1004 PX SERIES 标准A版 - bk-files.perestoroniny.rubk-files.perestoroniny.ru/Измеритель R2-D2/RLC2/mpx.pdf · Electromagnetic interfrence Suppressor Class-X2 Carli Electronics

No:*****MPXA******A

Customer :

品名 : Metallized Polypropylene Film Capacitor

（Description）型式 : （Type ）产品料号: （Part No.）客户料号:( Customer Part No)

日期 : （Date）

MPX

(Electromagnetic Interference Suppressor Class - X2 ）

SERIES

承认章（Approved By）

2010.04

Electromagnetic interfrence Suppressor Class-X2 Carli Electronics Co.,Ltd

Page

1. Product code system ………………………………………………………………………2

2. General technical information……………………………………………………………3

3. General electrical characteristics ……………………………………………………… 4

4. MPX series dimension sheet and marking model…………………………………… 5

5. The construction and main material sheet………………………………………………6

6. Storage conditions…………………………………………………………………………6

7. The compliance with environment requirement………………………………………6

8. Packing……………………………………………………………………………………… 7

9. Origin ……………………………………………………………………………………… 7

10. Characteristics and test conditions…………………………………………………… 7~9

11. Soldering……………………………………………………………………………………10

12. Sample test report…………………………………………………………………………11

Content

Page 1 of 10 STN001 Edt: A Date:2010.04


General Information 1：Product Code System

For example: The part number,comprising 18 digits, is formed as follows.P X 1 0 5 K 3 I F 2 9 L 2 7 0 D 9 H1 2 3 4 5 6 7 8 9 10 11 1213 14 15 16 17 18

Digit 1~2: Type code Digit 11and 17: Type series code Digit 3~5: Capacitance value code Digit 12: Lead form code Digit 6: Capacitance tolerance code Digit 13~15: Lead length code Digit 7~8: Rated voltage code Digit 16: Lead length tolerance code Digit 9~10: Case or pitch code Digit 18: RoHs or HF compliance type code

1.1 Digit 1 to 2: TYPE code.

1.2 Digit 3 to 5: Capacitance Expressed in 3-digits codeThe first 2 digits indicate significant figures, and the third digit specifies the number of zero to follow.

This gives the capacitance in picofarads.

For examples:

102 =10*102 pF =1,000pF =1.0nF = 0.001uF 105 =10*105 pF= 1,000,000pF =1000nF = 1uF

1.3 Digit 6 Capacitance tolerance

1.4 Digit 7 to 8: Rated Voltage:

1.5 Digit 9 to 10: Pitch or case code expressed by Case No. or two digits Box type Powder Coating type

1.6 Digit 11 and 17 series code : use A~Z ,1~9 1.7 Digit 12 Lead Form

Box type Powder Coating type

1.8 Digit 13 to 15: Lead Length (Straight): Expressed in 3-letter code

example : code 270 = 270/10=27 (mm),

1.9 Digit 16: Tolerance of Lead Length (Straight): Expressed in 1-letter

1.10 Digit 18 "H" Halogen-Free compliant, "R" ROHS compliant.

22.5

22

M

27.5

2720

K NH

MER

ARAK

3V

1000 1250

27.5

400

2R

300

3I

350

2W

Pitch

2F

Case No D1~D6 S3~S4

3C

10 15 20

Code 10 15

SF AX AYAC AA AT SCCODE AF TF AH

MSF MEX MEY MEKMEC MEA MET MSCTYPE MEF MTF MEH

PT ZP DF NFPF PH PB PA

MPT MZP PPS PPN

22.5

C1~C5

TYPE MPX

CODE PX

MPF MPH MPB MPA

Code A B

Code

LeadType

L

Tolerance ±0.3 mm

C D

LeadType

±1mm ±2mm

E

CODE

Pitch

2L 4B

7.5 10

1600800

275

±0.5 mm +0.5/-0mm

2S 2U

H

G3~G5

VR(DC)

CODE

VR(AC)

3J4A 2T 2M 2Z

500 600 630440 450

3D 3E2H 2J 2K 3A

2000 2500

1H 1J 2A 2C 2E 2G 2Y

630250 400 450 500

±10% ±20%G H J K M

±2% ±2.5% ±5%Tolerance CODE

±1%F

50 63 100 160

160 220 250

2P 2I

125 140 150

Code

F0~F4E1~E8B1~B3

12.5 15 20

MPS

PS

±0.4mm

F

L

MPK MPR

PK PR



General Information 1：Product Code System

For example: The part number,comprising 18 digits, is formed as follows.P X 1 0 5 K 3 I F 2 9 L 2 7 0 D 9 R1 2 3 4 5 6 7 8 9 10 11 1213 14 15 16 17 18

Digit 1~2: Type code Digit 11and 17: Type series code Digit 3~5: Capacitance value code Digit 12: Lead form code Digit 6: Capacitance tolerance code Digit 13~15: Lead length code Digit 7~8: Rated voltage code Digit 16: Lead length tolerance code Digit 9~10: Case or pitch code Digit 18: RoHs or HF compliance type code

1.1 Digit 1 to 2: TYPE code.

1.2 Digit 3 to 5: Capacitance Expressed in 3-digits code

The first 2 digits indicate significant figures, and the third digit specifies the number of zero to follow.

This gives the capacitance in picofarads.

For examples:

102 =10*102 pF =1,000pF =1.0nF = 0.001uF 105 =10*105 pF= 1,000,000pF =1000nF = 1uF

1.3 Digit 6 Capacitance tolerance

1.4 Digit 7 to 8: Rated Voltage:

1.5 Digit 9 to 10: Pitch or case code expressed by Case No. or two digits Box type Powder Coating type

1.6 Digit 11 and 17 series code : use A~Z ,1~9 1.7 Digit 12 Lead Form

Box type Powder Coating type

1.8 Digit 13 to 15: Lead Length (Straight): Expressed in 3-letter code

example : code 270 = 270/10=27 (mm),

1.9 Digit 16: Tolerance of Lead Length (Straight): Expressed in 1-letter

1.10 Digit 18 "H" Halogen-Free compliant, "R" ROHS compliant.

MPS

PS

±0.4mm

F

L

MPK MPR

PK PR

125 140 150

Code

F0~F4E1~E8B1~B3

12.5 15 20

160 220 250

2P 2I

50 63 100 160

Tolerance CODE

±1%F

±10% ±20%G H J K M

±2% ±2.5% ±5%

250 400 450 500 2000 2500

1H 1J 2A 2C 2E 2G 2Y

630

3D 3E2H 2J 2K 3A

500 600 630440 450

3J4A 2T 2M 2Z

VR(DC)

CODE

VR(AC)

1600800

275

±0.5 mm +0.5/-0mm

2S 2U

H

G3~G5

CODE

Pitch

2L 4B

7.5 10

C D

LeadType

±1mm ±2mm

ECode A B

Code

LeadType

L

Tolerance ±0.3 mm

22.5

C1~C5

TYPE MPX

CODE PX

MPF MPH MPB MPA MPT MZP PPS PPN

PF PH PB PA PT ZP DF NF

TYPE MEF MTF MEH MEC MEA MET MSC MSF MEX MEY MEK

CODE AF TF AH SF AX AYAC AA AT SC

Case No D1~D6 S3~S4

3C

10 15 20

Code 10 15

27.5

400

2R

300

3I

350

2W

Pitch

2F

MER

ARAK

3V

1000 1250

20

K NH

22.5

22

M

27.5

27



2. General technical information Depending on the way they are connected ,two principal classes of capacitors have been

defined for fixed capacitors for electromagnetic interference suppression and connection

to the supply mains ,Class X and Y .

CLASS”X”Capacitors X capacitors which are connected between the line phases are effective against symmetrical

interference (differential mode) . A type is suitable for use in situations where failure of the

capacitor would not lead to danger of electrical shock .

Class X capacitor are divided into three subclasses X1,X2,X3.

CLASS”Y” CapacitorsY capacitors which are connected between a phase and neutral (zero potiental ) are effective

against asymmertrical interference (common mode) . A type is suitable for use in situations

where failure of the capacitor could lead to danger of electric shock .

Class Y capacitor are divided into four subclasses Y1,Y2,Y3,Y4.

Cx: Suppression capacitors-Function (or class) X

Cy: Suppression capacitors-Function (or class) Y

The examples above show protection and suppression of a motor by using X and Y capacitors.



3. General electrical characteristics :

3.1 Capacitance range 0.01~2.2µF

3.2 Rated voltage 250/275VAC 50/60HZ

3.3 Permissible continuous dc voltage 630VDC

3.4 Capacitance tolerance ±10%(K), ±20%(M)

3.5 Dissipation factor ≦ 0.1% 1KHz at 20~25

3.6 Insulation resistance ≧15000 MΩ for C ≦0.33 µF

≧5000 MΩ.uF for C > 0.33 µF

Measured at 100 ±10VDC/60s/20~25

3.7 Temperature range -40 to+100

3.8 Climatic category 40/100/21/B (GMF)

3.9 Voltage Proof

3.9.1 Voltage between terminals 1183VDC /1min (IEC 60384-14)(Voltage raising time 5~10sec ,cut off current 10mA,ARC=OFF).

3.9.2 Voltage between terminals and case 2050VAC /1min

Approved electrical characteristics according to EN 60384-14 , IEC60384-14.

Page: 4 of 10 STN001 Edt: A Date:2010.04


4. MPX Series dimension sheet and marking model

W±0.5

H±0.5

T±0.5 P±1 L±1 dФ±

0.05

1

2

3

4

5

6

7

8

9

10

FIG

Designed by : Checked by : Approved by :

R.VVAC

DF(1KHz)

%

Dimensions (mm)CARLI

P/N

NOTE

CustomerP/NNO CAP

(μF)TOL±%

(Normal stamp) (Halogen Free stamp)



MPX series dimension sheetH991199111112111212121211111111111111121212

13.513.514.514.51616

18.515

16.51719171919192020

21.5202020222022222525302530

27.5 0.8 F1MPX824 0.82 32 13 27.5 0.8 F2MPX684 0.68 32 11

CASE NODφP7.5 0.6 B1

TWMFDSYMBOL

27.5 0.8 F1

MPX103 0.01 10.5 4

15MPX223 0.022

MPX564 0.56 32 11

22.5 0.8 E6MPX474 0.47 32 11 27.5 0.8 F1MPX105 1.00 26 12

22.5 0.8 E4MPX824 0.82 26 11 22.5 0.8 E5MPX684 0.68 26.5 10

10 0.6 C1

MPX564 0.56 26.5 10 22.5 0.8 E4

MPX103 0.01 13 4MPX103 0.01 13 5 10 0.6 C2

MPX474 0.47 26.5 10 22.5 0.8 E4

MPX153 0.015 13 4 10 0.6 C1

22.5 0.8 E3

10 0.6 C1100.022 13 5

MPX223 0.022 13 40.6 C2

MPX333 0.033 13 5 10 0.6 C2MPX223

MPX333 0.033 13 6 10 0.6 C3MPX473 0.047 13 5 10 0.6 C2MPX473 0.047 13 6 10 0.6 C3MPX563 0.056 13 6 10 0.6 C3MPX683 0.068 13 6 10 0.6 C3

10 0.6 C3

MPX474 0.47 26.5 8.5

MPX104 0.10 13 6

22.5 0.8 E4

18 5

22.5 0.8 E222.5 0.8

MPX394 0.39 26.5 10E3

MPX224 0.22 26.5 7MPX334 0.33 26.5 8.5

15 0.8 D6MPX154 0.15 26.5 6 22.5 0.8 E1

0.6 D1MPX333 0.033 18 5 15 0.6 D1MPX473 0.047 18 5 15 0.6 D1MPX563 0.056 18 5 15 0.6 D1MPX683 0.068 18 5 15 0.6 D1MPX823 0.082 18 5 15 0.6 D1MPX104 0.10 18 5 15 0.6 D1MPX104 0.10 18 6 15 0.8 D2MPX124 0.12 18 6 15 0.8 D2MPX154 0.15 18 6 15 0.8 D2

MPX474 0.47 18 11

15 0.8 D5MPX394 0.39 18 10 15 0.8 D5

MPX224 0.22 18 8.5 15 0.8 D4MPX274 0.27 18 8.5 15 0.8 D4MPX334 0.33 18 10

MPX105 1.00 32 11MPX105 1.00 32 13

27.5 0.8 F2

27.5 0.8 F127.5 0.8 F2

MPX125 1.20 32 13MPX155 1.50 32 15 27.5 0.8 F3MPX185 1.80 32 15 27.5 0.8 F3

MPX225 2.20 32 15 27.5 0.8 F3MPX225 2.20 32 18 27.5 0.8 F4

MPX154 0.15 18 7.5 15 0.8 D3MPX224 0.22 18 7.5 15 0.8 D3

MPX105 1.00 26 11 22.5 0.8 E5

MPX205 2.00 32 18 27.5 0.8 F4

Page 5-1 of 10 STN001 Edt: A Date:2010.04


5. The constructer and main material sheet

MPX type

MAIN MATERIALS

Note : All of the materials and the finished products are all in compliance with the requirements of RoHS .

6. Storage conditions: 6.1 It should be noted that the solderability of the terminals may be deteriorated when stored barely

In an atmosphere for a long period .

6.2 It shouldn't be located in particularly high temperature and hign humidity ,it must submit to the

Following conditions( keeping in the original package):

Temperature: 35 MAX.

Relative humidity: 80% MAX.

6.3 Storage period:( from the manufacturing date marked on the label in package bag)

loose: 12 months max .

7. The Compliance with Enviromential requirement 7.1 Without O.D.C.

7.2 Without PBBO,PBDPO,PBDPE,PBBS

7.3 Without Halogen( as required )

UL94-V0

UL94-V0PBT

Specification

MPPHE -/-

NoteNO.

1

3 -/-

Metallized Polypropylene Film

Main Materials

2 Solder Sn based alloy -/-

4

5 Plastic case

Ø0.8 or 0.6mm CP wire

Epoxy resinSealed material

Terminal



8. Packing

Package bag and Carton

8.1 Carton size: L*W*H=52*35*23 cm

8.2 The detail of the carton :

9. Origin , including: 9.1 CHINA P.R.C

9.2 TAIWAN R.O.C

10. Characteristics and Test Conditions 10.1. Applicable specifications

Unless otherwise specified, test conditions and characteristics shall refer to

IEC 60384-14.

Unless otherwise specified, the standard range of atmospheric Conditions for

Marking measurements and test is as follows:

Ambient temperature : 15~35

Relative humidity : 25~75%.

If there may be any doubt on the results, measurements shall be made within the

Following limits:

Ambient temperature : 20±2 Relative humidity : 60~70%.

8.2.2 Marking or table for RoHS or Halogen-Free compliance.

8.2.3 Other marking customer required

8.2.1 Packing list card, including:

Part number of manufacturer,

Total quantity of bags and unit,

Lot No.

H=23cm

L=52cm

W=35cm(Normal Product) (Halogen Free Product)



10.3. Characteristics: MPX-TYPE

NO.

1

2

4

5

6

8

1183VDC for 1 min (IEC 60384-14 C4.2.1;

IEC60384-1 C4.6) ,(Voltage increasing time 5~10sec,Cut off current 10mA,ARC=OFF).

Item Characteristics Test method

-40~100 IEC60384-14Operating Temperature

250/275VAC 50/60HZ UL1414/UL1283IEC60384-14Rated Voltage

3

Charge time: 60 ±5sec ChargeVoltage:100±10VDC

Test temp: 20~25 (IEC60384-14 C4.2.5

IEC60384-1-4.5)

At 1KHz Test temp: 20~25(IEC60384-14 C4.2.2

IEC60384-1 C4.7)

Within specified tolerance : K:±10%,M:±20%Capacitance Tolerance

WithstandVoltage

≧15000MΩ for C≦0.33μF ≧5000MΩ*µF for C>0.33μFInsulation Resistance

No permanent breakdown orFlash-over

BetweenTerminals

Measure at 1KHz ( 20~25) IEC60384-14 C4.2.3 (IEC 60384-1 C4.8)

≦0.1%Dissipation Factor

TerminalStrength

PullStrength

No cutting or slack of terminals

Wire diameter:0.6 & 0.8mmLoad: 10N, time:10sec

IEC60384-14 C4.3(IEC60384-1 C4.13)

IEC 60068 2-21 Test Ua1

BendingStrength

Wire diameter:0.6 & 0.8mmLoad: 5N, 900 ×2~5timesWire diameter: 1.0mm

Load: 10N, 900 ×2~5timesIEC60384-14 C4.3

(IEC 60384-1 C4.13)IEC60068 2-21 Test Ua1

7

Solderability

At least 95% of theCircumference of the lead wire.

Around load surface dipped Into with new solder.

Solder temp: 245 ±5Immersion time: 2.5 ±0.5sec

IEC60384-14-4.5(IEC 60384-1-4.15)

IEC 60068 2-20 Test Ta

Temp:-40+8/-0Duration: 2+1/-0hours

Then recovery at ordinaryCondition 1~2 hoursIEC60384-14 C4.11.4

IEC 60068 2-1 Test Ta

9

Appearance No abnormality

Within C/C ±2.0% of the valueBefore test

ColdResistance

CapacitanceVariation



10.3. Characteristics: MPX-TYPE

NO.

12


Appearance

11 Dampheat,Steady state

DissipationFactor

WithstandVoltage

InsulationResistance


Endurancetest

10

Appearance

WithstandVoltage


Test methodCharacteristics Item

Test as NO 3: no permanentBreakdown or flash-over is

Permitted

Within ±5.0% of the valueBefore test

Solder temp:260±5Immersion time:10±1sec

Then recovery at ordinaryCondition 1~2 hours

IEC60384-14 C4.5(IEC 60384-1 C4.15)

IEC 60068-2-20 Test Ta

Resistance toSoldering heat

No abnormality

Humidity of 90~95% RH Temp: 40 ±2

Duration: 500+24/-0Hrs Then recovery at ordinary

Condition 1~2hrsIEC60384-14 C4.12(IEC60384-1 C4.22)

IEC60068 2-3 Test Ca

DF≤0.2%(1KHz 20~25)


Permitted

≧7500MΩ for C≦0.33µF≧2500MΩ*µF for C>0.33µF

No abnormality

WithinC/C≤±5% of the valueBefore test

No abnormalityAppearance

Within C/C≤±10% of the valuebefore test

Temp: 100 ±2 Duration: 1000+48/-0Hrs

Applied Voltage:125% of R.V(50/60Hz) except that the

Voltage shall be increased to1000Vrms for 0.1sOnce every hour

Then recovery at ordinaryCondition at least 16 hours

IEC60384-14 C4.14

DF≤0.5%(1KHz 20~25)

≧7500MΩ for C≦0.33µF≧2500MΩ*µF for C>0.33µF

InsulationResistance

DissipationFactor


Permitted

WithstandVoltage



11. Soldering

When soldering a capacitor, heat in soldering is conducted to the element of the capacitor

From lead wire and an enclosure, and hence it should be noted that soldering under high

Temperature and a long period may cause deterioration of characteristic or breakdown

Of capacitors. Be sure to solder within the following temperature condition range.

(1)Flow soldering

(2)When using soldering iron

Iron tip temperature less than 350

Soldering time (sec.)within 5 seconds


Carli Electronics CO.,LTD

凯励电子股份有限公司

样品测试记录表 DATE:

NO:

凯励料号CarliP/N

客户Customer

公司客户料号Customer

P/N

静电容量Capacitance

nF 公差Tolerance

± %额定电压RatedVoltage

VAC

数量Quantity

PCS

测试环境Temp &R.H

Temp: 26R.H: 59 %

项目Item

静电容量CAP (1KHZ)

损失角D.F (1KHZ)

(%)

损失角D.F( KHZ)

(%)

测试电压T.V(V)

绝缘电阻IR (MΩ)

SPEC

NO

1

2

3

4

5

6

7

8

9

10

检验结果Conclusion

核准Approvd by

审查Checked by

检验Inspector

NOTE

QP02-06A

>15000MΩ.µF nF <0.10 1183VDC/1min

CARLI ELECTRONICS CO.,LTD.

产品尺寸Dimension(±0.5mm)

W: mmH: mmT: mm

导线Lead wire

dφ: mmL/L: mmP: mm

Documents

1004 PX SERIES 标准A版 - bk-files.perestoroniny.rubk-files.perestoroniny.ru/Измеритель R2-D2/RLC2/mpx.pdf · Electromagnetic interfrence Suppressor Class-X2 Carli Electronics