Ã · ¥ ª l surge test service · mitsubishi materials is pleased to offer customers surge...

1 2

Surge Test Service

UL

IEC61000-4-2 IEC61000-4-5 JEC JIS UL ITU-T

Mitsubishi Materials is pleased to offer customers surge absorber counter-measure solutions.

Have you ever experienced the following?During development, the product cannot pass UL inspection.The product has been damaged by lightning and you'd like to take preventative measures.

Because conditions differ depending on the development model/product variation, it is beneficial to perform actual surge tests.

At the Mitsubishi Materials Ceramics Factory, our engineers, in attendance with the customer, can perform surge tests on a product and offer surge counter-measure solutions. If the customer is unavailable or unable to attend, there is also an option to have the product sent and tested by our engineers alone. Once the test is complete, we can quickly return the product along with a detailed report on the counter-measure solutions.

At our Ceramics factory, it is possible to base the testing on a variety of standards, including IEC61000-4-2,IEC61000-4-5,JEC,JIS,UL ,ITU-T and more.

Please contact your sales representative with any problems you may have.

Surge Test Service Flow

Request to Sales Representative Confirm the Problem Send the Product (Requested Testing)or

Customer Attendance (Witness Test)

Surge Test&

Best Solution Proposition

Issuance of Surge Counter-MeasureTechnical Report

At our Ceramics factory, it is possible to base the testing on a variety of standards, including IEC61000-4-2,IEC61000-4-5,JEC,JIS,UL,ITU-T and more.

Inquiry

( )MMC SHANGHAI CO., LTD.

678 12B01: 200336

Room 12B01, Winners Building 678, Gubei Road,Shanghai, 200336 ChinaTEL: +86-21-6247-2951 FAX: +86-21-6247-2945E-mail: [email protected]

CHINA HONG KONG

MMC ELECTRONICS (HK) LTD.17/F., Westley Square 48 Hoi Yuen Road, Kwun Tong, Kowloon. Hong [email protected].+852-2-305-4296　FAX.+852-2-759-7536

Surge Test Service

Test

Lightning Surge Test

Static Electricity Test

Lightning Tolerance Level Test

Noise Simulation

Fast Transient Vast Test

Other

IEC61000-4-5

JEC 0202

ITU-T K.20

ITU-T K.21

TIA/EIA-IS-968(FCC Part68)

ITU-T K.44(ITU-T K.17)

IEC61643-311

IEC61000-4-2

ISO10605

JASO D001

JASO D010

IEEE std.587-1980

JEC 0103

IEC61000-4-4

UL497A

Other

Resistibility of telecommunication equipment installed in a telecommunications centre to overvoltages and overcurrents

Technical Requirements forConnection of Terminal EquipmentTo the Telephone Network

Tests on power-fed repeaters using solid-state devices in order to check the arrangements for protection from external interference

Standard Detail

Electromagnetic compatibility (EMC) - Part 4-5: Testing and measurement techniques - Surge immunity test

Components for low-voltage surge protective devices - Part 311: Specification for gas discharge tubes (GDT)

Electromagnetic compatibility (EMC) - Part 4-2: Testing and measurement techniques - Electrostatic discharge immunity test

Road vehicles. Test methods for electrical disturbances from electrostatic discharge (British Standard)

General rules of environmental testing methods for automotive electronic equipment

Road vehicles and automotive Parts - Electrical disturbances from electrostatic discharges

Surge Voltages in Low-Voltage AC Power Circuits

Electromagnetic compatibility (EMC) - Part 4-4: Testing and measurement techniques - Electrical fast transient/burst

immunity test

Resistibility of telecommunication equipment installed in customer premises to overvoltages and overcurrents

Please inquire for tests other than those above.

WaveStandard

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

Secondary Protectors for Communications Circuits

Combination Wave1.2/50µs 15kV 8/20µs 7.5kA10/700µs 15kV

Voltage Wave1.2/50µs 12kV

Electric Current Wave8/20µs 2.4kA

Electric Current Wave8/20µs 20kA4/10µs 50kA

Voltage Wave10/700µs 15kV

Voltage Wave10/560µs 800V 100A10/160µs 1.5kV 200A2/10µs 2.5kV 1kA

Voltage Wave0.5/700µs 6kV10/700µs 5kV100/700µs 5kV

Electric Current Wave10/1,000µs1A/5A/10A/50A/100A/200A

ESD Wave30kV

Maximum Voltage Applied: 30kV100p 500pF

C Unit :100p 500pF150Ω 10kΩ

Arc Resistance:150Ω 10kΩ

Linking Surge Wave0.5µ-100kHz 6kVmax

Pulse Voltage Wave4kV

Maximum Voltage Applied:4kV50ns 1,000ns

Pulse Amplitude:50ns 1,000ns10ms 999ms

Cycle:10ms 999ms

Vast Immunity Test 1) 2.5kHz 5KHz

Pulse Repetition:2.5kHz 5KHz8msec 30msec

Vast Duration:8msec 30msec150msec 600msec

Vast Repetition:150msec 600msec2) 10KHz

Vast Repetition:10KHz8msec 65msec


Vast Repetition:300msec 600msec

Excessive Voltage TestAC600V

) Other standard excessive voltage tests supported

Voltage Wave10/200µs 20kV10/560µs 1.6kV

No.

Surge Test Service

Test




Noise Simulation


Other

IEC61000-4-5

JEC 0202

ITU-T K.20

ITU-T K.21



IEC61643-311

IEC61000-4-2

ISO10605

JASO D001

JASO D010

IEEE std.587-1980

JEC 0103

IEC61000-4-4

UL497A

Other




Standard Detail









immunity test



WaveStandard

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16










ESD Wave30kV








Cycle:10ms 999ms











No.

试

MMC_EC2018.indb 1 2018/5/14 14:41:31

1 2

Surge Test Service

UL

IEC61000-4-2 IEC61000-4-5 JEC JIS UL ITU-T

Mitsubishi Materials is pleased to offer customers surge absorber counter-measure solutions.

Have you ever experienced the following?During development, the product cannot pass UL inspection.The product has been damaged by lightning and you'd like to take preventative measures.

Because conditions differ depending on the development model/product variation, it is beneficial to perform actual surge tests.

At the Mitsubishi Materials Ceramics Factory, our engineers, in attendance with the customer, can perform surge tests on a product and offer surge counter-measure solutions. If the customer is unavailable or unable to attend, there is also an option to have the product sent and tested by our engineers alone. Once the test is complete, we can quickly return the product along with a detailed report on the counter-measure solutions.

At our Ceramics factory, it is possible to base the testing on a variety of standards, including IEC61000-4-2,IEC61000-4-5,JEC,JIS,UL ,ITU-T and more.

Please contact your sales representative with any problems you may have.

Surge Test Service Flow

Request to Sales Representative Confirm the Problem Send the Product (Requested Testing)or

Customer Attendance (Witness Test)

Surge Test&

Best Solution Proposition

Issuance of Surge Counter-MeasureTechnical Report

At our Ceramics factory, it is possible to base the testing on a variety of standards, including IEC61000-4-2,IEC61000-4-5,JEC,JIS,UL,ITU-T and more.

Inquiry

( )MMC SHANGHAI CO., LTD.

678 12B01: 200336

Room 12B01, Winners Building 678, Gubei Road,Shanghai, 200336 ChinaTEL: +86-21-6247-2951 FAX: +86-21-6247-2945E-mail: [email protected]

CHINA HONG KONG

MMC ELECTRONICS (HK) LTD.17/F., Westley Square 48 Hoi Yuen Road, Kwun Tong, Kowloon. Hong [email protected].+852-2-305-4296　FAX.+852-2-759-7536

Surge Test Service

Test




Noise Simulation


Other

IEC61000-4-5

JEC 0202

ITU-T K.20

ITU-T K.21



IEC61643-311

IEC61000-4-2

ISO10605

JASO D001

JASO D010

IEEE std.587-1980

JEC 0103

IEC61000-4-4

UL497A

Other




Standard Detail









immunity test



WaveStandard

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16










ESD Wave30kV








Cycle:10ms 999ms











No.

Surge Test Service

Test




Noise Simulation


Other

IEC61000-4-5

JEC 0202

ITU-T K.20

ITU-T K.21



IEC61643-311

IEC61000-4-2

ISO10605

JASO D001

JASO D010

IEEE std.587-1980

JEC 0103

IEC61000-4-4

UL497A

Other




Standard Detail









immunity test



WaveStandard

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16










ESD Wave30kV








Cycle:10ms 999ms











No.

　Correspondence standards

IEC61000-4-5 IEC61000-4-4 IEC61000-4-2 IEC61643-311 UL497A

ITU-T FCC Part68 ISO10605 JASO D001 JASO D010

JEC 0202 JEC 0103 IEEE std.587-1980

MMC_EC2018.indb 2 2018/5/14 14:41:31

3 4

P rod u cts L i n e u p

Surge Absorber Series

　EN62768-1 approved for 3000V surge absorbers.※EN62768-1 证为 3000V 上。

UL1414 2013 12 25 。 UL1414 ， FOWX2 ， UL1449 ， VZCA2 。。

UL1414 standards were abolished on December 25, 2013. UL1414 FOX2 and VZCA2 categories are replaced by UL1449 after this date.

For Power Line For Communication Line For ESD SPD

CDA70 CDA70LE FA55 DA53 DSA-A DSAHR DSANR DSAZR DE37 DSS CDA70 CSA70 DSP CSA30 CSA20 LTM

/ASurge current

capocity2,000 2,000 2,500 3,000 2,000 5,000 1,000 1,000 1,500 500 2,000 1,500 ― ― ―

LTM-U=5,000ALTM-R=20,000ALTM-RF=20,000A

/ASurge current

capocity

type Chip type Lead type Combination type Lead type Chip type Lead type Chip type SPD type

safty standard

UL1449UL497BEN62368-1

UL1449EN62368-1

UL1449EN62368-1

UL1449EN62368-1LTI-002-2011

UL1449UL497BEN62368-1LTI-002-2011

UL1449UL1449EN62368-1

UL1449EN62368-1C22.2No.269.4-17

UL1449UL497BEN62368-1

UL1449UL497BEN62368-1LTI-002-2011

UL1449UL497BEN62368-1

UL497B ― ― ― ― safty standard

Conforms withstandard

IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 ITU-T ITU-T ITU-T ITU-T IEC61000-4-2 IEC61000-4-2 IEC61000-4-2 JISC5381-11 Conforms withstandard

Page 21 23 25 26 27 28 29 30 31 33 37 39 41 45 46 47 PageVs Vs140 140200 200300 300350 350400 400500 500600 600700 700750 750800 800

1,000 1,0001,100 1,1001,200 1,2001,400 1,4001,500 1,5002,400 2,4002,700 2,7002,800 2,8003,000 3,0003,600 3,6004,000 4,0004,500 4,5006,200 6,2007,500 7,5007,800 7,800

Applications

SW电电 OA 电电电调 EV/PHV 电 LED UPSPower supplies: switching power, inverter, office and consumer.

Photovoltaic power conditioner, electrical and hybrid vehicle charger, high-power and exterior LEDs, and UPS.

调调 VoIP xDSL ADSLFax, modem, telephone, VoIP, xDSL, ADSL, and others.

导线

Car navigation, car audio, automotive antenna, gaming/amusement machines, and others.

NC

Control box, NC tooling, arc discharge machining, robots, and others.

Applications

MMC_EC2018.indb 3 2018/5/14 14:41:32

3 4

For Power Line For Communication Line For ESD SPD

CDA70 CDA70LE FA55 DA53 DSA-A DSAHR DSANR DSAZR DE37 DSS CDA70 CSA70 DSP CSA30 CSA20 LTM

/ASurge current

capocity2,000 2,000 2,500 3,000 2,000 5,000 1,000 1,000 1,500 500 2,000 1,500 ― ― ―

LTM-U=5,000ALTM-R=20,000ALTM-RF=20,000A

/ASurge current

capocity

type Chip type Lead type Combination type Lead type Chip type Lead type Chip type SPD type

safty standard

UL1449UL497BEN62368-1

UL1449EN62368-1

UL1449EN62368-1

UL1449EN62368-1LTI-002-2011

UL1449UL497BEN62368-1LTI-002-2011

UL1449UL1449EN62368-1

UL1449EN62368-1C22.2No.269.4-17

UL1449UL497BEN62368-1

UL1449UL497BEN62368-1LTI-002-2011

UL1449UL497BEN62368-1

UL497B ― ― ― ― safty standard

Conforms withstandard

IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 IEC61000-4-5 ITU-T ITU-T ITU-T ITU-T IEC61000-4-2 IEC61000-4-2 IEC61000-4-2 JISC5381-11 Conforms withstandard

Page 21 23 25 26 27 28 29 30 31 33 37 39 41 45 46 47 PageVs Vs140 140200 200300 300350 350400 400500 500600 600700 700750 750800 800

1,000 1,0001,100 1,1001,200 1,2001,400 1,4001,500 1,5002,400 2,4002,700 2,7002,800 2,8003,000 3,0003,600 3,6004,000 4,0004,500 4,5006,200 6,2007,500 7,5007,800 7,800

Applications

SW电电 OA 电电电调 EV/PHV 电 LED UPSPower supplies: switching power, inverter, office and consumer.

Photovoltaic power conditioner, electrical and hybrid vehicle charger, high-power and exterior LEDs, and UPS.

调调 VoIP xDSL ADSLFax, modem, telephone, VoIP, xDSL, ADSL, and others.

导线

Car navigation, car audio, automotive antenna, gaming/amusement machines, and others.

NC

Control box, NC tooling, arc discharge machining, robots, and others.

Applications

MMC_EC2018.indb 4 2018/5/14 14:41:33

Applications

5 6

Power supply requiring AC withstanding

例 SW 电电 OA 电电

Recommended parts

Application: SW power supply, inverter power supply, power supply of office and home appliance

IEC60950-1 Am.2 Ed.2.0(2013) IT 路，

VDR※1 GDT※2 体电

本。

IEC60950-1 Am.2 Ed.2.0(2013) permits series usage of VDR※1) and GDT※2) to bridge the basic insulation in the primary circuits of all IT equipment.

1) The VDR complies with the requirements of AnnexQ.2) The GDT complies with : *the electric strength test for BASIC INSULATION ; and * the external Clearance and Creepage distance requirements for

basic insulation.

Varistor1):Varistor voltage:More than 220V(UL recognized:More than 270V)Varistor2): Varistor voltage:More than 470V"+" : electrically connected series by gas discharge tube and varistor

电 1): 电电 220V 以上 UL 为 270V 上电 2): 电电 470V 以上

电电。

AC125V AC250V

线　　SA1Normal mode(Between L1 and L2)

DSANR‐1DSAZR1‐301L

DSANR‐3DSAZR2‐501M

　　SA2线 GND

Common mode(Between L1/L2 and GND)

AC 电试验AC withstanding voltage test condition

Test is not required DSANR‐1, DSAZR1‐301L DSANR‐3, DSAZR2‐501M

AC1,000V-1min.AC1,200V-3sec.

DSANR‐4, DSAZR1‐242MCDA70-272M+ 电 1) (Varistor)1)

CDA70LE272M+ 电 1) (Varistor)1)

DA53‐272M+ 电 1) (Varistor)1)

DSA‐242M+ 电 1) (Varistor)1)

DE37‐272M+ 电 1) (Varistor)1)

DSAZR2‐242MCDA70‐272M+ 电 2) (Varistor)2)





AC1,500V-1min






DSANR‐5, DSAZR2‐302MCDA70‐302M+ 电 2) (Varistor)2)





AC1,800V-3sec.






DSANR‐6A, DSAZR2‐362MCDA70‐362M+ 电 2) (Varistor)2)





AC2,000V-1min.DSANR‐10B, DSAZR1‐452MDSA‐402M+ 电 1) (Varistor)1)


DSANR‐10B, DSAZR2‐452MDSA‐402M+ 电 2) (Varistor)2)


SA2

SA1

SA2

GND

Equipment

1 AC 的

Applications

MMC_EC2018.indb 5 2018/5/14 14:41:33

Applications

5 6

Applications

2 Resonance measure

电线，电线

电路 A ，电部。

LC ，电并

部电路。线 GDT2GDT3 保电。

Recommended parts

In case surge absorber located between power line to ground; point A in figure, reacts against the surge, residual voltage is transmitted to the latter part of the circuit. Some part of the circuit is destroyed because of amplified residual voltage by LC resonance of a noise filter and/or a coil. Potential equalization before and behind the common mode coil by a surge absorber; GDT2, is recommended as a measure. Carrying out potential equalization between the terminals of a common mode coil and the both ends of a coil with a surge absorber (GDT2, GDT3) is recommended.

AC 电试验

AC Withstand Voltage Test电 1

GDT1电

MOV电 2

GDT2 , GDT3

～AC125V

Test is not required DE37-401W

220V～270V(φ10mm)

CDA70-301LCDA70-401LDE37-401WDE37-501M

AC1,000VAC1,200V

CDA70-272MCDA70LE272M

FA55-272

～AC250V

Test is not required CDA70-501MDE37-501M

470V～680V(φ10mm)

AC1,500VCDA70-302M

CDA70LE302MFA55-302

AC1,800VCDA70-362M

CDA70LE362MFA55-362

AC2,000V FA55-402

GDT1

GDT1GDT1

GND

GND

GDT2

GDT2

GDT2

GDT2 GDT3

BA

BA

MOV

MOV

MOV

MOV

MOV

GDT1

Symmetric circuita)

Asymmety circuitb)

MMC_EC2018.indb 6 2018/5/14 14:41:34

Applications Applications

7 8

3 的设 Equipment using a three-phase power supply

4 DC12V/DC48V/AC24V DC12V / DC48V / AC24V input circuit

※ R S T GND AC 1500V 试验实例。

Example of a dielectric withstanding voltage test carried out at a voltage of AC1,500V applied between the R.S.T phase and the ground.

GND

SA2

SA1

SA1SA1

R phaseR

Inverter power supply

AC200～AC240V　3-phase power supply

Chassis

S phaseS

T phaseT

Recommended parts

Combination type

部

Component type

电

GDT电

MOV

SA1 DSANR-3 DSA-501MA-05 220V～270V(φ10)

SA2 DSANR-5 CDA70LE302M , DSA-302MA-05 470V～680V(φ10)

Recommended parts

电

GDT电

MOV

面型

SMD type CDA70-301L

39V(φ10)导线型

Lead type DE37-301L

GND

GND

GDT

GDT

MOV

DC12V(+)

DC12V(+)to AC adapter

DC48V(+)

DC48V(+)

AC24V(+)

AC24V(+)to AC adapteror

MMC_EC2018.indb 7 2018/5/14 14:41:34


7 8

5 DC DC adapter

6 线 /ADSL Telephone line / ADSL

GND

GND

GND

GDT

O/P

MOV470V

MOV

L

N

GDT1

T

R

E

GDT2

Main circuit

Recommended parts

电

GDT电

MOV

面型

SMD type CDA70-272M

470V线型

Lead type CDA70LE272M , FA55-272 , DA53-272M

Recommended parts

面型

SMD type线型

Lead type

GDT1 CDA70-301L , CSA70-301L DSS-301L

GDT2

AC 电试验

AC withstanding test:none CDA70-301L , CSA70-301L DSS-301L

AC 电试验 AC1,500V×1min.AC withstanding test:AC1,500V×1min. CDA70-302M CDA70LE302M

FA55-302DA53-302MDSS-302M

MMC_EC2018.indb 8 2018/5/14 14:41:34


9 1 0

7 解 FAX, KTS, PBX Modem circuit (FAX, KTS, PBX)

8 线 Sensor and data line

Recommended parts

面型

SMD type线型

Lead type


GDT2

AC 电实验 AC with standing:none CDA70-301L , CSA70-301L DSS-301L

AC 电实验

AC with standing

AC 实验 AC1,000V 1min,AC1,200V 1minAC with standing test AC1,000V×1min,AC1,200V×1min

CDA70-272MCDA70-302M

CDA70LE272MDSS-272M

AC耐实验 AC1,500V×1minAC with standing test AC1,500V×1min CDA70-302M

CDA70LE302MFA55-302DSS-302M


GND

L1

L2

L1

L2

GND

GND

L

N

GDT1

GDT2

GDT2

GDT3

IC1 IC2

GDT2

GDT1

GND GND

Telephone Line

Hook SW

Modem

Recommended parts

电

GDT电

TSS

面型

SMD type 型 :30VSilicon type Absorber:30V线型

Lead type DSS-201M

GDT TSSOut side In side

MMC_EC2018.indb 9 2018/5/14 14:41:34


9 1 0

9 （100BASE-TX,1000BASE-T） Ethernet (100BASE-TX / 1000BASE-T)

10 Coaxial cable(CCTV)

TX(+)

TX(-)

RX(+)

RX(-)

GDT

GDT

GDT

GDT

GDT GDT

FG FG

FG FG FG

GDT

Ethernetcontrol IC

IC

FG

(Digital Video Recorder)to DVR ( )

GDT

Recommended parts

电

GDT

面型

SMD type CDA70-301L , CSA70-301L

线型

Lead type DE37-301L , DSS-301L

Recommended parts

电

GDT

面型

SMD type CDA70-301L , CSA70-301L

线型


MMC_EC2018.indb 10 2018/5/14 14:41:34


1 1 1 2

12 天线设 Booster circuit (Satellite broadcasting, Television)

11 Universal Serial Bus USB

GND GND GND GND GND GND GND

GDT GDT

TV

TV

Antenna

Antenna

Input Output

Booster

Booster

Indoor wiring

Booster circuit

Power supply:DC3V～15V:DC3V～15V

Indoor wiringPower supply for boosters

Amplifier circuit

　Indoor

　Indoor

GND

GDT

USB

VBUS

VBUS

D–

D＋

GND

Control IC

Recommended parts

电

GDT

面型

SMD type CDA70-301L

线型


Recommended parts

电

GDT

面型

SMD type CSA20-141N , CSA30-141N

线型

Lead type DSP-141N , DSP-201M

MMC_EC2018.indb 11 2018/5/14 14:41:35


1 1 1 2

14 Automotive audio

13 天线 TV antenna circuit

ANT

GDT

GDTGDTGDT

FG FG FG

FG

Antenna

Antenna amplifier

Antenna amplifier

Audio equipment

Audio equipment

Controller

Controller

Internal circuit

Internal circuit

Recommended parts

电

GDT电

MOV

面型

SMD type CDA70-272M

220V～270V(φ10)线型

Lead typeCDA70LE272M , DA53-272M

FA55-272 , DSS-272M

GND

MOV

MOV

GDT

AC100V Internal circuit

Recommended parts

电

GDT

面型

SMD type CSA20-141N , CSA30-141N

线型

Lead type DSP-141N , DSP-201M

MMC_EC2018.indb 12 2018/5/14 14:41:35


1 3 1 4

Recommended parts

15 Photovoltaics system ~Power conditioner~

H i gh q u ali ty s y s tem

Stan d ard s y s tem

DCDC sideSolar cell module

A CA C s i d e

G N D

S A 1

M O V

P

N

S A 1

D i s t r ibutio n u n i t P o w e r c ondition e r

I n t e r n a l c i r c u i t

G D T 3

G D T 3

G D T 3

G D T 3 S A 2S A 1

M O V

S A 1

M O V

M O V

G N D G N D

DCDC sideSolar cell module

A CA C s i d e

G N D

M O V

G D T 1

M O V

P

NM O V

G D T 1

D i s t r ibution u n i t P o w e r c ondition e r

I n t e r n a l c i r c u i t

G D T 3

G D T 3

G D T 3

G D T 3G D T 2

M O V

G D T 1

M O V

M O V

G D T 1

M O V

M O V

M O V

G N D G N D

V o cO p e n c i r c u i t v o l t a g e

H i g h q u a l i t y s y s t e m S t a n d a r d s y s t e m

S A 1 S A 2 G D T 3 G D T 1 G D T 2 G D T 3

D C 1 0 0 V D S A H R - 1

A C 1 2 5 V :D S A H R - 1

A C 2 5 0 V :D S A H R - 3

A C 4 0 0 V :D S A H R - 5

D A 5 3 - 5 0 1 M

D S A - 3 0 1 L AC D A 7 0 - 3 0 1 M

A C 1 2 5 V :D E 3 7 - 3 0 1 LC D A 7 0 - 3 0 1 MD S A - 3 0 1 L A

A C 2 5 0 V :D E 3 7 - 5 0 1 MC D A 7 0 - 5 0 1 MD S A - 5 0 1 M A

A C 4 0 0 V :D E 3 7 - 1 0 2 MC D A 7 0 - 1 0 2 MD S A - 1 0 2 M A

D E 3 7 - 3 0 1 LC S A 7 0 - 3 0 1 L

D C 2 5 0 V D S A H R - 3D S A - 5 0 1 M AC D A 7 0 - 5 0 1 M

D C 4 5 0 V D S A H R - 4D S A - 7 0 1 M AD A 5 3 - 7 0 1 MC D A 7 0 - 7 0 1 M

D C 6 0 0 V D S A H R - 5D S A - 1 0 2 M AC D A 7 0 - 1 0 2 M

D C 7 5 0 V ―D S A - 1 5 2 M AC D A 7 0 - 1 5 2 M

D C 1 , 0 0 0 V ―D S A - 1 5 2 M AC D A 7 0 - 1 5 2 M

D C 1 , 5 0 0 V ―D S A - 2 8 2 M AD A 5 3 - 2 7 2 MC D A 7 0 - 2 7 2 M

D C 2 , 0 0 0 V ―D S A - 3 0 2 M AD A 5 3 - 3 0 2 MC D A 7 0 - 3 0 2 M

MMC_EC2018.indb 13 2018/5/14 14:41:36


1 3 1 4

16 Switch board

D i st r i b u t i o n P a n e l E l e ct r i ca l M a ch i n e r y D i st r i b u t i o n P a n e l E l e ct r i c a l M a ch i n e r y

D -t yp e g r o u n d i n g co n n e ct i o n( t h e co n ve n t i o n a l 3 r d t yp e g r o u n d i n g ) , o r a b o ve

D -t yp e g r o u n d i n g co n n e ct i o n( t h e co n ve n t i o n a l 3 r d t yp e g r o u n d i n g ) , o r a b o ve

R

N

E

R

N

T

E

R N T E

L T M -1 2 5 R , L T M -1 2 5 R F L T M -1 2 5 R , L T M -1 2 5 R F

3

R N T E

D i st r i b u t i o n P a n e l E l e ct r i ca l M a ch i n e r y D i st r i b u t i o n P a n e l E l e ct r i c a l M a ch i n e r y

D -t yp e g r o u n d i n g co n n e ct i o n( t h e co n ve n t i o n a l 3 r d t yp e g r o u n d i n g ) , o r a b o ve D -t yp e g r o u n d i n g co n n e ct i o n

( t h e co n ve n t i o n a l 3 r d t yp e g r o u n d i n g ) , o r a b o ve

R

S

E

T

R

S

T

N

P E

R S T E

L T M -2 5 0 R , L T M -2 5 0 R F L T M -4 0 0 R , L T M -4 0 0 R F

Three-phase three wire:

3 3Three

3 4

R S T N P E

MMC_EC2018.indb 14 2018/5/14 14:41:36

Technical Data Technical Data

1 5 1 6

Switching surge

Induced Surge

Lightning

Noise

ESD

1 Fig.1 Surge Types

电电。，电，为型。电导电电电

电电电电路特为。

Solving Surge ProblemsSurge is abnormal transient voltage and is categorized according to where it is originated.At Mitsubishi Materials, we provide countermeasure devices/solutions for circuitry and ESD surge caused by electrostatic discharge as well as induced surge caused by lightning discharge.

Lightning cloud

Electromagneticfield

Surge voltage

2 bFig. 2(b) Electromagnetic induction surge

电，电，电电导电。

电线线电，电为线，电导，电。

电，电线线电电导电导电。上述电为导电电

。 2 a b 电。

When electric discharge (lightning) occurs between a lightning cloud and the ground, a severe electric current drifts and the electromagnetic induction surge produces an electromagnetic field.If a power transmission line and the cable of a communication line exist near a lighting strike, they act as an antenna and electromagnetic induction causes abnormal voltage.When an electric discharge occurs between lightning clouds or between a lightning cloud and the ground, abnormal voltage occurs by electrostatic induction and electromagnetic induction to the neighboring power transmission line or communication line. This is what is called Induced Surge as illustrated in fig.2 (a) and (b).

2 aFig. 2(a) Electrostatic induction surge

，上部电部电。电线电，电上电，

电。电，导电

，电上电，，电导电。

When lightning occurs in the summer, anegative charge develops in the upper part ofthe lightning cloud.When a power transmission line and a communication line cable exist under this lightning cloud, equilateral electric charges collect on the cable and high voltage occurs.Electrostatic induction surge occurs when a positive charge on a cable develops near a negative charge from a lightning cloud. When the cloud releases its charge to another cloud or the ground, the charge on the cable is released and travels in a wave, advancing in either direction.

Lightning cloud

Electric charge bythe electrostatic induction

Dissipation of the electric charge caused by the electric discharge

Cloud-to-cloud Lightning

Surge voltage

What is Surge?

Induced Surge

MMC_EC2018.indb 15 2018/5/14 14:41:37


1 5 1 6

Power Line Communication Line

导电电电线线电。

Induced Surge enters electronic equipment through power supply lines or communication lines.

Fax Machine

Power Line

SPC

4 设的方Fig.4 Example of Surge Protection

Surge Protective Components(SPC)

Gas Discharge Tube(GDT)

Metal Oxide Varistor(MOV)

Avalanche Breakdown Diode(ABD)

Thyristor Surge Suppressors(TSS)

Gap system

Zinc Oxide Varistor

Semiconductor

Micro-gap system

5 的Fig.5 Surge Protective Com pon en ts

保电电电为电

SPC:Surge Protective Components 。电电，线线线。

，电电，电保电。，电电，电电，

带电。电，电。

A device protecting electronic equipment from surge (abnormal voltage) is called a Surge Protective Components (SPC). SPC protect from entry of surge between the line to line interval or the interval from the line to the ground.SPC typically has a high resistance level and most of the electric currents do not flow (nor influence the electronic equipment). However; when surge (abnormal voltage) enters, the Surge Absorber instantly eliminates surge with low resistance to protect the electronic equipment. When surge is eliminated, the SurgeAbsorber returns to high impedance.

GDT: Gas Discharge TubeMOV: Metal Oxide VaristorADB: Avalanche Breakdown DiodeTSS: Thyristor Surge Suppressors

3 的Fig.3 Invasion of Induced Surge

的 Invasion of Induced Surge

What is a Surge Absorber?

SPC: Surge Protective Components

MMC_EC2018.indb 16 2018/5/14 14:41:38


1 7 1 8

6 线Fig.6 Micro-gap Surge Absorber (Lead wire type) 7

Fig.7 Micro-gap Surge Absorber (SMD type)

Impulse waveform

Typcal gas tube

Varistor

Micro-gap surge absorber

Time

Equipment surge limit

Vol

tage

DC spark-overvoltage

8 的Fig.8 Surge response waveforms by different surge protections

Pre-glow discharge

Glow discharge

Arc discharge

9 的 V-IFig.9 V-I properties of gas discharge tubes

【特点】1）微，电特性

2） 10MΩ 上电特性

3） 1pF 电

45）性

6）线面

<Benefits>1) Excellent surge response2) High insulation resistance (more than 10MΩ)3) Low capacitance (less than 1pF)4) No dark effect5) Two-directional6) Lead wire type and SMD type available

电

电面，电，电电。

，电电，电。电电，导电，电，电，保电路。电，

电。，电，电电电，电，电，

电，电。为电。电电导体型电。上

述特电电电电。

电电保，，电电，电

，导电。

JIC C 5381-311，电 150msec ，电。

电，体。电电电特性电。

电电电电电本。微电。

电电电特性。

电电电体。电部电。

电电电，电，，并电。电电电电为。

What is Follow-on current?

Follow-on current is electricity that will continue to flow; in this case it is a phenomenon where the current in a discharge tube continues to flow.Normally, Surge Absorbers are in high impedance. When a surge enters the Surge Absorber, it will drop to low impedance, allowing the surge to bypass the electronic circuit it is protecting. After the surge has passed, the Surge Absorber should return to high impedance.However, when the Surge Absorber is in low impedance and there is sufficient voltage on the line to keep current flowing, the surge ends and the Surge Absorber remains in discharge. The Surge Absorber fails to return to high impedance and the current continues to flow. This is a phenomenon known as follow-on current.Surge Absorbers that display this follow-on current are discharge-type and semiconductor switching-type. A characteristic of these absorbers is that during surge absorption (bypass), the operating voltage (remaining voltage) is lower than the starting voltage.The advantage of these Surge Absorbers is that during suppression, the voltage is held very low, so it reduces stress on the equipment. However, a problem arises when the line current of the equipment is high enough that it continues to drive the Surge Absorber even when the voltage is low.Follow-on current mechanisms are explained further in the next chapter, along with the discharge tubes.

微电电。电电，电为电电电电，体。

电 V-I 特性，电电电。特电电，电，为电电电，电电。，电，电

电为电，电电上。

The micro-gap type Surge Absorber is a type of discharge tubes. The discharge in the tube changes from pre-discharge to glow discharge, then to arc discharge as illustrated in Fig.9.The illustration below also shows the V-I characteristics between voltage and current for the discharge tube.When the tube is discharging, electric current flows and moves to glow discharge then to arc discharge as the discharge voltage decreases. On the other hand, when the discharge decreases, the voltage increases as it moves from arc discharge to glow discharge.

Pre-glow discharge The voltage to maintain the discharge is equivalent to the DC breakdown voltage. A

faint light can be seen from at this point.Glow discharge The constant voltage rate remains as the current changes. The voltage to maintain the

discharge depends on the electrode material and the gas in the tube. The discharge light covers portion of the electrodes.

Arc discharge At the end of discharge and a large current flows through the part and it puts out a

bright light. The maintaining voltage at this point (voltage between the discharge tube terminals) is in the 10's of volts range.

About Follow-On Current

V-I properties of gas discharge tubes

Micro-gap Surge Absorber

的 V-I

MMC_EC2018.indb 17 2018/5/14 14:41:38


1 7 1 8

DC 电电路电，电，电电导电电，电电，电。

，例 CRT 电路，面，电，电。

When a discharge tube is used on a circuit that has a DC voltage component, there is a phenomenon occurs, called holdover, where the discharge in the tube continues being driven by the current from the power supply even after the surge voltage has subsided.When a holdover occurs, for example when it is occurs in the drive circuit of a CRT, the screen darkens and discharge in the absorber continues, which can lead to the glass tube melting, smoking or burning.

10Fig.10 No Holdover occurring

11Fig.11 Holdover occurring

/ V

DC

/ t

Discharge point

Time / t

GND

DC Voltage

Vol

tage

/ V

/ V

DC

/ t

Discharge point

Time / t

GND

DC Voltage

Vol

tage

/ V

V

Vo

Insidecircuit

Ⅰ

R

电电电，电电，。

，电电电带 Vo电 R 电电 I 电 V ， 12线。

v=Vo-1 R 1电，电，电特性，

电特性，。电特性线电电电，电特性电电

电。电，电电电，电。电，

电电电为电，电，，电特性电特非。

电电， 12 ，电特性电特性，电电，电。，电特性电 V-I 特性

，电电电，电，电电为电电电为电，电，电电电

电。为，电特性电 V-I 特性电电电。

12 ，电电特性电电电特性电。

为，保电特性电 V-I 特性，非。

Holdover can occur when the current is supplied to the discharge tube due to varying conditions of output voltage and output resistance of the DC power supply. What are the conditions that allow current to continue to flow to the discharge tube? The relation between the power supply voltage (Vo), serial resistance (R), discharge current (I) and the terminal voltage are shown in the linear relation below: v=Vo-I.R ...(1) If voltage V0 is fixed, the slope of the power supply output characteristic line increases or decreases according to the resistance and may or may not intersect with the V-I characteristics of the discharge tube. The characteristic linear line of a power supply shows the relation between the output voltage and current of the power supply. Likewise, the V-I curve of a discharge tube shows the relation between the voltage and the current. When static surge electricity is applied to the discharge tube, the shape of the curve shows that the surge is being absorbed during arc discharge. As the surge ends, the discharge goes from arc discharge to glow discharge and then to a state just prior to glow discharge. At this time, the relationship between the discharge tubes V-I curve and the power supply's output characteristics are very important. As shown in the figure 12, with a high resistance in the power supply, the output characteristic line (pink) and the discharge tubes V-I characteristic curve (red) never intersect. Therefore, current will not flow from the power supply and follow-on current will not occur. However, when the output characteristic line of the power supply (pink) intersects with the V-I curve of the discharge tube (red), it is possible for the current from the power supply to flow into the discharge tube. When the surge ends, the current should decrease from arc discharge to the pre-glow state, but instead, the power supply will continue to flow where it intersects in the glow or arc discharge region. This condition where the power supply continues to allow current into the discharge tube is called holdover. The figure 12 below shows how the power supply continues supplying the current to the discharge tube when its characteristic line intersects the discharge tubes V-I line in the glow or arc discharge sections. To prevent holdover from occurring, it is important to keep the V-I characteristic line of the power supply from intersecting with the V-I curve of the discharge tube.

V位

DC Spark-over voltage

Glow voltage

Arc voltage

I

Glow discharge

Arc discharge

Vo

o

12 的 V-I 的的Fig.12 Relations of V-I characteristic of gas discharge tube and output

characteristic of the power supply

13 的Fig.13 Output characteristic of the power supply

的 Mechanism of Holdover

What is Holdover?

MMC_EC2018.indb 18 2018/5/14 14:41:39

Technical Data

( )

1.(1)

(2)

2.(1) /

(2) AC DC

(3)

1

(4) //

(5)

(6) ( 40 70%RH )

6

( )

(7)

3. (1)

(2)

In case that a surge absorber series is used, if an abnormality takes place because of peripheral conditions of the surge absorber (power source conditions, environment, mounted conditions, etc.), fire, electric shock, product failure may be occur, so confirm the next matter sufficiently, and please use. For more questions, contact us.

1. Precautions to be strictly observed

(1) Confirmation of performance ratingsUse the surge absorber within its rated range of performance such as surge current capacity, surge life and operating temperature range. If used outside the range, surge absorber can be degrade and have glass fracture, which may result in smoking and ignition.

(2) Avoiding accidents due to unexpected phenomenaIn the event of fracture of surge absorber, its pieces may scatter; hence, put the case or cover of the set product in place.

2. Application notes

(1) Current value • Test current timeThere is a case where an electric characteristic deteriorates in continu-ous-discharge, in case of measuring DC spark-over voltage.

(2) Concerning Hold-OverHold-over may occur by power supply, in case this product is used in AC or DC power supply circuit. We recommend using a varistor, electrically connected in series.

(3) AC withstand voltage testDo not apply the voltage over a guaranteed value, in case of the AC withstand voltage test. Please be sure the voltage with voltmeters, such as digital multi-meter, in case to perform a voltage setup of AC withstand voltage tester with analog display. By change of slight input voltage, output voltage may change a lot. So if there were changes of input voltage, installation of stabilization power supply is recommended to suppress voltage change.For AC electric strength to fall, when the wiring pattern approaches with Absorber, please leave more than 1 mm of space of Absorber and the wiring pattern and use.

(4) Fall and a shockGlass may be cracked by fall, vibration, a shock, etc. Since it may become impossible to maintain the characteristics when glass has crack, please be careful of handling enough.

(5) FormingPlease be careful enough not to cause a crack of glass and a chip, in case of lead forming.

(6) StoragePlease store at a temperature up to 40 and at humidity below 70%RH.This products should be used within 6 months after delivery.Avoid direct sunlight.Avoid the place where poisonous gas and dusty condition.Avoid rapid temperature change in the storage area, otherwise dew condensation may occur and a lead wire may corrode.

(7) Lead wireThis product has lead wire. A lead may slightly bend by vibration in transport condition.

3. Notice

(1) Parts shown in the specification are meant for general commercial products.

(2) Electronic components used in equipment that can have a series effect on human life or society, such as medical equipment, equipment for use in space, nuclear related equipment, etc. requires higher reliability parts than those found in general commercial electronics. For these types of applications not mentioned in the specification, please contact our charge sections.

Caution in Surge Absorber series usage

HANDLING PRECAUTIONS

1 9 2 0

Vo

AC 的 Follow-on current from AC sourcesAC 电电电 DC 电，

。 12 电电 Vo 。述，电电为 Vo t ，特性。

电为电路电为

v=Vo t RI 2Vo t ， 2 ，为线。Vo t

为

Vo t Vosin t 3，电电为，电

特性电特性电。

AC 电，电电，电。为电，电电

，，电体，电。

电，电电电，电。

，，电体，电电电，电保电，。电电。

电，电，电。

电为 1Ω 3Ω ， 2 ，电电。电， DC

，电电路电。电路电 0.5Ω ，，为 3Ω 100V 上。，为电电路

。电 AC 电电，电，电电，电。

电。

AC100V 电 220V 上

AV200V 电 470V 上本公司电 DSANR

DSAZR ，实电。

特电。

DC 电电路电

AC 电电路

When DC is the power supply, follow-on current occurring in gas discharge tubes for AC sources is easy to understand. In the figure 12, the only difference is that the power supply voltage (Vo) changes with time. As shown on the previous page, when the power supply voltage is shown as Vo(t), the output power characteristics are displayed as follows: With “v” being the voltage at the power out terminal, and “I” the current of the circuit, v=Vo(t)-RI ... (2) Vo(t) will vary with time, so when displaying the above equation on a graph, it will appear as in the figures below in the shaded areas. Then when Vo(t) is shown as: Vo(t)=Vosin t ... (3) When the power supply voltage becomes 0 (zero cross), there is a short time where the voltage range and time range of the power supply output and discharge tube V-I curve do not intersect. For an AC power supply, because there is always a zero crossing of the supply's voltage, it is easier to stop the discharge than in the case of holdover. In the vicinity of the zero crossing, it is impossible to maintain the discharge since the current to the discharge is cut off. The discharge is then halted by the ionized gas molecules returning to their normal state. Because the terminal voltage does not exceed the direct current break down voltage, if the discharge is halted, it will not be able to start again. However, if the gas molecules remain ionized during this period and voltage is again applied to both terminals of the discharge tube (enters the cycle of opposite voltage), this newly applied voltage will not allow the discharge to end and it will continue in the discharge mode. This is follow-on current for alternating current. When this type of follow-on current occurs, the tube stays in a discharge mode and the glass of the tube will begin to smoke, melt and possibly ignite.

With 1Ω and 3Ω resistance, results are the same as those in photo 2, as follow-on-current is disrupted and discharge is stopped.For AC power sources, the resistance value that is connected in series with the discharge tube is small in comparison to DC sources.If the series resistance is 0.5Ω or greater, it should be sufficient; however, for safety, a value of 3Ω (for 100V) or greater is recommended.In addition, there is a method to use a varistor in series that acts as a resistor. In this case, the varistor must have an operating voltage greater than the AC voltage and be placed in a series with the discharge tube. Unlike the resistor, discharge will be stopped without follow-on current occurring during the first half of the wave.Selection of varistor voltage: For AC100V - 220V minimum For AC200V - 470V minimumOur DSANR and DSAZR series are made for power supplies and are designed to prevent follow-on current.

At risk applications of holdover or follow-on-current:1) Holdover Circuits using DC power sources2) Follow-on current Circuits using AC power sources

电，为电，电电电路，非。

It is important to utilize a resistance in series that is sufficiently large enough to prevent follow-on-current from occurring according to the conditions of the alternating current.

a V-Ia V-I characteristics

a V-I 特性上a V-I characteristics

b V-tb V-t characteristics

b V-t 特性上b V-t characteristics

14 的Fig.14 At High Resistance (Long Range of No Follow-on-current)

15 的Fig.15 At Low Resistance (Short Range of No Follow-on-current)

Photo 1 At 0Ω (Follow-on-current occurring)

Photo 2 At 0.5Ω (Stopped at half wave Follow-on-current)

MMC_EC2018.indb 19 2018/5/14 14:41:40

Technical Data

( )

1.(1)

(2)

2.(1) /

(2) AC DC

(3)

1

(4) //

(5)

(6) ( 40 70%RH )

6

( )

(7)

3. (1)

(2)

In case that a surge absorber series is used, if an abnormality takes place because of peripheral conditions of the surge absorber (power source conditions, environment, mounted conditions, etc.), fire, electric shock, product failure may be occur, so confirm the next matter sufficiently, and please use. For more questions, contact us.

1. Precautions to be strictly observed

(1) Confirmation of performance ratingsUse the surge absorber within its rated range of performance such as surge current capacity, surge life and operating temperature range. If used outside the range, surge absorber can be degrade and have glass fracture, which may result in smoking and ignition.

(2) Avoiding accidents due to unexpected phenomenaIn the event of fracture of surge absorber, its pieces may scatter; hence, put the case or cover of the set product in place.

2. Application notes

(1) Current value • Test current timeThere is a case where an electric characteristic deteriorates in continu-ous-discharge, in case of measuring DC spark-over voltage.

(2) Concerning Hold-OverHold-over may occur by power supply, in case this product is used in AC or DC power supply circuit. We recommend using a varistor, electrically connected in series.

(3) AC withstand voltage testDo not apply the voltage over a guaranteed value, in case of the AC withstand voltage test. Please be sure the voltage with voltmeters, such as digital multi-meter, in case to perform a voltage setup of AC withstand voltage tester with analog display. By change of slight input voltage, output voltage may change a lot. So if there were changes of input voltage, installation of stabilization power supply is recommended to suppress voltage change.For AC electric strength to fall, when the wiring pattern approaches with Absorber, please leave more than 1 mm of space of Absorber and the wiring pattern and use.

(4) Fall and a shockGlass may be cracked by fall, vibration, a shock, etc. Since it may become impossible to maintain the characteristics when glass has crack, please be careful of handling enough.

(5) FormingPlease be careful enough not to cause a crack of glass and a chip, in case of lead forming.

(6) StoragePlease store at a temperature up to 40 and at humidity below 70%RH.This products should be used within 6 months after delivery.Avoid direct sunlight.Avoid the place where poisonous gas and dusty condition.Avoid rapid temperature change in the storage area, otherwise dew condensation may occur and a lead wire may corrode.

(7) Lead wireThis product has lead wire. A lead may slightly bend by vibration in transport condition.

3. Notice

(1) Parts shown in the specification are meant for general commercial products.

(2) Electronic components used in equipment that can have a series effect on human life or society, such as medical equipment, equipment for use in space, nuclear related equipment, etc. requires higher reliability parts than those found in general commercial electronics. For these types of applications not mentioned in the specification, please contact our charge sections.

Caution in Surge Absorber series usage

HANDLING PRECAUTIONS

1 9 2 0

MMC_EC2018.indb 20 2018/5/14 14:41:40

2 1 2 2

CDA70 电线。

实特性 0.6pF 电。

4032 型背， 8/20µs-2,000A 型。

4032 型。

。

AC 试。

性。

0.6pF 电 100MΩ 上。

。

取 UL1449 。

RoHS 。

Part number system

CDA70 is a radial shaped surge absorber for power supplies. It has excellent surge protection characteristics and its capacitance is lower than 0.6pF. It's small but withstands 2,000A (8/20µsec) surges.

Standard small chi p package ; EIA 1612, height ; 2.3±0.2mmCan be used with flow or reflow solderCompliant with various AC withstanding voltage testsExcellent surge responseCapacitance 0.6pF, insulation resistance 100MohmStable for repeated discharge testsUL1449 RecognizedRoHS compliant

Features

Characteristics

型 Part number

电电DC Spark-over voltage

VsInsuation resistance

IR

电Electrostatic capacitance

1kHz-6V max.C

Surge currentCapacity8/20 s

Surge lifetest

AC 电Withstanding

Voltage

UL 证UL recognized

EN 证EN recognized

3)UL497B

4)UL1449

5)EN62368-1

CDA70-301M300V(240～360)

100MΩmin.

DC100V

0.6pF max. 2,000A8/20µs

100A 300times

― 1) ―

CDA70-501M500V(400～600)

DC250V― 1) ―

CDA70-701M700V(560～840) ― 1) ―

CDA70-102M1,000V(800～1,200)

DC500V

― ― 1) ―

CDA70-152M1,500V(1,200～1,800) ― ― 1) ―

CDA70-272M 2,700V(2,160～3,240)AC1,000V-1min.AC1,200V-3sec. ― 1) ―

CDA70-302M 3,000V(2,400～3,600) AC1,500V-1min. ― 1) 2)

CDA70-362M 3,600V(2,880～4,320) AC1,800V-3sec. ― 1) 2)

带Taping form

TM302

2 电， 3 。

The first two digits are significant,and the third is number of zeros.

CDA70

Series电电 Vs

DC Spark-overvoltage(Vs)

电电DC Spark-over

voltage tolerance

例 302 30 102=3000vEx 302 means: 30 102=3000v

Marking

M

M 20% 带

Taping T

CDA70〔〕 CDA70 〔Chip Type〕For Power Lines线

1 电 AC125V:V1m A270V，D ø10mm，AC250V:V1mA 470V，D ø10mm 电导线证。

Approved if used with a varistor (125VAC : V1mA 270V, D ø10mm, 250VAC : V1mA 470V, D ø10mm), electrically connected in series (soldered, crimped, or welded).2 电 V1mA 470V,D ø5mm 电导线证。

Approved if used with a varistor (V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).3 UL Standard UL 497B File No. E1752804 UL Standard UL 1449 File No. E3183145 TÜV Report No.J50164470

NEW

MMC_EC2018.indb 21 2018/5/14 14:41:41

2 1 2 2

型

P a r t n u m b e r （N u m b e r w i t h t w o d i g i t s m a xi m u m ）

P r o d u ct i o n m o n t h

P r o d u ct i o n ye a r

Dimensions

Surge response characteristics (Reference)

Recommended Land PatternL　　4.0±0.2 W　　3.2±0.2T　　2.3±0.2L1.L2 0.4±0.2　(mm)

4 . 8 5 m m

2 . 9 m m

3 . 5 0 m m

（Copper）

T

W

L

L 2L 1

106 Please refer to page 106 for soldering conditions.

Marking

Original waveform1.2/50µsec. 4kV

CDA70-501MCDA7 0 -5 0 1 M R es pon s e wavef orm

CDA70-301MCDA70-301M Response waveform

CDA70-701MCDA7 0 -7 0 1 M R es pon s e wavef orm

1kV

/div

.

400nsec./div.

1kV

/div

.

400nsec./div.

1kV

/div

.

400nsec./div.

1kV

/div

.

400nsec./div.

CDA70〔〕 CDA70 〔Chip Type〕For Power Lines线 NEW

MMC_EC2018.indb 22 2018/5/14 14:41:41

2 3 2 4

CDA70LE CDA70LEFor Power Lines线

CDA70LE 型电线。

实性 0.6pF 电。

型背型， 8/20µs-2,000A型。

线 5.0mm/7.5mm 。

AC 试。

性。

0.6pF 电 100MΩ 上。

。

取 UL1449 。

RoHS 。

IEC61249 ※

Part number system

C D A 7 0 L E i s a r a d i a l sh a p e d su r g e a b so r b e r f o r p o w e r su p p l i e s. I t h a s e xce l l e n t su r g e p r o t e ct i o n ch a r a ct e r i st i cs a n d i t s ca p a ci t a n ce i s l o w e r t h a n 0.6pF. It's small but withstands 2,000A (8/20μsec) surges.

R a d i a l t a p i n g f o r m i n g co m p l i a n t f o r a u t o m a t i c i n se r t i o n ( 5 . 0 m m a n d 7 . 5 m m width pitch) equipment

C o m p l i a n t w i t h va r i o u s A C w i t h st a n d i n g vo l t a g e t e s t s E xce l l e n t su r g e r e sp o n se C a p a ci t a n ce 0 . 6 p F , i n su l a t i o n r e si st a n ce 1 0 0 M o h m S t a b l e f o r r e p e a t e d d i sch a r g e t e st s U L 1 4 4 9 R e co g n i ze d R o H S co m p l i a n t Halogen free (Conforms with IEC61249)※

F eatu res

G04FM －302CDA70LE

带带Radial flat pack (5.0mm width pitch) taping

带带Radial flat pack (7.5mm width pitch) taping

CodeDescription

G04F

H06F

带Taping form

2 电， 3 。


Series电电 Vs


电电DC Spark-over

voltage tolerance

例 30230 102=3000v

Ex 302 means:30 102=3000v

M 20%

Characteristics

型 Part number



IR


1kHz-6V max.C


Surge lifetest

AC 电Withstanding

Voltage

UL 证UL recognized

EN 证EN recognized

3)UL1449

4)EN62368-1

CDA70LE272M2,700V(2,160 3,240)

100M min. DC500V 0.6pF max. 2,000A8/20 s

100A 300times

AC1,200V-3sec.AC1,000V-1min.

1) ―

CDA70LE302M3,000V(2,400 3,600) AC1,500V-1min. 1) 2)

CDA70LE362M3,600V(2,880 4,320) AC1,800V-3sec. 1) 2)

1）：电 AC125V:V1mA 270V，D ø10mm，AC250V:V1mA 470V，D ø10mm 电导线证。

Approved if used with a varistor (125VAC : V1mA 270V, D ø10mm, 250VAC : V1mA 470V, D ø10mm), electrically connected in series (soldered, crimped, or welded).2）：电 V1mA 470V，D ø5mm 电导线证。

Approved if used with a varistor (V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).3 UL Standard UL 1449 File No. E3183144 TÜV Report No.J50164470

NEW

7.5mm7.5mm width pitch


N E W

N E W

N E W

H06FG04F

MMC_EC2018.indb 23 2018/5/14 14:41:41

2 3 2 4

CDA70LE CDA70LEFor Power Lines线

为电，

为。

IEC61249-2-21 ，。

1. 900ppm2. 900ppm3. 1500ppm

N o h a l o g e n p r o d u c t s a r e i n t e n t i o n a l l y a d d e d t o c o n s t i t u e n t m a t e r i a l s u s e d t o m a k e t h e s e p r o d u c t s . P r o d u c t s d e s i g n a t e d " h a l o g e n - f r e e " m u s t c o n f o r m t o t h e r e q u i r e m e n t s l i s t e d b e l o w :

T h e s e p a r t s c o n f o r m t o I E C 6 1 2 4 9 - 2 - 2 1 s p e c i f i c a t i o n s a s w e l l a s t h e l i m i t s s t i p u l a t e d b y m a j o r E u r o p e a n m a n u f a c t u r e r s .

1 . C h l o r i n e c o n c e n t r a t i o n u n d e r 9 0 0 p p m i n h o m o g e n e o u s m a t e r i a l s .2 . B r o m i n e c o n c e n t r a t i o n u n d e r 9 0 0 p p m i n h o m o g e n e o u s m a t e r i a l s .3 . T o t a l c h l o r i n e a n d b r o m i n e c o n c e n t r a t i o n u n d e r 1 5 0 0 p p m i n h o m o g e n e o u s

m a t e r i a l s .

• Dimensions

Definition of halogen-free products

1 2 . 7 ±1 . 0

1 2 . 7 ±0 . 3

5 . 0 ±0 . 5

16.0

±0.

527.0

Max

1 5 . 0 ±1 . 0

7 . 5 ±0 . 5

16.0

±0.

5

27.0

Max

1 5 . 0 ±0 . 3

G04F Type H06F Type

Marking型

Part number

272 CDA70LE272M

302 CDA70LE302M

362 CDA70LE362M

Marking3 . 0 m a x

6 . 0 m a x

R e f e r e n ce va l u e 1 0 . 0 m a x

R e f e r e n c e v a l u e

φ0 . 5 0 ±. 0 0 5

5 . 0 m a x

NEW

3 0 2

MMC_EC2018.indb 24 2018/5/14 14:41:42

M

M 20%

DC Spark-overvoltage tolerance

Packing form

DA53AC

5.3mm 10mmAC

3000A

DA53

The DA53 has a micro-gap cut to an accuracy of several tens of microns for rapid response against induced lightning and electrostatic discharges.Ideal for protecting power supplies from power-line surge voltage.

FeaturesSmall size. (ø5.3mm Length 10mm)Capable of many types of AC withstand tests.Used to protect power supplies.Quick response for surge voltage, and low limiting voltage.Small capacitance and excellent insulation resistance.Stable for repeated discharge test conditions and environmental fluctuation.No polarity.No dark effect.DA53 Series combined with varistor can be used as surge-protecting elements in power supplies.

Part number systemDA53

Series

– 622Vs

23

622

DC Spark-overvoltage (Vs)


Ex.) 622 means:62 102=6200v

F – E15E

F-E15E

B

15mmLead pitch 15mm, Bulk pack

F-E25E

A22F


Axial, Flat pack taping

Dimensions

25.5min 25.5min

0.50 0.05

5.3 0.4

10.0 1.0

mmUnit mm

Characteristics

Marking

1 AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

2 V1mA 470V D ø5mmApproved if used with a varistor (V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

3 UL Standard UL 1449 File No. E3183144 CSA Standard LTI-002-2011 File No. CA1114115 TÜV Report No. J9851289(DA53-752M,782M), J9850855(DA53-302M,362M,622M)

4

4

Trade mark

Lot No. (Number with four digits maximum)

Part number (Number with four digits maximum)

Bulk pack

For Power LinesDA53

DA53-501M

DA53-701M

DA53-272M

DA53-302M

DA53-362M

DA53-622M

DA53-752M

DA53-782M

100MΩmin.

DC 500V

DC 250V

DC 1,000V

1pF max. 3,000A8/20µsec.

100A300times

1)

1)

1)

1)

–

–

–

AC

3)UL1449

4)LTI-002-2011

5)EN62368-1

Part number AC withstandingvoltage


Vs

Insulationresistance

IR

Electrostaticcapacitance

1kHz-6V max.

Surge currentcapacity

8/20µsec.

Surge lifetest

ULUL recognized

CSACSA recognized

AC1,000V–1min.AC1,200V–3sec.

AC1,500V–1min.

AC1,800V–3sec.

AC3,000V–3sec.

AC3,600V–3sec.

AC4,000V–1min.

EN EN recognized

500V (400 600)

700V (560 840)

2,700V (2,160 3,240)

3,000V (2,400 3,600)

3,600V (2,880 4,320)

6,200V (4,960 7,440)

7,500V (6,000 9,000)

7,800V (6,240 9,360)

–– –

–

–

–

–

1)

1)

1)

1)

1)

–

2)

2)

2)

2)

2)

DA53

2 5 2 6

Features

Part number system

Dimensions

Characteristics

D ，

ø

（～）

（～）

（～）

（～） 1）

1）

1）

2）

2）

2）

1） ―

Ω

4,500V max.

5,000V max.

5,000V max.

6,000V max.

/

FA55 FA55For Power Lines

G04F H06F 7.5mm7.5mm width pitch


MMC_EC2018.indb 25 2018/5/14 14:41:44

M

M 20%


Packing form

DA53AC

5.3mm 10mmAC

3000A

DA53

The DA53 has a micro-gap cut to an accuracy of several tens of microns for rapid response against induced lightning and electrostatic discharges.Ideal for protecting power supplies from power-line surge voltage.

FeaturesSmall size. (ø5.3mm Length 10mm)Capable of many types of AC withstand tests.Used to protect power supplies.Quick response for surge voltage, and low limiting voltage.Small capacitance and excellent insulation resistance.Stable for repeated discharge test conditions and environmental fluctuation.No polarity.No dark effect.DA53 Series combined with varistor can be used as surge-protecting elements in power supplies.

Part number systemDA53

Series

– 622Vs

23

622

DC Spark-overvoltage (Vs)


Ex.) 622 means:62 102=6200v

F – E15E

F-E15E

B


F-E25E

A22F


Axial, Flat pack taping

Dimensions

25.5min 25.5min

0.50 0.05

5.3 0.4

10.0 1.0

mmUnit mm

Characteristics

Marking

1 AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).


3 UL Standard UL 1449 File No. E3183144 CSA Standard LTI-002-2011 File No. CA1114115 TÜV Report No. J9851289(DA53-752M,782M), J9850855(DA53-302M,362M,622M)

4

4

Trade mark


Part number (Number with four digits maximum)

Bulk pack

For Power LinesDA53

DA53-501M

DA53-701M

DA53-272M

DA53-302M

DA53-362M

DA53-622M

DA53-752M

DA53-782M

100MΩmin.

DC 500V

DC 250V

DC 1,000V

1pF max. 3,000A8/20µsec.

100A300times

1)

1)

1)

1)

–

–

–

AC

3)UL1449

4)LTI-002-2011

5)EN62368-1

Part number AC withstandingvoltage


Vs


IR


1kHz-6V max.


8/20µsec.

Surge lifetest

ULUL recognized

CSACSA recognized

AC1,000V–1min.AC1,200V–3sec.

AC1,500V–1min.

AC1,800V–3sec.

AC3,000V–3sec.

AC3,600V–3sec.

AC4,000V–1min.

EN EN recognized

500V (400 600)

700V (560 840)

2,700V (2,160 3,240)

3,000V (2,400 3,600)

3,600V (2,880 4,320)

6,200V (4,960 7,440)

7,500V (6,000 9,000)

7,800V (6,240 9,360)

–– –

–

–

–

–

1)

1)

1)

1)

1)

–

2)

2)

2)

2)

2)

DA53

2 5 2 6

Features

Part number system

Dimensions

Characteristics

D ，

ø

（～）

（～）

（～）

（～） 1）

1）

1）

2）

2）

2）

1） ―

Ω

4,500V max.

5,000V max.

5,000V max.

6,000V max.

/

FA55 FA55For Power Lines

MMC_EC2018.indb 26 2018/5/14 14:41:44

–

23

242 24 102=2400V

L 15%

M 20%

(UL)UL

UL

DSA 242Vs

M ULUL1449

23.0 3.0 21.0 3.0 23.0 3.0

6.0 0.50.4 0.50.05

mmUnit mm

A-type

100MΩmin.

DC1000V

DC500V

2pF max.

AC3,600V-3sec. – –

AC3,000V-3sec. – –AC2,000V-1min. 1) –

AC2,000V-1min. 1) –

AC1,800V-3sec.1) –

1) –

AC1,500V-1min. 1) –

AC1,000V-1min.AC1,250V-3sec. 1) –

AC1,000V-1min.AC1,200V-3sec. 1) –

2)

2)

2)

2)

2)

2)

2)

2)

2)

– 1) – –

– 1) – –

– 1) –

– 1) –

– 1) –

Lead wirediameterø0.4mm:1500A


8/20µsec.100A

300times

DC250V

DC100V

DSA-452MA

DSA-402MA

DSA-362MA

DSA-332MA

DSA-302MA

DSA-282MA

DSA-242MA

DSA-152MA

DSA-102MA

DSA-701MA

DSA-501MA

DSA-301LA

AC UL

4)UL1449

5)UL497B

3)

3)

3)

3)

3)

3)

3)

–

–

–

–

–

–

–

1 AC125 RGBS5L-3ΩK AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mm

Approved if used with a varistor (125VAC : RGBS5L-3ΩK) or a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

2 AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mm Approved if used with a varistor (125VAC : V1mA 270V, D ø5mm, 250VAC : V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).3 V1mA 470V D ø10mm Approved if used with a varistor (V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).4 UL Standard UL 1449 File No. E3183145 UL Standard UL497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.6 CSA Standard LTI-002-2011 File No. CA1114117 TÜV Report No. J9851289(DSA-752MA), J9251508(Others)

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,300V(2,640 3,960)

3,000V(2,400 3,600)

2,800V(2,240 3,360)

2,400V(1,920 2,880)

1,500V(1,200 1,800)

1,000V(800 1,200)

700V(560 840)

500V(400 600)

300V(255 345)

DSA-752MA

DSA-622MA

7,500V(6,000 9,000)

6,200V(4,960 7,440)

DSA-AAC

(2,400V )DSA-A UL RGBS5L-3ΩK

UL UL1449 E318314

MMCCDSA301L

4

MMCC UL1449

Part number system

Characteristics

Dimensions

The first two digits are significant, and the third is number of zeros.

Example Assume the designation is 242.This means that the spark-over voltage is:24 102=2400V

UL Recognized

UL Not recognized

Series DC Spark-overvoltage (Vs)


UL1449 Recognized

Shape Part number DC spark-overvoltage

Vs


lR


1kHz-6V max.


8/20µsec.

Surge lifetest.

ACWithstanding

voltage

UL recognized

The Models of this series are extensively used as surge-protecting elements for electronic equipment in low-voltage and low-current circuits such as telecommunication equipment and sensor lines.Excellent for protecting signal lines that require low capacitance.The DSA-A-type combined with varistor or a cement resistor can be used as surge-protecting elements in power supplies.Allows performing the AC withstanding voltage test without removal of the surge absorber.DSA A-type series displaying the “MMCC” trademark (except 402MA, 452MA) are UL-recognized protectors when connected to the appropriate varistor (UL recognized) or a cement resistor (RGBS5 3ΩK) in-series. (UL1449 File No.E318314)Some models are approved by CSA, TÜV.

Please contact us for details.


Part numberMMCC Trademark Only parts marked with the MMCC trademark are UL1449 approved.

Features

DSA-A Type

CSA TÜV

DSA

A 05 F25–

Packing form

0.4mmLead wire diameter 0.4, Bulk packA

A-05

A-05F25

0.5mmLead wire diameter 0.5, Bulk pack

0.5mmBulk forming, Lead wire diameter 0.5, Bulk pack

DSAFor Power Lines

mmUnit mm

26.3 1.5

25.0 0.5

21.0 3.0

0.5 0.05 6.0 0.5

4.5 1.0

DSA-A-05F25 Type

DSA-A Type

　6）LTI-002-2011

　7）EN62368-1

CSACSA approved

ENEN approved

2 7 2 8

1

3

AC 125V

AC 250V

DSAHR 1–

Characteristics

Part number system

DSAHR

DSAZR, DSANR, DSAHR Surge response characteristics(Reference)

1.2/50µsec. 10kV

5µsec./div.

2kV

/div

.

200V

/div

.

5µsec./div.

5µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

DSA–301LA

DSA–242MA

(DSAZR:gray)

1

2

3

E5D 2005 4

1 2 3 4 5 6 7 8 9 10 11 12

A B C D E F G H J K L M

Between AC125V lines or between AC125 lines and ground

Between AC250V lines or between AC250 lines and groundSeries Abbreviation

DSAHR

Features

Original waveform Response waveform

Response waveform

Lot No. system

Lot No. first character:factory

Lot No. second character:manufactured year(Last one digit)

Lot No. third character:manufactuerd month(See table below)

Example:E5D manufactuerd April,2005

month

Code

Used to protect power supplies.

Lot No. system

Marking color:white

4

5

V

DC 600V

Between DC450V lines or between AC125 lines and ground


DSAHR

Lot.No.(See below table)

21.5 1.0

0.8 0.05

17.5 1.0

15.0 1.0

4.0 0.5–1.0

29.01.0

9.0

MMCCDSAHR

AC V

MMCC

Dimensions

Trademark

Rated voltage

Part number

: mmUnit : mm

ULUL approved

1): UL Standard UL 1449 File No. E318314

1)UL1449

AC125V DC100V

100MΩmin8/20µsec.

100A300times

500V(400 600)

5pF max. 5000A

DSAHR-1

AC250V DC250V800V(640 960)DSAHR-3

Ratedvoltage

Part number DC spark-overvoltage Vs

Insulationresistance lR

Electrostatic capacitance1kHz-6V max.

Surge current capacity8/20µsec.

Surge lifetest

DC450V DC450V1,200V(960 1,440)DSAHR-4

DC600V DC600V1,500V(1,200 1,800)DSAHR-5

For Power LinesDSAHR

MMC_EC2018.indb 27 2018/5/14 14:41:48

–

23

242 24 102=2400V

L 15%

M 20%

(UL)UL

UL

DSA 242Vs

M ULUL1449

23.0 3.0 21.0 3.0 23.0 3.0

6.0 0.50.4 0.50.05

mmUnit mm

A-type

100MΩmin.

DC1000V

DC500V

2pF max.

AC3,600V-3sec. – –

AC3,000V-3sec. – –AC2,000V-1min. 1) –

AC2,000V-1min. 1) –

AC1,800V-3sec.1) –

1) –

AC1,500V-1min. 1) –

AC1,000V-1min.AC1,250V-3sec. 1) –

AC1,000V-1min.AC1,200V-3sec. 1) –

2)

2)

2)

2)

2)

2)

2)

2)

2)

– 1) – –

– 1) – –

– 1) –

– 1) –

– 1) –



8/20µsec.100A

300times

DC250V

DC100V

DSA-452MA

DSA-402MA

DSA-362MA

DSA-332MA

DSA-302MA

DSA-282MA

DSA-242MA

DSA-152MA

DSA-102MA

DSA-701MA

DSA-501MA

DSA-301LA

AC UL

4)UL1449

5)UL497B

3)

3)

3)

3)

3)

3)

3)

–

–

–

–

–

–

–

1 AC125 RGBS5L-3ΩK AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mm

Approved if used with a varistor (125VAC : RGBS5L-3ΩK) or a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

2 AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mm Approved if used with a varistor (125VAC : V1mA 270V, D ø5mm, 250VAC : V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).3 V1mA 470V D ø10mm Approved if used with a varistor (V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).4 UL Standard UL 1449 File No. E3183145 UL Standard UL497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.6 CSA Standard LTI-002-2011 File No. CA1114117 TÜV Report No. J9851289(DSA-752MA), J9251508(Others)

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,300V(2,640 3,960)

3,000V(2,400 3,600)

2,800V(2,240 3,360)

2,400V(1,920 2,880)

1,500V(1,200 1,800)

1,000V(800 1,200)

700V(560 840)

500V(400 600)

300V(255 345)

DSA-752MA

DSA-622MA

7,500V(6,000 9,000)

6,200V(4,960 7,440)

DSA-AAC

(2,400V )DSA-A UL RGBS5L-3ΩK

UL UL1449 E318314

MMCCDSA301L

4

MMCC UL1449

Part number system

Characteristics

Dimensions

The first two digits are significant, and the third is number of zeros.

Example Assume the designation is 242.This means that the spark-over voltage is:24 102=2400V

UL Recognized

UL Not recognized

Series DC Spark-overvoltage (Vs)


UL1449 Recognized

Shape Part number DC spark-overvoltage

Vs


lR


1kHz-6V max.


8/20µsec.

Surge lifetest.

ACWithstanding

voltage

UL recognized

The Models of this series are extensively used as surge-protecting elements for electronic equipment in low-voltage and low-current circuits such as telecommunication equipment and sensor lines.Excellent for protecting signal lines that require low capacitance.The DSA-A-type combined with varistor or a cement resistor can be used as surge-protecting elements in power supplies.Allows performing the AC withstanding voltage test without removal of the surge absorber.DSA A-type series displaying the “MMCC” trademark (except 402MA, 452MA) are UL-recognized protectors when connected to the appropriate varistor (UL recognized) or a cement resistor (RGBS5 3ΩK) in-series. (UL1449 File No.E318314)Some models are approved by CSA, TÜV.

Please contact us for details.


Part numberMMCC Trademark Only parts marked with the MMCC trademark are UL1449 approved.

Features

DSA-A Type

CSA TÜV

DSA

A 05 F25–

Packing form

0.4mmLead wire diameter 0.4, Bulk packA

A-05

A-05F25

0.5mmLead wire diameter 0.5, Bulk pack

0.5mmBulk forming, Lead wire diameter 0.5, Bulk pack

DSAFor Power Lines

mmUnit mm

26.3 1.5

25.0 0.5

21.0 3.0

0.5 0.05 6.0 0.5

4.5 1.0

DSA-A-05F25 Type

DSA-A Type

　6）LTI-002-2011

　7）EN62368-1

CSACSA approved

ENEN approved

2 7 2 8

1

3

AC 125V

AC 250V

DSAHR 1–

Characteristics

Part number system

DSAHR

DSAZR, DSANR, DSAHR Surge response characteristics(Reference)

1.2/50µsec. 10kV

5µsec./div.

2kV

/div

.

200V

/div

.

5µsec./div.

5µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

DSA–301LA

DSA–242MA

(DSAZR:gray)

1

2

3

E5D 2005 4

1 2 3 4 5 6 7 8 9 10 11 12

A B C D E F G H J K L M

Between AC125V lines or between AC125 lines and ground

Between AC250V lines or between AC250 lines and groundSeries Abbreviation

DSAHR

Features

Original waveform Response waveform

Response waveform

Lot No. system

Lot No. first character:factory

Lot No. second character:manufactured year(Last one digit)

Lot No. third character:manufactuerd month(See table below)

Example:E5D manufactuerd April,2005

month

Code

Used to protect power supplies.

Lot No. system

Marking color:white

4

5

V

DC 600V



DSAHR

Lot.No.(See below table)

21.5 1.0

0.8 0.05

17.5 1.0

15.0 1.0

4.0 0.5–1.0

29.01.0

9.0

MMCCDSAHR

AC V

MMCC

Dimensions

Trademark

Rated voltage

Part number

: mmUnit : mm

ULUL approved

1): UL Standard UL 1449 File No. E318314

1)UL1449

AC125V DC100V

100MΩmin8/20µsec.

100A300times

500V(400 600)

5pF max. 5000A

DSAHR-1

AC250V DC250V800V(640 960)DSAHR-3

Ratedvoltage

Part number DC spark-overvoltage Vs

Insulationresistance lR


Surge current capacity8/20µsec.

Surge lifetest

DC450V DC450V1,200V(960 1,440)DSAHR-4

DC600V DC600V1,500V(1,200 1,800)DSAHR-5

For Power LinesDSAHR

MMC_EC2018.indb 28 2018/5/14 14:41:48

22.51.0

28.11.0

0.80.05

8.71.0

15.01.0

15.0

MMCCDSANR

AC V

MMCC

Lot.No.

(UL) UL

UL

UL notRecognized

1) UL Standard UL 1449 File No. E3183142) TÜV Report No. J9251508

AC125V

AC250V

100MΩmin. 2pF max. 1000A 8/20µsec.100A

500 times

DC500V

DC1000V AC2,000V-1min. –

AC2,000V-1min. –

AC1,800V-3sec. –

AC1,500V-1min.

– – –

– –

AC1,800V-3sec. – –

AC1,000V-1min.AC1,200V-3sec. –

– – –

– – –

– –

– –

DC250V

DC500V

DC500V

DC250V

DC100V

1kHz-6V max.Electrostaticcapacitance

1kHz-6V max.C

8/20µsec.Surge current

capacity8/20µsec.

AC UL

1)UL1449

2)EN62368-1

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

1,400V(1,120 1,680)

800V(640 960)

3,600V(2,880 4,320)

2,400V(1,920 2,880)

1,100V(880 1,320)

800V(640 960)

600V(480 720)

500V(400 600)

DSANR-10B

DSANR-9

DSANR-6A

DSANR-5

DSANR-3A

DSANR-3

DSANR-6

DSANR-4

DSANR-2B

DSANR-2A

DSANR-2

DSANR-1

DSANR 1 (UL)–

Dimensions

Characteristics

Part number system

DSANR

ULUL

UL TÜV

Minimumvalue

Trademark

Rated voltage

Part number

None

UL Recognized

Series Abbreviation

DSANR

Features

UL markOnly parts marked with thismark are UL approved.

Used to protect power supplies.Some models are recognized by UL, TÜV.

Ratedvoltage

Part number DC spark-overvoltage

Vs


lR

Surge lifetest.

Withstandingvoltage

UL approved

DSANR

ENEN approved

: mmUnit : mm

For Power LinesDSANR

1 AC125V

2 AC250V

DSAZR 1 – 301LDSA

1) UL Standard UL 1449 File No. E3183142) CSA Standard File No. CA870703) TÜV Report No. J9251508

AC125V


300 times

AC250V

DC1000V

DC1000V

DC250V

DC500V

AC2,000V-1min.

AC2,000V-1min.

AC1,800V-3sec.

AC1,500V-1min.

–

–

–

–

–


–

AC2,000V-1min.

AC2,000V-1min.

–

AC1,800V-3sec. –

AC1,500V-1min. –

AC1,250V-3sec. –


– –

– –

– –

–

–

–

–

–

–

DC250V

DC500V

DC100V

DSAZR2-452M

DSAZR2-402M

DSAZR2-362M

DSAZR2-302M

DSAZR2-242M

DSAZR2-102M

DSAZR2-501M

DSAZR1-452M

DSAZR1-402M

DSAZR1-362M

DSAZR1-302M

DSAZR1-282M

DSAZR1-242M

DSAZR1-102M

DSAZR1-501M

DSAZR1-301L


Vs


lR


1kHz-6V max.C


8/20µsec.

Surge lifetest.

ACWithstanding

voltage

ULUL recognized

CSACSA appoved

ENEN approved

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

2,400V(1,920 2,880)

1,400V(1,120 1,680)

800V(640 960)

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

2,800V(2,240 3,360)

2,400V(1,920 2,880)

1,100V(880 1,320)

600V(480 720)

500V(400 600)

UL CSA TÜV

21.5 0.5

28.5 0.5

0.5 0.05

12.5 0.5

0.8 0.05 6.0 1.0

MMCCDSAZR

AC V

8.5 0.5

4.2

MMCC

Lot.No.

CSACSA

TÜVTÜV

Part number system

Characteristics

DSAZR

Dimensions

Series Rated voltage Inside DSA's part number

Ratedvoltage

Partnumber

Used to protect power supplies.Excellent for protecting TV-tuner circuits.Some models are recognized by UL, CSA and TÜV.

Reference value

Trademark

Rated voltage

Part number

CSA markOnly parts marked with thismark are CSA approved.

TÜV markOnly parts marked with thismark are TÜV approved.

DSAZR

Features

®

DSAZR

: mmUnit : mm

–

–

–

1)UL1449

2)C22.2No.269.4-17

3)EN62368-1

For Power LinesDSAZR

2 9 3 0

MMC_EC2018.indb 29 2018/5/14 14:41:51

22.51.0

28.11.0

0.80.05

8.71.0

15.01.0

15.0

MMCCDSANR

AC V

MMCC

Lot.No.

(UL) UL

UL

UL notRecognized

1) UL Standard UL 1449 File No. E3183142) TÜV Report No. J9251508

AC125V

AC250V


500 times

DC500V

DC1000V AC2,000V-1min. –

AC2,000V-1min. –

AC1,800V-3sec. –

AC1,500V-1min.

– – –

– –

AC1,800V-3sec. – –


– – –

– – –

– –

– –

DC250V

DC500V

DC500V

DC250V

DC100V

1kHz-6V max.Electrostaticcapacitance

1kHz-6V max.C

8/20µsec.Surge current

capacity8/20µsec.

AC UL

1)UL1449

2)EN62368-1

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

1,400V(1,120 1,680)

800V(640 960)

3,600V(2,880 4,320)

2,400V(1,920 2,880)

1,100V(880 1,320)

800V(640 960)

600V(480 720)

500V(400 600)

DSANR-10B

DSANR-9

DSANR-6A

DSANR-5

DSANR-3A

DSANR-3

DSANR-6

DSANR-4

DSANR-2B

DSANR-2A

DSANR-2

DSANR-1

DSANR 1 (UL)–

Dimensions

Characteristics

Part number system

DSANR

ULUL

UL TÜV

Minimumvalue

Trademark

Rated voltage

Part number

None

UL Recognized

Series Abbreviation

DSANR

Features

UL markOnly parts marked with thismark are UL approved.

Used to protect power supplies.Some models are recognized by UL, TÜV.

Ratedvoltage

Part number DC spark-overvoltage

Vs


lR

Surge lifetest.

Withstandingvoltage

UL approved

DSANR

ENEN approved

: mmUnit : mm

For Power LinesDSANR

1 AC125V

2 AC250V

DSAZR 1 – 301LDSA

1) UL Standard UL 1449 File No. E3183142) CSA Standard File No. CA870703) TÜV Report No. J9251508

AC125V


300 times

AC250V

DC1000V

DC1000V

DC250V

DC500V

AC2,000V-1min.

AC2,000V-1min.

AC1,800V-3sec.

AC1,500V-1min.

–

–

–

–

–


–

AC2,000V-1min.

AC2,000V-1min.

–

AC1,800V-3sec. –

AC1,500V-1min. –

AC1,250V-3sec. –


– –

– –

– –

–

–

–

–

–

–

DC250V

DC500V

DC100V

DSAZR2-452M

DSAZR2-402M

DSAZR2-362M

DSAZR2-302M

DSAZR2-242M

DSAZR2-102M

DSAZR2-501M

DSAZR1-452M

DSAZR1-402M

DSAZR1-362M

DSAZR1-302M

DSAZR1-282M

DSAZR1-242M

DSAZR1-102M

DSAZR1-501M

DSAZR1-301L


Vs


lR


1kHz-6V max.C


8/20µsec.

Surge lifetest.

ACWithstanding

voltage

ULUL recognized

CSACSA appoved

ENEN approved

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

2,400V(1,920 2,880)

1,400V(1,120 1,680)

800V(640 960)

4,500V(3,600 5,400)

4,000V(3,200 4,800)

3,600V(2,880 4,320)

3,000V(2,400 3,600)

2,800V(2,240 3,360)

2,400V(1,920 2,880)

1,100V(880 1,320)

600V(480 720)

500V(400 600)

UL CSA TÜV

21.5 0.5

28.5 0.5

0.5 0.05

12.5 0.5

0.8 0.05 6.0 1.0

MMCCDSAZR

AC V

8.5 0.5

4.2

MMCC

Lot.No.

CSACSA

TÜVTÜV

Part number system

Characteristics

DSAZR

Dimensions

Series Rated voltage Inside DSA's part number

Ratedvoltage

Partnumber

Used to protect power supplies.Excellent for protecting TV-tuner circuits.Some models are recognized by UL, CSA and TÜV.

Reference value

Trademark

Rated voltage

Part number

CSA markOnly parts marked with thismark are CSA approved.

TÜV markOnly parts marked with thismark are TÜV approved.

DSAZR

Features

®

DSAZR

: mmUnit : mm

–

–

–

1)UL1449

2)C22.2No.269.4-17

3)EN62368-1

For Power LinesDSAZR

2 9 3 0

MMC_EC2018.indb 30 2018/5/14 14:41:51

3 1 3 2

DE37 401(Vs)

23

401 40 101=400v

W

20%W

L

15%

30.0 3.0 30.0 3.0

0.50 0.05

15%

M 20%

3.7 0.4

7.0 1.0

mmUnit: mm

Series DC Spark-overvoltage(Vs)


Ex.)401 means:40 101=400v


Part number system

Dimensions

Features

DE37 5mm1500A 8/20 sec. 300~ 500V

400V ADSL POTS* ITU T K.20K.21 Basic Test Condition

ADSLPOTS Plain Old Telephone Service

5mm 15.5mm

1pF

100M

The DE37 surge absorbers have a 5mm pitch and are ideal for power lines and communication networks. This compact device can handle surgesof up to 1500A(8/20µsec.) and is available in several voltages ranging from300V to 4500V.The 400V part meets the standard for ADSL POTS* splitters:ITU-T(International Telecommunication Union test standard) K.20 and K.21Basic Test Condition, and has already received good response from both service providers and home users in ADSL splitters.

The 5mm pitch; radial taped parts can be mounted using automatic insertion equipment (the part is lower than 15.5mm). (except the item of over 2700V)

Also available in axial taping (the glass tube can be mounted flat using automatic insertion equipment).

Can be used on megabit class high speed without attenuation of signal due a capacitance value of less than 1pF.

Superior surge response characteristics due to microgap technology.High insulation resistance of over 100MΩ.

DE37

A12F26mm

A22F52mm

Packing form

Axial taping (taping width 26mm), Flat pack taping

A21F52mm



D04F

S00B

Radial, Flat pack taping

Bulk pack

S00B

For Communication LinesDE37

NEW

DE37

Characteristics

ITU T K.20 Basic Test Condition

10/700 µsec 1.5kV/4kV 25Ω 5AC

AC600V 600Ω 1sec. 5AC

AC230V 10 1000Ω 15min AC230V DE37 401W

Basic Conditions for ITU-T K.20Surge Test: 10/700µsec, 1.5kV/4kV (25Ω), 5 times.AC Induced Test : AC600V (600Ω), 1sec., 5 times.AC Cross Test: AC230V(10~1000Ω), 15min.

(however, AC230V is too low for the DE37-401W to react)

1) AC125V:V1mA 270V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

2) AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

3) V1mA 470V D ø5mmApproved if used with a varistor (V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

4) UL Standard UL 497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.5) UL Standard UL 1449 File No. E3183146) TÜV Report No.J50164439

DE37-401W 400V（340～480） DC 250V

DC 100V

DC 500V

DC 1000V

DE37-301L 300V（255～345）

DE37-351M 350V（280～420）

DE37-501M 500V（400～600）

DE37-102M 1,000V（800～1,200） 100MΩmin. 1pF max. 1500A

DE37-362M 3,600V（2.880～4,320）

DE37-272M 2,700V（2,160～3,240）

DE37-302M 3,000V（2,400～3,600）

DE37-452M 4,500V（3,600～5,400）

AC1,800V-3sec

AC1,500V-1min.

AC1,000V-1min.AC1,200V-3sec

－

－－

－

－

－

2）

2）

2）

1）

AC2,000V-1min.

8/20µsec.100A 300times


3）

3）

3）

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

4)UL 497B

5)UL1449

6)EN62368-1


MMC_EC2018.indb 31 2018/5/14 14:41:52

3 1 3 2

DE37 401(Vs)

23

401 40 101=400v

W

20%W

L

15%

30.0 3.0 30.0 3.0

0.50 0.05

15%

M 20%

3.7 0.4

7.0 1.0

mmUnit: mm



Ex.)401 means:40 101=400v


Part number system

Dimensions

Features

DE37 5mm1500A 8/20 sec. 300~ 500V

400V ADSL POTS* ITU T K.20K.21 Basic Test Condition

ADSLPOTS Plain Old Telephone Service

5mm 15.5mm

1pF

100M

The DE37 surge absorbers have a 5mm pitch and are ideal for power lines and communication networks. This compact device can handle surgesof up to 1500A(8/20µsec.) and is available in several voltages ranging from300V to 4500V.The 400V part meets the standard for ADSL POTS* splitters:ITU-T(International Telecommunication Union test standard) K.20 and K.21Basic Test Condition, and has already received good response from both service providers and home users in ADSL splitters.

The 5mm pitch; radial taped parts can be mounted using automatic insertion equipment (the part is lower than 15.5mm). (except the item of over 2700V)

Also available in axial taping (the glass tube can be mounted flat using automatic insertion equipment).

Can be used on megabit class high speed without attenuation of signal due a capacitance value of less than 1pF.

Superior surge response characteristics due to microgap technology.High insulation resistance of over 100MΩ.

DE37

A12F26mm

A22F52mm

Packing form


A21F52mm



D04F

S00B


Bulk pack

S00B

For Communication LinesDE37 DE37

Characteristics

ITU T K.20 Basic Test Condition

10/700 µsec 1.5kV/4kV 25Ω 5AC

AC600V 600Ω 1sec. 5AC

AC230V 10 1000Ω 15min AC230V DE37 401W

Basic Conditions for ITU-T K.20Surge Test: 10/700µsec, 1.5kV/4kV (25Ω), 5 times.AC Induced Test : AC600V (600Ω), 1sec., 5 times.AC Cross Test: AC230V(10~1000Ω), 15min.

(however, AC230V is too low for the DE37-401W to react)

1) AC125V:V1mA 270V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

2) AC125V:V1mA 270V D ø5mm AC250V:V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

3) V1mA 470V D ø5mmApproved if used with a varistor (V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).

4) UL Standard UL 497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.5) UL Standard UL 1449 File No. E3183146) TÜV Report No.J50164439

DE37-401W 400V（340～480） DC 250V

DC 100V

DC 500V

DC 1000V

DE37-301L 300V（255～345）

DE37-351M 350V（280～420）

DE37-501M 500V（400～600）

DE37-102M 1,000V（800～1,200） 100MΩmin. 1pF max. 1500A

DE37-362M 3,600V（2.880～4,320）

DE37-272M 2,700V（2,160～3,240）

DE37-302M 3,000V（2,400～3,600）

DE37-452M 4,500V（3,600～5,400）

AC1,800V-3sec

AC1,500V-1min.

AC1,000V-1min.AC1,200V-3sec

－

－－

－

－

－

2）

2）

2）

1）

AC2,000V-1min.



3）

3）

3）

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

4)UL 497B

5)UL1449

6)EN62368-1


NEW

MMC_EC2018.indb 32 2018/5/14 14:41:53

3 3 3 4

DSS 301–Vs

23

–L

L 15

M 20

S 00 B

A12F26mm

A22F52mm

A22R 52mm

30.0 3.0 30.0 3.0

0.50 0.05

3.3 0.4

7.0 1.0

9 98 8351M7 76 6601M5 54 4

301L401M

3 3201M 2 2

1 10 0

The tens digit of product Lot No. The unit digit of product Lot No.Third color band

DSS-601M

DSS-401M

DSS-351M

DSS-301L

DSS-201M

–

2)UL 497B

UL

600V(480 720)

1) DOC 1cycle 10/1000µsec. 1KV-12times, 100/1000µsec. 1KV-12times respectively.2) UL Standard UL 497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.

400V(320 480)

350V(280 420) 100MΩmin. 1pF max.1)

DOCDOC 1cycle

300V(255 345)

200V(160 240)DC 100V

DC 250V

500A

mmUnit mm

Part number system

Dimensions

Marking

UL



Packing formDC Spark-overvoltage tolerance



Axial taping (taping width 52mm), Reel taping

Features

Surge protection for telephone lines.(telephone, modem, facsimile etc.)Surge protection for telecommunication lines.(computer etc.)Some models are recognized by UL.

Color code

WhiteGrayPurpleBlueGreenYellowOrangeRedBrownBlack

Part numberFirst color band Second color band

Part number UL recognizedDC spark-overvoltage

Vs


IR


1kHz-6V max.

Surge lifetest


8/20µsec.

DSS DSS

30130 101=300v

Ex.) 301 means:30 101=300v

C04F

S00B


Bulk pack

For Communication Lines

S00B

FCC 10/560µsec. 800V

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

DOC 10/1000µsec. 1000V

DSS–301LFCC 10/560µsec. 800V

DSS–401LDOC 10/1000µsec. 1000V

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

Varistor 270V Varistor 390V

Surge Response characteristics (Reference)

Original waveform

Response waveform

DSSDSSFor Communication Lines

MMC_EC2018.indb 33 2018/5/14 14:41:54

3 3 3 4

DSS 301–Vs

23

–L

L 15

M 20

S 00 B

A12F26mm

A22F52mm

A22R 52mm

30.0 3.0 30.0 3.0

0.50 0.05

3.3 0.4

7.0 1.0

9 98 8351M7 76 6601M5 54 4

301L401M

3 3201M 2 2

1 10 0

The tens digit of product Lot No. The unit digit of product Lot No.Third color band

DSS-601M

DSS-401M

DSS-351M

DSS-301L

DSS-201M

–

2)UL 497B

UL

600V(480 720)

1) DOC 1cycle 10/1000µsec. 1KV-12times, 100/1000µsec. 1KV-12times respectively.2) UL Standard UL 497B File No. E175280 DC spark-over voltage is described as break down voltage in the UL report.

400V(320 480)

350V(280 420) 100MΩmin. 1pF max.1)

DOCDOC 1cycle

300V(255 345)

200V(160 240)DC 100V

DC 250V

500A

mmUnit mm

Part number system

Dimensions

Marking

UL



Packing formDC Spark-overvoltage tolerance




Features

Surge protection for telephone lines.(telephone, modem, facsimile etc.)Surge protection for telecommunication lines.(computer etc.)Some models are recognized by UL.

Color code



Part number UL recognizedDC spark-overvoltage

Vs


IR


1kHz-6V max.

Surge lifetest


8/20µsec.

DSS DSS

30130 101=300v

Ex.) 301 means:30 101=300v

C04F

S00B


Bulk pack

For Communication Lines

FCC 10/560µsec. 800V

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

DOC 10/1000µsec. 1000V

DSS–301LFCC 10/560µsec. 800V

DSS–401LDOC 10/1000µsec. 1000V

10µsec./div.

200V

/div

.

200V

/div

.

10µsec./div.

Varistor 270V Varistor 390V


Original waveform

Response waveform

DSSDSSFor Communication Lines

MMC_EC2018.indb 34 2018/5/14 14:41:55

3 5 3 6

9876543

272M302M

210

2700 3000V 2DSS-272M AC1200V-3 AC1000V-1 DSS-302M AC1500V-1

AC

100M

UL1449 CSA TÜV

23

272 27 102=2700V

M 20

DSS 272Vs

M

DSS-272M

DSS-302M

2,700V(2,160 3,240)

3,000V(2,400 3,600)100MΩmin. 1pF max.

8/20µsec50A300

300 times500A

AC UL EN


AC1,500V-1min. 3)

CSA

1)

2)

Marking

Characteristics

Part number system

1 AC125V:V1mA 270V D ø5mm AC250V V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).


3 UL Standard UL1449 File No.E3183144 CSA Standard C22.2 No1 File No. CA1114115 TÜV Report No J9750615.

High DC spark-over voltage in spite of compact size (2types; 2700, 3000V) .DSS-272M and DSS-302M each correspond to 1200volts rms 3seconds or 1000volts rms 1minute and 1500volts rms 1minute AC withstanding voltage tests respectively.Quick response for surge voltage and low limiting voltage.Small capacitance and excellent insulation resistance (100MΩmin)Stable for repeated discharge test conditions and environmental fluctuation.No polarity.No dark effect.This series are recognized under UL1449, CSA and TÜV.


Ex.) 272 means : 27 102=2700V



Features

Color code


Part number The unit digit of lot numberFirst color band Second color band

Part number DC spark-over voltageVs(V)

Insulation resistanceIR


Surge life testSurge currentcapacity

AC withstandingvoltage

UL approved EN approvedCSA approved

30.0 3.0 30.0 3.0

0.50 0.05

3.3 0.4

7.0 1.0

mmUnit: mm

Dimensions

DSS

DC500V

A 22 R

A12F26mm

A22F52mm

A22R 52mm

Packing form



Axial taping (taping width 52mm), Reel

S00B Bulk pack

3)UL1449

4)LTI-002-2011

5)EN62368-1

1)

1)

High voltage DSSFor Communication Lines

A22R

3000DSS–272M

2000

1000

010–3 10–2 10–1

3000

DSS–302M

2000

1000

010–3 10–2 10–1

1µsec./div.

2kV

/div

.

V I Characteristics (Reference)


2kV

/div

.

1µsec./div.

DSS–272M

2kV

/div

.

1µsec./div.

DSS–302M

Dis

char

ge v

olta

ge(V

)

Discharge current(A)

Arc discharge region

Glow discharge region

Dis

char

ge v

olta

ge(V

)




Original waveform

1.2/50µsec.10kV

DSS–272M Response waveform


DSS High voltage DSSFor Communication Lines

MMC_EC2018.indb 35 2018/5/14 14:41:56

3 5 3 6

9876543

272M302M

210

2700 3000V 2DSS-272M AC1200V-3 AC1000V-1 DSS-302M AC1500V-1

AC

100M

UL1449 CSA TÜV

23

272 27 102=2700V

M 20

DSS 272Vs

M

DSS-272M

DSS-302M

2,700V(2,160 3,240)

3,000V(2,400 3,600)100MΩmin. 1pF max.

8/20µsec50A300

300 times500A

AC UL EN


AC1,500V-1min. 3)

CSA

1)

2)

Marking

Characteristics

Part number system

1 AC125V:V1mA 270V D ø5mm AC250V V1mA 470V D ø5mmApproved if used with a varistor (125VAC : V1mA 270V, ø 5mm ; 250VAC : V1mA 470V, ø 5mm) electrically connected in series (soldered, crimped, or welded).


3 UL Standard UL1449 File No.E3183144 CSA Standard C22.2 No1 File No. CA1114115 TÜV Report No J9750615.

High DC spark-over voltage in spite of compact size (2types; 2700, 3000V) .DSS-272M and DSS-302M each correspond to 1200volts rms 3seconds or 1000volts rms 1minute and 1500volts rms 1minute AC withstanding voltage tests respectively.Quick response for surge voltage and low limiting voltage.Small capacitance and excellent insulation resistance (100MΩmin)Stable for repeated discharge test conditions and environmental fluctuation.No polarity.No dark effect.This series are recognized under UL1449, CSA and TÜV.


Ex.) 272 means : 27 102=2700V



Features

Color code








UL approved EN approvedCSA approved

30.0 3.0 30.0 3.0

0.50 0.05

3.3 0.4

7.0 1.0

mmUnit: mm

Dimensions

DSS

DC500V

A 22 R

A12F26mm

A22F52mm

A22R 52mm

Packing form



Axial taping (taping width 52mm), Reel

S00B Bulk pack

3)UL1449

4)LTI-002-2011

5)EN62368-1

1)

1)

High voltage DSSFor Communication Lines

3000DSS–272M

2000

1000

010–3 10–2 10–1

3000

DSS–302M

2000

1000

010–3 10–2 10–1

1µsec./div.

2kV

/div

.

V I Characteristics (Reference)


2kV

/div

.

1µsec./div.

DSS–272M

2kV

/div

.

1µsec./div.

DSS–302M

Dis

char

ge v

olta

ge(V

)




Dis

char

ge v

olta

ge(V

)




Original waveform

1.2/50µsec.10kV



DSS High voltage DSSFor Communication Lines

MMC_EC2018.indb 36 2018/5/14 14:41:57

3 7 3 8

CDA70 线路电。


4032 型背， 8/20µs-2,000A型。

400V ADSL POTS 路 ITU-T 电试验

K.20 K.21 Enhanced Test Condition。

4032 型

AC 试

性

0.6pF 电 100MΩ 上

1449RoHS

Part number system

CDA70 is a chip type surge absorber for communication line with excellent surge protection characteristics and low capacitance less than 0.6pF. Even its small package design, it is easily able to withstand 2,000A(8/20µsec.) surge.Meets the standard for ADSL POTS splitters, in accordance with ITU-T (International Telecommunication Union test standrd) K.20 and K.21 Enhanced Test Conditions.POTS : Plain Old Telephone Service

FeaturesStandard small chip package ; EIA 1612, height ; 2.3±0.2mmCan be used with flow or reflow solderAllows performing the AC withstanding voltage testExcellent surge responseLow capacitance of less than 0.6pF Excellent insulation resistance over 100MohmStable for repeated discharge tests UL1449 RecognizedRoHS compliant

线

CDA70 CDA70 Chip TypeFor Communication Lines

TL

L　 ±15％

M　 ±20％

－－301CDA70 M带

Taping formSeries电电 Vs


电电DC Spark-over

voltage toleranceMarking

2 电， 3 。


带Taping

T

例 301 30 101=300vEx 301 means: 30 101=300v

特性 Ch aracteri s ti cs

Dimensions Recommended Land Pattern

4.85mm

2.9mm

3.50mm

Copper

L 4.0 0.2W 3.2 0.2T 2.3 0.2L1.L2 0.4 0.2 (mm)

T

W

L

L2L1

1 电 AC125V:V1mA 270V，D ø10mm，AC250V:V1mA 470V，D ø10mm 电导线证。

Approved if used with a varistor (125VAC : V1mA 270V, D ø10mm, 250VAC : V1mA 470V, D ø10mm), electrically connected in series (soldered, crimped, or welded).2 电 V1mA 470V,D ø5mm 电导线证。

Approved if used with a varistor (V1mA 470V, D ø5mm), electrically connected in series (soldered, crimped, or welded).3 UL Standard UL 497B File No. E1752804 UL Standard UL 1449 File No. E3183145 TÜV Report No.J50164470

NEW

型 Part number



IR


1kHz-6V max.C


Surge lifetest

AC 电Withstanding

Voltage

UL 证UL recognized

EN 证EN recognized

3)UL497B

4)UL1449

5)EN62368-1

CDA70-301L 300V(255～345)

100MΩmin.

DC100V

0.6pF max. 2,000A8/20 s

100A 300times

― 1) ―

CDA70-401L 400V(340～460)

DC250V

― 1) ―

CDA70-501M 500V(400～600) ― 1) ―

CDA70-601M 600V(480～720) ― 1) ―

CDA70-701M 700V(560～840) ― 1) ―

CDA70-102M 1,000V(800～1,200)

DC500V

― ― 1) ―

CDA70-152M 1,500V(1,200～1,800) ― ― 1) ―

CDA70-272M 2,700V(2,160～3,240)AC1,000V-1min.AC1,200V-3sec. ― 1) ―

CDA70-302M 3,000V(2,400～3,600) AC1,500V-1min. ― 1) 2)

CDA70-362M 3,600V(2,880～4,320) AC1,800V-3sec. ― 1) 2)

CDA70 线路电。


4032 型背， 8/20µs-2,000A型。



4032 型

AC 试

性


1449RoHS

Part number system



线


MMC_EC2018.indb 37 2018/5/14 14:41:58

3 7 3 8

CDA70 线路电。


4032 型背， 8/20µs-2,000A型。



4032 型

AC 试

性


1449RoHS

Part number system



线


CDA70 线路电。


4032 型背， 8/20µs-2,000A型。



4032 型

AC 试

性


1449RoHS

Part number system



线



Surge Response Characteristics (Reference)

，CDA70 0.6pF 电，。

As can be seen in the figure on the left, the CDA70 series can be used on megabit class lines without in bibiting the high-speed signals due to a low capacitance of less than 0.6pF.

-20

-15

-10

-5

0

1 10 100 1,000

Frequency/MHz

Inse

rtio

n lo

ssdB

CDA70VaristorThyristar

Insertion loss propertied (Reference)

Original waveform10/700µsec. 6kV

350VThyristor type 350V Response waveform

CDA70-401LCDA70-401L Response waveform

1kV

/div

.

2µsec./div.

1kV

/div

.

2µsec./div.

1kV

/div

.

2µsec./div.

Marking

型 Part number Number with two digits maximum

Production month

Production year

　　　

NEW

MMC_EC2018.indb 38 2018/5/14 14:41:58

3 9 4 0

CSA700.6pF

1,500A 8/20 sec. 400V ADSL POTS*ITU-T - K.20 K.21 Basic Test Condition

Taping form

TL

L 15%

M 20%

L 4.0 0.2W 3.2 0.2T 2.3 0.2L1.L2 0.4 0.2 (mm)

401

23


Part number system

Characteristics

mm Dimensions (mm) Recommended Land Pattern

CSA70 is a chip type surge absorber for protecting communication networks. Through our long history of developing microgap products, we have been able to realize a product with excellent surge protection characteristics and low capacitance of less than 0.6pF. Even with its small package design, it is easilyable to withstand 1,500A (8/20µsec.) surges. Meets the standard for ADSL POTS* splitters, in accordance with ITU-T (International Telecommunication Union test standard) K.20 and K.21 Basic Test Conditions.

*POTS : Plain Old Telephone ServiceFeatures

CSA70

SeriesVs



40140 101=400v

Ex 401 means:40 101=400v

CSA70-301L 300V(255~345)

CSA70-401L 400V(340~460)

CSA70-601M 600V(480~720)

100MΩmin. 0.6pF max.8/20µsec-50A

300 times

Part number DC Spark-over voltageVs


C

8 20µsec-2,000A


Surge lifetest


L1

L

W

T

L2

4032

0.6pF100M

UL497B

Standard small chip package (EIA 1612, height 2.3+/-0.2mm), for use withstandard place and reflow solder equipment.Superior surge response characteristics from microgap technology.Low capacitance of less than 0.6pF means no appreciable attenuation on high-speed, megabit class communication signals.High insulation resistance of over 100MΩ.Use tin plated electrodes and are completely lead free.This series are recognized under UL497B.


CSA70-401LThyristor type 350V Varistor 390V

10/700µsec. 4kVResponse waveform against 10/700µsec. 4kV

100V

/div

.

10µsec./div.

100V

/div

.

10µsec./div.

100V

/div

.

10µsec./div.

CSA70

1 UL Standard UL 497B File No. E175280

1UL 497B

ULUL recognized

4.85mm

2.9mm

3.50mm

Copper

DC 100V

DC 250V

CSA70

TapingT

CSA70 Chip TypeFor Communication Lines

CSA70-401L ITU-T K.20 K21 ( )10/700µsec.1.5kV/4kV 25Ω 5

AC AC600V 600Ω 1sec.5Power induction Test

AC AC230V(10 1000Ω)15min.Power cross Test

Response waveform10/700µsec. 1.5kV

100V

/div

.

10µsec./div.

CSA70 401L

CSA70 0.6pF

AC230V CSA70-401L

CSA70-401L ADSL POTS* ITU T K.20 K.21 Basic Test Condition

Response waveform10/700µsec. 4kV

100V

/div

.

10µsec./div.

Insertion loss properties (Reference)

-20

-15

-10

-5

0

1 10 100 1,000

Frequency/MHz

Inse

rtion

loss

(dB

)

CSA70VaristorThyristor

600

500

400

300

200

0 1 2 3 4 5

Vs

(V)

As can be seen in the figure on the left, the CSA70 series can be used on megabit class lines without in bibiting the high-speed signals due to a low capacitance of less than 0.6pF.

As seen in the figure on the left, through out the test, the breakdown voltage never decreases, Furthermore, there is no charge in the insulation resistance or capacitance of the part.

However, AC230V is too low for CSA70-401L to react.

As mentioned above, CSA70-401L correspond to ITU-T (International / Telecommunication Union Test Standard) K.20 or K.21 Basic Test Conditions for the ADSL POTS* spliter standard

Surge Test

Please refer to page 106 for soldering conditions.106

Surge(times)

CSA70 CSA70 Chip TypeFor Communication Lines

MMC_EC2018.indb 39 2018/5/14 14:42:00

3 9 4 0

CSA700.6pF

1,500A 8/20 sec. 400V ADSL POTS*ITU-T - K.20 K.21 Basic Test Condition

Taping form

TL

L 15%

M 20%

L 4.0 0.2W 3.2 0.2T 2.3 0.2L1.L2 0.4 0.2 (mm)

401

23


Part number system

Characteristics

mm Dimensions (mm) Recommended Land Pattern

CSA70 is a chip type surge absorber for protecting communication networks. Through our long history of developing microgap products, we have been able to realize a product with excellent surge protection characteristics and low capacitance of less than 0.6pF. Even with its small package design, it is easilyable to withstand 1,500A (8/20µsec.) surges. Meets the standard for ADSL POTS* splitters, in accordance with ITU-T (International Telecommunication Union test standard) K.20 and K.21 Basic Test Conditions.

*POTS : Plain Old Telephone ServiceFeatures

CSA70

SeriesVs



40140 101=400v

Ex 401 means:40 101=400v

CSA70-301L 300V(255~345)

CSA70-401L 400V(340~460)

CSA70-601M 600V(480~720)

100MΩmin. 0.6pF max.8/20µsec-50A

300 times



C

8 20µsec-2,000A


Surge lifetest


L1

L

W

T

L2

4032

0.6pF100M

UL497B

Standard small chip package (EIA 1612, height 2.3+/-0.2mm), for use withstandard place and reflow solder equipment.Superior surge response characteristics from microgap technology.Low capacitance of less than 0.6pF means no appreciable attenuation on high-speed, megabit class communication signals.High insulation resistance of over 100MΩ.Use tin plated electrodes and are completely lead free.This series are recognized under UL497B.


CSA70-401LThyristor type 350V Varistor 390V

10/700µsec. 4kVResponse waveform against 10/700µsec. 4kV

100V

/div

.

10µsec./div.

100V

/div

.

10µsec./div.

100V

/div

.

10µsec./div.

CSA70

1 UL Standard UL 497B File No. E175280

1UL 497B

ULUL recognized

4.85mm

2.9mm

3.50mm

Copper

DC 100V

DC 250V

CSA70

TapingT

CSA70 Chip TypeFor Communication Lines

CSA70-401L ITU-T K.20 K21 ( )10/700µsec.1.5kV/4kV 25Ω 5

AC AC600V 600Ω 1sec.5Power induction Test

AC AC230V(10 1000Ω)15min.Power cross Test

Response waveform10/700µsec. 1.5kV

100V

/div

.

10µsec./div.

CSA70 401L

CSA70 0.6pF

AC230V CSA70-401L

CSA70-401L ADSL POTS* ITU T K.20 K.21 Basic Test Condition

Response waveform10/700µsec. 4kV

100V

/div

.

10µsec./div.

Insertion loss properties (Reference)

-20

-15

-10

-5

0

1 10 100 1,000

Frequency/MHz

Inse

rtion

loss

(dB

)

CSA70VaristorThyristor

600

500

400

300

200

0 1 2 3 4 5

Vs

(V)

As can be seen in the figure on the left, the CSA70 series can be used on megabit class lines without in bibiting the high-speed signals due to a low capacitance of less than 0.6pF.

As seen in the figure on the left, through out the test, the breakdown voltage never decreases, Furthermore, there is no charge in the insulation resistance or capacitance of the part.

However, AC230V is too low for CSA70-401L to react.

As mentioned above, CSA70-401L correspond to ITU-T (International / Telecommunication Union Test Standard) K.20 or K.21 Basic Test Conditions for the ADSL POTS* spliter standard

Surge Test

Please refer to page 106 for soldering conditions.106

Surge(times)

CSA70 CSA70 Chip TypeFor Communication Lines

MMC_EC2018.indb 40 2018/5/14 14:42:01

4 1 4 2


DSP 301–Vs

23

30130 101=300v

–N

M 20%

N 30%

30.0 3.0 30.0 3.0

mmUnit mm

0.50 0.05

2.6 0.4

7.0 1.0

DSP-751N

DSP-501N

DSP-301N

DSP-201M

DSP-141N

750V (525 975)

500V (350 650)

300V (210 390) 100MΩmin. 1pF max. 1500pF-0Ω-10kV200 times

200V (160 240)

140V (98 182) DC 50V

DC 100V

DC 250V

141N 9 98 8

751N 7 76 6

501N 5 54 4

301N 3 3201M 2 2

1 10 0

The tens dijit of product Lot No. The unit dijit of product Lot No.Third color band

Part number system

Marking

Dimensions

Characteristics

VTR BSDSP-141N



Ex.) 301 means:30 101=300v


Part numberDC spark-over

voltageVs


IR


C

Surge lifetest

Color code



Features

Car radio, radio cassette, wireless, new media.Protection from electrostatic discharge in a CRT display or monitor TV.

(Except DSP-141N)Protection against electrostatic discharge.

DSP

S00B

A11F26mm

A21F52mm

A21R 52mm

Packing form




C04F

S00B


Bulk pack

1,000A

DSPFor ESD

V t V t Characteristics (Reference)

Electrostatic response characteristics (Reference)

500pF–500Ω–10kV

1µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

0.01 0.1

time (µsec.)

Ne-Tube-80(Dark mode)

Ne-Tube-80(Light mode)

DSP-201M

· ·

1 50.1

0.2

0.5

11

2

5

10

1µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

DSP–201M

Ne 80V Ne 80V

Original waveform

· Rapid response against electrostatic discharge with instantaneous rise.· No dark effect.

volta

ge (

kV)

DSP–201M Response waveform (Light & Dark mode)

Ne–Tube-80V Response waveform (Dark mode) Ne–Tube-80V Response waveform (Light mode)

DSP DSPFor ESD

MMC_EC2018.indb 41 2018/5/14 14:42:03

4 1 4 2


DSP 301–Vs

23

30130 101=300v

–N

M 20%

N 30%

30.0 3.0 30.0 3.0

mmUnit mm

0.50 0.05

2.6 0.4

7.0 1.0

DSP-751N

DSP-501N

DSP-301N

DSP-201M

DSP-141N

750V (525 975)

500V (350 650)

300V (210 390) 100MΩmin. 1pF max. 1500pF-0Ω-10kV200 times

200V (160 240)

140V (98 182) DC 50V

DC 100V

DC 250V

141N 9 98 8

751N 7 76 6

501N 5 54 4

301N 3 3201M 2 2

1 10 0

The tens dijit of product Lot No. The unit dijit of product Lot No.Third color band

Part number system

Marking

Dimensions

Characteristics

VTR BSDSP-141N



Ex.) 301 means:30 101=300v


Part numberDC spark-over

voltageVs


IR


C

Surge lifetest

Color code



Features

Car radio, radio cassette, wireless, new media.Protection from electrostatic discharge in a CRT display or monitor TV.

(Except DSP-141N)Protection against electrostatic discharge.

DSP

S00B

A11F26mm

A21F52mm

A21R 52mm

Packing form




C04F

S00B


Bulk pack

1,000A

DSPFor ESD

V t V t Characteristics (Reference)


500pF–500Ω–10kV

1µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

0.01 0.1

time (µsec.)

Ne-Tube-80(Dark mode)

Ne-Tube-80(Light mode)

DSP-201M

· ·

1 50.1

0.2

0.5

11

2

5

10

1µsec./div.

2kV

/div

.

2kV

/div

.

1µsec./div.

DSP–201M

Ne 80V Ne 80V

Original waveform

· Rapid response against electrostatic discharge with instantaneous rise.· No dark effect.

volta

ge (

kV)

DSP–201M Response waveform (Light & Dark mode)

Ne–Tube-80V Response waveform (Dark mode) Ne–Tube-80V Response waveform (Light mode)

DSP DSPFor ESD

MMC_EC2018.indb 42 2018/5/14 14:42:03

4 3 4 4

( 1000 1500 2700 3000V4 )DSP-272M AC1200V-3 AC1000V-1 DSP-302MAC1500V-1 AC

(100M )

DSP-102MDSP-152M

DSP-272M

DSP-302M

1,000V(800 1,200)1,500V(1,200 1,800)

2,700V(2,160 3,240)

3,000V(2,400 3,600)

100MΩmin. 1pF max.1,500pF-0Ω-10kV

200 times300A

AC

AC1,000V-1min.AC1,200V-3sec.AC1,500V-1min.

9876543

102M152M272M302M

210

Marking

Characteristics

High DC spark-over voltage(4types; 1000, 1500, 2700, 3000V) in spite of compact size.DSP-272M and DSP-302M each correspond to 1200volts rms 3seconds or 1000volts rms 1minute and 1500volts rms 1minute AC withstanding voltage tests respectively.Quick response for electrostatic surge and low limiting voltage.Small capacitance and excellent insulation resistance (100M min)Stable for repeated electrostatic test conditions and environmental fluctuation.No polarity.No dark effect.




DC500V



Color code



Features

30.0 3.0 30.0 3.0

mmUnit mm

0.50 0.05

2.6 0.4

7.0 1.0

Dimensions

DSP


272 27 102=2700V

M 20%

DSP 272(Vs)

MPart number system

Ex.) 272 means : 27 102=2700V

Series DC Spark-overvoltage tolerance

23


A 21 R

A11F26mm

A21F52mm

A21R 52mm

Packing form




S00B Bulk pack

High voltage DSPFor ESD

A21R

500pF–500Ω–10kV

5µsec./div.

2kV

/div

.2k

V/d

iv.

5µsec./div.

DSP–272M

2kV

/div

.

5µsec./div.

DSP–302M

V I V l Characteristics (Reference)


3000DSP–272M

2000

1000

A

010–3 10–2 10–1

3000DSP–302M

2000

1000

A

010–3 10–2 10–1

Original waveform

DSP–272M Response waveform

DSP–302M Response waveformD

isch

arge

vol

tage

(V)

Discharge current (A)



Dis

char

ge v

olta

ge(V

)




DSP High voltage DSPFor ESD

MMC_EC2018.indb 43 2018/5/14 14:42:05

4 3 4 4

( 1000 1500 2700 3000V4 )DSP-272M AC1200V-3 AC1000V-1 DSP-302MAC1500V-1 AC

(100M )

DSP-102MDSP-152M

DSP-272M

DSP-302M

1,000V(800 1,200)1,500V(1,200 1,800)

2,700V(2,160 3,240)

3,000V(2,400 3,600)

100MΩmin. 1pF max.1,500pF-0Ω-10kV

200 times300A

AC

AC1,000V-1min.AC1,200V-3sec.AC1,500V-1min.

9876543

102M152M272M302M

210

Marking

Characteristics

High DC spark-over voltage(4types; 1000, 1500, 2700, 3000V) in spite of compact size.DSP-272M and DSP-302M each correspond to 1200volts rms 3seconds or 1000volts rms 1minute and 1500volts rms 1minute AC withstanding voltage tests respectively.Quick response for electrostatic surge and low limiting voltage.Small capacitance and excellent insulation resistance (100M min)Stable for repeated electrostatic test conditions and environmental fluctuation.No polarity.No dark effect.




DC500V



Color code



Features

30.0 3.0 30.0 3.0

mmUnit mm

0.50 0.05

2.6 0.4

7.0 1.0

Dimensions

DSP


272 27 102=2700V

M 20%

DSP 272(Vs)

MPart number system

Ex.) 272 means : 27 102=2700V

Series DC Spark-overvoltage tolerance

23


A 21 R

A11F26mm

A21F52mm

A21R 52mm

Packing form




S00B Bulk pack

High voltage DSPFor ESD

500pF–500Ω–10kV

5µsec./div.

2kV

/div

.2k

V/d

iv.

5µsec./div.

DSP–272M

2kV

/div

.

5µsec./div.

DSP–302M

V I V l Characteristics (Reference)


3000DSP–272M

2000

1000

A

010–3 10–2 10–1

3000DSP–302M

2000

1000

A

010–3 10–2 10–1

Original waveform



Dis

char

ge v

olta

ge(V

)




Dis

char

ge v

olta

ge(V

)




DSP High voltage DSPFor ESD

MMC_EC2018.indb 44 2018/5/14 14:42:05

4 5 4 6

L 3.2 0.2W 1.6 0.2T 1.6 0.2L1.L1 0.5 0.25 (mm)

CSA30 (EIA 1206 size) is a chip type surge absorber for protection from ESD (electrostatic discharge). Through our long history of developing microgap products, we have been able to realize a product with excellent surge protection characteristics and low capacitance of less than 1pF. Even with its small package design, it is easily able to meet the electrostatic protection requirements of IEC61000-4-2.

CSA30-401Q 400V(320~520)

CSA30-141N 140V(98~182)10MΩmin.

DC 250V

DC 50V1pF max. 150pF-330Ω-25kV

20 times



C

Surge life test(Contact discharge)


L1

L

W

T

L2

Copper

CSA30 (3216 )1pF

150pF-330 -25kV IEC61000-4-2

IEC61000-4-2

FeaturesESD surge absorber in a compact surface mount package.Can be used with flow or reflow solder.Microgap technology gives excellent surge response.Can use in high frequency circuits due to low capacitance.High insulation resistance characteristics.Available in embossed taping.Conforms with IEC61000-4-2 standard.

Taping

Taping form

TN

N 30%

141

23


CSA30

Series(Vs)



30%

20%

B

T

Bulk

Characteristics

Part number system


( )

150pF 330 -2~8kV ( )2~15kV ( )

CSA30 150pF-330 -25kV

IEC61000-4-2Electrostatic discharge immunity test150pF-330 -2~8kV (Contact discharge)

2~15kV (Air discharge)CSA30 series is easily able to meet requirements of IEC61000-4-2.

About IEC61000-4-2


141 14 101=140vEx.) 141 means: 14 101=140v

Q

2.2mm

5.0mm

2.0mm

CSA30 CSA30 Chip TypeFor ESD

CSA20 (2125 )1pF

150pF-330 -20kV IEC61000-4-2

Taping

Taping form

TN

N 30%

L 2.0 0.2W 1.25 0.2T 1.25 0.2L1.L1 0.4 0.25 (mm)

141

23


Characteristics

IEC61000-4-2

IEC61000-4-2 About IEC61000-4-2



CSA20

Series(Vs)



CSA20-401Q 400V(320 520)

CSA20-141N 140V(98 182)100MΩmin.

DC 250V

DC 50V

( )

1pF max. 150pF-330Ω-20kV20 times



C



B

T

Bulk

L1

L

W

T

L2

Part number system


150pF-330 -2~8kV ( )2~15kV ( )

CSA20 150pF-330 -20kV

4.0mm

1.2mm

1.65mm

Copper


Electrostatic discharge immunity test150pF-330 -2~8kV (Contact discharge)


20120 101=200v

Ex.) 201 means:20 101=200v

Q20%30%


MMC_EC2018.indb 45 2018/5/14 14:42:07

4 5 4 6

L 3.2 0.2W 1.6 0.2T 1.6 0.2L1.L1 0.5 0.25 (mm)


CSA30-401Q 400V(320~520)

CSA30-141N 140V(98~182)10MΩmin.

DC 250V

DC 50V1pF max. 150pF-330Ω-25kV

20 times



C



L1

L

W

T

L2

Copper

CSA30 (3216 )1pF

150pF-330 -25kV IEC61000-4-2

IEC61000-4-2


Taping

Taping form

TN

N 30%

141

23


CSA30

Series(Vs)



30%

20%

B

T

Bulk

Characteristics

Part number system


( )

150pF 330 -2~8kV ( )2~15kV ( )

CSA30 150pF-330 -25kV

IEC61000-4-2Electrostatic discharge immunity test150pF-330 -2~8kV (Contact discharge)


About IEC61000-4-2


141 14 101=140vEx.) 141 means: 14 101=140v

Q

2.2mm

5.0mm

2.0mm


CSA20 (2125 )1pF

150pF-330 -20kV IEC61000-4-2

Taping

Taping form

TN

N 30%

L 2.0 0.2W 1.25 0.2T 1.25 0.2L1.L1 0.4 0.25 (mm)

141

23


Characteristics

IEC61000-4-2

IEC61000-4-2 About IEC61000-4-2



CSA20

Series(Vs)



CSA20-401Q 400V(320 520)

CSA20-141N 140V(98 182)100MΩmin.

DC 250V

DC 50V

( )

1pF max. 150pF-330Ω-20kV20 times



C



B

T

Bulk

L1

L

W

T

L2

Part number system


150pF-330 -2~8kV ( )2~15kV ( )

CSA20 150pF-330 -20kV

4.0mm

1.2mm

1.65mm

Copper


Electrostatic discharge immunity test150pF-330 -2~8kV (Contact discharge)


20120 101=200v

Ex.) 201 means:20 101=200v

Q20%30%


MMC_EC2018.indb 46 2018/5/14 14:42:08

4 7 4 8

线路保 "LITOL" 保电感

电。LTM 电。

线

R, S(N), T, E 。LTM-250 (LTM-125, LTM-400)线板上，电线 R-R, S-S(N-N), T-T, E-E线。

(Wiring method)There are name plates of R,S(N), T,E in power line input of machine control panel. Please connect corresponding parts of “LTM-250 (LTM-125, LTM-400)” to the above, like R-R, S-S(N-N) and T-T, E-E.

1 保线

非

电，

电 AC125V/AC250V/AC400V面电电，，保

II JIS C5381-11 试

NC 电

Part number system

・ Dimensions

LITOL Line Surge Protector has been developed to effectively protect all types of electronic equipment and machinery from induced surge voltages from lightning and from electrical noise. The LTM series can be installed in control boxes and in switch boards.

1 unit can protect between lines and between groundCompact and easy to mountDurable against multiple surges, long lifeCompatible with rating of 125VAC/250VAC/400VACResponds quickly to lightning surges, protects devices Satisfy with ClassII surge test condition.

(JIS C5381-11)

NC tooling, arc discharge machining, robots, etc.

Features

Applications

Characteristics

电电 In (8/20µs)电，

3 AC250VThree-Phase 3 wire AC250V

L T M -2 5 0

L T M -2 5 0

R

T

S

R

220V/110VS T E

Powersupply Computer circuits

Controlsignal

Motor

LTM 125－Shape Rated voltage Special code

125 AC125V

250 AC250V

400 AC400V

R

U

F

I m a x = 2 0 k A

I m a x = 5 k A

O p e r a t i n g i n d i c a t o r L E D

LTM-125ULTM-250ULTM-400U

120

102

68

：mm

R N T E

ø4.5

LITOL/LTM LTMFor switch board SPD

LTM-400RF

型

Part number

电

Maximum continuous operating voltageUc

电电

Nominal discharge currentIn

电电

Maximum Discharge currentImax

电保

Voltage Protection levelUp 1

Operating indicator 2

LTM-125RFAC150V 3 线

Single-phase 3 wires

10kA8/2µs

20kA8/2µs

线线 1.2kV

YES

线－ GND 1.5kV

LTM-250RFAC275V 3 3 线

Three-phase 3 wires

线线 1.5kV线－ GND 1.5kV

LTM-400RFAC510V 3 4 线

Three-phase 4 wires线线 2.5kV

线－ GND 2.5kV

LTM-125RAC150V 3 线

Single-phase 3 wires线线 1.2kV

线－ GND 1.5kV

LTM-250RAC275V 3 3 线


线－ GND 1.5kV

LTM-400RAC510V 3 4 线

Three-phase 4 wires


LTM-125UAC125V 3 线

Single-phase 3 wires

3kA8/2µs

5kA8/2µs


LTM-250UAC275V 3 3 线


线－ GND 1.5kV

LTM-400UAC510V 3 3 线


线－ GND 2.5kV

1 Nominal discharge current In : 8/20µs2 The LED isn't replace the immediately.

MMC_EC2018.indb 47 2018/5/14 14:42:09

4 7 4 8

MMC_EC2018.indb 48 2018/5/14 14:42:09

Taping

S 0.8 0.8max.

t 3.2 3.2min.

R

Z 1.0 1.0max. 1.2 1.2max. 1.0 1.0max. 1.2 1.2max.

T 6.0 1.0

L1-L2 1 1max.

P 5.0 0.5

A21A11

W 261.50.0 52

2.01.0

1 1max.

10.0 0.5

A22A12

261.50.0 52

2.01.0

R

S T STWL1 L2

t

Z

P

C04FDSP DSS DE37-272M

D0 ø4.0 0.2

H1 32.2 32.2max.

H0 16.0 0.5

W1 9.0 0.5

W 18.0

F 5.0 0.5

P2 6.35 1.3

P1 3.85 0.5

P0 12.7 0.3

P 12.7 1.0

1.00.5

Axial taping

Terminal must not project from tape.

SymbolAxial Taping(mm)

C04FRadial Taping C04F (mm)

Radial taping:C04FHigh voltage DSP, high voltage DSS and more than DE37-272M is not providedin this form.

D04FDSP DSS DE37-272M

Radial taping:D04FHigh voltage DSP, high voltage DSS and more than DE37-272M is not providedin this form.

Symbol

D0 4.0 0.2

H1 31.0max.

H0 16.0 0.5

2.0max.

t1 0.6 0.3

W2 3.0max.

W1 9.0 0.5

W0 13.0 0.5

W 18.0

F 5.0 0.5

P2 6.35 1.0

P1 3.85 0.5

P0 12.7 0.3

P 12.7 1.0

1.00.5

D04FRadial Taping D04F (mm)Symbol

h

h h

W1

P0

D0

H1

H0

P2 P

P1 F

W

t1

W1

W2

W0

P0

D0

H1

H0

P2 P

P1 F

W

Taping·Packing

<S00B>120mm

150mm

<A21F A22F>

C 255mm

B 75mm

A 68mm

A

C

B

C 335mm

B 183mm

A 48mm

C04F

<C04F>

A

C

B

C 255mm

B 85mm

A 47mm

<A11F A12F>

A

C

B

C 400max

W 68mm

B ø35min

A ø14min

<A21R A22R>

CW

BA

Packing quantity·Packing form

Bulk <S00B>

Ammo pack <A21F·A22F>

Ammo pack <C04F> <FA55 CDA70LE>

Ammo pack <FA55·CDA70LE>Ammo pack <A11F·A12F>

Reel <A21R·A22R> <CSA20, CSA30>Bulk<CSA20, CSA30>

Please consult us for the packingform except the above.

A

C

B

C

B

A

330

140

40

G04F

FA55

330

145

40

H06F

Taping·Packing

CDA70L：数量CDA70L/Unit quantity

FA55：数量FA55/Unit quantity

G04F:2000 /G04F:2000pcs/boxH06F:1500 /H06F:1500pcs/box

A22F:500 /A22F:500pcs/boxAxial taping (in box)

Bulk packing inplastic bag

Form

Radial taping(in box)

SMDSMD taping(in reel)

CSA20,CSA30:CSA20,CSA30/Unit quantity

CSA70, CDA70:CSA70, CDA70/Unit quantity

B 500 /B type:500pcs/bag

T type:2000 /T type:2000pcs/reel

DSA:DSA/Unit quantity

A 100 /A type:100pcs/bag

-05F25 100 /-05F25:100pcs/bag

DA53:DA53/Unit quantity

B 100 /

-E15E 100 /

-E25E 100 /

B type:100pcs/bag

A22F 500 /A22F:500pcs/box

-E25E:100pcs/bag

-E15E:100pcs/bag


Axial taping (in box)


Axial taping (in reel)

Radial taping(in reel)


S00B:200 /S00B:200pcs/bag

A11F:2000 /

A21F:2000 /

A12F:1000 /

A22F:1000 /

A11F:2000pcs/box

A21F:2000pcs/box

A12F:1000pcs/box

A22F:1000pcs/box

C04F :2000 /

C04R:3000 /C04R:3000pcs/reel

C04F:2000pcs/box

A21R:4000 /

A22R:3000 /A21R:4000pcs/reel

A22R:3000pcs/reel

A21F:1000 /A21F:1000pcs/box

A12F:1000pcs/box

A22F:1000pcs/box

A21R:3000 /A21R:3000pcs/reel

C04F :2000 /C04F:2000pcs/box

A22R:3000 /A22R:3000pcs/reel

A12F:1000 /

A22F:1000 /

D04F :2000 /(DE37-272M

)

A22F:1000 /

A12F:1000 /

A22F:1000pcs/box

A12F:1000pcs/box

A21F:1000 /A21F:1000pcs/box

D04F:2000pcs/box(Except more thanDE37-272M)

DSP:High voltage DSP

/Unit quantity

DSS:High voltage DSS

/Unit quantity

DE37:DE37/Unit quantity

DSP:DSP/Unit quantity

DSS:DSS/Unit quantity

FA55:FA55/Unit quantity

DSAZR,DSANR,DSAHR:

DSAZR,DSANR:200 /DSAZR,DSANR:200pcs/boxDSAHR:100 /DSAHR:100pcs/box

DSAZR,DSANR,DSAHR/Unit quantity

4 9 5 0

MMC_EC2018.indb 49 2018/5/14 14:42:12

Taping

S 0.8 0.8max.

t 3.2 3.2min.

R

Z 1.0 1.0max. 1.2 1.2max. 1.0 1.0max. 1.2 1.2max.

T 6.0 1.0

L1-L2 1 1max.

P 5.0 0.5

A21A11

W 261.50.0 52

2.01.0

1 1max.

10.0 0.5

A22A12

261.50.0 52

2.01.0

R

S T STWL1 L2

t

Z

P

C04FDSP DSS DE37-272M

D0 ø4.0 0.2

H1 32.2 32.2max.

H0 16.0 0.5

W1 9.0 0.5

W 18.0

F 5.0 0.5

P2 6.35 1.3

P1 3.85 0.5

P0 12.7 0.3

P 12.7 1.0

1.00.5

Axial taping

Terminal must not project from tape.

SymbolAxial Taping(mm)

C04FRadial Taping C04F (mm)

Radial taping:C04FHigh voltage DSP, high voltage DSS and more than DE37-272M is not providedin this form.

D04FDSP DSS DE37-272M

Radial taping:D04FHigh voltage DSP, high voltage DSS and more than DE37-272M is not providedin this form.

Symbol

D0 4.0 0.2

H1 31.0max.

H0 16.0 0.5

2.0max.

t1 0.6 0.3

W2 3.0max.

W1 9.0 0.5

W0 13.0 0.5

W 18.0

F 5.0 0.5

P2 6.35 1.0

P1 3.85 0.5

P0 12.7 0.3

P 12.7 1.0

1.00.5

D04FRadial Taping D04F (mm)Symbol

h

h h

W1

P0

D0

H1

H0

P2 P

P1 F

W

t1

W1

W2

W0

P0

D0

H1

H0

P2 P

P1 F

W

Taping·Packing

<S00B>120mm

150mm

<A21F A22F>

C 255mm

B 75mm

A 68mm

A

C

B

C 335mm

B 183mm

A 48mm

C04F

<C04F>

A

C

B

C 255mm

B 85mm

A 47mm

<A11F A12F>

A

C

B

C 400max

W 68mm

B ø35min

A ø14min

<A21R A22R>

CW

BA

Packing quantity·Packing form

Bulk <S00B>

Ammo pack <A21F·A22F>

Ammo pack <C04F> <FA55 CDA70LE>

Ammo pack <FA55·CDA70LE>Ammo pack <A11F·A12F>

Reel <A21R·A22R> <CSA20, CSA30>Bulk<CSA20, CSA30>

Please consult us for the packingform except the above.

A

C

B

C

B

A

330

140

40

G04F

FA55

330

145

40

H06F

Taping·Packing

CDA70L：数量CDA70L/Unit quantity

FA55：数量FA55/Unit quantity


A22F:500 /A22F:500pcs/boxAxial taping (in box)


Form


SMDSMD taping(in reel)

CSA20,CSA30:CSA20,CSA30/Unit quantity

CSA70, CDA70:CSA70, CDA70/Unit quantity

B 500 /B type:500pcs/bag

T type:2000 /T type:2000pcs/reel

DSA:DSA/Unit quantity

A 100 /A type:100pcs/bag

-05F25 100 /-05F25:100pcs/bag

DA53:DA53/Unit quantity

B 100 /

-E15E 100 /

-E25E 100 /

B type:100pcs/bag

A22F 500 /A22F:500pcs/box

-E25E:100pcs/bag

-E15E:100pcs/bag


Axial taping (in box)


Axial taping (in reel)

Radial taping(in reel)


S00B:200 /S00B:200pcs/bag

A11F:2000 /

A21F:2000 /

A12F:1000 /

A22F:1000 /

A11F:2000pcs/box

A21F:2000pcs/box

A12F:1000pcs/box

A22F:1000pcs/box

C04F :2000 /

C04R:3000 /C04R:3000pcs/reel

C04F:2000pcs/box

A21R:4000 /

A22R:3000 /A21R:4000pcs/reel

A22R:3000pcs/reel

A21F:1000 /A21F:1000pcs/box

A12F:1000pcs/box

A22F:1000pcs/box

A21R:3000 /A21R:3000pcs/reel

C04F :2000 /C04F:2000pcs/box

A22R:3000 /A22R:3000pcs/reel

A12F:1000 /

A22F:1000 /

D04F :2000 /(DE37-272M

)

A22F:1000 /

A12F:1000 /

A22F:1000pcs/box

A12F:1000pcs/box

A21F:1000 /A21F:1000pcs/box

D04F:2000pcs/box(Except more thanDE37-272M)

DSP:High voltage DSP

/Unit quantity

DSS:High voltage DSS

/Unit quantity

DE37:DE37/Unit quantity

DSP:DSP/Unit quantity

DSS:DSS/Unit quantity

FA55:FA55/Unit quantity

DSAZR,DSANR,DSAHR:

DSAZR,DSANR:200 /DSAZR,DSANR:200pcs/boxDSAHR:100 /DSAHR:100pcs/box

DSAZR,DSANR,DSAHR/Unit quantity

4 9 5 0

MMC_EC2018.indb 50 2018/5/14 14:42:13

Taping

G04F/H06F Radial taping:G04F/H06F

D0

h

H1

t1

H0

W2

W

F

P2

P1

P0

P

W0

W1

2.0Max.

27.0Max.

0.6 0.3

4.0 0.2

16.0 0.5

3.0Max.

13.0 0.5

9.0 0.5

5.0 0.5

6.35 1.00

3.85 0.50

12.7 0.3

12.7 1.0

18.0 1.00.5

2.0Max.

27.0Max.

0.6 0.3

4.0 0.2

16.0 0.5

3.0Max.

13.0 0.5

9.0 0.5

7.5 0.5

7.5 1.0

3.75 0.50

15.0 0.3

15.0 1.0

18.0 1.00.5

G04F H06F

D0

H1

t1

t2

H0

W2

W

F1

P2

P1

P0

P

W0

W1

P3

2.0Max.

28.5Max.

0.6 0.3

1.5Max.

4.0 0.2

16.0 2.0

3.0Max.

13.0 0.5

9.0 0.5

5.0 0.5

6.35 1.00

11.0 1.0

3.85 0.50

12.7 0.3

12.7 1.0

18.0

2.0Max.

28.5Max.

0.6 0.3

1.5Max.

4.0 0.2

16.0 2.0

3.0Max.

13.0 0.5

9.0 0.5

7.5 1.00

7.5 1.00

11.0 1.0

3.75 0.50

15.0 0.3

15.0 1.0

18.0

G04F H06F

Radial Taping (mm)Symbol

h

1.00.5

1.00.5

D0

P1

H0

H1

P

t1t2

P0F1 P2

W0

W2

W1

W

P3

hh

CDA70LERadial Taping(CDA70LE Series) (mm)

Symbol

Taping·Packing

h h

t1

P0

WW0

W2

W1D0

P2 P

P1 FH0

H1

带 CDA70LE G04FRadial taping:CDA70LE Series (G04F)

H1

H0

P2 P

P1 F

D0

P0

t1

W

W0

W2

W1

h h

带 CDA70LE H06FRadial taping:CDA70LE Series (H06F)

A B C D

E W1 W2 r

ø180+0 ø60+1 ø13.0 0.2 R10.5 0.4-0-3

2.0 0.5 9.0 0.3 11.4 1.0 0.5

E

C

D

A L F

G H

E

Embossed compopent compartment

Sprocke: hole

D C

J

t 1K

B

W1

W2

r

A

Packing code Series

T CSA20 2,000

SMD CSA20/CSZ20SMD Taping (CSA20/CSZ20 Series) Reel

Plastic carrier tape

Reel

Packing Qty

A

unit (mm)

unit (mm)

B C D E F

G H J K L t1

1.45 0.1CSA20

mark

mark

CSA20

2.2 8.0 0.2 3.50 0.05 1.75 0.1 4.0 0.1

2.00 0.05 4.0 0.1 ø1.5 0.10

1.42 0.05 ø1.0 1.00

0.25 0.05

D,G

EC

D

AF

G H

E


Sprocke: hole

D C

J

t 1K

B

B

W1

W2

r

A

Packing code Series

T CSA70CDA70

2,000

SMD CSA70/CDA70SMD Taping (CSA70/CDA70 Series) Reel


Reel

Packing Qty

A

unit (mm)

unit (mm)

B C D E F

G H J K

3.6 0.1CSA70CDA70

mark

mark

CSA70CDA70

4.3 12.0 0.1 5.50 0.05 1.75 0.1 8.0 0.1

2.00 0.05 4.0 0.1 ø1.55 0.05 2.5 0.1

A B C D

E W1 W2 r

Ø180+0 Ø60+1 Ø13.0 0.2 R10.5 0.4-0-3

2.0 0.5 9.0 0.3 11.4 1.0 0.5

Packing code Series

T CSA30CSZ30

2,000

SMD CSA30SMD Taping (CSA30 Series) Reel

Reel

Packing Qty

unit (mm)

unit (mm)

A

CE

Dr

B

W1

W2

A L F

G H

E


Sprocke: hole

D C

J

B2

t 1K

B1


A B C D E F

G H J K L t1

1.85 0.05CSA30

mark

mark

CSA30

3.50 .05 8.0 0.1 3.50 0.05 1.75 0.1 4.0 0.1

2.00 0.05 4.0 0.1 ø1.55 0.05 1.80 0.05 ø1.05 0.05 0.25

A B C D

E W1 W2 r

ø382 ø50.0 ø13.0 0.2 21 0.8

2.0 0.5 13.0 0.5 18.4 1.0

t1

0.30 0.05

Taping·Packing

5 1 5 2

MMC_EC2018.indb 51 2018/5/14 14:42:16

Taping

G04F/H06F Radial taping:G04F/H06F

D0

h

H1

t1

H0

W2

W

F

P2

P1

P0

P

W0

W1

2.0Max.

27.0Max.

0.6 0.3

4.0 0.2

16.0 0.5

3.0Max.

13.0 0.5

9.0 0.5

5.0 0.5

6.35 1.00

3.85 0.50

12.7 0.3

12.7 1.0

18.0 1.00.5

2.0Max.

27.0Max.

0.6 0.3

4.0 0.2

16.0 0.5

3.0Max.

13.0 0.5

9.0 0.5

7.5 0.5

7.5 1.0

3.75 0.50

15.0 0.3

15.0 1.0

18.0 1.00.5

G04F H06F

D0

H1

t1

t2

H0

W2

W

F1

P2

P1

P0

P

W0

W1

P3

2.0Max.

28.5Max.

0.6 0.3

1.5Max.

4.0 0.2

16.0 2.0

3.0Max.

13.0 0.5

9.0 0.5

5.0 0.5

6.35 1.00

11.0 1.0

3.85 0.50

12.7 0.3

12.7 1.0

18.0

2.0Max.

28.5Max.

0.6 0.3

1.5Max.

4.0 0.2

16.0 2.0

3.0Max.

13.0 0.5

9.0 0.5

7.5 1.00

7.5 1.00

11.0 1.0

3.75 0.50

15.0 0.3

15.0 1.0

18.0

G04F H06F

Radial Taping (mm)Symbol

h

1.00.5

1.00.5

D0

P1

H0

H1

P

t1t2

P0F1 P2

W0

W2

W1

W

P3

hh

CDA70LERadial Taping(CDA70LE Series) (mm)

Symbol

Taping·Packing

A B C D

E W1 W2 r

ø180+0 ø60+1 ø13.0 0.2 R10.5 0.4-0-3

2.0 0.5 9.0 0.3 11.4 1.0 0.5

E

C

D

A L F

G H

E


Sprocke: hole

D C

J

t 1K

B

W1

W2

r

A

Packing code Series

T CSA20 2,000

SMD CSA20/CSZ20SMD Taping (CSA20/CSZ20 Series) Reel


Reel

Packing Qty

A

unit (mm)

unit (mm)

B C D E F

G H J K L t1

1.45 0.1CSA20

mark

mark

CSA20

2.2 8.0 0.2 3.50 0.05 1.75 0.1 4.0 0.1

2.00 0.05 4.0 0.1 ø1.5 0.10

1.42 0.05 ø1.0 1.00

0.25 0.05

D,G

EC

D

AF

G H

E


Sprocke: hole

D C

J

t 1K

B

B

W1

W2

r

A

Packing code Series

T CSA70CDA70

2,000

SMD CSA70/CDA70SMD Taping (CSA70/CDA70 Series) Reel


Reel

Packing Qty

A

unit (mm)

unit (mm)

B C D E F

G H J K

3.6 0.1CSA70CDA70

mark

mark

CSA70CDA70

4.3 12.0 0.1 5.50 0.05 1.75 0.1 8.0 0.1

2.00 0.05 4.0 0.1 ø1.55 0.05 2.5 0.1

A B C D

E W1 W2 r

Ø180+0 Ø60+1 Ø13.0 0.2 R10.5 0.4-0-3

2.0 0.5 9.0 0.3 11.4 1.0 0.5

Packing code Series

T CSA30CSZ30

2,000

SMD CSA30SMD Taping (CSA30 Series) Reel

Reel

Packing Qty

unit (mm)

unit (mm)

A

CE

Dr

B

W1

W2

A L F

G H

E


Sprocke: hole

D C

J

B2

t 1K

B1


A B C D E F

G H J K L t1

1.85 0.05CSA30

mark

mark

CSA30

3.50 .05 8.0 0.1 3.50 0.05 1.75 0.1 4.0 0.1

2.00 0.05 4.0 0.1 ø1.55 0.05 1.80 0.05 ø1.05 0.05 0.25

A B C D

E W1 W2 r

ø382 ø50.0 ø13.0 0.2 21 0.8

2.0 0.5 13.0 0.5 18.4 1.0

t1

0.30 0.05

Taping·Packing

5 1 5 2

MMC_EC2018.indb 52 2018/5/14 14:42:17

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