Laube Relay · PDF fileLAUBE TECHNOLOGY RELAYS APPLICATION/TYPE CURRENT PAGE # Electro-Mechanical Relay 173~174 Telecom 1 ~ 3 amps 3 PCB 5 ~ 25 amps 18 General Purpose 5 ~ 30

LAUBE TECHNOLOGY

RELAY CATALOG

© 2004 Laube Technology (Rel.-1\04 )

(VER. 1.3)

1

LAUBE TECHNOLOGY RELAYS

APPLICATION/TYPE CURRENT PAGE #

173~174Electro-Mechanical Relay

Telecom 1 ~ 3 amps 3

PCB 5 ~ 25 amps 18

General Purpose 5 ~ 30 amps 49

Automotive 15 ~ 40 amps 79

Solid State 2 ~ 80 amps 94

Dry reeds 400mA ~ 2 amps 136

Mercury wetted reeds 1 ~ 5 amps 163

High voltage reeds 3 amps 170

Specifications of the product described within are subject to revision without notice.

Please contact our sales office prior to ordering.

For information about products not represented in this catalog, please

contact the sales department of Laube Technology Component Division.

Email address: [email protected]

Toll free telephone number: 888-355-2823

Phone number: 805-388-1050

Fax number: 805-388-5718

www.laube.com

Cross-Reference Chart

Laube Technology Contact Information 175

2

LAUBE TECHNOLOGY

TELECOM RELAYS

CONTACT FORM CURRENT PART SERIES PAGE #'S

(1A) SPST-NO 1 AMP HJR4102 8~10

(1A) SPST-NO 1 AMP HJR4102E 11~13

(1C) SPDT 2 AMP TR5V 4~7

(1C) SPDT 3 AMP HJR4102 8~10

(1C) SPDT 3 AMP HJR4102E 11~13

(2C) DPDT 1 AMP HJR1-2C 14~17

(2C) DPDT 2 AMP HJR1-2C 14~17

3

Laube Technology TR5V

TR5VSPECIFICATION FILE NUMBER: T-08KH101A

DATE: 2001/11/02

Features

Designed for thermostat modem, computer

peripherals, video recording and security applications.

1 form A and 1 form C contact arrangement.

Low coil power requirement for IC compatibility.

Terminals arranged on grid pattern.

Designed for compact, high density mounting.

CONTACT DATA

Contact Form 1C

Contact Material AgNi+Au

Contact Ratings 2A 120VAC/2A 24VDC

Max Switching Voltage 120VAC/60VDC

Max Switching Current 2A

Max Switching Power 240VA/48W

Contact Resistance 100m Max at 6VDC 1A

Life Expectancy Electrical 100,000 Operations(at 30 Operations/min.)

Mechanical 10,000,000 Operations

GENERAL DATA

Insulation Resistance 1000M Min at500VDC

Dielectric Strength Between Open Contacts 400VAC(for one minute)

Between Contacts and coil 1000VAC(for one minute)

Operate Time 4ms Max

Release Time 3ms Max

Temperature Range -25oC~ +55 oC

Operating Extremes 10G Shock Resistance

Damage Limits 100G

Vibration Resistance 10-55Hz Double amplitude of 2.0.mm

Humidity 35%-85%RH

Weight Approx. 2.2g

Safety Standard UL:E173485

4


COIL DATA

Coil Resistance at20±10%

( )

Max Operate Voltage

(VDC)Nominal Voltage

(VDC)0.2w 0.36w 0.2w 0.36w

Min Release Voltage

(VDC)

Max Applicable Voltage

(VDC)

3 45 25 2.25 2.1 0.3 3.9

5 125 69.4 3.75 3.5 0.5 6.5

6 180 100 4.5 4.2 0.6 7.8

9 405 225 6.75 6.3 0.9 11.7

12 720 400 9 8.4 1.2 15.6

24 2880 1600 18 16.8 2.4 31.2

TR5VSPECIFICATION FILE NUMBER: T-08KH101A

DATE: 2001/11/02

Features

Designed for thermostat modem, computer

peripherals, video recording and security applications.

1 form A and 1 form C contact arrangement.

Low coil power requirement for IC compatibility.

Terminals arranged on grid pattern.

Designed for compact, high density mounting.

CONTACT DATA

Contact Form 1C

Contact Material AgNi+Au

Contact Ratings 1A 120VAC/1A 24VDC







5

GENERAL DATA

Insulation Resistance 1000M Min at500VDC



Operate Time 4ms Max

Release Time 3ms Max

Temperature Range -25 oC~+55 oC


Damage Limits 100G

Vibration Resistance 10-55Hz Double amplitude of 2.0.mm

Humidity 35%-85%RH

Weight Approx. 2.2g


COIL DATA

Coil Resistance at20±10%

( )

Max Operate Voltage

(VDC)Nominal Voltage

(VDC)0.15w 0.15w

Min Release Voltage

(VDC)


(VDC)

3 60 2.4 0.3 3.9

5 167 4.0 0.5 6.5

6 240 4.8 0.6 7.8

9 540 7.2 0.9 11.7

12 960 9.6 1.2 15.6

ORDERING CODE

TR5V D--12VDC-S---Z

Z Form C

Sealed

Coil Nominal Voltage

D=0.36W Coil Power

L=0.2W

M=0.15W

Relay Model


6

OVERALL AND MOUNTING DIMENSIONS

Terminal Arrangement/

Internal Connections

(Bottom view)

Dimensions


7

HJR4102SPECIFICATION

FILE NUMBER: P-08KA201A

DATE: 2001/11/02

Featues

Small size and low cost

DIP standard terminals

Several sensitivity

Sealed type available

CONTACT DATA

Contact Form 1A/1C

Contact Material Ag+Au AgNi+Au

Contact Ratings 1A 120VAC/24VDC 3A 120VAC/24VDC

Max Switching Voltage 240VAC/60VDC 240VAC/60VDC

Max Switching Current 1A 3A

Max Switching Power 120VA/30W 360VA/90W




GENERAL DATA

Insulation Resistance 100M Min at 500VDC



Operate Time 5ms

Release Time 5ms

Temperature Range -25oC to+55oC

Operating Extremes 10GShock Resistance

Damage Limits 50G

Vibration Resistance 10-55Hz,1.5mm

Humidity 40-85%

Weight Approx. 3.5g

Safety Standard UL E173485

Laube Technology HJR4102

8

COIL DATA

Coil Resistance at20±10%( )NominalVoltage

(VDC) 0.2W 0.36W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC

Max ApplicableVoltage

VDC

3 45 25 20 2.25 0.3 3.9

5 125 70 56 3.75 0.5 6.5

6 180 100 80 4.5 0.6 7.8

9 405 220 180 6.75 0.9 11.7

12 720 400 320 9 1.2 15.6

24 2800 1600 1280 18 2.4 31.2

ORDERING CODE

HJR4102 D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.36W Coil Power

L=0.2W N=0.45W

Relay Model


9


12

Form A

8

Form C

12

1

1

5 6

8 7

5 6


10

HJR4102ESPECIFICATION


DATE: 2001/11/02

Featues

Small size and low cost


Several sensitivity


CONTACT DATA

Contact Form 1A/1C



Max Switching Voltage 240VAC/60VDC 240VAC/60VDC






GENERAL DATA




Operate Time 5ms

Release Time 5ms

Temperature Range -25oC to+55 oC


Damage Limits 50G


Humidity 40-85%

Weight Approx 3.5g

Safety Standard UL E173485

Laube Technology HJR4102E

11

COIL DATA


(VDC) 0.2W 0.36W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 45 25 20 2.25 0.3 3.9

5 125 70 56 3.75 0.5 6.5

6 180 100 80 4.5 0.6 7.8

9 405 220 180 6.75 0.9 11.7

12 720 400 320 9 1.2 15.6

24 2800 1600 1280 18 2.4 31.2

ORDERING CODE

HJR4102E D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.36W Coil Power

L=0.2W N=0.45W

Relay Model


12



13

HJR1-2CSPECIFICATION


DATE: 2001/11/02

Featues

DPDT configuration

High sensitivity


Sealed version

CONTACT DATA

Contact Form 2C


Contact Ratings 0.5A 120VAC/1A24VDC 1A120VAC/2A 24VDC







GENERAL DATA


Dielectric Strength Between Open Contacts 500/750VAC (for one minute/sec)

Between Contacts and coil 1000/1250VAC (for one minute/sec)

Operate Time 6ms

Release Time 4ms



Damage Limits 50G


Humidity 40-85%

Weight Approx.5g

Safety Standard UL:E173485 cUL. TUV:R9859574

Laube Technology HJR1-2C

14

COIL DATA


(VDC) 0.2W 0.36W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 45 25 20 2.25 0.3 3.9

5 125 70 56 3.75 0.5 6.5

6 180 100 80 4.5 0.6 7.8

9 405 220 180 6.75 0.9 11.7

12 720 400 320 9 1.2 15.6

24 2800 1600 1280 18 2.4 31.2

48 6400±15% 5100±15% 36 4.8 62.4

HJR1-2CSPECIFICATION


DATE: 2001/11/02

Featues

DPDT configuration

High sensitivity


Sealed version

CONTACT DATA

Contact Form 2C

Contact Material Ag+Au

Contact Ratings 0.5A 120VAC 1A 24VDC








15

GENERAL DATA


Dielectric Strength Between Open Contacts 500(for one minute)

Between Contacts and coil 1000(for one minute)

Operate Time 8ms

Release Time 4ms

Temperature Range -30 oC to+70 oC


Damage Limits 50G


Humidity 40-85%

Weight Approx.5g

Safety Standard UL:E173485 cUL. TUV:R9859574

COIL DATA


(VDC) 0.15W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 60 2.4 0.15 3.9

5 167 4 0.25 6.5

6 240 4.8 0.3 7.8

9 540 7.2 0.45 11.7

12 960 9.6 0.6 15.6

ORDERING CODE

HJR1-2C D--12VDC


D=0.36W Coil Power

L=0.2W M=0.15W N=0.45W

Relay Model


16



17

LAUBE TECHNOLOGY

PCB RELAYS


(1A) SPST-NO 5 TRJV 28~30

(1A) SPST-NO 10 TRG1 31~33

(1A) SPST-NO 12 TRA1 34~36

(1A) SPST-NO 12 TRA4 43~45

(1A) SPST-NO 15 HJR-21FF 22~24

(1A) SPST-NO 15 HJR-3FF 19~21

(1A) SPST-NO 20 TRA2 37~39

(1A) SPST-NO 25 HJR-78F 25~27

(1C) SPDT 10 TRG1 31~33

(1C) SPDT 12 TRA1 34~36

(1C) SPDT 15 HJR-21FF 22~24

(1C) SPDT 20 TRA2 37~39

(1C) SPDT 25 HJR-78F 25~27

(2A) 2-SPST-NO 8 TRA3 40~42

(2A) 2-SPST-NO 7 TRA5 46~48

(2C) DPDT 8 TRA3 40~42

18

HJR-3FFSPECIFICATION


DATE: 2001/11/02

Features

10A switching capability

Small footprint


CONTACT DATA

Contact Form 1A/1C

Contact Material AgCdO AgSnO

Contact Ratings

1A:10A 240VAC,

15A 12VDC(TUV)

12A 120VAC/24VDC

1C: 7A 240VAC/10A 120VAC/24VDC

5A 240VAC(TUV)







GENERAL DATA




Operate Time 10ms

Release Time 5ms



Damage Limits 100G

Vibration Resistance 10-50Hz 1.5mm

Humidity 40—85%

Weight Approx 10g

Safety Standard UL:E 173485 TUV:R 9859574,CH0062184-2001

Laube Technology HJR-3FF

19

COIL DATA


(VDC) 0.36W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 25 2.25 0.3 3.9

5 70 3.75 0.5 6.5

6 100 4.5 0.6 7.8

9 225 6.75 0.9 11.7

12 400 9 1.2 15.6

18 900 13.5 1.8 23.4

24 1600 18 2.4 31.2

48 6400 ±15% 5100 ±15% 36 4.8 62.4

ORDERING CODE

HJR-3FF--12VDC-S---Z

Z Form C

H Form A

Sealed


Relay Model


20



21

HJR-21FFSPECIFICATION


DATE: 2001/11/02

Features


SPST-NO configuration

Small footprint

Sealed version available

CONTACT DATA

Contact Form 1A/1C


Contact Ratings

1A:12A 240VAC

15A 12VDC(TUV)

15A 120VAC/24VDC

1C:10A 240VAC/12A 120VAC/240VDC

7A 240VAC(TUV)






GENERAL DATA




Operate Time 10ms

Release Time 5ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 13g

Safety Standard TUV R9859574 UL:E173485, CH0062182-2001



22

COIL DATA


(VDC) 0.36W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 25 2.25 0.3 3.9

5 70 3.75 0.5 6.5

6 100 4.5 0.6 7.8

9 225 6.75 0.9 11.7

12 400 9 1.2 15.6

24 1600 18 2.4 31.2

48 6400±15% 5100±15% 36 4.8 62.4

ORDERING CODE

HJR-21FF---12VDC--S--H

Z Form C

H Form A

Sealed


Relay Model


23


3 2

1

5

3

4

1

2

5


24

HJR-78F(TRKM)SPECIFICATION

FILE NUMBER: P-08KE201A

DATE: 2001/11/02

Features


Small size auto relay

CONTACT DATA

Contact Form 1A/1C

Contact Material AgNi, AgSnO

Contact Ratings NC:20A14VDC NC:12A/14VDC 1C:7A 120VAC

Max Switching Voltage 16VDC


Max Switching Power 400W,840VA




GENERAL DATA




Operate Time 10ms

Release Time 5ms



Damage Limits 100G


Humidity 35-85%

Weight Approx. 6g


Laube Technology HJR-78F(TRKM)

25

COIL DATA


(VDC) 0.6W 0.8W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

6 60 45 3.9 0.48 7.8

9 135 100 5.85 0.72 11.7

12 240 180 7.8 0.96 15.6

24 960 720 15.6 1.92 31.2

ORDERING CODE

HJR-78F(TRKM) D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.8W Coil Power

L=0.6W

Relay Model


26



27

TRJVSPECIFICATION

FILE NUMBER: P-08KF201A

DATE: 2002/1/28

Features

Low profile and space saving

High sensitivity in small package

Nominal power:0.2 to 0.3W

High insulation with reinforced insulation system

Plastic sealed type

CONTACT DATA

Contact Form 1A(SPST-NO)

Contact Material SILVER ALLOY

Contact Ratings 5A 250VAC / 5A30VDC

Max Switching Voltage 250VAC / 150VDC


Max Switching Power 1250VA / 150W




GENERAL DATA




Operate Time 8ms

Release Time 4ms


Shock Resistance 10G 11ms


Humidity 40-85%

Weight Approx 4.5g

Safety Standard

Laube Technology TRJV

28

COIL DATA


(VDC) 0.2W 0.3W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

3 45 30 2.25 0.15 3.9

5 125 83 3.75 0.25 6.5

6 180 120 4.5 0.3 7.8

9 405 270 6.75 0.45 11.7

12 720 480 9 0.6 15.6

18 1620 1080 13.5 0.9 23.4

24 2880 1920 18 1.2 31.2

48 0.36W 6400±15%( ) 36 2.4 62.4

ORDERING CODE

TRJV D--12VDC--S--H

H Form A

Sealed


D=0.3W L=0.2W

Relay Model


29



30

TRG1SPECIFICATION

FILE NUMBER: P-08KB101A

DATE: 2001/11/02

Features


SPST-NO & SPDP configuration

Standard PC layout


CONTACT DATA

Contact Form 1A/1C


Contact Ratings 1A:10A/120VAC 5A/240VAC/30VDC

1A-L,1C:3A 240VAC/30VDC




Contact Resistance 100M max at 6VDC 1A



GENERAL DATA




Operate Time 8ms

Release Time 5ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 6g

Safety Standard UL: E173485, CH0062183-2001

Laube Technology TRG1

31

COIL DATA


(VDC) 0.2W 0.45W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 45 20 2.25 0.3 3.9

5 125 56 3.75 0.5 6.5

6 180 80 4.5 0.6 7.8

9 405 180 6.75 0.9 11.7

12 720 320 9 1.2 15.6

24 2880 1280 18 2.4 31.2

48 5100±15% 36 4.8 62.4

ORDERING CODE

TRG1 D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.45W Coil Power

L=0.2W

Relay Model


32


Dimensions



(Bottom view)

Form C

Form A

5


33

TRA1SPECIFICATION

FILE NUMBER: P-08KC101A

DATE: 2001/11/02

Features



Small footprint


CONTACT DATA

Contact Form 1A/1C


Contact Ratings 10A 240VAC 10A 30VDC







GENERAL DATA




Operate Time 20ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 14g


Laube Technology TRA1

34

COIL DATA


(VDC) 0.54W 0.72W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 17 13 2.4 0.15 3.9

5 46 35 4 0.25 6.5

6 67 50 4.8 0.3 7.8

9 150 110 7.2 0.45 11.7

12 270 200 9.6 0.6 15.6

24 1050 800 19.2 1.2 31.2

48 4250±15% 3200 38.4 2.4 62.4

ORDERING CODE

TRA1 D--12VDC—S--Z

Z Form C

H Form A

Sealed


D=0.72W Coil Power

L=0.54W

Relay Model


35


Dimensions



(Bottom view)


Form C

Form A

5

36

TRA2SPECIFICATION


DATE: 2001/11/02

Features

16 switching capability


5KV dieletric between coil and contacts

CONTACT DATA

Contact Form 1A/1C









GENERAL DATA




Operate Time 20ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 14g



37

COIL DATA


(VDC) 0.54W 0.72W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 17 13 2.4 0.15 3.9

5 46 35 4 0.25 6.5

6 67 50 4.8 0.3 7.8

9 150 110 7.2 0.45 11.7

12 270 200 9.6 0.6 15.6

24 1050 800 19.2 1.2 31.2

48 4250±15% 3200 38.4 2.4 62.4

ORDERING CODE

TRA2 D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.72W Coil Power

L=0.54W

Relay Model


38



Dimensions



(Bottom view)

Form C

Form A

5

39

TRA3SPECIFICATION


DATE: 2001/11/02

Features

Creepage distance: 8.0mm Min

Au-clad contact available

CONTACT DATA

Contact Form 2A/2C









GENERAL DATA




Operate Time 20ms

Release Time 10ms

Temperature Range -30oCto+70 oC


Damage Limits 100G


Humidity 40-85%

Weight Approx 14g



40

COIL DATA(2Z)


(VDC) 0.54W 0.72W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 17 13 2.4 0.15 3.9

5 46 35 4 0.25 6.5

6 67 50 4.8 0.3 7.8

9 150 110 7.2 0.45 11.7

12 270 200 9.6 0.6 15.6

24 1050 800 19.2 1.2 31.2

48 4250±15% 3200 38.4 2.4 62.4

ORDERING CODE

TRA3 D--12VDC--S---2Z

2Z Form 2C

2H Form 2A

Sealed


D=0.72W Coil Power

L=0.54W

Relay Model


41


Form A

4

Form C

Dimensions

Terminal Arrangnment/


(Bottom view)


42

TRA4SPECIFICATION


DATE: 2001/7/19

Features

1 form A contact arrangement

Immersion cleanable, sealed version available

Applications include appliance, HAVC, CTV,

Monitor, Emergency lighting

CONTACT DATA

Contact Form 1A

Contact Material AgSnO

Contact Ratings 10A 250VAC/30VDC







GENERAL DATA




Operate Time 20ms

Release Time 10ms



Damage Limits 100G


Humidity 20-85%

Weight Approx 11g

Safety Standard


43

COIL DATA


(VDC) 0.25W 0.54W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 36 16.7 2.25 0.3 3.9

5 100 46.3 3.75 0.5 6.5

6 144 66.7 4.5 0.6 7.8

9 324 150 6.75 0.9 11.7

12 576 266.7 9 1.2 15.6

24 2304 1066.7 18 2.4 31.2

48 9216±15% 4266.7±15% 36 4.8 62.4

ORDERING CODE

TRA4 D--12VDC--S--H

H Form A

Sealed


D=0.54W Coil Power

L=0.25W

Relay Model


44



(Bottom view)Dimensions



45

TRA5SPECIFICATION


DATE: 2001/7/19

Features

2 form A contact arrangement

Immersion cleanable, sealed version available

Meet 3000V dieletrie voltage between coil and

contacts (1.2/50us)

CONTACT DATA

Contact Form 2A









GENERAL DATA




Operate Time 20ms

Release Time 10ms



Damage Limits 100G


Humidity 20-85%

Weight Approx 13g

Safety Standard


46

COIL DATA


(VDC) 0.25W 0.54W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 36 16.7 2.25 0.3 3.9

5 100 46.3 3.75 0.5 6.5

6 144 66.7 4.5 0.6 7.8

9 324 150 6.75 0.9 11.7

12 576 266.7 9 1.2 15.6

24 2304 1066.7 18 2.4 31.2

48 9216±15% 4266.7±15% 36 4.8 62.4

ORDERING CODE

TRA5 D--12VDC--S---H

H Form A

Sealed


D=0.54W Coil Power

L=0.25W

Relay Model


47

Dimensions



(Bottom view)



48

LAUBE TECHNOLOGY

GENERAL PURPOSE RELAYS


(1A) SPST-NO 12 HJQ-14F

(1A) SPST-NO 20 TRAF 76~78

(1A) SPST-NO 25 HJQ-15F-1 64~66

(1A) SPST-NO 25 HJQ-15F-2 67~69

(1A) SPST-NO 25 HJQ-15F-3 70~72

(1A) SPST-NO 25 HJQ-15F-4 73~75

(1A) SPST-NO 30 HJQ-15F 60~63

(1B) SPST-NC 15 HJQ-15F 60~63

(1B) SPST-NC 15 HJQ-15F-1 64~66

(1B) SPST-NC 15 HJQ-15F-2 67~69

(1B) SPST-NC 15 HJQ-15F-3 70~72

(1B) SPST-NC 15 HJQ-15F-4 73~75

(1C) SPDT 12 HJQ-14F 50~52

(1C) SPDT 20 HJQ-13F 53~55

(1C) SPDT 20 HJQ-15F 60~63

(1C) SPDT 20 HJQ-15F-1 64~66

(1C) SPDT 20 HJQ-15F-2 67~69

(1C) SPDT 20 HJQ-15F-3 70~73

(1C) SPDT 20 HJQ-15F-4 73~75

(2C) DPDT 7 HJQ-18F 56~59

(2C) DPDT 10 HJQ-13F 53~55

(3C) 3PDT 7 HJQ-18F 56~59

50~52

49

HJQ-14FSPECIFICATION

FILE NUMBER: P-08KD201A

DATE: 2001/11/02

Features




CONTACT DATA

Contact Form 1A/1C

Contact Material AgCdO/AgSnO








GENERAL DATA




Operate Time 15ms

Release Time 8ms

Temperature Range -30oC to +70 oC


Damage Limits 100G


Humidity 40-85%

Weight Approx 18g

Safety Standard CCEE CH0031717-99

Laube Technology HJQ-14F

50

COIL DATA


(VDC)0.54W 0.72W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 16.7 12.5 2.25 0.3 3.9

5 46.3 34.7 3.75 0.5 6.5

6 66.7 50 4.5 0.6 7.8

9 150 112.5 6.75 0.9 11.7

12 266.7 200 9 1.2 15.6

24 1067 800 18 2.4 31.2

48 4267 3200 36 4.8 62.4

ORDERING CODE

HJQ-14F---12VDC---Z

Z Form C

H Form A


Relay Model


51



Dimensions



(Bottom view)

Form C

Form A

5

52



DATE: 2001/11/02

Features 15A transfer contacts Au-clad contact available

CONTACT DATA

Contact Form 2C 1C

Contact Material AgCdO AgCdO

Contact Ratings 10A 240VAC/30VDC 16A240VAC/30VDC



Max Switching Power 3000VA/360W 4000VA/480 W




GENERAL DATA




Operate Time 25ms

Release Time 25ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 35g

Safety Standard CSA:203664


53

COIL DATA(2Z)

NominalVoltage Coil Resistance at20±10%( ) Max Operate Voltage Min ReleaseVoltage Max ApplicableVoltage

VDC VAC 5-110VDC 6-240VAC

0.9W 1.2VA VDC VAC VDC VAC VDC VAC

5 6 28 11.5 3.75 4.8 0.5 1.8 6.5 7.8

6 12 40 46 4.5 9.6 0.6 3.6 7.8 15.6

12 24 160 184 9 19.2 1.2 7.2 15.6 31.2

24 48 640 735 18 38.4 2.4 14.4 31.2 62.4

48 120 2560 4550±15% 36 96 4.8 36 62.4 156

110 220/240 13445 14400±15% 82.5 220 11 39.6 143 286/312

ORDERING CODE

HJQ-13F--12VDC--2Z(P)----F---D

With LED

With Flange for 38mm pitch hole

P: PCB Type Nil: B Type

1Z form 1C 2Z Form 2C


Relay Model


54


1 2

3 4

5 6

7 8 87

5 63

1

4

2

PCB Mounting

B Type

P Type

Dimensions Terminal arrangement/

Interal connections

(Bottow view)

1

3

2

4

65

7 8

13

5

7

6

8

4

2

1ZD

2ZDDimensions Terminal arrangement/

Interal connections

(Bottow view)

Dimensions


55

HJQ-18F(4453)SPECIFICATION


DATE: 2001/11/02

Features

2 to 3 pole configurations

Au-clad contact available

CONTACT DATA

Contact Form 2C/3C

Contact Material AgCdO








GENERAL DATA




Operate Time 25ms

Release Time 25ms



Damage Limits 100G

Vibration Resistancs 10-55Hz,1.5mm

Humidity 40-85%

Weight Approx 32g


Laube Technology HJQ-18F(4453)

56

COIL DATA(2Z)

NominalVoltage Coil Resistance at20±10%( ) Max Operate Voltage Min ReleaseVoltage Max ApplicableVoltage

VDC VAC 5-110VDC 6-240VAC

0.9W 1.2VA VDC VAC VDC VAC VDC VAC

5 6 70 11.5 3.75 4.8 0.5 1.8

6 12 100 46 4.5 9.6 0.6 3.6

12 24 360 184 9 19.2 1.2 7.2

24 48 650 735 18 38.4 2.4 14.4

48 120 2600 4550±15% 36 96 4.8 36

220/240 14400±15% 176 72

ORDERING CODE

HJQ-18F---12VDC--2Z

. 2Z Form 2C

3Z Form 3C


Relay Model


57


ORDERING CODE

HJQ-18F---12VDC---2Z

. 2Z Form 2C

3Z Form 3C


Relay Model

13 14

9

5

12

8

1 4


Dimensions



(Bottom view)

58



59



DATE: 2001/11/02

Features

High power & low cost


Less than 1W coil power

Open sealed type available

CONTACT DATA

Contact Form 1A,1B,1C


Contact Ratings

1A: 25A 240VAC/20A 28VDC 30A240VAC

1B: 15A 240VAC/10A 28VDC 20A240VAC

1C:20/10A 240VAC/28VDC







GENERAL DATA


Dielectric Strength Between Open Contacts 1500VAC(1min 1mA)

Between Contacts and coil 1500VAC(1min 1mA)

Operate Time 15ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx 36g

Safety Standard CCEE:CH0064848-2001


60

COIL DATA


(VDC) 0.93W

Max Operate Voltage

VDC

Min Release Voltage

VDC


VDC

3 9.7 2.25 0.3 3.9

5 26.9 3.75 0.5 6.5

6 38.8 4.5 0.6 7.8

9 87.1 6.75 0.9 11.7

12 154.9 9 1.2 15.6

24 619.4 18 2.4 31.2

48 2477.5 36 4.8 62.4

ORDERING CODE

HJQ-15F---------12VDC---S---Z

Z Form C

H Form A

D Form B

K Open Type

S Sealed


Relay Model


61


HJQ-15F

HJQ-15F(Open Type )


62

HJQ-15F

HJQ-15F(Open Type )


63

HJQ-15F-1SPECIFICATION


DATE: 2001/11/02

Features

QC & PC terminals

High dielectric strength 3000VAC

Optional flanged case for panel mounting

CONTACT DATA



Contact Ratings

1A: 25A 240VAC/20A 28VDC 30A240VAC

1B: 15A 240VAC/10A 28VDC 20A240VAC

1C: 20/10A 240VAC/28VDC







GENERAL DATA




Operate Time 15ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx. 36g


Laube Technology HJQ-15F-1

64

COIL DATA


(VDC) 0.93W

Max Operate Voltage

VDC

Min Release Voltage

VDC


VDC

3 9.7 2.25 0.3 3.9

5 26.9 3.75 0.5 6.5

6 38.8 4.5 0.6 7.8

9 87.1 6.75 0.9 11.7

12 154.9 9 1.2 15.6

24 619.4 18 2.4 31.2

48 2477.5 36 4.8 62.4

ORDERING CODE

HJQ-15F-1-----12VDC----S---Z

Z Form C

H Form A

D Form B

K Open Type

S Sealed


Relay Model


65


HJQ-15F-1

NOCO

MNC

Form A


66



DATE: 2001/11/02

Features

QC & PC terminals



CONTACT DATA



Contact Ratings

1A: 25A 240VAC/20A 28VDC 30A240VAC

1B: 15A 240VAC/10A 28VDC 20A240VAC

1C:20/10A 240VAC/28VDC







GENERAL DATA




Operate Time 15ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx. 36g



67

COIL DATA


(VDC) 0.93W

Max Operate Voltage

VDC

Min Release Voltage

VDC


VDC

3 9.7 2.25 0.3 3.9

5 26.9 3.75 0.5 6.5

6 38.8 4.5 0.6 7.8

9 87.1 6.75 0.9 11.7

12 154.9 9 1.2 15.6

24 619.4 18 2.4 31.2

48 2477.5 36 4.8 62.4

ORDERING CODE

HJQ-15F-2-----12VDC----S---Z

Z Form C

H Form A

D Form B

K Open Type

S Sealed


Relay Model


68


HJQ15F-2

NCCO

MNO

Dimensions

Terminal arrangement/

Internal connections

(Bottom)

Top view

NCCO

MNO


69



DATE: 2001/11/02

Features

QC & PC terminals



CONTACT DATA



Contact Ratings

1A: 25A 240VAC/20A 28VDC 30A240VAC

1B: 15A 240VAC/10A 28VDC 20A240VAC

1C:20/10A 240VAC/28VDC







GENERAL DATA




Operate Time 15ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx. 36g



70

COIL DATA


(VDC) 0.93W

Max Operate Voltage

VDC

Min Release Voltage

VDC


VDC

3 9.7 2.25 0.3 3.9

5 26.9 3.75 0.5 6.5

6 38.8 4.5 0.6 7.8

9 87.1 6.75 0.9 11.7

12 154.9 9 1.2 15.6

24 619.4 18 2.4 31.2

48 2477.5 36 4.8 62.4

ORDERING CODE

HJQ-15F-3-----12VDC---S---Z

Z Form C

H Form A

D Form B

K Open Type

S Sealed


Relay Model


71


HJQ-15F-3


72



DATE: 2001/11/02

Features

QC & PC terminals



CONTACT DATA



Contact Ratings

1A: 25A 240VAC/20A 28VDC 30A240VAC

1B: 15A 240VAC/10A 28VDC 20A240VAC

1C:20/10A 240VAC/28VDC







GENERAL DATA




Operate Time 15ms

Release Time 10ms



Damage Limits 100G


Humidity 40-85%

Weight Approx. 36g



73

COIL DATA


(VDC) 0.93W

Max Operate Voltage

VDC

Min Release Voltage

VDC


VDC

3 9.7 2.25 0.3 3.9

5 26.9 3.75 0.5 6.5

6 38.8 4.5 0.6 7.8

9 87.1 6.75 0.9 11.7

12 154.9 9 1.2 15.6

24 619.4 18 2.4 31.2

48 2477.5 36 4.8 62.4

ORDERING CODE

HJQ-15F-4-----12VDC----S---Z

Z Form C

H Form A

D Form B

K Open Type

S Sealed


Relay Model


74


HJQ-15F-4


75

TRAFSPECIFICATION


D ATE: 2001/11/02

Features

Ideal for motor switching in appliances and HVAC


Designed for high inrush compressor loads

Semi-sealed construction


CONTACT DATA

Contact Form 1A

Contact Material AgCdO

Contact Ratings Motor:inrush 80A 250VAC

Break 20A 250VAC Eesistive:20A 250VAC

Max Switching Voltage 250VAC


Max Switching Power 5000VA




GENERAL DATA




Operate Time 20ms

Release Time 10ms

Temperature Range -25oC o+55oC



Humidity 40-85%

Weight Approx. 23g

Safety Standard

Laube Technology TRAF

76

COIL DATA


(VDC) 0.9W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

5 27.8 3.75 0.5 6.5

6 40 4.5 0.6 7.8

12 160 9 1.2 15.6

24 640 18 2.4 31.2

48 2560 36 4.8 62.4

ORDERING CODE

TRAF--12VDC--S--H

H Form A

Sealed


Relay Model


77

34

3

4 1

4

2

3

1

4

2

3


TRAF-H Bottom terminals

Terminal arrangement

TRAF-H-P Bottom terminals



78

LAUBE TECHNOLOGY

AUTOMOTIVE RELAYS


(1A) SPST-NO 15 TRKF 92~93

(1A) SPST-NO 20 TRB1 Contact Factory

(1A) SPST-NO 20 TRKM 80~82

(1A) SPST-NO 40 TRKP 83~85

(1A) SPST-NO 40 TRV3 86~83

(1A) SPST-NO 40 TRV4 89~91

(1B) SPST-NC 12 TRKM 80~82

(1C) SPDT 15 TRKF 92~93

(1C) SPDT 20 TRB1 Contact Factory

(1C) SPDT 25 TRKM 80~82

(1C) SPDT 30 TRKP 83~85

(1C) SPDT 30 TRV3 86~83

(1C) SPDT 30 TRV4 89~91

(1U) 2 SPDT 20 TRV4 89~91

2-(1C) SPDT 25 TRB2 Contact Factory

79

TRKM(78F)SPECIFICATION


DATE: 2001/11/02

Features


Small size auto relay

CONTACT DATA

Contact Form 1A/1C/1B

Contact Material AgNi, AgSnO

Contact Ratings NC:20A14VDC NC:12A/14VDC







GENERAL DATA




Operate Time 10ms

Release Time 5ms



Damage Limits 100G


Humidity 35-85%

Weight Approx. 6g


Laube Technology TRKM(78F)

80

COIL DATA


(VDC) 0.6W 0.8W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

6 60 45 3.9 0.48 7.8

9 135 100 5.85 0.72 11.7

12 240 180 7.8 0.96 15.6

24 960 720 15.6 1.92 31.2

ORDERING CODE

TRKM(78F) D--12VDC--S--Z

Z Form C

H Form A

Sealed


D=0.8W Coil Power

L=0.6W

Relay Model


81


Dimensions

Form A

Form C



(Bottom view)


82

TRKPSPECIFICATION


DATE: 2001/11/02

Features

40A continuous rating 85 oC

PC board terminals

Inrush current 100A

Open & sealed version available

CONTACT DATA

Contact Form 1A/1C

Contact Material AgNi/AgSnO

Contact Ratings NO:40A 14VDC NC:30A 14VDC



Max Switching Power 560W




GENERAL DATA



Between Contacts and coil 750VACfor one minute)

Operate Time 5ms

Release Time 4ms

Temperature Range -40 oC to+70 oC

Shock Resistance 20G,11ms half sine wave pulse


Humidity 40-85%

Weight Approx 21g

Safety Standard

Laube Technology TRKP

83

COIL DATA


(VDC) 1.6W 1.9W

Max Operate Voltage

VDC

Min ReleaseVoltage

VDC


VDC

3 5.7 4.8 2.25 0.3 3.9

5 15.7 13.2 3.75 0.5 6.5

6 22.5 19 4.5 0.6 7.8

9 50.7 42.7 6.75 0.9 11.7

12 90 75.8 9 1.2 15.6

24 360 303.2 18 2.4 31.2

ORDERING CODE

TRKP---12VDC---S---Z

Z Form C

H Form A. B. C

Sealed


Relay Model


84




(Bottom view)

Dimensions

Form C Form A

Europeam Footprint American Footprint

A

B

C

D

E

F

G

J

D1

D2

3.3

12.1

2.2

13.2

2.2

15.9

10.1

5.9

3.78

11.89

4

12.2

2.28

14.8

9.09

5.53


85

TRV3 SPECIFICATION


DATE: 2001/11/02

Features


1A & 1C arrangements

Plug-in or PC board terminals

Optional mounting bracket

CONTACT DATA

Contact Form 1A/1C

Contact Material AgNi/AgSnO

Contact Ratings 1A:40A 14VDC 1C:30A 14VDC







GENERAL DATA




Operate Time 10ms

Release Time 10ms

Temperature Range -40oCto+70 oC



Humidity 40-85%

Weight Approx 40g

Safety Standard

Laube Technology TRV3

86

COIL DATA


(VDC) 1.6W 1.9W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

6 22.5 19 3.9 0.6 7.8

12 90 75.8 7.8 1.2 15.6

24 360 303.2 15.6 2.4 31.2

ORDERING CODE

TRV3--12VDC--S--Z

Z Form C

H Form A

Sealed


Relay Model


87

85 86

(1)Form C

87

87a

30

Dimensions Terminal Arrangement/


(Bottom view)

Dimensions

(2)Form A



(Bottom view)

PCB Mounting

B Type P Type

I II



88

TRV4 SPECIFICATION


DATE: 2001/11/02

Features


1A & 1C arrangements

Plug-in or PC board terminals

Optional mounting bracket

CONTACT DATA

Contact Form 1A/1C 1U

Contact Material AgNi,AgSnO

Contact Ratings NO:40A 14VDC

NC:30A 14VDC 2*20A 14VDC







GENERAL DATA




Operate Time 10ms

Release Time 10ms




Humidity 40-85%

Weight Approx 40g

Safety Standard


89

COIL DATA


(VDC) 1.6W 1.9W

Max Operate Voltage

(VDC)

Min ReleaseVoltage

(VDC)


(VDC)

6 22.5 19 3.9 0.6 7.8

12 90 75.8 7.8 1.2 15.6

24 360 303.2 15.6 2.4 31.2

ORDERING CODE

TRV4--12VDC--S--Z

Z Form C

H Form A

Sealed


Relay Model


90



(Bottom view)

(1)Form C

Dimensions

(2)Form A



(Bottom view)

Dimensions

B Type P Type

PCB Mounting

With bracket(P type)

III



91

Laube Technology TRKF

SPECIFICATION

FILE NUMBER P-08KA50 A DATE 2001/11/02

CONTACT DATA

Contact Form 1A(SPNO), C(SPDT)


Contact Ratings 15A 14VDC


Max Switching Current Motor load 5A 14VDC Inrush 25A


Contact Resistance 100m Max(initial value)

Life Expectancy Electrical 00,000

(Frequency 2, 000 operations/hr)

Mechanical0,000,000

(Frepuency 8, 000 operations/hr)

GENERAL DATA




Operate Time 15ms

Release Time 10ms

Temperature Range -40 to+80


Damage Limits 100G

Vibration Resistance 10-50Hz 1.5mm

Humidity 40—85%

Weight Approx 10g

Safety Standard

COIL DATA

Rated voltage

(V)

Rated current

±10% at25

(mA)

Coil resistance

±10% at25

( )

Max.continuous

Voltage

at 25

Pick up

Voltage (Max)

at 25

Drop out

Voltage (Min)

at25

Power consumption

At rated

Voltage

9 7 .4 26

2 53.3 225

24 26.7 900

20% of

Rated

Voltage

65% of

Rated

Voltage

5% of

Rated

Voltage

Approx.0.64W

92

ORDERING CODE

TRKF 2VDC S Z

Z Form C

H Form A

Sealed


Relay Model


Laube Technology TRKF

93

LAUBE TECHNOLOGY

SOLID STATE RELAYS


(1A) SPST-NO 1 JGC-8F(Input Module) 123-124

(1A) SPST-NO 1 JGC-8F(Output Module) 125-126

(1A) SPST-NO 2 JGC-4F 100-103

(1A) SPST-NO 2 JGX-40F 115-118

(1A) SPST-NO 3 JGC-5F 104-108

(1A) SPST-NO 3 JGX-40FA 119-122

(1A) SPST-NO 5 JGX-41F 127-129

(1A) SPST-NO 10 amps - 65 JGX-1505FB 109-114

3PST-NO 25 JG-24F 95-99

(1A) SPST-NO 30 JG-33F 130-132

(1A) SPST-NO 80 JG-34F 133-135

94

Laube Technology

JG-24F

1

JG-24F /1 2 3 4

4. Load Current

1010Amp

1515Amp

2525Amp

JG-24F SeriesSOLID STATE SOLID STATE

RELAYRELAY 240/380Vac

10-25Amp

FEATURES

Photo isolation

Built-in snubber

Zero cross or random turn-on

Panel mount

4000V dielectric strength

LED status indicator

APPLICATION

Fuel dispensers

DESCRIPTION

The JG-24F are three-phase AC output relays(3PST-NO),provides three-phase control in a single

package.The relays offer 3-32VDC input control,with outputs rated at 10,15 or 25Amps.The relays

include a LED indicator to provide input status information.All models include an internal snubber.

The relays provide 4000Vrms opto-isolation, between input and output. Encapsulation, thermally

conductive epoxy.

ORDERING INFORMATION

1. Input Voltage

D: 3-32VDC

2. Load Supply Voltage

24: 48-264Vrms

38: 48-440Vrms

3. Zero Cross Function

ZZero cross turn-on

PRandom turn-on

95

2

JG-24F Series

SPECIFICATIONS

INPUT(1)

Control voltage range 3 - 32VDC

Must operate voltage 3VDC max.

Must release voltage 1.0VDC min.

OUTPUT(1)

Load voltage range@47-63Hz 48 - 440Vrms

Load current range (2) 0.1- 10Arms

Max surge current (3) 100Apk

Max leakage current 10mA

Max on-state voltage drop 1.5Vrms

10ms

10ms

800Vpk

GENERAL

Transient overvoltage

Max turn-on time

Maximum input current 28mA(@5VDC)

200V/µsMin off-state dv/dt

0.5Min power factor

4000Vrms min.

Insulation resistance (@500VDC) 1000MΩmin.

Ambient temperature -30 --- +80

-30 --- +100

Weight 350g max.

Ambient humidity 45% --- 85%

Max turn-off time

Dielectric strength

Max capacitance input/output 8pF

Operating

Storage

Notes: (1) All parameters at 25 .

(2) See figure 1.

(3) See figure 2,3,4.

(4) Dielectric strength is measured between input and output.

MODELS JG-24F/D38 10 JG-24F/D38 15 JG-24F/D38 25

3 - 32VDC 3 - 32VDC

3VDC max. 3VDC max.

1.0VDC min. 1.0VDC min.

28mA(@5VDC) 28mA(@5VDC)

Maximum reverse protection voltage - 32VDC - 32VDC - 32VDC

48 - 440Vrms48 - 440Vrms

0.1- 25Arms0.1- 15Arms

250Apk 150Apk

10mA 10mA

1.5Vrms 1.5Vrms

10ms 10ms

10ms 10ms

800Vpk 800Vpk

200V/µs200V/µs

0.50.5

(@50/60Hz for 1min) (4) 4000Vrms min. 4000Vrms min.

1000MΩmin. 1000MΩmin.

8pF 8pF

-30 --- +80 -30 --- +80

-30 --- +100 -30 --- +100

45% --- 85%45% --- 85%

350g max. 350g max.

96

3

2

10

-30 -20 0 20 40 60 80 100

15

20

25

30

0

12

86

Without heat sink

With aluminum heat sink

measuring 150x150x50mm





JG-24F Series

CHARACTERISTIC CURVES

Figure 1 Maximum load current

vs. ambient temperature

Ambient temperature ()

Load curr

ent (

A)

Figure 2 Maximum permissible non-repetitive

0

20

40

60

100

80

120

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)

Number of cycles at 50Hz

peak surge current vs. Number of cycles

JG-24F/D38 10


0

30

60

90

150

120

180

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



JG-24F/D38 15


0

50

100

150

250

200

300

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



JG-24F/D38 25

97

4

JG-24F Series

OUTLINE DIMENSIONS , MOUNTING AND WIRING


/internal connections

(Top view)

Load power supply

Load

Load

Load

Input

HEAT SINKS

Unit: mm

98

5

JG-24F Series

INSTALLATION

• When mounting the relays side by side, provide a space

equivalent to the width of a single SSR between two adjacent

SSRs. Otherwise, reduce the load current flow to 1/2 to 1/3 of the

rated current.

• When mounting relays on heat sink surface, first apply a heat

conductive grease to the metal back surface of the SSR. Press

the SSR firmly onto the heat sink to ensure a good seal. Screw

the SSR down to the heat sink.

• Next, wire the screw terminals and securely tighten the screws.

• Before connecting a load that generates a high surge current, such as a lamp load to the SSR,

make sure that the SSR can withstand the surge current of the load.

• The product data sheet shows the non-repetitive peak value of the surge current that flows

through the SSR. Normally, use 1/2 of the non-repetitive peak surge current as the standard value.

If a surge current exceeding that value is expected,connect a quick-blowing fuse to protect the SSR.

PRECAUTIONS

• When using the JG-24F for an AC load with a peak voltage of more than 750V, connect the load

terminals of the relay to an inrush absorber..

99

This SPST-NO printed circuit board mount SIP SSR provides AC output switching in a high density

package. the JGC-4F’s DC input is compatible with 5,12 and 24V logic systems. All models include

an internal snubber. The relays provide 2000Vrms opto-isolation, between input and output.

Encapsulation, thermally conductive epoxy.

APPLICATIONS

JGC-4F


JGC-4F /

1 2 3 4

1. Input Voltage

05: 4 ~ 6VDC

12: 9.6 ~ 14.4VDC

24: 19.2 ~28.8VDC

2. Input Form

DDC


0Zero cross turn-on

1Random turn-on

4. Terminal

TSame as TOSHIBA TSZXX48S

M: Same as OMRON G3MB

JGC-4F Series

DESCRIPTION

1

Air conditioners

Programmable controllers

Fuel dispensers

Automatic vending machines

FEATURES

600 Volt blocking voltage

Photo isolation

TUV File No. R2024431

UL File No. E133481

SOLID STATE SOLID STATE

RELAYRELAY 240Vac 2Amp

Built-in snubber


Printed circuit board mount

DC input-AC output for 2A load

at 25

Laube Technology

100

JGC-4F Series

SPECIFICATIONS

INPUT(1)


12D

24D

9.6 - 14.4VDC

19.2 - 28.8VDC


9.6VDC max.

19.2VDC max.


OUTPUT(1)



Max surge current(10ms) (3) 25Apk

Max leakage current 1.5mA


Zero cross turn-on 10ms

10ms

600Vpk

GENERAL


Random turn-on 1ms

Max turn-on time

2

Maximum input current 15mA


0.5Min power factor

2000Vrms min., 50/60Hz for 1min

Insulation resistance 1000MΩmin. ( at 500VDC )


-30 --- +100

Weight 6g max.


05D

12D

24D

05D

Max turn-off time

Dielectric strength


Operating

Storage

Notes: (1) All parameters at 25 . (2)See figure 1.

(3) See figure 2.

101


Figure 1 Maximum load current Figure 2 Maximum permissible non-repetitive

DIMENSIONS (mm)


Load curr

ent (

A)

3

PCB Dimensions

JGC-4F/

D —

T

I in(t

w)/ I in

10010 20 505210

15

10

5

20

25

Pulse width t w µs

Figure 3 Pulse input current vs. Pulse width

0.6

0.8

1.0

1.2

1.4

1.6

-40 -20 0 20 40 60 80

Ambient temperature TA ()

Figure 4 Input current vs. ambient temperature

JGC-4F Series


0

5

10

15

25

20

30

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



RECTANGULAR

WAVEFORM

NORMALIZED TO:

tw ≥100µs

IinNORMALIZED TO:

TA = 25

I in(T

A)/ I in

(Bottom view)

102

PRECAUTIONS

4

TERMINAL ARRANGEMENT

/INTERNAL CONNECTIONS

JGC-4F/

D—

M

JGC-4F/

D—

MJGC-4F/

D—

T

• Soldering must be completed within 10 seconds at 260 or less or within 5 seconds at 350 or

less.

• The SSR case serves to dissipate heat. Install the relays so that they are adequately ventilated.

If poor ventilation is unavoidable, reduce the load current by half.

• The input circuitry does not incorporate a circuit protecting the SSR from being damaged due to

a reversed connection. Make sure that the polarity is correct when connecting the input lines.

• When using the JGC-4F series for an AC load with a peak voltage of more than 450V, connect

the load terminals of the relay to an inrush absorber (varistor) . The recommended varistor voltage,

440 to 470V.

JGC-4F Series

PCB Dimensions

(Bottom view)

Load Input InputLoad

• The load terminals are internally connected to a snubber

circuit that absorb noise. However, if wiring from these

terminals is laid with or placed in the same duct as high-

voltage or power lines, noise may be induced, causing the

SSR to operate irregularly or malfunction.

• When using the JGC-4F series in phase control

applications, at a phase control angle close to 180 degrees

the relay’s input signal turn off at the trailing edge of the AC

sine wave must be limited to end 200µs before AC zero

cross as shown in Figure 5.This assures that the relay has

time to switch off. Shorter times may cause loss of control at

the following half cycle.

Figure 5 Minimum time for input

pulse turn-off to zero cross of AC

trailing edge

0o 180o

AC LINE

PULSE WIDTH

INPUT SIGNAL

INPUT SIGNAL TURN OFF

MINIMUM 200 µs

103

Laube Technology

JGC-5F

JGC-5F /

1 2 3 4

1

JGC-5F SeriesSOLID STATE SOLID STATE


APPLICATIONS

Air conditioners


Fuel dispensers

Automatic vending machines

FEATURES


Photo isolation

TUV File No. R2024431



2500Vrms Dielectric strength

DESCRIPTION

This SPST-NO printed circuit board mount SIP SSR provides AC output switching in a high density

package. the JGC-5F’s DC input is compatible with 5,12 and 24V logic systems. The relays provide

2500Vrms opto-isolation, between input and output. Encapsulation, thermally conductive epoxy.


1. Input Voltage

None: Without internal input limited

current resistor

05: 4 ~ 6VDC

12: 9.6 ~ 14.4VDC

24: 19.2 ~28.8VDC

2. Input Form

DDC


0Zero cross turn-on

1Random turn-on

4. Terminal

TSame as TOSHIBA TSA3100J

104

2

JGC-5F Series

SPECIFICATIONS

INPUT(1)


12D

24D

9.6 - 14.4VDC

19.2 - 28.8VDC


9.6VDC max.

19.2VDC max.


OUTPUT(1)







10ms

600Vpk

GENERAL


Random turn-on 1ms

Max turn-on time

Forward voltage(2) 1.5VDC max.


0.5Min power factor




-30 --- +100

Weight 6g max.


05D

12D

24D

05D

Max turn-off time

Dielectric strength


Operating

Storage

Notes: (1) All parameters at 25 . (2) JGC-5F/D- T only.

(3) See figure 1. (4) See figure 2.

105

3

Input currentmA

Figure 5 Forward voltage vs. Input current

for JGC-5F/D- T

Fo

rwa

rd

vo

lta

ge

V

3

JGC-5F Series


Load curr

ent (

A)




Figure 2 Maximum permissible non-repetitiveP

eak s

urg

e c

urr

ent (A

)



I in(t

w)/ I in

10010 20 505210

15

10

5

20

25

Pulse width t w µs

Figure 3 Pulse input current vs. Pulse width

0.6

0.8

1.0

1.2

1.4

1.6

-40 -20 0 20 40 60 80

Ambient temperature TA ()

Figure 4 Input current vs. ambient temperature

RECTANGULAR

WAVEFORM

NORMALIZED TO:

tw ≥100µs

IinNORMALIZED TO:

TA = 25

I in(T

A)/ I in

Input control signal:

------- Frequency: 1~30Hz, Duty ratio:50%

—— Continue DC

0

5

10

15

25

20

30

1 10 100 1000

106

4

JGC-5F Series

DIMENSIONS (mm)

PCB Dimensions

(Bottom view)



IN +

OUT~

IN --

OUT~

CONTROL

LOAD

IN +

OUT~

IN --

OUT~

CONTROL

LOAD

JGC-5F/D—

T JGC-5F/

D—

T

PRECAUTIONS


less.

• The SSR case serves to dissipate heat. Install the relays so that they are adequately ventilated. If

poor ventilation is unavoidable, reduce the load current by half.

• The input circuitry does not incorporate a circuit protecting the SSR from being damaged due to a

reversed connection. Make sure that the polarity is correct when connecting the input lines.

• When using the JGC-5F series for an AC load with a peak voltage of more than 450V, connect

the load terminals of the relay to an inrush absorber (varistor) . The recommended varistor voltage,

440 to 470V.

107

• When using the JGC-5F series in phase control

applications, at a phase control angle close to 180

degrees the relay’s input signal turn off at the trailing

edge of the AC sine wave must be limited to end

200µs before AC zero cross as shown in Figure

6.This assures that the relay has time to switch off.

Shorter times may cause loss of control at the

following half cycle.

JGC-5F Series

5

Figure 6 Minimum time for input

pulse turn-off to zero cross of AC

trailing edge

0o 180o

AC LINE

PULSE WIDTH

INPUT SIGNAL

INPUT SIGNAL TURN OFF

MINIMUM 200 µs

• The JGC-5F series do not internally connected to a

snubber circuit that absorb noise. Make sure that a

snubber circuit is connected to the relay’s load terminals.

108

Laube Technology

JGX-1505FB Series

1

JGX-1505FB/1 2 3 4

4. Load Current

1010Amp

1515Amp

20: 20Amp

2525Amp

40: 40Amp

JGX-1505FBseriesSOLID STATE SOLID STATE

RELAYRELAY 240/440VAC10-40Amp

FEATURES

Photo isolation

Built-in snubber


Panel mount

4000V dielectric strength

DESCRIPTION

The JGX-1505F offer 3-32VDC input control,with outputs rated at 10,15,20,25 or 40Amps.All models

include an internal snubber. The relays provide 4000Vrms opto-isolation, between input and output.

Encapsulation, thermally conductive epoxy.


1. Input Voltage

D: 3-32VDC

2. Load Supply Voltage

24: 48-240Va.c.

38: 48-440Va.c.


ZZero cross turn-on

PNon-zero cross turn-on

APPLICATIONS

Air conditioners


Fuel dispensers

Incubator

109

2

JGX-1505FB Series

SPECIFICATIONS

INPUT(1)




OUTPUT(1)

Load voltage

range(@47-63Hz

48 - 240Vrms


Max surge current 100Apk



10ms

10ms

600Vpk

GENERAL

Transient

overvoltage

Max turn-on time

Maximum input current 15mA(@32VDC)

200V/µµµµsMin off-state dv/dt

0.5Min power factor

4000Vrms min.

Insulation resistance

(@500VDC) 1000MΩΩΩΩmin.

Ambient

temperature -30 --- +80

-30 --- +100

Weight Approx. 135g max.


Max turn-off time

Dielectric strength

(@50/60Hz for 1min)

Max capacitance

input/output 8pF

Operating

Storage

Notes: (1) All parameters at 25 .

(2) See figure 1.

(3) Dielectric strength is measured between input and output.

MODELS D38Z10/D24Z10 D38Z15/D24Z15 D38Z25/D24Z25

3 - 32VDC 3 - 32VDC

3VDC max. 3VDC max.

1.0VDC min. 1.0VDC min.

15mA(@32VDC) 15mA(@32VDC)

Maximum reverse

protection voltage - 32VDC - 32VDC - 32VDC

48 - 240Vrms48 - 240Vrms

0.1- 20Arms0.1- 15Arms

200Apk 150Apk

5mA 5mA

1.5Vrms 1.5Vrms

10ms 10ms

10ms 10ms

600Vpk 600Vpk

200V/µµµµs200V/µµµµs

0.50.5

(3) 4000Vrms min. 4000Vrms min.

1000MΩΩΩΩmin. 1000MΩΩΩΩmin.

8pF 8pF

-30 --- +80 -30 --- +80

-30 --- +100 -30 --- +100

45% --- 85%45% --- 85%

Approx. 135g max. Approx. 135g max.

D38Z20/D24Z20 D38Z40/D24Z40

3 - 32VDC

3VDC max.

1.0VDC min.

15mA(@32VDC)

- 32VDC

3 - 32VDC

3VDC max.

1.0VDC min.

15mA(@32VDC)

- 32VDC

48 - 240Vrms 48 - 240Vrms

0.1- 40Arms0.1- 25Arms

400Apk 250Apk

10mA 10mA

1.5Vrms 1.5Vrms

10ms 10ms

10ms 10ms

600Vpk 600Vpk

200V/µµµµs200V/µµµµs

0.50.5

4000Vrms min. 4000Vrms min.

1000MΩΩΩΩmin. 1000MΩΩΩΩmin.

8pF 8pF

-30 --- +80 -30 --- +80

-30 --- +100 -30 --- +100

45% --- 85%45% --- 85%

Approx. 135g max. Approx. 135g max.

D24:

D38: 48 - 440Vrms 48 - 440Vrms48 - 440Vrms 48 - 440Vrms 48 - 440Vrms

D24:

D38: 800Vpk 800Vpk 800Vpk 800Vpk 800Vpk

110

2

10

-30 -20 0 20 40 60 80 100

15

20

25

30

0

12

86

Without heat sink



JGX-1505FB Series





Load curr

ent (

A)


0

20

40

60

100

80

120

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



JGX-1505FB/D24Z10 & D38Z10


0

30

60

90

150

120

180

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



JGX-1505FB/D24Z15 & D38Z15

2

10

-30 -20 0 20 40 60 80

15

20

25

30

0

12

86

Without heat sink






Load curr

ent (

A)

3

111

4

2

10

-30 -20 0 20 40 60 80 100

15

20

25

30

0

12

86

Without heat sink






Load curr

ent (

A)

3

0

50

100

150

250

200

300

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)



3


0

50

100

150

250

200

300

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)


JGX-1505FB/D24Z25 & D38Z25

2

10

-30 -20 0 20 40 60 80 100

15

20

25

30

0

12

86

Without heat sink






Load curr

ent (

A)

3


0

40

80

200

160

300

1 10 100 1000

Peak s

urg

e c

urr

ent (A

)Number of cycles at 50Hz


3

0

120

300

1 10 100 1000

Peak s

urg

e c

urr

ent (A



JGX-1505FB/D24Z20 & D38Z20

JGX-1505FB Series

112

5

JGX-1505FB Series

INSTALLATION

• When mounting the relays side by side, provide a space

equivalent to the width of a single SSR between two

adjacent SSRs. Otherwise, reduce the load current flow

to 1/2 to 1/3 of the rated current.

• When mounting relays on heat sink surface, first apply a

heat conductive grease to the metal back surface of the

SSR. Press the SSR firmly onto the heat sink to ensure a

good seal. Screw the SSR down to the heat sink.

• Next, wire the screw terminals and securely tighten the

screws.

• Before connecting a load that generates a high surge current, such as a lamp load to the SSR, make

sure that the SSR can withstand the surge current of the load.

• The product data sheet shows the non-repetitive peak value of the surge current that flows through

the SSR. Normally, use 1/2 of the non-repetitive peak surge current as the standard value. If a surge

current exceeding that value is expected,connect a quick-blowing fuse to protect the SSR.

PRECAUTIONS

4

16

-30 -20 0 20 40 60 80 100

24

32

40

48

0

20

8Without heat sink






Load curr

ent (

A)

3

0

80

240

320

480

1 10 100 1000P

eak s

urg

e c

urr

ent (A

)



3


0

160

1 10 100 1000P

eak s

urg

e c

urr

ent (A

)



JGX-1505FB/D24Z40 & D38Z40

400

113

6



OUTLINE DIMENSIONS , MOUNTING AND WIRING

JGX-1505FB Series

Load power supply

114

Laube Technology

JGX-40F SeriesSOLID STATE SOLID STATE

RELAYRELAY 3-50Vdc 2Amp

JGX-40FFEATURES


Photo isolation

Bipolar transistor output


2500Vrms dielectric strength


APPLICATIONS


I/O interface

DESCRIPTION

This SPST-NO printed circuit board mount SSR provides DC output switching in a high density

package. the JGX-40F’s DC input is compatible with 5,12 and 24V logic systems.The relays include

a LED indicator to provide input status information. The relays provide 2500Vrms opto-isolation,

between input and output. Encapsulation, thermally conductive epoxy.


JGX-40F /

1 2 3

1. Input Voltage

05: 4 ~ 6VDC

12: 9.6 ~ 14.4VDC

24: 19.2 ~28.8VDC

2. Input Form

DDC

3. Load power supply

053-52.8VDC

4

4. Load current

011Amp

022Amp

1

115

JGX-40F Series

SPECIFICATIONS

INPUT(1)

Control voltage range 3.5 - 6VDC

12D

24D

8.4 - 12.4VDC

16.8 - 28.8VDC

Must operate voltage 3.5VDC max.

8.4VDC max.

16.8VDC max.


OUTPUT(1)

Load voltage range@47-63Hz 3 - 52.8Vrms




Max on-state voltage drop 1.5VDC

1ms

1ms

80Vpk

GENERAL


Max turn-on time

2

Typical input current 12mA




-30 --- +100

Weight 18g max.


(See Fig.1)

05D

12D

24D

05D

(See Fig.2)

Max turn-off time

Dielectric strength


Operating

Storage

Notes: (1) All parameters at 25 . (2) See figure 1.

(3) See figure 2.

Maximum reverse

protection voltage

- 6VDC

12D

24D

- 12.4VDC

- 28.8VDC

05D

116

JGX-40F Series




Load curr

ent (

A)


0

2

4

8

6

10

10 100 1000

Peak s

urg

e c

urr

ent (A

)

peak surge current vs. energizing time

0

0.5

1.5

1

2

-30 -20 0 20 40 60 80 100

2.5

DIMENSIONS (mm)

29.2mm max.

27m

m m

ax.

4

0.5

13.2mm max.

1

20.0 3.5

7.5

3

Energizing timems

117

JGX-40F Series



( Bottom view)

Input

voltage Input Load

Load

Load power

supply

+

-1

2

4

3

•Before connecting a load that generates a high surge current, such as a lamp load to the SSR,

make sure that the SSR can withstand the surge current of the load.

•The product data sheet shows the non-repetitive peak value of the surge current that flows

through the SSR. Normally,use 1/2 the non-repetitive peak surge current as the standard value.

If a surge current exceeding that value is expected, connect a quick-blowing fuse to protect the

SSR.

•Soldering must be completed within 10 seconds at 260 or less or within 5 seconds at 350 or

less.

•The SSR case serves to dissipate heat. Install the relays so that they are adequately ventilated. If

poor ventilation is unavoidable, reduce the load current by half.

•When using the JGX-40F series for a DC load with a peak voltage of more than 80V, connect the

load terminals of the relay to an inrush absorber (varistor) .

PRECAUTIONS

4

118

Laube Technology

JGX-40FA SeriesSOLID STATE SOLID STATE


JGX-40FAFEATURES


Photo isolation

Built-in snubber



2500Vrms dielectric strength


APPLICATIONS


I/O interface

This SPST-NO printed circuit board mount SSR provides AC output switching in a high density

package. the JGX-40FA’s DC input is compatible with 5,12 and 24V logic systems.The relays

include a LED indicator to provide input status information. All models include an internal snubber.

The relays provide 2500Vrms opto-isolation, between input and output. Encapsulation, thermally

conductive epoxy.

DESCRIPTION


JGX-40FA /

1 2 3 5

1. Input Voltage

05: 3.5 ~ 6VDC

12: 8.4 ~ 14.4VDC

24: 16.8 ~28.8VDC

2. Input Form

DDC


NoneZero cross turn-on

PRandom turn-on

3. Load power supply

2275 ~ 264Vrms

4

4. Load current

011Amp

022Amp

1

119

JGX-40FA Series

SPECIFICATIONS

INPUT(1)

Control voltage range 3.5 - 6VDC

12D

24D

8.4 - 14.4VDC

16.8 - 28.8VDC

Must operate voltage 3.5VDC max.

8.4VDC max.

16.8VDC max.


OUTPUT(1)







10ms

600Vpk

GENERAL


Random turn-on 1ms

Max turn-on time

2

Typical input current 12mA


0.5Min power factor




-30 --- +100

Weight 18g max.


(See Fig.1)

05D

12D

24D

05D

(See Fig.2)

Max turn-off time

Dielectric strength


Operating

Storage

Notes: (1) All parameters at 25 . (2) See figure 1.

(3) See figure 2.

Maximum reverse protection voltage -32VDC

120

JGX-40FA Series




Load curr

ent (

A)


0

5

10

15

25

20

30

1 10 100 1000

Peak s

urg

e c

urr

ent (A



0

0.5

1.5

1

2

-30 -20 0 20 40 60 80 100

2.5

DIMENSIONS (mm)

29.2mm max.

27m

m m

ax.

4

0.5

13.2mm max.

1

20.0 3.5

7.5

3

121

Input

voltage Input Output

Load

Load power

supply

JGX-40FA Series



( Bottom view)

• Before connecting a load that generates a high surge current,such as a lamp load to the

SSR,make sure that the SSR can withstand the surge current of the load.

• The product data sheet shows the non-repetitive peak value of the surge current that flows

through the SSR. Normally,use 1/2 the non-repetitive peak surge current as the standard

value.If a surge current exceeding that value is expected,connect a quick-blowing fuse to protect

the SSR.

PRECAUTIONS


less.

• The SSR case serves to dissipate heat. Install the relays so that they are adequately ventilated.

If poor ventilation is unavoidable, reduce the load current by half.

• When using the JGX-40FA series for an AC load with a peak voltage of more than 450V,

connect the load terminals of the relay to an inrush absorber (varistor) . The recommended

varistor voltage, 440 to 470V.

4

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135

LAUBE TECHNOLOGY

DRY REED RELAYS


(1A) SPST-NO 1 AMP D41A...0L 147~148

(1A) SPST-NO 1 AMP D71A.1.0 149~150

(1A) SPST-NO 1 AMP F51A.100 151~152

(1A) SPST-NO 1 AMP F61A.100 137~138

(1A) SPST-NO 1 AMP R011.S06 153~154

(1A) SPST-NO 1 AMP R029.B0. 139~140

(1A) SPST-NO 1 AMP R055.B08 159~160

(1B) SPST-NC 1 AMP D31B.1.0 141~142

(1B) SPST-NC 1 AMP D41A...0L 147~148

(1B) SPST-NC 1 AMP R054.B0. 157~158

(1C) SPDT 0.5 AMP D31C.1.0 143~144

(1C) SPDT 1 AMP R025.W00 155~156

EXCEPTIONS

(2-1A) 2-SPST-NO 2 AMP D32A.1.0 145~146

(1A) 2 COILS 0.4 AMP R058.B01 161~162

136

R/SEC/F61A.100/A/12/10/2000

For printed circuit board

One normally open contact

In plastic cover

Control data

25,4

31

Ø0,62,545,08

9,5

11

3,3

±0,

2

= =

Dimensions in mm

Maximum voltage (V) 10 25 50

Nominal voltage (V) 5 12 24

Operate voltage to secure the function from -40 to + 85 (V) 3,5 8,4 16,8

Release voltage (V) 0,3 0,7 1,4

Power dissipated on the coil at 20 (mW) 72 67 75

Main characteristicsCoil/contact insulation 4000V

Maximum switching voltage 250 VDC (or peak)

Maximum switching current 400 mA

Nominal current 1 A

Contact rating 12 W

Contact material Rhodium

Wiring : top viewstep 2,54 mm

REF. Marking

REED RELAY / DRY CONTACT/ 4KVcoil/ contact insulation

Laube Technology

137

R/SEC/F61A.100/A/12/10/2000

Electrical data

Initial contact resistance ( 100 -coil resistance at 20-variation 10 % each 25

Hold-on voltage- across contacts 250 Vac- between coil and contacts 4000 Vac- between case and contacts 4000 Vac- between case and coil 1000 Vac

Insulation resistance- across contacts 10 - between coil and contacts 10 - between case and contacts 10 - between case and coil 10

Resonance frequency of the switch 2000 HzOperate time, bounces included 1 msRelease time 0,1 ms

Electrical life time 50 !

Mechanical life expectancy

Physical data

Operating temperature - 40 ~ + 8Storage temperature - 40 ~ + 1Weight 4,5 gr. max.Shocks (11ms) 100 gVibrations ( 50 to 2000 Hz ) 30 g

Laube Technology

138

R/SEC/R029.B0./A/28/09/2000



In metal cover

Control data

23 7,5

6,7

20,32

Ø0,6

3,3

± 0

,2

2,54

Dimensions in mm

" " "# "

Maximum voltage (V) 8 12 18 3

Nominal voltage (V) 4 5 12 24

Operate voltage to secure the function from -40 to + 85 C (V) 2,8 3,5 8,4 16,8

Release voltage (V) 0,7 1 2 3

Power dissipated on the coil at 20 C (mW) 65 55 90 210

Main characteristics



Nominal current 1 A

Contact rating 10 W



Marking

REED RELAY / DRY CONTACT

Laube Technology

139

R/SEC/R029.B0./A/28/09/2000

Operating temperature - 40 ~ + 85

Electrical data

Initial contact resistance ( 100 mA/ 12 VAC) -coil resistance at 20 C-variation 10 % each 25 C




Electrical life time 50mV 10mA 5V = 200mA


Physical data

Storage temperatur e - 40 ~ + 100 Weight 3,5 gr. max.Shocks (11ms) 100 gVibrations ( 50 to 4000 Hz ) 30 g

Laube Technology

140

D/SEC/D31B*1*0/C/29/01/2002

DUAL IN LINE REED RELAY / 1 normally closed contact

D31B . 1 . 0

PIN CONFIGURATION - DIMENSIONS

19,1

6,4

3,3

2,54

15,24

0,51

0,46,6

5°

0,25 7,6

9,5 max

D

E

1 2 + 6 - 7

14 13 9 8

REFERENCES D31B . 1 . 0

Nominal Optionsinput

3 --> 5 V = 0 --> without option

5 --> 12 V = 1 --> diode ( D )

6 --> 15 V = 2 - -> electrostatic shield ( E )

7 --> 24 V = 4 - -> ( D + E )

Available references

D31B3100 - D31B3110 - D31B3140

D31B5100 - D31B5110

D31B6110 D31B7100

For others, please contact us

up view

Laube Technology

141

ELECTRICAL CHARACTERISTICS

Contact material rhodium

Position to operate any

Power switching max 10 W

Carrying current 1 A


Maximum switching voltage 100 V peak

Switching frequency max 200 HZ

Insultation resistance 1010

Dielectric strength coil/contacts 1400 VDC

Dielectric strength contact/contact 200 VDC

Operate time typical ( bounces included ) 1 ms

release time typical ( without diode ) 50 µs

Contact resistance 150 m max

Life expectancy typical 10 W --> 106 op50 V - 100mA --> 1.107 op

mechanical life expectancy --> 1. 109 op

GENERAL SPECIFICATIONS

Storage t° range - 40°C ~ + 105°C

Working t° range - 40°C ~ + 70°C

Vibrations ( 30 ~4000 Hz ) 30 g

Shocks ( 11 ms ) 100 g

Thermal resistance 85°C/W

D/SEC/D31B*1*0/C/29/01/2002

Reference Coil Nominal MOV MRV Max input resistance input

+/- 10 % ( at 20°C ) V= V= V= V=

D31B31*0 500 5 3,75 0,8 6

D31B51*0 1000 12 9 1 20

D31B61*0 2150 15 11,5 4 32

D31B71*0 2150 24 18 2 29

Laube Technology

COIL CHARACTERISTICS

142

D/SEC/D31C*1*0/C/29/01/2002

DUAL IN LINE REED RELAY / 1 contact changeover

D31C . 1 . 0


19,1

6,4

3,3

2,54

15,24

0,51

0,4

6,6

5°

0,25 7,6

9,5 max

D

E

1 2 + 6 - 7

14 13 9 8

REFERENCES D31C . 1 . 0

Nominal Options input


5 --> 12 V = 1 --> diode ( D )

6 --> 15 V = 2 - -> electrostatic shield ( E )

7 --> 24 V = 4 - -> ( D + E )


D31C2100 - D31C2140

D31C5100 - D31C5110 - D31C5140 D31C6110

D31C7100 - D31C7110 - D31C7120


up view

Laube Technology

143

max

Life expectancy typical 5 V - 5 mA --> 50. 106 op24 V - 120 mA --> 2. 106 op



D/SEC/D31C*1*0/C/29/01/2002

+/- 10 % ( at 20°C ) V= V= V= V=

D31C21*0 200 5 3,75 0,8 11

D31C51*0 500 12 9 1 20

D31C61*0 850 15 11,5 4 22

D31C71*0 2150 24 18 2 32

Laube Technology

Reference Coil Nominal MOV MRV Max inputresistance input





Power switching max 3VA

Carrying current 500 mA


Maximum switching voltage 30 VDC

Switching frequency max 150 HZ




Operate time typical: 1,5 ms

release time typical 2 ms

Initial contact resistance 150 m



Vibrations ( 30 ~4000 Hz ) 30 g



144

D/SEC/D32A*1*0/C/29/01/2002

DUAL IN LINE REED RELAY / 2 normally open contacts

D32A . 1 . 0


19,1

6,4

3,3

2,54

15,24

0,51

0,46,6

5°

0,25 7,6

9,5 max

D1 2 + 6 - 7

14 13 9 8

REFERENCES D32A . 1 . 0

Nominal Options input

2 --> 5 V = 0 --> sans / without option

5 --> 12 V = 1 --> diode ( D )

7 --> 24 V =


D32A2100 - D32A2110

D32A5100 - D32A5110

D32A7110


up view

Laube Technology

145






Max switching current 500 mA

Maximum switching voltage 100 V peak

Switching frequency max 200 Hz






Contact resistance 150 m max




Storage t° range - 40°C + 105°C

Working t° range - 40°C + 70°C

Vibrations ( 30~4000 Hz ) 30 g



D/SEC/D32A*1*0/C/29/01/2002

Reference Coil Nominal MOV MRV Max input resistance input

+/- 10 % ( at 20°C ) V= V= V= V=

D32A21*0 125 5 3,7 0,8 8

D32A51*0 500 12 9 1 20

D32A71*0 2150 24 18 2 32

Laube Technology


146

SINGLE IN LINE REED RELAY / 1 normally open contact

D41A . . . 0L


REFERENCES D41A . . . 0L



5 --> 12 V = 1 --> diode ( D )

7 --> 24 V =

1--> standard

2--> with test "dynamic contact resistance"

(see next page)

1 + 2 - 6 7

19,2

5,08 0,51

15,24

5,6 max

7,6

3,3

0,25

2,55

D/SEC/D41A***0L/D/28/10/1999Laube Technology

147



Ω +/- 10 % ( at 20°C ) V= V= V= V=

D41A3**0L 500 5 3,7 1 18

D41A5**0L 1000 12 8 2 25

D41A7**0L 2150 24 16 4 37







Max switching voltage 110 VAC / 100 V=

Min switching level 10 µV/ 5 10 -9 A

Switching fr»quency max 200 s-1

Insultation resistance 1010 ΩBreakdown voltage coil/contacts 750 V~

Operate time typical 300 µs

release time typical 50 µs

Static contact resistance 150 mΩ max

Dynamic contact resistance (*) ---> max - min ≤ 12 mΩ(*) test made only on D41A . 2 . 0L

Life expectancy typical 10 W --> 5. 106 op5 W --> 1.107 op

dry circuit --> 1. 108 op




Vibrations 20 g

Shocks 50 g


D/SEC/D41A***0L/D/28/10/1999

Laube Technology

148

D/SEC/D71A*1*0/B/27/12/1999

DUAL IN LINE REED RELAY / 1 normally open contact ( low profile )

D71A . 1 . 0


19,1

5,5

3,3

2,54

15,24

0,51

0,46,6

5°0,25

7,6

9,5 max

1 6 + 7

14 13 9 - 8

2

DE

REFERENCES D71 . 1 . 0



5--> 12 V = 1 --> diode ( D )

6 --> 15 V = 2 --> electrostatic shield ( E )

7 --> 24 V = 4 --> ( D + E )


D71A2100 - D71A2110

D71A5100 D71A6100

D71A7100


up view

Laube Technology

149







Max switching voltage 100 V peak

Switching frequency max 200 Hz

Insultation resistance 1010 ΩBreakdown voltage coil/contacts 750 V~



Contact resistance 150 mΩ max


Mechanical life expectancy typical --> 1. 109 op




Vibrations ( 30~4000 Hz ) 30 g

Resistance to shocks ( 11 ms ) 100 g


D/SEC/D71A*1*0/B/27/12/1999



Ω +/- 10 % ( 20°C ) V= V= V= V=

D71A21*0 380 5 3,5 1 15

D71A51*0 530 12 8 2 18

D71A61*0 2000 15 11,5 3 32

D71A71*0 2000 24 16 4 32

Laube Technology

150

R/SEC/F51A.100/A/11/10/2000



In metal cover

Control data

25,4

30

Ø0,6 2,542,54

9,5

10

3,3

±0,

2

Dimensions in mm

Main characteristicsMaximum switching voltage 250 VDC (or peak)


Nominal current 1 A

Contact rating 2 W



REF. Marking


Laube Technology


Nominal voltage (V) 5 1

Operate voltage to secure the function from -40 to + 85 C (V)

Release voltage (V) 0,4 1 2

Power dissipated on the coil at 20 C (mW)

151

R/SEC/F51A.100/A/10/10/2000

Electrical data

Initial contact resistance -coil resistance at 20-variation 10




Electrical life time 50 !


Physical data

Operating temperature - 40 ~ + 85 Storage temperature - 40 ~ + 100Weight 4 gr. max.Shocks (11ms) 100 gVibrations ( 50 to 2000 Hz ) 30 g

Laube Technology

152

R/SEC/R011.S06/A/4/10/2000



In metal cover

Control data

50,8

65

Ø15,08

15,5

16

6

Dimensions in mm

" " " $

Maximum voltage (V) 9 1


Operate voltage to secure the function from -40 to + 85C (V) 4,4 8,8 17,6

Release voltage (V) 1,2 2,4 4,8

Power dissipated on the coil at 20 C (mW) 150 150 150


Maximum switching voltage 250 VAC (or peak)

Maximum switching voltage

Nominal current 5A

Contact rating 100 W



REF. Marking


Laube Technology

153

R/SEC/R011.S06/A/4/10/2000

Electrical data

Initial contact resistance -coil resistance at 20 C-variation 10 % each 25

Hold-on voltage- across contact 500 Vac- between coil and contacts 500 Vac- between case and contacts 500 Vac- between case and coil 500 Vac


Resonance frequency of the switch 800 HzOperate time, bounces included 2,5 msRelease time 0,1 ms

Electrical life time 250V 140mA # !# %


Physical data

Operating temperature - 40 ~ + 85 Storage temperature - 40 ~ + 100 Weight 30 gr. max.Shocks (11ms) 100 gVibrations ( 10 to 500 Hz ) 20 g

Laube Technology

154

R/SEC/R025.W00/A/3/10/2000


One change over contact

In metal cover

Control data

23 7,5

6,7

20,32

Ø0,6

3,3

± 0

,2

2,54

Dimensions in mm

" " " "

Maximum voltage (V) 8 11 8 3

Nominal voltage (V) 4 6 12 24

Operate voltage to secure the function from -40 to + 85 C (V) 2,8 4,4 8,8 17,6

Release voltage (V) 0,7 1 2 3

Power dissipated on the coil at 20 C (mW) 210 240 290 320



Nominal current 1 A

Contact rating 3 W


wiring : top viewstep 2,54 mm

REF. Marking

REED RELAY / CHANGE OVER DRY CONTACT

Laube Technology

155

&'& ()'* % %

R/SEC/R025.W00/A/3/10/2000

Electrical data

Initial contact resistance ( 100 mA/ 12 VAC) -coil resistance at 20 -variation 10 % each 25


Insulation resistance- across contacts 10- between coil and contacts 10- between case and contacts 10- between case and coil 10

Resonance frequency of the switch 4000 Hz

Max switching timeTest process---> Coil voltage: nominal voltage

Max. operate time normally open 1,5 msMax. release time normally closed 2 ms

Electrical life time 24V = 120mA


Physical data

Operating temperature - 40 + 85 Storage temperature - 40 + 100 Weight 3,5 gr. max.Shocks (11ms) 20 gVibrations ( 50 to 2000 Hz ) 30 g

Laube Technology

156

R/SEC/R054.B0./A/3/10/2000


One normally closed contact

In metal cover

Control data

7,62

10,1

7,2

3,3 ± 0,215,24 Ø 0,6 inscriptible

20,2

0,45 x 0,302,54-+1

Dimensions in mm

"# "# "## "#

Maximum voltage (V)

Nominal voltage (V)


Release voltage (V)





Nominal current 1 A

Contact rating 10 W



REF. Marking


Laube Technology

157

R/SEC/R054.B0./A/3/10/2000

Electrical data







Physical data

Operating temperature - 40 ~ + 85 Storage temperature - 40 ~ + 100 Weight 4,5 gr. max.Shocks (11ms) 100 gVibrations ( 50 to 4000 Hz ) 30 g

Laube Technology

158

R/SEC/R055.B08/A/2/10/2000



In metal cover

Control data

7,62

10,1

7,2

3,3 ± 0,215,24 Ø 0,6 inscriptible

20,2

0,45 x 0,302,54 1

Dimensions in mm

" " " "

Maximum voltage (V)

Nominal voltage (V)


Release voltage (V)





Nominal current 1 A

Contact rating 10 W



REF. Marking


Laube Technology

159

R/SEC/R055.B08/A/2/10/2000

Electrical data



Insulation resistance- across contact 10- between coil and contacts 10- between case and contacts 10- between case and coil 10




Physical data

Operating temperature - 40 + 85 Storage temperature - 40 + 100 Weight 4 gr. max.Shocks (11ms) 100 gVibrations ( 50 to 4000 Hz ) 30 g

Laube Technology

160

R/SEC/R058.B01/A/3/10/2000


One normally open bistable contact (1L)

In metal cover

Control data

7,62

10,1

7,2

3,3 ± 0,215,24 Ø 0,6 inscriptible

20,2

0,45 x 0,302,54 -+ F1

+ O-

Dimensions in mm

" "

Maximum voltage (V) 8 16


Voltage ensuring change of state (opening or closing) see polarities as shown above

Power dissipated on the coil at 20 °C (mW) 50 50

Minimal impulse (ms) 5 5


Maximum switching voltage or peak


Nominal current 400 mA

Contact rating 5VA



REF. Marking N°RCE

REED RELAY / DRY REED BISTABLE CONTACT

Laube Technology

161

'&&

R/SEC/R058.B01/A/3/10/2000

- across contacts 1010

Mechanical life expectancy >1.

Laube Technology

Electrical data

Initial contact resistance ( 100 mA/ 12 VAC) -coil resistance at -variation 10 % each 25

Hold-on voltage- across contacts 150 Vac- between coil and contacts 500 Vac- between case and contacts 500 Vac- between case and coils 500 Vac- between coils 100 Vdc

Insulation resistance

- between coil and contacts 10 - between case and contacts 10 - between case and coil 10- between coils 10

Resonance frequency of the switch 4000+,Operate time, bounces included 1 -Release time 0,1 ms

Electrical life time 50mV 10mA !

Physical data

Operating temperature - 40 ~ +85Storage temperature - 40 ~ +85Weight 4 gr. max.Shocks (11ms) 20 gVibrations ( 50 to 4000 Hz ) 10 g

162

LAUBE TECHNOLOGY

MERCURY WETTED REED RELAYS


(1A) SPST-NO 3 AMP F81A.500 164~165

(1C) SPDT 5 AMP R0861P12 166~167

(2-1C) 2-SPDT 3 AMP F72C.500 168~169

163

R/MER/F81A.500/A/11/10/2000


One normally open mercury contact

In metal cover

Vertical operating position

Control data

25,4

30

Ø0,6 2,545,08

9,5

10

3,3

±0,

2

= =

UP

Dimensions in mm

Maximum voltage (V) 7,5 18 36


Operate voltage to secure the function from -40 to + 85 (V) 3,5 8,4 16,8


Power dissipated on the coil at 20 (mW) 180 144 250


Maximum switching current 1A

Nominal current 3 A

Contact rating 50 VA

Contact material Mercury

Wiring : top view step 2,54 mm

REF. Marking

REED RELAY / MERCURY CONTACT

Laube Technology

164

'&&

&'& ()'* % %

R/MER/F81A.500/A/10/10/2000

Electrical data



Insulation resistance - across contacts 10- between coil and contacts 10 - between case and contacts 10 - between case and coil 10

Max switching timeTest process ---> Coil voltage: nominal voltage

Max. operate time normally open 3 msMax. release time normally closed 3 ms

Electrical life time consult us


Physical data

Operating temperature - 40 ~ + 85Storage temperature - 40 ~ + 10Weight 4,6 gr. max.Shocks (11ms) 30 gVibrations ( 10 to 500 Hz ) 10 g

Laube Technology

165

R/MER/R076.P../A/5/10/2000

Control data

33,02

40,8

Ø0,65,08

14,2

10,4

3,3

±0,

2

UP

+ -

Dimensions in mm

" "$ "$

Maximum voltage (V)

Nominal voltage (V)


Release voltage (V)





Nominal current 5 A max




REF. Marking

REED RELAY / 1 CHANGE OVER MERCURY CONTACT

Laube Technology


1 change over mercury contact

In metal cover


166

'&&

R/MER/R076.P../A/5/10/2000

Electrical data




Max switching timeTest process ---> Coil voltage: nominal voltageMax. operate time normally open 4 msMax. release time normally closed 4 ms



Physical data

Operating temperature - 25 ~ + 70 Storage temperature - 40 ~ + 100 Weight 14 gr. max.Shocks (11ms) 30 gVibrations ( 10 to 500 Hz) 10 g

Laube Technology

167

R/MER/F72C.500/A/12/10/2000


2 change over mercury contacts

In metal cover


Control data

25,4

30

Ø0,6

2,54

16,5

11

3,3

5,08

±0,

2

UP

Dimensions in mm



Operate voltage to secure the function from -40 to + 85(V) 3,75 9 18


Power dissipated on the coil at 20C (mW) 333 411 426



Nominal current 3 A




REF. Marking

REED RELAY / 2 CHANGE OVER MERCURY CONTACTS

Laube Technology

168

R/MER/F72C.500/A/12/10/2000

Electrical data



Insulation resistance- across contacts 10- between coil and contacts 10 - between case and contacts 10 - between case and coil 10

Max switching timeTest process---> Coil voltage:nominal voltage

max. operate time normally open 3 msmax. release time normally closed 3 ms



Physical data

Operating temperature - 25 ~ + 70Storage temperature - 40 ~ + 100Weight 9 gr. max.Shocks (11ms) 30 gVibrations ( 10 to 500 Hz ) 10 g

Laube Technology

169

LAUBE TECHNOLOGY

HIGH VOLTAGE REED RELAYS


(1A) SPST-NO 3 AMP R13..L00 171~172

170

R/STD/R13..L00/A/26/09/2000

For printed circuit board or fixing screws


In plastic cover


Maximum switching voltage 7500 VDC (peak)


Nominal current 3 A

Contact rating 50 W

5,08 5,08

M4

15,2

Ø 1

16,5

66

± 110,16

55,88

22,8622,86

50 ± 0,5

65

+

Dimensions in mm

Available without screw ( see below)


HIGH VOLTAGE REED RELAY/ DRY CONTACT

Marking

REF. Marking

Laube Technology

171

R/STD/R13..L00/A/26/09/2000

Electrical data

Initial contact resistance ( 100 mA/ 12 VAC) Coil resistance at 20 C !

-variation 10 % each 25C ! !

Hold-on voltage - across contacts 10000 VDC- between coil and contacts 14000 VDC

Insulation resistance- across contacts 10- between coil and contacts 10

Resonance frequency of the switch 900 HzOperate time, bounces included 4 msRelease time 0,5 msFor 5KV types, please, consult us

Physical dataOperating temperature - 25 ~ + 70Storage temperature - 40 ~ + 85Weight 28 gr. max.Shocks 50 g 11 msVibrations ( 50 to 500 Hz ) 30 g

Nominal voltage

Operate voltage to secure the function from -25 to + 70 C

Release voltage

Control data

Power dissipated on the coil at 20

Laube Technology

172

LAUBE ELECTRO-MECHANICAL RELAYS CLASS TO CLASS CROSS REFERENCE GUIDE

LAUBE HONGFA OMRON Aromat/Nais ZETTLER P & B TAKAMISAWA SONG CHUAN FUJITSU SIEMENS SCHRACK NEC OEG GOODSKY FEME ORIGINAL

HJQ-15F 690 G7G,G8P JT AZ2280/2290/2200 T90,T91 832 ORU

HJQ-15F-1 691 G7G,G8P JT AZ2210/2250 T90,T91 ORU

692 692 AZ2800/2850 T92

8400 8400

9400 9400

HJQ-15F-1 HF2100/2120 G7G JT AZ2100/2120 T91, T9A

HJQ-15F HF2150/2110 G8P JT AZ2150/2110 T9A T90 ORU

H F2160 AZ2160 852

HF420 MHS K AZ420 R10 NV23154

HJR-3FF HF8 AZ8 T73 LZ 843 OUDH UDH EM-EMH OUDE

HJR1-2C HFD2 G5V-2 DS2Y AZ832 T82-T85 RA FBR240 V23105,V23042 MR62 ZFH-002

HFKM-ZS-SHS HFKM-ZS-SHS AZ975-976 VKM A203-A208/V23072-CI OARW ARW-SH OAR(W)

TRKP HFKP AZ-970-971 VKP 822E(S) V23076 CAR

HFKW HFKW G8QN JJM*/JJM2W FBR51

TRV4 HFV4 CB AZ973 VF4 792H GRL ORAL

HJR4102 HM4100F-xx-HS G2E AZ952 842 FBR211SC A201/V23101 OUA UA-SS OUA

HM4101F-xx-HS AZ951 T81 MZ 842-A FBR211SE B201/V23101 OUAZ AZ-SH ESH-001 OUAZ

JGC-4F/ 5F-ss JGC-4F/ 5F-ss G3MB

JGX-31 F G3NA

JGX-39F G3R

JGX-40F/ 40FA ss JGX-40F/ 40FA ss G3RD/G3R

JQC-12 FF AZ766 834

JQC-21 FF 801H FBR100 SRUDH RUDH SRUDH

HJR-3FF JQC-3FF G5L JS AZ943 T72 833H FBR161-H MR301 PCExxH RW-SH VTA SRUDH

JQX-102 F G4A AZ-769 GQF

JQX-10F MK KRPA 703XB,XC

HJQ-15F JQX-105F G7G,G8P JT-N, JT T90,T91 832 ORU ORU

TRA1 JQX-115F AZ761/762/743 845 FTR-H1-F1 RT M25

JQX-116F G7L HE AZ2400/2410 841

HJQ-13F JQX-13F LY HL AZ164/168 K10 MAT SCLA/SCL TM RET SRET

TRA( 1-4 ) JQX-141 FF G2R JW AZ742/763/764 RT1/2/3/4 845-H MR71/72 OMI MI-MIH OMI

TRA( 1-4 ) JQX-14FF-xx-S G2R JR1, JR1A AZ697 RKA-RKS VS 845-1P FBR611 RP41 MR71 OMI MI-SH-L MZPA-001

JQX-14FW-xx-S G2RE JR1aF AZ755 RKS VSB 793 FBR611-K RP31 OMI-H GZF-L MZPA-001

JQX-14FY JQX-14FY G5J JR1aF-TMP VR OMIF OMIF

JQX-105F JQX-15FS G8P JT AZ2251 T90 832 GU ORU

JQX-37F JQX-37F VF PCF GPF

(White-Rodgers 90-290 to 295, 90-203 to 205)

(White-Rodgers90-360, 362, 364, 370, 372, 374,380, 382, 384)

173

LAUBE ELECTRO-MECHANICAL RELAYS CLASS TO CLASS CROSS REFERENCE GUIDE

LAUBE HONGFA OMRON Aromat/Nais ZETTLER P & B TAKAMISAWA SONG CHUAN FUJITSU SIEMENS SCHRACK NEC OEG GOODSKY FEME ORIGINAL

JQX-54FE JQX-54FE G4F JM AZ760 VH 821-W

JQX-54FF JQX-54FF G4F AZ2300 821 PCF

JQX-62F JQX-62F JR1aF-TMP G5J OMIF OMIF

JQX-68F JQX-68F G6R°°° JS RYII,V23061 M15E***

HJR1-2C JRC-19FD-xx-H G5V-2 DS2Y AZ831-821 T82-T85 RY FBR244 V23102 MR62 OVR GS-SH-L ZFH-002 ORZ

TR5V JRC-23F G5V1 HY AZ957 SY FBR21-22°° TSC EZ-EZH

TRG1 JZC-32F AZ-767 835 OJE GJ° OJE

JZC-33F G5S JQ AZ940 JY*** RE ** JF°

JZC-36F G5P-1 LK AZ672 FTR-H2/F2 DGIU SDT SDT

JZC-38F AZ960 T74 VE 851 VM

JZC-42F G5PA-2 LA OSA

HJR-7FF JZC-7FF G5L-E JS AZ942 T72 CS 812H FBR161-HB V23001 MR501 SRUDH RUDH VTA-001 SRUDH

HJQ-14F JZX140FF-xx-S G2R JR2,JR2A AZ7331AZ733W RKA VB 845 2P FBR621 RP82 MR72 OMI MI-SH-L MZPA-002 OMI

HJQ-18F JZX-18FF MY HC AZ164/168 KHA MAT SCLB/SCLD ZT RE STE

13F-2Z-A HL-1/2 PYC-P

13F-2Z-B HL-1/2 Y92H-3

13F-2Z-C HL-1/2 PTF-08A

18FF-2Z-A HC-114

18FF-4Z-A HC-1/4 PY14

18FF-4Z-B HC-1/4 PYF-14A

18FF-4Z-C HC-1/4 PYF-08A*

ONLY 25A MAX SWICTCHING CURRENT **RELAY HEIGHT 10mm. ONLY 1 FORM A ***RELAY HEIGHT 12,8mm ONLY 1 FORM A

°ONLY 1 FORM A °°

1/10 "SHORTER °°°

RELAY HEIGHT 15mm

SOCKETS

174

LAUBE TECHNOLOGY COMPONENTS DIVISION

CONTACT INFORMATION

E-mail: [email protected]: (888) 355-2823 (Toll Free)

(805) 388-1050

Fax: (805) 388-3433

Web: www.laube.com

175

Documents

Laube Relay · PDF fileLAUBE TECHNOLOGY RELAYS APPLICATION/TYPE CURRENT PAGE # Electro-Mechanical Relay 173~174 Telecom 1 ~ 3 amps 3 PCB 5 ~ 25 amps 18 General Purpose 5 ~ 30