ Equipment group name: Equipment name ‘Time availability’, data,......,data

3rd line Displayed date ∆ ‘Equipment efficiency’ ∆ Equipment group name: Equipment name ‘Performance availability’, data,......,data

4th line Displayed date ∆ ‘Equipment efficiency’ ∆ Equipment group name: Equipment name ‘Non-defective product rate’, data,......,data

5th line Displayed date ∆ ‘Equipment efficiency’ ∆ Equipment group name: Equipment name ‘equipment

general efficiency’, data,......,data

6th line Displayed date ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Equipment group name: Equipment

name: Measuring point name,data,......,data

7th line Displayed date ∆ ‘Cumulative’ ∆ Equipment group name: Equipment name: Measuring point name,data,......,data

: :

11th line Displayed date ∆ ‘Hourly amount’ or ’30 minute amount’ ∆ Equipment group name: Equipment

name: Measuring point name,data,......,data

12th line Displayed date ∆ ‘Cumulative ’ ∆ Equipment group name: Equipment name: Measuring point name,data,......,data

Specific example at the time of date (2010/05/06) and logging cycle of 60 minutes

Plant A,1:00,2:00,3:00,......,22:00,23:00,24:00 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Time availability,0,100,91.666,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Performance availability,0,8.888,36.364,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Non-defective product rate,0,90,100,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Overall equipment efficiency,0,8,33.333,......,0 2010/05/06 (Thu.) Hourly amount Equipment group A: Electrodeposition coating: Electric energy,23,27,25,......,35,18,23 2010/05/06 (Thu.) Cumulative Equipment group A: Electrodeposition coating: Electric energy,23,50,75,......,587,605,628

: :

2010/05/06 (Thu.) Hourly amount Equipment group A: Electrodeposition coating: Downtime frequency,23,27,25,......,35,18,23 2010/05/06 (Thu.) Cumulative Equipment group A: Electrodeposition coating: Downtime frequency,23,50,75,......,587,605,628

Specific example at the time of date (2010/05/06) and logging cycle of 30 minutes

Plant A,0:30,1:00,1:30,......,23:00,23:30,24:00 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Time availability,0,100,91.666,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Performance availability,0,8.888,36.364,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Non-defective product rate,0,90,100,......,0 2010/05/06 (Thu.) Equipment efficiency Equipment group A: Electrodeposition coating: Overall equipment efficiency,0,8,33.333,......,0 2010/05/06 (Thu.) 30 minute amount Equipment group A: Electrodeposition coating: Electric energy,23,27,25,......,35,18,23 2010/05/06 (Thu.) Cumulative Equipment group A: Electrodeposition coating: Electric energy,23,50,75,......,587,605,628

: :

2010/05/06 (Thu.) 30 minute amount Equipment group A: Electrodeposition coating: Downtime frequency,23,27,25,......,35,18,23 2010/05/06 (Thu.) Cumulative Equipment group A: Electrodeposition coating: Downtime frequency,23,50,75,......,587,605,628


10-33

Weekly graph: unit requirement

Item Specifications


File details One hour amount or 30 minute amount, cumulative value and target value displayed on graph

1st line “Project name,1:00,2:00,......,24:00” or “Project name,0:30,1:00,......,24:00”

2nd line Displayed date 1 ∆ ‘Production amount’ ‘Hourly amount ’ or ’30 minute amount’ ∆ Group name: Production amount measuring point name, data,......,data

3rd line Displayed date 1 ∆ ‘Unit requirement’’ ∆ Unit requirement measuring point name, data,......,data

4th line Displayed date 1 ∆ ‘Energy amount’ ‘Hourly amount’ or ’30 minute amount’ ∆ Group name: Energy amount measuring point name, data,......,data


6th line Displayed date 2 ∆ ‘Production amount’ ‘Hourly amount ’ or ’30 minute amount’ ∆ Group name: Production amount measuring point name, data,......,data


: :


30th line ‘Unit requirement target value’ ∆ Unit requirement measuring point name,Target value

Specific example at logging cycle of 60 minutes. Plant A,1:00,2:00,3:00,......,22:00,23:00,24:00 2010/04/18 (Sun.) Production amount hourly amount Line 1: Parts B-1,number of processed products,112,110,153,......,209,245,214 2010/04/18 (Sun.) Unit requirement B processing line,0.11,0.10,0.08,......,0.04,0.02,0.07 2010/04/18 (Sun.) Energy amount hourly amount Line 1: Device B Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) Energy amount cumulative Line 1: Device B Electric energy,12,23,36,......,302,307,321 2010/04/19 (Mon.) Production amount hourly amount Line 1: Parts B-1 number of processed products,112,110,153,......,209,245,214

: 2010/04/24 (Sat.) Energy amount cumulative Line 1: Device B Electric energy,15,24,34,......,361,366,367 Unit requirement target value B processing line,0.45

Specific example at logging cycle of 30 minutes. Plant A,0:30,1:00,1:30,......,23:00,23:30,24:00 2010/04/18 (Sun.) Production amount 30 minute amount Line 1: Parts B-1 number of processed products,112,110,153,......,209,245,214 2010/04/18 (Sun.) Unit requirement B processing line,0.11,0.10,0.08,......,0.04,0.02,0.07 2010/04/18 (Sun.) Energy amount 30 minute amount Line 1: Device B Electric energy,12,11,13,......,9,5,14 2010/04/18 (Sun.) Energy amount cumulative Line 1: Device B Electric energy,12,23,36,......,302,307,321 2010/04/19 (Mon.) Production amount 30 minute amount Line 1: Parts B-1 number of processed products,112,110,153,......,209,245,214 2010/04/24 (Sat.) Energy amount cumulative Line 1: Device B Electric energy,15,24,34,......,361,366,367 Unit requirement target value B processing line,0.45

Chapter 10 Addendix

10-34

Monthly graph: electric energy and pulses Comparison form: Date

Monthly graph: The format when date is selected for comparison form for electric energy/pulses is as shown in the table below.

Item Description


File details One day amount, cumulative value and planned valued displayed on graph

1st line Project name,1st,2nd,......,last day of the month

2nd line Displayed date 1 ∆ ‘Daily amount’ ∆ Group name: Measuring point name,data,......,data

3rd line Displayed date 2 ∆ ‘Daily amount’ ∆ Group name: Measuring point name,data,......,data



6th line Displayed date 1 ∆ ‘Measured value’ ∆ Group name: Measuring point name,planned value

7th line Displayed date 2 ∆ ‘Measured value’ ∆ Group name: Measuring point name,planned value

Specific example at the dates of (2010/04 and 2010/05). Plant A,1st,2nd,3rd,.........,29th ,30th,31st 2010/04 Daily amount Line 1: Device B Electric energy ,274,85,112,......,152,90 2010/05 Daily amount Line 1: Device B Electric energy,315,312,298,......,127,125,245 2010/04 Cumulative Line 1: Device B Electric energy,274,359,471,......,8322,8412 2010/05 Cumulative Line 1: Device B Electric energy,315,627,925,......,9504,9631,9756 2010/04 Planned value Line1: Device B Electric energy,8500 2010/05 Planned value Line1: Device B Electric energy,10000

Comparison form: Measuring point

Monthly graph: The format when measuring point is selected for comparison form for electric energy/pulses is as shown in the table below.

Item Description


File details One day amount, cumulative value and planned valued displayed on graph

1st line Project name,1st,2nd,......,last day of the month

2nd line Displayed date ∆ ‘Daily amount’ ∆ Group name 1: Measuring point name 1,data,......,data

3rd line Displayed date ∆ ‘Daily amount’ ∆ Group name 2: Measuring point name 2,data,......,data



6th line Displayed date ∆ ‘Measured value’ ∆ Group name 1: Measuring point name 1,planned value

7th line Displayed date ∆ ‘Measured value’ ∆ Group name 2: Measuring point name 2,planned value

Specific example for measuring point (Line 1: Device B Electric energy,Line 2: Device C Electric energy) Plant A,1st,2nd,3rd,.........,29th ,30th,31st 2010/05 Daily amount Line 1: Device B Electric energy,274,85,112,......,152,90 2010/05 Daily amount Line 2: Device C Electric energy,315,312,298,......,127,125,245 2010/05 Cumulative Line 1:Device B Electric energy,274,359,471,......,8322,8412 2010/05 Cumulative Line 2:Device C Electric energy,315,627,925......,9504,9631,9756 2010/05 Planned value Line 1: Device B Electric energy,8500 2010/05 Planned value Line 2:Device C Electric energy,10000


10-35

Yearly graph: electric energy and pulses

Comparison form: Year (past 3 years) • Display form: Year (Jan. to Dec.) Yearly graph: The format when year (past 3 years) is selected for comparison form and year (Jan. to

Dec.) for display form for electric energy/pulses is as shown in the table below.

Item Description


File details One month amount, cumulative value and planned value displayed on graph

1st line Project Name,Jan.,Feb,......,Nov.,Dec.

2nd line Year before last year ∆ ‘Year’ ‘Monthly amount’ ∆ Group name:Measuring point name,data,......,data

3rd line Year last year ∆ ‘Year’ ‘Monthly amount’ ∆ Group name:Measuring point name,data,......,data

4th line Year this year ∆ ‘Year’ ‘Monthly amount’ ∆ Group name:Measuring point name,data,......,data

5th line ‘Planned value’ ∆ Group name: Measuring point name,planned value,......,planned value

6th line Year last year ‘Year’ ∆ ‘Cumulative’ ∆Group name:Measuring point name,data,......,data

7th line Year last year ‘Year’ ∆ ‘Cumulative’ ∆ Group name:Measuring point name,data,......,data

8th line Year this year ‘Year’ ∆ ‘Cumulative’ ∆ Group name:Measuring point name,data,......,data

9th line ‘Planned value’ ‘Cumulative’ ∆ Group name:Measuring point name,planned value,......,planned value

Specific example at the time 2010 is displayed for year. Plant A,Jan.,Feb.,March,April,......,Oct.,Nov.,Dec. 2008 Monthly amount Line 1:Device B Electric energy,,,,2120,......,2490,1480,1570 2009 Monthly amount Line 1:Device B Electric energy,1980,2210,2040,......,2310,1370,1500 2010 Monthly amount Line 1:Device B Electric energy,1450,1950,1570,......,980 Planned value Line 1:Device B Electric energy,12010700,1800,......,1500,1500,1500 2008 Cumulative Line 1:Device B Electric energy,2120,......,22670,24150,25720 2009 Cumulative Line 1:Device B Electric energy,1980,4190,6230,......,24590,25960,27460 2010 Cumulative Line 1:Device B Electric energy,1450,3400,4970,......,7140 Planned value,Cumulative Line 1:Device B Electric energy,12010900,4700,......,22000,23500,25000

Chapter 10 Addendix

10-36

Comparison form: Year (Past 3 years) • Display form: Fiscal year (April to March) Yearly graph: The format when year (past 3 years) is selected for comparison form and fiscal year

(April to March) for display form for electric energy/pulses is as shown in the table below.

Item Description



1st line Project name,April,May,......,February,March:

2nd line Year of fiscal year before last year ‘Fiscal year’ ∆ ‘Monthly amount’ ∆ Group name:Measuring point name,data,......,data

3rd line Year of last fiscal year ‘Fiscal year’ ∆ ‘Monthly amount’ ∆ Group name: Measuring point name,data,......,data

4th line Year of this fiscal year ‘Fiscal year’ ∆ ‘Monthly amount’ ∆ Group name: Measuring point name,data,......,data

5th line ‘Planned value’ ∆ Group name: Measuring point name,planned value,......,planned value

6th line Year of fiscal year before last year ‘Fiscal year’ ∆ ‘Cumulative’ ∆ Group name: Measuring point name,data,......,data

7th line Year of last fiscal year ‘Fiscal year’ ∆ ‘Cumulative’ ∆ Group name: Measuring point name,data,......,data

8th line Year of this fiscal year ‘Fiscal year’ ∆ ‘Cumulative’ ∆ Group name: Measuring point name,data,......,data

9th line ‘Planned value’ ‘Cumulative’ ∆ Group name: Measuring point name,planned value,......,planned value

Specific example at the time of fiscal year display for 2010. Plant A,April,May,June,July,......,Jan.,Feb.,March Fiscal year 2008 Monthly amount Line 1: Device B Electric energy,,,,,2120,......,2490,1480,1570 Fiscal year 2009 Monthly amount Line 1: Device B Electric energy,1980,2210,2040,......,2310,1370,1500 Fiscal year 2010 Monthly amount Line 1: Device B Electric energy,1450,1950,1570,......,980 Planned value Line 1:Device B Electric energy,12010700,1800,......,1500,1500,1500 Fiscal year 2008 Cumulative Line 1: Device B Electric energy,,,,,2120,......,22670,24150,25720 Fiscal year 2009 Cumulative Line 1: Device B Electric energy,1980,4190,6230,......,24590,25960,27460 Fiscal year 2010 Cumulative Line 1: Device B Electric energy,1450,3400,4970,......,7140 Planned value,Cumulative Line 1:Device B Electric energy,12010900,4700,......,22000,23500,25000


10-37

Comparison form: Measuring point-Display form: Year (Jan. to Dec.) Yearly graph: The format when measuring point is selected for comparison form and year (Jan. to

Dec.) for display form for electric energy/pulses is as shown in the table below.

Item Description



1st line Project Name,Jan.,Feb.,......,Nov.,Dec.

2nd line Displayed year ‘Year’ ∆ ‘Monthly amount’ ∆ Group name 1: Measuring point name 1,data,......,data

3rd line ‘Planned value’ ∆ Group name 1: Measuring point name 1,planned value,......,planned value

4th line Displayed year ‘Year’ ∆ ‘Monthly amount’ ∆ Group name 2: Measuring point name 2,data,......,data

5th line ‘Planned value’ ∆ Group name 2: Measuring point name 2,planned value,......,planned value

6th line Displayed year ‘Year’ ∆ ‘Cumulative’ ∆ Group name 1: Measuring point name 1,data,......,data

7th line ‘Planned value’ ∆‘Cumulative’ ∆ Group 1: Measuring point name 1,planned value,......,planned value

8th line Displayed year‘Year’ ∆ ‘Cumulative’ ∆ Group name 2: Measuring point name 2,data,......,data

9th line ‘Planned value’ ∆‘Cumulative’ ∆ Group 2: Measuring point name 2,planned value,......,planned value

Specific example at the time of measuring point (Line 1: Device B Electric energy, Line 2: Device C Electric energy) and year display Plant A,Jan.,Feb.,March,April,......,Oct.,Nov.,Dec. 2010 Monthly amount Group 1: Device B Electric energy,1450,1950,1570,......,980,1140,1270 Planned value Group 1:Device B Electric energy,12010700,1800,......,1500,1500,1500 2010 Monthly amount Group 2:Device C Electric energy,1980,2210,2040,......,2310,1370,1500 Planned value Device C Group 2:Electric energy,1500,2000,2000,......,1800,1500,1500 2010 Cumulative Group 1:Device B Electric energy,1450,3400,4970,......,7140,8280,9550 Planned value Cumulative Group 1: Device B Electric energy,12010900,4700,......,22000,23500,25000 2010 Cumulative Group 2: Device C Electric energy,1980,4190,6230,......,24590,25960,27460 Planned value Cumulative Group 2:Device C Electric energy,1500,3500,5500,......,21700,23500,25000

Chapter 10 Addendix

10-38

Comparison form: Measuring point • Display form: Fiscal year (April to March) Yearly graph: The format when measuring point is selected for comparison form and fiscal year (April

to March.) for display form for electric energy/pulses is as shown in the table below.

Item Description



1st line Project name,April,May,......,February,March:

2nd line Displayed fiscal year‘Fiscal year’∆‘Monthly amount’∆Group 1:Measuring point name 1,data,......,data

3rd line ‘Planned value’∆Group name 1:Measuring point name 1,planned value,......,planned value

4th line Displayed fiscal year‘Fiscal year’∆‘Monthly amount’∆Group 2:Measuring point name 2,data,......,data

5th line ‘Planned value’∆Group name 2:Measuring point name 2,planned value,......,planned value

6th line Displayed fiscal year‘Fiscal year’∆‘Cumulative’∆Group 2:Measuring point name 2,data,......,data

7th line ‘Planned value’∆‘Cumulative’∆Group 1:Measuring point name 1,planned value,......,planned value

8th line Displayed fiscal year‘Fiscal year’∆‘Cumulative’∆Group 2:Measuring point name 2,data,......,data

9th line ‘Planned value’∆‘Cumulative’∆Group 2:Measuring point name 2,planned value,......,planned value

Specific example at the time of measuring point (Line 1: Device B Electric energy, Line 2: Device C Electric energy) and fiscal year display Plant A,April,May,June,July,......,Jan.,Feb.,March FY 2010 Monthly amount Group 1:Device B Electric energy,1450,1950,1570,......,980,1140,1270 Planned value Group 1:Device B Electric energy,1200,1700,1800,......,1500,1500,1500 FY 2010 Monthly amount Group 2: Device C Electric energy,1980,2210,2040,......,2310,1370,1500 Planned value Group 2: Device C Electric energy,1500,2000,2000,......,1800,1500,1500 FY 2010 Cumulative Group 1:Device B Electric energy,1450,3400,4970,......,7140,8280,9550 Planned value Cumulative Group 1:Device B Electric energy,1200,2900,4700,......,22000,23500,25000 FY 2010 Cumulative Group 2:Device C Electric energy,1980,4190,6230,......,24590,25960,27460 Planned value Cumulative Group 2:Device C Electric energy,1500,3500,5500,......,21700,23500,25000

Instruction Manual for Energy Efficient Data Collection Server – [Operation]

11-1

Chapter 11 Index

A

Accumulated value ·6-2

Add button ·6-3

Adjust time ·9-8

B

Browser ·3-4

C

Compare by measuring point ·5-4

Compare graphs by date/time ·5-2

Confirm system logs ·9-7

Confirm the settings for the upper and lower limit

monitoring ·9-3

Confirm the settings of the contact outputs ·9-4

Confirm the settings of the email notification ·9-5

Confirm the settings of the file transfer (FTP server) ·9-6

Confirming of Settings ·9-2

Connect to EcoServer III ·3-4

Contact output measuring point ·3-2

Current value display (group) ·4-16, 6-7

Current value display (option) ·4-15, 6-2

D

Daily data ·3-2

Daily data file ·10-6

Daily difference ·6-2

Data acquisition login ID and password ·3-2

Data file ·7-2

Data file — equipment ·4-19

Data file — online measuring point ·4-18

Data file — operation history data ·4-20

Data file — unit requirement ·4-19

Data file — virtual measuring point ·4-19

Display format ·6-2

Display/Hide ·4-3

Domain name ·3-3

Download graph data ·5-6

Downloading of measurement data ·7-2

E

Email notifiction list screen ·9-5

Equipment data (daily) file ·10-13

Equipment data ·3-2

Equipment efficiency ·5-10

Equipment graphs ·5-10

Equipment group ·3-3

Equipment measuring point ·3-2

Expand/Collapse button ·4-3

F

File transfer screen ·9-6

FTP server ·3-3

G

Group ·3-2

H

Hourly difference ·6-2

How to install a browser ·2-3

I

Internet Explorer ·2-3

IP address ·2-6

J

Java ·2-3

M

Main features of Energy Efficient Data Collection Server


11-2

·1-4

Main functions of Energy Efficient Data Collection Server

·1-4

Maintenance — email notification list ·4-27

Maintenance — file transfer ·4-28

Maintenance — measuring point list ·4-24

Maintenance — planned/target value setting ·4-21

Maintenance — system log file display ·4-29

Maintenance — time adjustment details ·4-28

Maintenance password ·3-2

Manual control (contact OFF) ·4-17

Measurement graph display screen — analog value ·4-7

Measurement graph display screen — analog value

(power factor) ·4-9

Measurement graph display screen — electric energy

and pulses ·4-4

Measurement graph display screen — equipment ·4-13

Measurement graph display screen — unit requirement

·4-11

Measuring point ·3-2

Measuring point list name ·6-5

Measuring point list screen ·9-2

Monthly data ·3-2

Monthly data file ·10-7

Monthly difference ·6-2

O

Operation history data ·3-2

Operation history data file ·10-15

Operation monitoring measuring point ·3-2

Operational procedure ·3-4

P

Packaged contents ·1-13

PC settings ·2-4

Planned value for the year/fiscal-year list screen ·4-21

Planned value for the year/fiscal-year setting screen ·4-22

Precautions for use ·1-3

Production efficiency ·5-8

Project ·3-2

Proxy server ·2-8, 2-10

Pushpin button ·4-3

R

Read button ·6-6

Recommended system environment ·2-2

Record of system log ·10-16

S

Safety precautions ·1-2

Set planned values (for the year/fiscal year) ·8-2

Set targeted values of unit requirement ·8-4

Setting list ·6-5

Setting of Planned/Target Values ·8-2

Side Menus ·4-3

Smooth scrolling ·2-15

SMTP server ·3-3

SNTP server ·3-3

Specifications ·1-8

Specifications of data displayed on graph ·10-23

Specifications of data file ·10-5

System administration login ID and password ·3-2

System configuration ·1-6

System log ·3-2

System log file ·10-16

System log file display screen ·9-7

T

Target value monitoring production volume ·8-7

TCP/IP ·2-6

Temporary Internet file ·2-13

Terminate the communication with EcoServer III ·3-4

Time adjustment details screen ·9-8

Top screen ·4-2

Trademarks ·1-2

Troubleshooting ·10-2

Turn off the contact output/confirm the contact status ·6-7

Types of system logs ·10-17

U

Unit requirement data (daily) file ·10-11

Unit requirement data ·3-2

Unit requirement graph ·5-8

Unit requirement measuring point ·3-2

Instruction Manual for Energy Efficient Data Collection Server – [Operation]

11-3

Unit requirement target value list screen ·4-23

Unit requirement target value setting screen ·4-23

V

View Current Measured Values ·6-2

View current values for each group ·6-7

View the current values of the selected measuring points

·6-2

Viewing Measurement Graphs ·5-2

Virtual data (daily) file ·10-9

Virtual data (monthly) file ·10-10

Virtual data ·3-2

Virtual measuring point ·3-2

W

Warranty ·1-2

Web browser ·2-2

Web browser settings ·2-1, 2-8, 2-10, 2-13, 2-15, 2-16

Weekly data ·3-2

Y

Yearly data ·3-2

Yearly data file ·10-8

Z

Zoom (1-minute) data ·3-2

Zoom data file ·10-5

IB63650(1109)

Energy Saving Data Collecting Server

Trademarks

Windows®, Windows®7, and Internet Explorer are trademarks, registered trademarks and products of Microsoft Corporation in the United States and/or other countries.

Java, all Java-based trademarks and logos are registered trademarks and products of Sun Microsystems, Inc. in the United States and/or other countries.

CompactFlashTM and CF are trademarks of SanDisk Corporation. Ethernet is a registered trademark of Fuji Xerox Co., Ltd. EcoServer is a registered trademark of Mitsubishi Electric Corporation. Other company names and product names in the manual are trademarks or registered trademarks of their

respective owners.

IB63650(0209)

Documents

Eco Web Server III Instruction Manual _ Operating