contact data - Laube Technology

Transcription

LAUBE TECHNOLOGY
RELAY CATALOG
(VER. 1.3)
© 2004 Laube Technology (Rel.-1\04 )
1
LAUBE TECHNOLOGY RELAYS
CURRENT
PAGE #
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
APPLICATION/TYPE
173~174
Electro-Mechanical Relay
Cross-Reference Chart
Laube Technology Contact Information
175
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: info@laube.com
Toll free telephone number: 888-355-2823
Phone number: 805-388-1050
Fax number: 805-388-5718
www.laube.com
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
TR5V
SPECIFICATION
FILE NUMBER: T-08KH101A
DATE: 2001/11/02
Ŷ 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.
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1C
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
Ŷ GENERAL DATA
Insulation Resistance
1000M Min at500VDC
Dielectric Strength Between Open Contacts
400VAC(for one minute)
Between Contacts and coil
Operate Time
4ms Max
Release Time
3ms Max
Temperature Range
-25oC~ +55 oC
Shock Resistance
Operating Extremes
10G
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
Laube Technology
TR5V
Ŷ COIL DATA
Nominal Voltage
(VDC)
3
5
6
9
12
24
Coil Resistance at20±10%
()
0.2w
0.36w
45
25
125
69.4
180
100
405
225
720
400
2880
1600
Max Operate Voltage
(VDC)
0.2w
0.36w
2.25
2.1
3.75
3.5
4.5
4.2
6.75
6.3
9
8.4
18
16.8
Min Release Voltage Max Applicable Voltage
(VDC)
(VDC)
0.3
0.5
0.6
0.9
1.2
2.4
3.9
6.5
7.8
11.7
15.6
31.2
TR5V
SPECIFICATION
FILE NUMBER: T-08KH101A
DATE: 2001/11/02
Ŷ 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.
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1C
AgNi+Au
Contact
Ratings
1A 120VAC/1A 24VDC
120VAC/60VDC
1A
Max Switching Power
120VA/30W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
5
Laube Technology
TR5V
Ŷ GENERAL DATA
1000M Min at500VDC
Operate Time
4ms Max
Release Time
3ms Max
Temperature Range
-25 oC~+55 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz Double amplitude of 2.0.mm
Humidity
35%-85%RH
Weight
Approx. 2.2g
Safety Standard
UL:E173485
Ŷ COIL DATA
Nominal Voltage
(VDC)
3
5
6
9
12
Coil Resistance at20±10%
()
0.15w
60
167
240
540
960
Max Operate Voltage
(VDC)
0.15w
2.4
4.0
4.8
7.2
9.6
Min Release Voltage Max Applicable Voltage
(VDC)
(VDC)
0.3
0.5
0.6
0.9
1.2
Ŷ 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
3.9
6.5
7.8
11.7
15.6
Laube Technology
TR5V
Ŷ OVERALL AND MOUNTING DIMENSIONS
Dimensions
Terminal Arrangement/
Internal Connections
(Bottom view)
7
Laube Technology
HJR4102
HJR4102
SPECIFICATION
FILE NUMBER: P-08KA201A
DATE: 2001/11/02
Ŷ Featues
Small size and low cost
DIP standard terminals
Several sensitivity
Sealed type available
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
Ag+Au
AgNi+Au
Contact
Ratings
1A 120VAC/24VDC
3A 120VAC/24VDC
240VAC/60VDC
240VAC/60VDC
1A
Max Switching Power
120VA/30W
3A
360VA/90W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
5ms
Release Time
5ms
Temperature Range
-25oC to+55oC
Shock Resistance
Operating Extremes
10G
Damage Limits
50G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 3.5g
Safety Standard
UL E173485
8
Laube Technology
HJR4102
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
Coil Resistance at20±10%()
0.2W
45
125
180
405
720
2800
0.36W
25
70
100
220
400
1600
Max Operate Voltage Min ReleaseVoltage Max ApplicableVoltage
VDC
2.25
3.75
0.45W
20
56
80
180
320
1280
4.5
6.75
9
18
VDC
0.3
0.5
0.6
0.9
1.2
2.4
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
Laube Technology
HJR4102
1
5
6
12
8
7
Form C
1
5
12
8
Form A
10
6
Laube Technology
HJR4102E
HJR4102E
SPECIFICATION
DATE: 2001/11/02
Ŷ Featues
Small size and low cost
Several sensitivity
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
Ag+Au
AgNi+Au
Contact
Ratings
1A 120VAC/24VDC
3A 120VAC/30VDC
240VAC/60VDC
240VAC/60VDC
1A
3A
Max Switching Power
120VA/30W
360VA/90W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
5ms
Release Time
5ms
Temperature Range
-25oC to+55 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
50G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 3.5g
Safety Standard
UL E173485
11
Laube Technology
HJR4102E
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
0.2W
45
125
180
405
720
2800
0.36W
25
70
100
220
400
1600
VDC
2.25
3.75
0.45W
20
56
80
180
320
1280
4.5
6.75
9
18
VDC
0.3
0.5
0.6
0.9
1.2
2.4
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
Laube Technology
HJR4102E
13
Laube Technology
HJR1-2C
HJR1-2C
SPECIFICATION
DATE: 2001/11/02
Ŷ Featues
DPDT configuration
High sensitivity
Sealed version
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2C
Ag+Au
AgNi+Au
Contact
Ratings
0.5A 120VAC/1A24VDC
1A120VAC/2A 24VDC
240VAC/60VDC
1A
2A
Max Switching Power
60VA/30W
120VA/60W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
500/750VAC (for one minute/sec)
1000/1250VAC (for one minute/sec)
Operate Time
6ms
Release Time
4ms
Temperature Range
-30oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
50G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx.5g
Safety Standard
UL:E173485 cUL. TUV:R9859574
14
Laube Technology
HJR1-2C
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.2W
45
125
180
405
720
2800
VDC
2.25
3.75
4.5
6.75
9
18
36
0.36W
0.45W
25
20
70
56
100
80
220
180
400
320
1600
1280
6400±15% 5100±15%
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
HJR1-2C
SPECIFICATION
DATE: 2001/11/02
Ŷ Featues
DPDT configuration
High sensitivity
Sealed version
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2C
Ag+Au
Contact
Ratings
0.5A 120VAC
1A 24VDC
240VAC/60VDC
2A
Max Switching Power
240VA/60W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
15
Laube Technology
HJR1-2C
Ŷ GENERAL DATA
100M Min at 500VDC
500(for one minute)
1000(for one minute)
Operate Time
8ms
Release Time
4ms
Temperature Range
-30 oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
50G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx.5g
Safety Standard
UL:E173485 cUL. TUV:R9859574
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
0.15W
60
167
240
540
960
VDC
2.4
4
4.8
7.2
9.6
VDC
0.15
0.25
0.3
0.45
0.6
Ŷ ORDERING CODE
HJR1-2C
D--12VDC
D=0.36W Coil Power
L=0.2W M=0.15W N=0.45W
Relay Model
16
VDC
3.9
6.5
7.8
11.7
15.6
Laube Technology
HJR1-2C
17
LAUBE TECHNOLOGY
PCB RELAYS
PART SERIES
PAGE #'S
(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
Laube Technology
HJR-3FF
HJR-3FF
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
10A switching capability
Small footprint
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgCdO
AgSnO
1A:10A 240VAC,
15A 12VDC(TUV)
12A 120VAC/24VDC
250VAC/30VDC
Contact
Ratings
15A
Max Switching Power
2770VA/240W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
1C: 7A 240VAC/10A 120VAC/24VDC
5A 240VAC(TUV)
Ŷ GENERAL DATA
100M Min
Operate Time
10ms
Release Time
5ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-50Hz
Humidity
40—85%
Weight
Approx 10g
Safety Standard
UL:E 173485
19
at 500VDC
1.5mm
TUV:R 9859574,CH0062184-2001
Laube Technology
HJR-3FF
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
18
24
48
Coil Resistance at20±10%( )
0.36W
25
70
100
225
400
900
1600
6400 ±15%
0.45W
5100 ±15%
Max Operate Voltage
Min ReleaseVoltage
Max ApplicableVoltage
VDC
2.25
3.75
4.5
6.75
9
13.5
18
36
VDC
0.3
0.5
0.6
0.9
1.2
1.8
2.4
4.8
VDC
3.9
6.5
7.8
11.7
15.6
23.4
31.2
62.4
Ŷ ORDERING CODE
HJR-3FF--12VDC-S---Z
Z Form C
H Form A
Sealed
Relay Model
20
Laube Technology
HJR-3FF
21
Laube Technology
HJR-21FF
HJR-21FF
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
SPST-NO configuration
Small footprint
Sealed version available
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgCdO
1A:12A 240VAC
15A 12VDC(TUV)
15A 120VAC/24VDC
250VAC/30VDC
Contact
Ratings
15A
Max Switching Power
2770VA/240W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
AgSnO
1C:10A 240VAC/12A 120VAC/240VDC
7A 240VAC(TUV)
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
10ms
Release Time
5ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 13g
Safety Standard
TUV R9859574
22
UL:E173485,
CH0062182-2001
Laube Technology
HJR-21FF
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.36W
25
70
100
225
400
1600
6400±15%
VDC
2.25
3.75
4.5
6.75
9
18
36
0.45W
5100±15%
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ ORDERING CODE
HJR-21FF---12VDC--S--H
Z Form C
H Form A
Sealed
Relay Model
23
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJR-21FF
4
5
1
3
2
5
1
3
24
2
Laube Technology
HJR-78F(TRKM)
HJR-78F(TRKM)
SPECIFICATION
FILE NUMBER: P-08KE201A
DATE: 2001/11/02
Ŷ Features
Small size auto relay
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgNi, AgSnO
Contact
Ratings
NC:20A14VDC
NC:12A/14VDC
1C:7A 120VAC
16VDC
25A
Max Switching Power
400W,840VA
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min
Operate Time
10ms
Release Time
5ms
Temperature Range
-40oC to+85oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,2.0mm
Humidity
35-85%
Weight
Approx. 6g
Safety Standard
UL:E173485
25
Laube Technology
HJR-78F(TRKM)
Ŷ COIL DATA
NominalVoltage
(VDC)
6
9
12
24
0.6W
60
135
240
960
(VDC)
3.9
5.85
7.8
15.6
0.8W
45
100
180
720
(VDC)
0.48
0.72
0.96
1.92
Ŷ 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
(VDC)
7.8
11.7
15.6
31.2
Laube Technology
HJR-78F(TRKM)
27
Laube Technology
TRJV
TRJV
SPECIFICATION
FILE NUMBER: P-08KF201A
DATE: 2002/1/28
Ŷ 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
Ŷ CONTACT DATA
Contact
Contact
Form
Material
Contact
Ratings
1A(SPST-NO)
SILVER ALLOY
5A 250VAC / 5A30VDC
250VAC / 150VDC
5A
Max Switching Power
1250VA / 150W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
5,000,000
Operations
Ŷ GENERAL DATA
1000M Min
Operate Time
8ms
Release Time
4ms
Temperature Range
-40oC to+70 oC
Shock Resistance
10G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 4.5g
11ms
Safety Standard
28
at 500VDC
Laube Technology
TRJV
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
0.2W
45
125
180
0.3W
30
83
120
(VDC)
2.25
3.75
4.5
(VDC)
0.15
0.25
0.3
(VDC)
3.9
6.5
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
48
2880
1920
0.36W 6400±15%()
18
36
1.2
2.4
31.2
62.4
Ŷ ORDERING CODE
TRJV
D--12VDC--S--H
H Form A
Sealed
D=0.3W L=0.2W
Relay Model
29
Laube Technology
TRJV
30
Laube Technology
TRG1
TRG1
SPECIFICATION
FILE NUMBER: P-08KB101A
DATE: 2001/11/02
Ŷ Features
SPST-NO & SPDP configuration
Standard PC layout
Ŷ CONTACT DATA
Contact
Contact
Form
Material
Contact
Ratings
1A/1C
AgCdO
AgSnO
1A:10A/120VAC 5A/240VAC/30VDC
1A-L,1C:3A 240VAC/30VDC
250VAC/30VDC
10A
Max Switching Power
1200VA/150W
Contact Resistance
100M max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
8ms
Release Time
5ms
Temperature Range
-40oC to+70oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 6g
Safety Standard
UL: E173485,
31
CH0062183-2001
Laube Technology
TRG1
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.2W
45
125
180
405
720
2880
0.45W
20
56
80
180
320
1280
5100±15%
VDC
2.25
3.75
4.5
6.75
9
18
36
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRG1
(Bottom view)
Dimensions
Form C
5
Form A
33
Laube Technology
TRA1
TRA1
SPECIFICATION
FILE NUMBER: P-08KC101A
DATE: 2001/11/02
Ŷ Features
Small footprint
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgCdO
AgSnO
Contact
Ratings
10A 240VAC
10A 30VDC
250VAC/30VDC
12A
Max Switching Power
2500VA/300W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
20ms
Release Time
10ms
Temperature Range
-30oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 14g
Safety Standard
UL:E173485
34
Laube Technology
TRA1
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.54W
17
46
67
150
270
1050
4250±15%
0.72W
13
35
50
110
200
800
3200
VDC
2.4
4
4.8
7.2
9.6
19.2
38.4
VDC
0.15
0.25
0.3
0.45
0.6
1.2
2.4
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRA1
(Bottom view)
Dimensions
Form C
5
Form A
36
Laube Technology
TRA2
TRA2
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
16 switching capability
5KV dieletric between coil and contacts
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgCdO
AgSnO
Contact
Ratings
16A 240VAC
16A 30VDC
250VAC/30VDC
20A
Max Switching Power
4800VA/480W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
20ms
Release Time
10ms
Temperature Range
-40oC to+70oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 14g
Safety Standard
UL:E173485
37
Laube Technology
TRA2
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.54W
17
46
67
150
270
1050
4250±15%
0.72W
13
35
50
110
200
800
3200
VDC
2.4
4
4.8
7.2
9.6
19.2
38.4
VDC
0.15
0.25
0.3
0.45
0.6
1.2
2.4
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRA2
(Bottom view)
Dimensions
Form C
5
Form A
39
Laube Technology
TRA3
TRA3
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
Creepage distance: 8.0mm Min
Au-clad contact available
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2A/2C
AgCdO
AgSnO
Contact
Ratings
5A 240VAC
5A 30VDC
250VAC/30VDC
8A
Max Switching Power
1250VA/240W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
20ms
Release Time
10ms
Temperature Range
-30oCto+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 14g
Safety Standard
UL:E173485
40
Laube Technology
TRA3
Ŷ COIL DATA(2Z)
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.54W
17
46
67
150
270
1050
4250±15%
0.72W
13
35
50
110
200
800
3200
VDC
2.4
4
4.8
7.2
9.6
19.2
38.4
VDC
0.15
0.25
0.3
0.45
0.6
1.2
2.4
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRA3
Terminal Arrangnment/
(Bottom view)
Dimensions
Form C
4
Form A
42
Laube Technology
TRA4
TRA4
SPECIFICATION
DATE: 2001/7/19
Ŷ Features
1 form A contact arrangement
Immersion cleanable, sealed version available
Applications include appliance, HAVC, CTV,
Monitor, Emergency lighting
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A
AgSnO
Contact
Ratings
10A 250VAC/30VDC
250VAC/110VDC
12A
Max Switching Power
2500VA/300W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
20ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
20-85%
Approx 11g
Weight
Safety Standard
43
Laube Technology
TRA4
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.25W
0.54W
36
16.7
100
46.3
144
66.7
324
150
576
266.7
2304
1066.7
9216±15% 4266.7±15%
VDC
2.25
3.75
4.5
6.75
9
18
36
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ ORDERING CODE
TRA4
D--12VDC--S--H
H Form A
Sealed
D=0.54W Coil Power
L=0.25W
Relay Model
44
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRA4
(Bottom view)
Dimensions
45
Laube Technology
TRA5
TRA5
SPECIFICATION
DATE: 2001/7/19
Ŷ Features
2 form A contact arrangement
Immersion cleanable, sealed version available
Meet 3000V dieletrie voltage between coil and
contacts (1.2/50us)
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2A
AgSnO
Contact
Ratings
3A 125VAC/24VDC
5A 250VAC/30VDC
250VAC/30VDC
7A
Max Switching Power
1250VA/150W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
20ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
20-85%
Approx 13g
Weight
Safety Standard
46
Laube Technology
TRA5
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.25W
0.54W
36
16.7
100
46.3
144
66.7
324
150
576
266.7
2304
1066.7
9216±15% 4266.7±15%
VDC
2.25
3.75
4.5
6.75
9
18
36
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ ORDERING CODE
TRA5
D--12VDC--S---H
H Form A
Sealed
D=0.54W Coil Power
L=0.25W
Relay Model
47
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
TRA5
(Bottom view)
Dimensions
48
LAUBE TECHNOLOGY
GENERAL PURPOSE RELAYS
PART SERIES
PAGE #'S
(1A) SPST-NO
12
HJQ-14F
50~52
(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
49
Laube Technology
HJQ-14F
HJQ-14F
SPECIFICATION
FILE NUMBER: P-08KD201A
DATE: 2001/11/02
Ŷ Features
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgCdO/AgSnO
Contact
Ratings
10A 240VAC/30VDC
250VAC/30VDC
12A
Max Switching Power
2500VA/300W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
15ms
Release Time
8ms
Temperature Range
-30oC to +70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 18g
Safety Standard
CCEE
50
CH0031717-99
Laube Technology
HJQ-14F
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
0.54W
16.7
46.3
66.7
150
266.7
1067
4267
0.72W
12.5
34.7
50
112.5
200
800
3200
VDC
VDC
VDC
2.25
3.75
4.5
6.75
9
18
36
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ ORDERING CODE
HJQ-14F---12VDC---Z
Z Form C
H Form A
Relay Model
51
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-14F
(Bottom view)
Dimensions
Form C
5
Form A
52
Laube Technology
HJQ-13F
HJQ-13F
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
15A transfer contacts
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2C
AgCdO
1C
AgCdO
Contact
Ratings
10A 240VAC/30VDC
16A240VAC/30VDC
250VAC/30VDC
12A
Max Switching Power
3000VA/360W
20A
4000VA/480 W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
25ms
Release Time
25ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
20G
Damage Limits
100G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 35g
Safety Standard
CSA:203664
53
Laube Technology
HJQ-13F
Ŷ COIL DATA(2Z)
NominalVoltage
5-110VDC 6-240VAC
5
6
12
24
48
110
6
12
24
48
120
220/240
Coil Resistance at20±10%() Max Operate Voltage Min ReleaseVoltage Max ApplicableVoltage
VDC
0.9W
28
40
160
640
2560
13445
VAC
1.2VA
11.5
46
184
735
4550±15%
14400±15%
VDC
VAC
VDC
VAC
VDC
VAC
3.75
4.5
9
18
36
82.5
4.8
9.6
19.2
38.4
96
220
0.5
0.6
1.2
2.4
4.8
11
1.8
3.6
7.2
14.4
36
39.6
6.5
7.8
15.6
31.2
62.4
143
7.8
15.6
31.2
62.4
156
286/312
ŶORDERING 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
Laube Technology
HJQ-13F
1
2
1
2
3
4
3
4
5
6
8
7
Dimensions
6
5
8
7
1ZD
Terminal arrangement/
Interal connections
(Bottow view)
1
2
1
2
3
4
3
4
5
6
5
6
7
8
7
8
2ZD
Dimensions
Interal connections
(Bottow view)
Dimensions
B Type
P Type
PCB Mounting
55
Laube Technology
HJQ-18F(4453)
HJQ-18F(4453)
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
2 to 3 pole configurations
Ŷ CONTACT DATA
Contact
Contact
Form
Material
2C/3C
AgCdO
Contact
Ratings
5A 240VAC/30VDC
250VAC/30VDC
7A
Max Switching Power
1750VA/210W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min at 500VDC
Operate Time
25ms
Release Time
25ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
20G
Damage Limits
100G
Vibration Resistancs
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 32g
UL:E173485
Safety Standard
56
Laube Technology
HJQ-18F(4453)
Ŷ COIL DATA(2Z)
NominalVoltage
5-110VDC 6-240VAC
5
6
12
24
48
6
12
24
48
120
220/240
Coil Resistance at20±10%() Max Operate Voltage Min ReleaseVoltage Max ApplicableVoltage
VDC
0.9W
70
100
360
650
2600
VAC
1.2VA
11.5
46
184
735
4550±15%
14400±15%
VDC
VAC
VDC
VAC
3.75
4.5
9
18
36
4.8
9.6
19.2
38.4
96
176
0.5
0.6
1.2
2.4
4.8
1.8
3.6
7.2
14.4
36
72
Ŷ ORDERING CODE
HJQ-18F---12VDC--2Z
.
2Z Form 2C
3Z Form 3C
Relay Model
57
VDC
VAC
Laube Technology
HJQ-18F(4453)
(Bottom view)
Dimensions
1
4
5
8
9
12
13
14
Ŷ ORDERING CODE
HJQ-18F---12VDC---2Z
.
2Z Form 2C
3Z Form 3C
Relay Model
58
Laube Technology
HJQ-18F(4453)
59
Laube Technology
HJQ-15F
HJQ-15F
SPECIFICATION
DATE: 2001/11/02
Features
High power & low cost
Less than 1W coil power
Open sealed type available
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A,1B,1C
AgCdO
AgSnO
1A: 25A 240VAC/20A 28VDC 30A240VAC
1B: 15A 240VAC/10A 28VDC 20A240VAC
1C:20/10A 240VAC/28VDC
250VAC/30VDC
Contact
Ratings
30A
Max Switching Power
6000VA/560W
Contact Resistance
100m Max
100,000
Mechanical
10,000,000
Operations
at 6VDC 1A
Ŷ GENERAL DATA
100M Min
1500VAC(1min 1mA)
1500VAC(1min 1mA)
Operate Time
15ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 36g
Safety Standard
CCEE:CH0064848-2001
60
Laube Technology
HJQ-15F
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
Max Operate Voltage Min Release Voltage Max Applicable Voltage
VDC
2.25
3.75
4.5
6.75
9
18
36
0.93W
9.7
26.9
38.8
87.1
154.9
619.4
2477.5
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ ORDERING CODE
HJQ-15F---------12VDC---S---Z
Z Form C
H Form A
D Form B
K Open Type
S Sealed
Relay Model
61
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-15F
HJQ-15F
HJQ-15F(Open Type )
62
Laube Technology
HJQ-15F
HJQ-15F
HJQ-15F(Open Type )
63
Laube Technology
HJQ-15F-1
HJQ-15F-1
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
QC & PC terminals
High dielectric strength 3000VAC
Optional flanged case for panel mounting
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A,1B,1C
AgCdO
AgSnO
1A: 25A 240VAC/20A 28VDC 30A240VAC
1B: 15A 240VAC/10A 28VDC 20A240VAC
1C: 20/10A 240VAC/28VDC
250VAC/30VDC
Contact
Ratings
30A
Max Switching Power
6000VA/560W
Contact Resistance
100m Max
100,000
Mechanical
10,000,000
Operations
at 6VDC 1A
Ŷ GENERAL DATA
100M Min
1500VAC(1min 1mA)
1500VAC(1min 1mA)
Operate Time
15ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 36g
Safety Standard
CCEE:CH0064848-2001
64
Laube Technology
HJQ-15F-1
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
VDC
2.25
3.75
4.5
6.75
9
18
36
0.93W
9.7
26.9
38.8
87.1
154.9
619.4
2477.5
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-15F-1
COM
NO
NC
HJQ-15F-1
Form A
66
Laube Technology
HJQ-15F-2
HJQ-15F-2
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
QC & PC terminals
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A,1B,1C
AgCdO
AgSnO
1A: 25A 240VAC/20A 28VDC 30A240VAC
1B: 15A 240VAC/10A 28VDC 20A240VAC
1C:20/10A 240VAC/28VDC
250VAC/30VDC
Contact
Ratings
30A
Max Switching Power
6000VA/560W
Contact Resistance
100m Max
100,000
Mechanical
10,000,000
Operations
at 6VDC 1A
Ŷ GENERAL DATA
100M Min
1500VAC(1min 1mA)
1500VAC(1min 1mA)
Operate Time
15ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 36g
Safety Standard
CCEE:CH0064848-2001
67
Laube Technology
HJQ-15F-2
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
VDC
2.25
3.75
4.5
6.75
9
18
36
0.93W
9.7
26.9
38.8
87.1
154.9
619.4
2477.5
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-15F-2
COM
NO
NC
HJQ15F-2
Internal connections
(Bottom)
Top view
COM
NO
NC
Dimensions
69
Laube Technology
HJQ-15F-3
HJQ-15F-3
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
QC & PC terminals
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A,1B,1C
AgCdO
AgSnO
1A: 25A 240VAC/20A 28VDC 30A240VAC
1B: 15A 240VAC/10A 28VDC 20A240VAC
1C:20/10A 240VAC/28VDC
250VAC/30VDC
Contact
Ratings
30A
Max Switching Power
6000VA/560W
Contact Resistance
100m Max
100,000
Mechanical
10,000,000
Operations
at 6VDC 1A
Ŷ GENERAL DATA
100M Min
1500VAC(1min 1mA)
1500VAC(1min 1mA)
Operate Time
15ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 36g
Safety Standard
CCEE:CH0064848-2001
70
Laube Technology
HJQ-15F-3
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
VDC
2.25
3.75
4.5
6.75
9
18
36
0.93W
9.7
26.9
38.8
87.1
154.9
619.4
2477.5
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-15F-3
HJQ-15F-3
72
Laube Technology
HJQ-15F-4
HJQ-15F-4
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
QC & PC terminals
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A,1B,1C
AgCdO
AgSnO
1A: 25A 240VAC/20A 28VDC 30A240VAC
1B: 15A 240VAC/10A 28VDC 20A240VAC
1C:20/10A 240VAC/28VDC
250VAC/30VDC
Contact
Ratings
30A
Max Switching Power
6000VA/560W
Contact Resistance
100m Max
100,000
Mechanical
10,000,000
Operations
at 6VDC 1A
Ŷ GENERAL DATA
100M Min
1500VAC(1min 1mA)
1500VAC(1min 1mA)
Operate Time
15ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 36g
Safety Standard
CCEE:CH0064848-2001
73
Laube Technology
HJQ-15F-4
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
48
VDC
2.25
3.75
4.5
6.75
9
18
36
0.93W
9.7
26.9
38.8
87.1
154.9
619.4
2477.5
VDC
0.3
0.5
0.6
0.9
1.2
2.4
4.8
Ŷ 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
VDC
3.9
6.5
7.8
11.7
15.6
31.2
62.4
Laube Technology
HJQ-15F-4
HJQ-15F-4
75
Laube Technology
TRAF
TRAF
SPECIFICATION
D ATE: 2001/11/02
Ŷ Features
Ideal for motor switching in appliances and HVAC
Designed for high inrush compressor loads
Semi-sealed construction
Ŷ CONTACT DATA
Contact
Contact
Form
Material
Contact
Ratings
1A
AgCdO
Motor:inrush 80A 250VAC
Break 20A 250VAC
250VAC
20A
Max Switching Power
5000VA
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Eesistive:20A 250VAC
80A
Ŷ GENERAL DATA
100M Min
Operate Time
20ms
Release Time
10ms
Temperature Range
-25oC o+55oC
Shock Resistance
20G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx. 23g
at 500VDC
11ms
Safety Standard
76
Laube Technology
TRAF
Ŷ COIL DATA
NominalVoltage
(VDC)
5
6
0.9W
27.8
40
(VDC)
3.75
4.5
(VDC)
0.5
0.6
(VDC)
6.5
7.8
12
160
9
1.2
15.6
24
48
640
2560
18
36
2.4
4.8
31.2
62.4
Ŷ ORDERING CODE
TRAF--12VDC--S--H
H Form A
Sealed
Relay Model
77
Laube Technology
TRAF
TRAF-H
Bottom terminals
Terminal arrangement
4
3
3
3
4
4
TRAF-H-P
1
2
Bottom terminals
4
3
1
78
2
LAUBE TECHNOLOGY
AUTOMOTIVE RELAYS
PART SERIES
PAGE #'S
(1A) SPST-NO
15
TRKF
(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
92~93
Laube Technology
TRKM(78F)
TRKM(78F)
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
Small size auto relay
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C/1B
AgNi, AgSnO
Contact
Ratings
NC:20A14VDC
NC:12A/14VDC
16VDC
25A
Max Switching Power
840VA/400W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min
Operate Time
10ms
Release Time
5ms
Temperature Range
-40oC to+85 oC
Shock Resistance
Operating Extremes
10G
Damage Limits
100G
at 500VDC
10-55Hz,2.0mm
Humidity
35-85%
Weight
Approx. 6g
Safety Standard
UL:E173485
80
Laube Technology
TRKM(78F)
Ŷ COIL DATA
NominalVoltage
(VDC)
6
9
12
24
0.6W
60
135
240
960
0.8W
45
100
180
720
(VDC)
3.9
5.85
7.8
15.6
(VDC)
0.48
0.72
0.96
1.92
Ŷ 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
(VDC)
7.8
11.7
15.6
31.2
Laube Technology
TRKM(78F)
(Bottom view)
Dimensions
Form C
Form A
82
Laube Technology
TRKP
TRKP
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
40A continuous rating 85 oC
PC board terminals
Inrush current 100A
Open & sealed version available
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgNi/AgSnO
Contact
Ratings
NO:40A 14VDC
NC:30A 14VDC
30VDC
40A
Max Switching Power
560W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min
750VACfor one minute)
Operate Time
5ms
Release Time
4ms
Temperature Range
-40 oC
Shock Resistance
20G,11ms half sine wave pulse
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 21g
Safety Standard
83
at 500VDC
to+70 oC
Laube Technology
TRKP
Ŷ COIL DATA
NominalVoltage
(VDC)
3
5
6
9
12
24
1.6W
5.7
15.7
22.5
50.7
90
360
1.9W
4.8
13.2
19
42.7
75.8
303.2
VDC
2.25
3.75
4.5
6.75
9
18
VDC
0.3
0.5
0.6
0.9
1.2
2.4
Ŷ ORDERING CODE
TRKP---12VDC---S---Z
Z Form C
H Form A. B. C
Sealed
Relay Model
84
VDC
3.9
6.5
7.8
11.7
15.6
31.2
Laube Technology
TRKP
(Bottom view)
Dimensions
Europeam Footprint American Footprint
A
B
C
D
E
F
G
J
D1
D2
Form C
3.3
12.1
2.2
13.2
2.2
15.9
10.1
5.9
Form A
85
3.78
11.89
4
12.2
2.28
14.8
9.09
5.53
Laube Technology
TRV3
TRV3
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
1A & 1C arrangements
Plug-in or PC board terminals
Optional mounting bracket
Ŷ CONTACT DATA
Contact
Contact
Form
Material
1A/1C
AgNi/AgSnO
Contact
Ratings
1A:40A 14VDC
1C:30A 14VDC
30VDC
40A
Max Switching Power
560W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min
Operate Time
10ms
Release Time
10ms
Temperature Range
-40oCto+70 oC
Shock Resistance
20G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 40g
at 500VDC
11ms
Safety Standard
86
Laube Technology
TRV3
Ŷ COIL DATA
NominalVoltage
(VDC)
6
12
1.6W
22.5
90
1.9W
19
75.8
(VDC)
3.9
7.8
(VDC)
0.6
1.2
(VDC)
7.8
15.6
24
360
303.2
15.6
2.4
31.2
ŶORDERING CODE
TRV3--12VDC--S--Z
Z Form C
H Form A
Sealed
Relay Model
87
Laube Technology
TRV3
I
II
Dimensions
(Bottom view)
Dimensions
(Bottom view)
30
85
86
87a
87
(1)Form C
(2)Form A
B Type
P Type
PCB Mounting
88
Laube Technology
TRV4
TRV4
SPECIFICATION
DATE: 2001/11/02
Ŷ Features
1A & 1C arrangements
Plug-in or PC board terminals
Optional mounting bracket
Ŷ CONTACT DATA
Contact
Contact
Form
Material
Contact
Ratings
1A/1C
AgNi,AgSnO
NO:40A 14VDC
NC:30A 14VDC
30VDC
40A
Max Switching Power
560W
Contact Resistance
100m Max
at 6VDC 1A
100,000
Mechanical
10,000,000
Operations
Ŷ GENERAL DATA
100M Min
Operate Time
10ms
Release Time
10ms
Temperature Range
-40oC to+70 oC
Shock Resistance
20G
10-55Hz,1.5mm
Humidity
40-85%
Weight
Approx 40g
at 500VDC
11ms
Safety Standard
89
1U
2*20A 14VDC
Laube Technology
TRV4
Ŷ COIL DATA
NominalVoltage
(VDC)
6
12
1.6W
22.5
90
1.9W
19
75.8
(VDC)
3.9
7.8
(VDC)
0.6
1.2
(VDC)
7.8
15.6
24
360
303.2
15.6
2.4
31.2
Ŷ ORDERING CODE
TRV4--12VDC--S--Z
Z Form C
H Form A
Sealed
Relay Model
90
Laube Technology
TRV4
With bracket(P type)
Dimensions
I
II
Dimensions
(Bottom view)
(1)Form C
B Type
(Bottom view)
(2)Form A
P Type
PCB Mounting
91
Laube Technology
TRKF
SPECIFICATION
FILE NUMBER˖P-08KA50A
DATE˖2001/11/02
Ƶ CONTACT DATA
Contact Form
Contact Material
Contact Ratings
1A(SPNO), C(SPDT)
AgSnO
15A 14VDC
16VDC
Motor load 5A 14VDC Inrush 25A
Max Switching Power
840W
Contact Resistance
100m¡Max(initial value)
00,000
(Frequency2, 000 operations/hr)
0,000,000
(Frepuency8, 000 operations/hr)
Mechanical
Ƶ GENERAL DATA
100M¡Min at 500VDC
Operate Time
15ms
Release Time
10ms
Temperature Range
-40ćto+80ć
10G
100G
Shock Resistance
Operating Extremes
Damage Limits
10-50Hz
1.5mm
Humidity
40—85%
Weight
Approx 10g
Safety Standard
Ƶ COIL DATA
Rated current
Rated voltage
±10% at25ć
(V)
(mA)
9
7.4
2
53.3
24
26.7
Coil resistance
±10% at25ć
(¡)
26
225
900
Max.continuous
Voltage
at 25ć
Pick up
Voltage (Max)
at 25ć
20% of
Rated
Voltage
65% of
Rated
Voltage
92
Drop out
Power consumption
Voltage (Min)
At rated
Voltage
at25ć
5% of
Rated
Voltage
Approx.0.64W
Laube Technology
TRKF
ƵORDERING CODE
TRKFü2VDCüSüZ
Z Form C
H Form A
Sealed
Relay Model
ƵOVERALL AND MOUNTING DIMENSIONS
93
LAUBE TECHNOLOGY
SOLID STATE RELAYS
PART SERIES
PAGE #'S
(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
(1A) SPST-NO
JGX-41F
127-129
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
SOLID STATE JG-24F Series
240/380Vac
RELAY
10-25Amp
FEATURES
JG-24F
4000V dielectric strength
Photo isolation
LED status indicator
Built-in snubber
Zero cross or random turn-on
Panel mount
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
JG-24F /
1
2
3
4
3. Zero Cross Function
ZZero cross turn-on
PRandom turn-on
4. Load Current
1010Amp
1515Amp
2525Amp
1. Input Voltage
D: 3-32VDC
2. Load Supply Voltage
24: 48-264Vrms
38: 48-440Vrms
1
95
JG-24F Series
SPECIFICATIONS
MODELS
JG-24F/D38 10
JG-24F/D38 15
JG-24F/D38 25
INPUT(1)
Control voltage range
3 - 32VDC
3 - 32VDC
3 - 32VDC
Must operate voltage
3VDC max.
3VDC max.
3VDC max.
Must release voltage
1.0VDC min.
1.0VDC min.
1.0VDC min.
Maximum input current
28mA(@5VDC)
28mA(@5VDC)
28mA(@5VDC)
Maximum reverse protection voltage
- 32VDC
- 32VDC
- 32VDC
48 - 440Vrms
48 - 440Vrms
48 - 440Vrms
0.1- 10Arms
0.1- 15Arms
0.1- 25Arms
Max surge current (3)
100Apk
150Apk
250Apk
Max leakage current
10mA
10mA
10mA
Max on-state voltage drop
1.5Vrms
1.5Vrms
1.5Vrms
Max turn-on time
10ms
10ms
10ms
Max turn-off time
10ms
10ms
10ms
Transient overvoltage
800Vpk
800Vpk
800Vpk
Min off-state dv/dt
200V/µs
200V/µs
200V/µs
Min power factor
0.5
0.5
0.5
OUTPUT(1)
Load voltage range@47-63Hz
Load current range
(2)
GENERAL
Dielectric strength(@50/60Hz for 1min) (4) 4000Vrms min.
4000Vrms min.
4000Vrms min.
Insulation resistance (@500VDC)
1000MΩmin.
1000MΩmin.
1000MΩmin.
Max capacitance input/output
8pF
8pF
8pF
Operating
-30 --- +80 -30 --- +80 -30 --- +80 Storage
-30 --- +100 -30 --- +100 -30 --- +100 Ambient humidity
45% --- 85%
45% --- 85%
45% --- 85%
Weight
350g max.
350g max.
350g max.
Ambient temperature
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.
2
96
JG-24F Series
CHARACTERISTIC CURVES
JG-24F/D38 10
30
120
Peak surge current (A)
With aluminum heat sink
measuring 150x150x50mm
Load current (A)
25
20
15
12 measuring
150x150x50mm
10
8
6
Without heat sink
2
0
40
-30 -20 0 20
100
80
60
40
20
0
60
80
1
100
10
Ambient temperature ()
Figure 1 Maximum load current
vs. ambient temperature
1000
Figure 2 Maximum permissible non-repetitive
peak surge current vs. Number of cycles
JG-24F/D38 25
JG-24F/D38 15
300
180
100
Number of cycles at 50Hz
150
120
90
60
30
250
200
150
100
50
0
0
1
10
100
1000
1
10
100
1000
Figure 3 Maximum permissible non-repetitive Figure 4 Maximum permissible non-repetitive
3
97
JG-24F Series
OUTLINE DIMENSIONS , MOUNTING AND WIRING
Input
Load
Load
Load
/internal connections
(Top view)
Load power supply
HEAT SINKS
Unit: mm
4
98
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.
PRECAUTIONS
• 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.
• 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..
5
99
Laube Technology
SOLID STATE JGC-4F Series
240Vac 2Amp
RELAY
FEATURES
JGC-4F
DC input-AC output for 2A load
at 25 ć
600 Volt blocking voltage
Photo isolation
Built-in snubber
Printed circuit board mount
TUV File No.˖ R2024431
UL File No.˖ E133481
APPLICATIONS
Automatic vending machines
Air conditioners
Fuel dispensers
Programmable controllers
DESCRIPTION
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.
JGC-4F /
1
2
3
4
0Zero cross turn-on
1Random turn-on
1. Input Voltage
05: 4 ~ 6VDC
12: 9.6 ~ 14.4VDC
24: 19.2 ~28.8VDC
4. Terminal
TSame as TOSHIBA TSZXX48S
M: Same as OMRON G3MB
2. Input Form
DDC
1
100
JGC-4F Series
SPECIFICATIONS
INPUT(1)
4 - 6VDC
05D
12D
9.6 - 14.4VDC
24D
19.2 - 28.8VDC
05D
4VDC max.
12D
9.6VDC max.
24D
19.2VDC max.
1.0VDC min.
15mA
OUTPUT(1)
75 - 250Vrms
Load current range (2)
0.1- 2Arms
Max surge current(10ms)
(3)
25Apk
Max leakage current
1.5mA
1.5Vrms
Max turn-on time
Zero cross turn-on
10ms
Random turn-on
1ms
Max turn-off time
10ms
600Vpk
Min off-state dv/dt
100V/µs
Min power factor
0.5
GENERAL
Dielectric strength
2000Vrms min., 50/60Hz for 1min
Insulation resistance
1000MΩmin. ( at 500VDC )
5pF
Ambient temperature
Operating
-30 --- +85 Storage
-30 --- +100 Ambient humidity
45% --- 85%
Weight
6g max.
(3) See figure 2.
(2)See figure 1.
2
101
JGC-4F Series
Load current (A)
30
25
20
15
10
5
0
1
10
1.6
NORMALIZED TO:
TA = 25 Iin
Iin(TA) / Iin
Iin(tw) / Iin
RECTANGULAR
WAVEFORM
20
NORMALIZED TO:
tw ≥100µs
15
1000
25
100
10
1.4
1.2
1.0
0.8
5
0.6
0
1
2
5
10
20
50
-40
100
0
20
40
60
80
Ambient temperature TA ()
Pulse width t w µs
Figure 3 Pulse input current vs. Pulse width
-20
Figure 4 Input current vs. ambient temperature
DIMENSIONS (mm)
JGC-4F/䙡
䙡䙡 D —䙡
䙡 T
PCB Dimensions
(Bottom view)
3
102
JGC-4F Series
JGC-4F/䙡
䙡䙡 D—䙡
䙡 M
PCB Dimensions
(Bottom view)
TERMINAL ARRANGEMENT
/INTERNAL CONNECTIONS
JGC-4F/䙡
䙡䙡 D—䙡
䙡 T
Load
JGC-4F/䙡
䙡䙡 D—䙡
䙡 M
Input
Load
Input
PRECAUTIONS
• 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.
• The load terminals are internally connected to a snubber
AC LINE
circuit that absorb noise. However, if wiring from these
terminals is laid with or placed in the same duct as high0
180
voltage or power lines, noise may be induced, causing the
SSR to operate irregularly or malfunction.
PULSE WIDTH
• When using the JGC-4F series in phase control
INPUT SIGNAL
applications, at a phase control angle close to 180 degrees
the relay’s input signal turn off at the trailing edge of the AC
INPUT SIGNAL TURN OFF
MINIMUM 200 µs
sine wave must be limited to end 200µs before AC zero
cross as shown in Figure 5.This assures that the relay has
Figure 5 Minimum time for input
time to switch off. Shorter times may cause loss of control at
pulse turn-off to zero cross of AC
the following half cycle.
trailing edge
o
o
4
103
Laube Technology
SOLID STATE JGC-5F Series
240Vac 3Amp
RELAY
FEATURES
JGC-5F
2500Vrms Dielectric strength
Photo isolation
TUV File No.˖ R2024431
APPLICATIONS
Automatic vending machines
Air conditioners
Fuel dispensers
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.
JGC-5F /
1
2
3
4
1. Input Voltage
None: Without internal input limited
current resistor
05: 4 ~ 6VDC
12: 9.6 ~ 14.4VDC
24: 19.2 ~28.8VDC
0Zero cross turn-on
1Random turn-on
4. Terminal
TSame as TOSHIBA TSA3100J
2. Input Form
DDC
1
104
JGC-5F Series
SPECIFICATIONS
INPUT(1)
05D
4 - 6VDC
12D
9.6 - 14.4VDC
24D
19.2 - 28.8VDC
05D
4VDC max.
12D
9.6VDC max.
24D
19.2VDC max.
1.0VDC min.
Forward voltage(2)
1.5VDC max.
OUTPUT(1)
75 - 264Vrms
0.1- 3Arms
Max surge current(10ms) (4)
25Apk
Max leakage current
1.5mA
1.5Vrms
Max turn-on time
Zero cross turn-on
10ms
Random turn-on
1ms
Max turn-off time
10ms
600Vpk
Min off-state dv/dt
100V/µs
Min power factor
0.5
GENERAL
Dielectric strength
5pF
Ambient temperature
Operating
-30 --- +85 Storage
45% --- 85%
Weight
6g max.
(3) See figure 1.
(2) JGC-5F/D- T only.
(4) See figure 2.
2
105
JGC-5F Series
30
Load current (A)
Input control signal:
------- Frequency: 1~30Hz, Duty ratio:50%
—— Continue DC
25
20
15
10
5
0
1
10
1.6
NORMALIZED TO:
TA = 25 Iin
Iin(TA) / Iin
Iin(tw) / Iin
RECTANGULAR
WAVEFORM
20
NORMALIZED TO:
tw ≥100µs
15
1000
25
100
10
1.4
1.2
1.0
0.8
5
0.6
0
1
2
5
10
20
50
-40
100
Forward voltageV
0
20
40
60
80
Ambient temperature TA ()
Pulse width t w µs
Figure 3 Pulse input current vs. Pulse width
-20
Figure 4 Input current vs. ambient temperature
3
Input currentmA
Figure 5 Forward voltage vs. Input current
for JGC-5F/D- T
3
106
JGC-5F Series
DIMENSIONS (mm)
PCB Dimensions
(Bottom view)
JGC-5F/D—䙡
䙡 T
JGC-5F/䙡
䙡䙡 D—䙡
䙡 T
CONTROL
CONTROL
IN -IN +
IN -IN +
OUT~
OUT~
OUT~
OUT~
LOAD
LOAD
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.
4
107
JGC-5F Series
• 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.
AC LINE
0o
• 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.
180o
PULSE WIDTH
INPUT SIGNAL
INPUT SIGNAL TURN OFF
MINIMUM 200 µs
Figure 6 Minimum time for input
pulse turn-off to zero cross of AC
trailing edge
5
108
Laube Technology
SOLID STATE
RELAY
JGX-1505FB
series
240/440VAC
10-40Amp
FEATURES
JGX-1505FB Series
4000V dielectric strength
Photo isolation
Built-in snubber
Panel mount
APPLICATIONS
Incubator
Air conditioners
Fuel dispensers
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.
JGX-1505FB/
1
2
3
4
ZZero cross turn-on
PNon-zero cross turn-on
4. Load Current
1010Amp
1515Amp
20: 20Amp
2525Amp
40: 40Amp
1. Input Voltage
D: 3-32VDC
2. Load Supply Voltage
24: 48-240Va.c.
38: 48-440Va.c.
109
1
JGX-1505FB Series
SPECIFICATIONS
MODELS
D38Z10/D24Z10 D38Z15/D24Z15 D38Z20/D24Z20
D38Z40/D24Z40
D38Z25/D24Z25
INPUT(1)
3 - 32VDC
3VDC max.
3VDC max.
1.0VDC min.
1.0VDC min.
Maximum reverse
protection voltage
3 - 32VDC
3 - 32VDC
3 - 32VDC
3 - 32VDC
3VDC max.
1.0VDC min.
3VDC max.
3VDC max.
1.0VDC min.
1.0VDC min.
15mA(@32VDC)
15mA(@32VDC) 15mA(@32VDC) 15mA(@32VDC) 15mA(@32VDC)
- 32VDC
- 32VDC
- 32VDC
- 32VDC
- 32VDC
OUTPUT(1)
D24:
48 - 240Vrms
48 - 240Vrms
48 - 240Vrms
48 - 240Vrms
48 - 240Vrms
D38:
48 - 440Vrms
48 - 440Vrms
48 - 440Vrms
48 - 440Vrms
48 - 440Vrms
D24:
600Vpk
600Vpk
600Vpk
600Vpk
600Vpk
D38:
800Vpk
800Vpk
800Vpk
800Vpk
800Vpk
0.1- 15Arms
0.1- 20Arms
0.1- 25Arms
0.1- 40Arms
100Apk
150Apk
200Apk
3mA
5mA
Load voltage
range(@47-63Hz
Transient
overvoltage
Max surge current
Max leakage current
0.1- 10Arms
Max on-state voltage drop 1.5Vrms
5mA
1.5Vrms
1.5Vrms
10ms
Max turn-on time
10ms
10ms
Max turn-off time
10ms
10ms
Min off-state dv/dt
200V/µ
µs
200V/µ
µs
Min power factor
0.5
0.5
250Apk
400Apk
10mA
10mA
1.5Vrms
10ms
10ms
10ms
10ms
200V/µ
µs
200V/µ
µs
0.5
1.5Vrms
10ms
0.5
200V/µ
µs
0.5
GENERAL
Dielectric strength
(@50/60Hz for 1min)
4000Vrms min.
4000Vrms min.
4000Vrms min.
4000Vrms min.
(@500VDC)
1000MΩ
Ωmin.
1000MΩ
Ωmin.
1000MΩ
Ωmin.
1000MΩ
Ωmin.
1000MΩ
Ωmin.
Max capacitance
input/output
8pF
8pF
8pF
8pF
8pF
(3)
4000Vrms min.
Ambient
Operating -30 --- +80 temperature
Storage -30 --- +100 -30 --- +80 -30 --- +80 -30 --- +80 -30 --- +80 -30 --- +100 -30 --- +100 -30 --- +100 -30 --- +100 Ambient humidity
45% --- 85%
45% --- 85%
45% --- 85%
45% --- 85%
45% --- 85%
Weight
Approx. 135g max.Approx. 135g max. Approx. 135g max. Approx. 135g max. Approx. 135g max.
(2) See figure 1.
(3) Dielectric strength is measured between input and output.
2
110
JGX-1505FB Series
JGX-1505FB/D24Z10 & D38Z10
30
120
Load current (A)
25
20
15
12
10
8
6
Without heat sink
2
0
40
60
-30 -20 0 20
100
80
60
40
20
0
80
1
100
10
100
1000
JGX-1505FB/D24Z15 & D38Z15
30
180
Load current (A)
25
20
15
12
10
8
6
Without heat sink
2
0
40
-30 -20 0 20
150
120
90
60
30
0
60
1
80
10
100
1000
3
111
JGX-1505FB Series
JGX-1505FB/D24Z20 & D38Z20
30
300
Load current (A)
25
20
15
12
10
8
6
Without heat sink
2
0
40
-30 -20 0 20
200
3
160
120
80
40
0
60
80
100
1
10
100
1000
JGX-1505FB/D24Z25 & D38Z25
30
300
Load current (A)
25
20
15
12
10
8
6
Without heat sink
2
0
40
-30 -20 0 20
250
3
200
150
100
50
0
60
80
100
1
10
100
1000
Figure 8
Maximum permissible non-repetitive
4
112
JGX-1505FB Series
JGX-1505FB/D24Z40 & D38Z40
48
480
Load current (A)
40
32
24
20
16
8
Without heat sink
4
0
40
-30 -20 0 20
400
3
320
240
160
80
0
60
80
100
1
10
100
1000
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.
PRECAUTIONS
• 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.
5
113
JGX-1505FB Series
OUTLINE DIMENSIONS , MOUNTING AND WIRING
Load power supply
6
114
Laube Technology
SOLID STATE JGX-40F Series
3-50Vdc 2Amp
RELAY
FEATURES
JGX-40F
2500Vrms dielectric strength
Photo isolation
Bipolar transistor output
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
4
1. Input Voltage
05: 4 ~ 6VDC
12: 9.6 ~ 14.4VDC
24: 19.2 ~28.8VDC
3. Load power supply
053-52.8VDC
4. Load current
011Amp
022Amp
2. Input Form
DDC
1
115
JGX-40F Series
SPECIFICATIONS
INPUT(1)
05D
3.5 - 6VDC
12D
8.4 - 12.4VDC
24D
16.8 - 28.8VDC
05D
3.5VDC max.
12D
8.4VDC max.
24D
16.8VDC max.
1.0VDC min.
Maximum reverse
protection voltage
05D
- 6VDC
12D
- 12.4VDC
24D
- 28.8VDC
Typical input current
12mA
OUTPUT(1)
3 - 52.8Vrms
0.01- 2Arms (See Fig.1)
8Apk
Max leakage current
0.1mA
1.5VDC
Max turn-on time
1ms
Max turn-off time
1ms
80Vpk
(See Fig.2)
GENERAL
Dielectric strength
5pF
Ambient temperature
Operating
-30 --- +85 Storage
45% --- 85%
Weight
18g max.
(3) See figure 2.
(2) See figure 1.
2
116
JGX-40F Series
10
Load current (A)
2.5
2
1.5
1
0.5
0
-30 -20
0
20
40
60
80
100
8
6
4
2
0
10
1000
100
Energizing timems
peak surge current vs. energizing time
DIMENSIONS (mm)
13.2mm max.
4
27mm max.
29.2mm max.
0.5
7.5
1
20.0
3.5
3
117
JGX-40F Series
( Bottom view)
2
Input
voltage
3
Load
Input
1
+
4
-
Load
Load power
supply
PRECAUTIONS
•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) .
•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.
4
118
Laube Technology
SOLID STATE JGX-40FA Series
240Vac 2Amp
RELAY
FEATURES
JGX-40FA
2500Vrms dielectric strength
Photo isolation
Built-in snubber
APPLICATIONS
I/O interface
DESCRIPTION
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.
JGX-40FA /
1
1. Input Voltage
05: 3.5 ~ 6VDC
12: 8.4 ~ 14.4VDC
24: 16.8 ~28.8VDC
2. Input Form
DDC
2
3
4
5
3. Load power supply
2275 ~ 264Vrms
NoneZero cross turn-on
PRandom turn-on
4. Load current
011Amp
022Amp
1
119
JGX-40FA Series
SPECIFICATIONS
INPUT(1)
05D
3.5 - 6VDC
12D
8.4 - 14.4VDC
24D
16.8 - 28.8VDC
05D
3.5VDC max.
12D
8.4VDC max.
24D
16.8VDC max.
1.0VDC min.
Typical input current
12mA
Maximum reverse protection voltage
-32VDC
OUTPUT(1)
48 - 240Vrms
0.1- 2Arms
25Apk
Max leakage current
5mA
1.5Vrms
Max turn-on time
Zero cross turn-on
10ms
Random turn-on
1ms
Max turn-off time
10ms
600Vpk
Min off-state dv/dt
100V/µs
Min power factor
0.5
(See Fig.1)
(See Fig.2)
GENERAL
Dielectric strength
5pF
Ambient temperature
Operating
-30 --- +85 Storage
45% --- 85%
Weight
18g max.
(3) See figure 2.
(2) See figure 1.
2
120
JGX-40FA Series
30
Load current (A)
2.5
2
1.5
1
0.5
0
-30 -20
0
20
40
60
80
25
20
15
10
5
0
1
100
10
100
1000
DIMENSIONS (mm)
13.2mm max.
4
27mm max.
29.2mm max.
0.5
7.5
1
20.0
3.5
3
121
JGX-40FA Series
( Bottom view)
Load
Input
voltage
Input
Output
Load power
supply
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.
• 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.
4
122
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LAUBE TECHNOLOGY
DRY REED RELAYS
PART SERIES
PAGE #'S
(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
(2-1A) 2-SPST-NO
2 AMP
D32A.1.0
145~146
(1A) 2 COILS
0.4 AMP
R058.B01
161~162
EXCEPTIONS
136
Laube Technology
R/SEC/F61A.100/A/12/10/2000
REED RELAY / DRY CONTACT/ 4KVcoil/ contact insulation
)$
For printed circuit board
One normally open contact
In plastic cover
Main characteristics
Coil/contact insulation
4000V
Maximum switching voltage
250 VDC (or peak)
Maximum switching current
400 mA
Nominal current
1A
Contact rating
12 W
Contact material
Rhodium
Marking
)$
)$
)$
9,5
Ø0,6
2,54
25,4
5,08
==
3,3 ±0,2
11
31
REF.
)$
)$
)$
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5())$
Maximum voltage (V)
Nominal voltage (V)
10
25
50
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 $& (mW)
72
67
75
137
Laube Technology
R/SEC/F61A.100/A/12/10/2000
Electrical data
Initial contact resistance
-coil resistance at 20$&
-variation 10 % each 25 $&
( 100P$9$&)P1
)$ 1 1 1
Hold-on voltage
- across contacts
- between coil and contacts
- between case and contacts
- between case and coil
250 Vac
4000 Vac
4000 Vac
1000 Vac
- across contacts
101
101
101
101
Resonance frequency of the switch
Operate time, bounces included
Release time
2000 Hz
1 ms
0,1 ms
50P9P$!RS
9 P$!
!RS
Electrical life time
Mechanical life expectancy
YROWDJH
9
9
9$&
OLIHH[SHFWDQF\[RS
Operating temperature
Storage temperature
Weight
Shocks (11ms)
Vibrations ( 50 to 2000 Hz )
- 40 ~ + 8$&
- 40 ~ + 1$&
4,5 gr. max.
100 g
30 g
Physical data
138
Laube Technology
R/SEC/R029.B0./A/28/09/2000
REED RELAY / DRY CONTACT
5%
In metal cover
100 VDC (or peak)
400 mA
Nominal current
1A
Contact rating
10 W
Contact material
Rhodium
Marking
5
55&(
55&(
55&(
1$5&(
7,5
6,7
23
5()
5%
5%
5%
5%
2,54
3,3
20,32
± 0,2
Ø0,6
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5
5
5
5
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
5()
139
Laube Technology
R/SEC/R029.B0./A/28/09/2000
Electrical data
-coil resistance at 20 $C
5()
-variation 10 % each 25 $C
( 100 mA/ 12 VAC) )P1
5 5 5 5
1
1 1 1
Hold-on voltage
- across contacts
150 Vac
500 Vac
300 Vac
300 Vac
- across contacts
101
101
101
101
Release time
4000 Hz
1 ms
0,1 ms
50mV 10mA !RS
5V = 200mA !
!RS
YROWDJH
9
9
9$&
OLIHH[SHFWDQF\[RS
- 40 ~ + 85 $&
Physical data
- 40 ~ + 100 $&
3,5 gr. max.
100 g
30 g
Storage temperatur e
Weight
Shocks (11ms)
140
Laube Technology
D/SEC/D31B*1*0/C/29/01/2002
D31B . 1 . 0
DUAL IN LINE REED RELAY / 1 normally closed contact
PIN CONFIGURATION - DIMENSIONS
6,6
19,1
8
1
2+
D
6-
6,4
E
7
0,4
9
3,3
14 13
up view
5°
2,54
0,51
0,25
15,24
REFERENCES
D31B . 1 . 0
Nominal
input
3 --> 5 V =
5 --> 12 V =
6 --> 15 V =
7 --> 24 V =
Options
0 --> without option
1 --> diode ( D )
2 - -> electrostatic shield ( E )
4 - -> ( D + E )
Available references
D31B3100 - D31B3110 - D31B3140
D31B5100 - D31B5110
D31B6110
D31B7100
For others, please contact us
141
7,6
9,5 max
Laube Technology
D/SEC/D31B*1*0/C/29/01/2002
COIL CHARACTERISTICS
Reference
Coil
resistance
+/- 10 % ( at 20°C )
D31B31*0
D31B51*0
D31B61*0
D31B71*0
500
1000
2150
2150
Nominal
input
MOV
MRV
Max input
V=
V=
V=
V=
5
12
15
24
3,75
9
11,5
18
0,8
1
4
2
6
20
32
29
ELECTRICAL CHARACTERISTICS
Contact material
Position to operate
Power switching
Carrying current
Switching frequency max
rhodium
any
max 10 W
1 A
500 mA
100 V peak
200 HZ
1010
Insultation resistance
Dielectric strength coil/contacts
Dielectric strength contact/contact
1400 VDC
200 VDC
Operate time typical ( bounces included )
1 ms
release time typical ( without diode )
Contact resistance
50 µs
150 m
Life expectancy typical
mechanical life expectancy
max
10 W --> 106 op
50 V - 100mA --> 1.107 op
--> 1. 109 op
GENERAL SPECIFICATIONS
Storage t° range
Working t° range
Vibrations ( 30 ~4000 Hz )
Shocks ( 11 ms )
Thermal resistance
- 40°C ~ + 105°C
- 40°C ~ + 70°C
30 g
100 g
85°C/W
142
Laube Technology
D/SEC/D31C*1*0/C/29/01/2002
D31C . 1 . 0
DUAL IN LINE REED RELAY / 1 contact changeover
6,6
9
8
6-
7
1
2+
D
3,3
6,4
E
0,4
19,1
14 13
up view
5°
2,54
0,51
0,25
9,5 max
15,24
REFERENCES
D31C . 1 . 0
Nominal
input
2 --> 5 V =
5 --> 12 V =
6 --> 15 V =
7 --> 24 V =
Options
1 --> diode ( D )
2 - -> electrostatic shield ( E )
4 - -> ( D + E )
D31C2100 - D31C2140
D31C5100 - D31C5110 - D31C5140
D31C7100 - D31C7110 - D31C7120
143
7,6
D31C6110
Laube Technology
D/SEC/D31C*1*0/C/29/01/2002
Reference
Coil
re sistance
Nominal
input
MOV
V=
V=
V=
V=
5
12
15
24
3,75
9
11,5
18
0,8
1
4
2
11
20
22
32
+/- 10 % ( at 20°C )
D31C21*0
D31C51*0
D31C61*0
D31C71*0
200
500
850
2150
MRV
Max input
Contact material
Position to operate
Power switching
Carrying current
rhodium
any
max 3VA
500 mA
250 mA
30 VDC
150 HZ
1010
1400 VDC
150 VDC
Operate time typical:
1,5 ms
release time typical
150 m
2 ms
max
5 V - 5 mA --> 50. 106 op
24 V - 120 mA --> 2. 106 op
--> 1. 109 op
Storage t° range
Working t° range
Vibrations ( 30 ~4000 Hz )
Shocks ( 11 ms )
Thermal resistance
- 40°C ~ + 105°C
- 40°C ~ + 70°C
30 g
20 g
85°C/W
144
Laube Technology
D/SEC/D32A*1*0/C/29/01/2002
D32A . 1 . 0
DUAL IN LINE REED RELAY / 2 normally open contacts
6,6
8
6-
7
1
2+
D
3,3
6,4
9
0,4
19,1
14 13
up view
5°
2,54
0,51
15,24
REFERENCES
D32A . 1 . 0
Nominal
input
2 --> 5 V =
5 --> 12 V =
7 --> 24 V =
Options
0 --> sans / without option
1 --> diode ( D )
D32A2100 - D32A2110
D32A5100 - D32A5110
D32A7110
145
0,25
7,6
9,5 max
Laube Technology
D/SEC/D32A*1*0/C/29/01/2002
Reference
Coil
resistance
+/- 10 % ( at 20°C )
D32A21*0
D32A51*0
D32A71*0
125
500
2150
Nominal
input
MOV
MRV
Max input
V=
V=
V=
V=
5
12
24
3,7
9
18
0,8
1
2
8
20
32
Contact material
Position to operate
Power switching
Carrying current
Max switching current
rhodium
any
max 10 W
1 A
500 mA
100 V peak
200 Hz
1010
1400 VDC
200 VDC
1 ms
Contact resistance
50 µs
150 m
max
10 W --> 106 op
50 V - 100mA --> 1.107 op
--> 1. 109 op
Storage t° range
Working t° range
Vibrations ( 30~4000 Hz )
Shocks ( 11 ms )
Thermal resistance
- 40°C + 105°C
- 40°C + 70°C
30 g
100 g
85°C/W
146
Laube Technology
D/SEC/D41A***0L/D/28/10/1999
D41A . . . 0L
SINGLE IN LINE REED RELAY / 1 normally open contact
19,2
7,6
5,6 max
+2
-6
7
3,3
1
5,08
2,55
0,51
0,25
15,24
REFERENCES
D41A . . . 0L
Nominal
input
3 --> 5 V =
5 --> 12 V =
7 --> 24 V =
Options
1 --> diode ( D )
1--> standard
2--> with test "dynamic contact resistance"
(see next page)
147
Laube Technology
D/SEC/D41A***0L/D/28/10/1999
Reference
Coil
resistance
Nominal
input
MOV
MRV
Max input
Ω +/- 10 % ( at 20°C )
V=
V=
V=
V=
500
1000
2150
5
12
24
3,7
8
16
1
2
4
18
25
37
D41A3**0L
D41A5**0L
D41A7**0L
Contact material
Position to operate
Power switching
Carrying current
Max switching voltage
rhodium
any
max 10 W
1 A
500 mA
110 VAC / 100 V=
Min switching level
10 µV/ 5 10 -9 A
200 s-1
Switching fr»quency max
1010 Ω
Breakdown voltage coil/contacts
Operate time typical
release time typical
Static contact resistance
Dynamic contact resistance
(*) --->
(*) test made only on D41A . 2 . 0L
750 V~
300 µs
50 µs
150 mΩ max
max - min ≤ 12 mΩ
10 W --> 5. 106 op
5 W --> 1.107 op
dry circuit --> 1. 108 op
Storage t° range
Working t° range
Vibrations
Shocks
Thermal resistance
- 40°C ~ + 105°C
- 40°C ~ + 85°C
20 g
50 g
85°C/W
148
Laube Technology
D/SEC/D71A*1*0/B/27/12/1999
D71A . 1 . 0
DUAL IN LINE REED RELAY / 1 normally open contact ( low profile )
6,6
19,1
1
D
2
6+
7
0,4
E
8
5,5
9-
0,25
3,3
14 13
up view
5°
2,54
0,51
15,24
D71 . 1 . 0
REFERENCES
Nominal
input
2 --> 5 V =
5--> 12 V =
6 --> 15 V =
7 --> 24 V =
Options
1 --> diode ( D )
2 --> electrostatic shield ( E )
4 --> ( D + E )
D71A2100 - D71A2110
D71A5100
D71A6100
D71A7100
149
7,6
9,5 max
Laube Technology
D/SEC/D71A*1*0/B/27/12/1999
Reference
Coil
resistance
Nominal
input
MOV
Ω +/- 10 % ( 20°C )
V=
V=
V=
V=
380
530
2000
2000
5
12
15
24
3,5
8
11,5
16
1
2
3
4
15
18
32
32
D71A21*0
D71A51*0
D71A61*0
D71A71*0
MRV
Max input
Contact material
Position to operate
Power switching
Carrying current
Max switching voltage
rhodium
any
max 10 W
1 A
500 mA
100 V peak
200 Hz
1010 Ω
Breakdown voltage coil/contacts
750 V~
1 ms
Contact resistance
50 µs
150 mΩ max
10 W --> 106 op
50 V - 100mA --> 1.107 op
--> 1. 109 op
Mechanical life expectancy typical
Storage t° range
Working t° range
Vibrations ( 30~4000 Hz )
Resistance to shocks ( 11 ms )
Thermal resistance
- 40°C ~ + 105°C
- 40°C ~ + 85°C
30 g
100 g
85°C/W
150
Laube Technology
R/SEC/F51A.100/A/11/10/2000
)$
In metal cover
250 VDC (or peak)
400 mA
Nominal current
1A
Contact rating
2W
Contact material
Rhodium
Marking
)$
)$
)$
9,5
2,54
25,4
2,54
3,3
Ø0,6
±0,2
10
30
REF.
)$
)$
)$
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5())$
Maximum voltage (V)
10
25
50
Nominal voltage (V)
5
1
Release voltage (V)
0,4
1
2
151
Laube Technology
R/SEC/F51A.100/A/10/10/2000
Electrical data
-variation 10HDFK$&
P$9$&)P1
)$ 1 1 1
Hold-on voltage
- across contacts
250 Vac
500 Vac
500 Vac
500 Vac
- across contacts
101
101
101
101
Release time
2000 Hz
1 ms
0,1 ms
50P9P$!RS
9 P$!
!RS
Physical data
OLIHH[SHFWDQF\[RS
Storage temperature
Weight
Shocks (11ms)
152
- 40 ~ + 85 $&
- 40 ~ + 100$&
4 gr. max.
100 g
30 g
Laube Technology
R/SEC/R011.S06/A/4/10/2000
56
In metal cover
250 VAC (or peak)
REF.
Marking
56 5$
56 5$
56 5$
$
Nominal current
5A
Contact rating
100 W
Contact material
Rhodium
15,5
6
16
65
50,8
Ø1
5,08
Wiring : top view
step 5,08 mm
Dimensions in mm
Control data
5
5
5
Maximum voltage (V)
9
1
Nominal voltage (V)
6
1
Operate voltage to secure the function from -40 to + 85$C (V)
4,4
8,8
17,6
Release voltage (V)
1,2
2,4
4,8
150
150
150
5()
153
Laube Technology
R/SEC/R011.S06/A/4/10/2000
Electrical data
-coil resistance at 20 $C
-variation 10 % each 25$&
P$9$&)P1
5() 5 5 5
1 1 1
Hold-on voltage
- across contact
500 Vac
500 Vac
500 Vac
500 Vac
- across contacts
101
101
101
101
Release time
800 Hz
2,5 ms
0,1 ms
250V 140mA !RS
9 P$!
!RS
Physical data
OLIHH[SHFWDQF\[RS
Storage temperature
Weight
Shocks (11ms)
154
- 40 ~ + 85 $&
- 40 ~ + 100 $&
30 gr. max.
100 g
20 g
Laube Technology
R/SEC/R025.W00/A/3/10/2000
REED RELAY / CHANGE OVER DRY CONTACT
5:
One change over contact
In metal cover
100 VDC (or peak)
250 mA
Nominal current
1A
Contact rating
3W
Contact material
Rhodium
Marking
5
5
5
5
7,5
6,7
23
REF.
5:
5:
5:
5:
2,54
3,3
20,32
± 0,2
Ø0,6
wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5
5
5
5
Maximum voltage (V)
8
11
8
3
Nominal voltage (V)
4
6
12
24
2,8
4,4
8,8
17,6
Release voltage (V)
0,7
1
2
3
210
240
290
320
5()
155
Laube Technology
R/SEC/R025.W00/A/3/10/2000
Electrical data
-coil resistance at 20 $&
5()
)P1
( 100 mA/ 12 VAC)
5
1
5
1
5
1
5
1
Hold-on voltage
- across contacts
150 Vac
500 Vac
500 Vac
500 Vac
- across contacts
101
101
101
101
4000 Hz
Max switching time
Test process---> Coil voltage: nominal voltage
Max. operate time
normally open
Max. release time
normally closed
1,5 ms
2 ms
24V = 120mA !RS
9P$!
!RS
OLIHH[SHFWDQF\[RS
UDWHRIIDLOXUH[GpIDXWRS
Physical data
- 40 + 85 $&
- 40 + 100 $&
3,5 gr. max.
20 g
30 g
Storage temperature
Weight
Shocks (11ms)
156
Laube Technology
R/SEC/R054.B0./A/3/10/2000
5%
One normally closed contact
In metal cover
100 VDC (or peak)
400 mA
Nominal current
1A
Contact rating
10 W
Contact material
Rhodium
20,2
REF.
5%
5%
5%
5%
1$5&(
Marking
55&(
55&(
5
5
7,2
10,1
1+
2,54
15,24
-
0,45 x 0,30
Ø 0,6 inscriptible
7,62
3,3 ± 0,2
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5
5()
5
5
5
Maximum voltage (V)
Nominal voltage (V)
Release voltage (V)
157
Laube Technology
R/SEC/R054.B0./A/3/10/2000
Electrical data
5()
( 100 mA/ 12 VAC) )P1
5 5 5 5
1
1
1 1
Hold-on voltage
- across contacts
150 Vac
500 Vac
500 Vac
500 Vac
- across contacts
101
101
101
101
Release time
4000 Hz
1 ms
0,1 ms
50mV 10mA !RS
5V = 200mA !
!RS
YROWDJH
9
9
9$&
Physical data
- 40 ~ + 85 $&
- 40 ~ + 100 $&
4,5 gr. max.
100 g
30 g
Storage temperature
Weight
Shocks (11ms)
158
Laube Technology
R/SEC/R055.B08/A/2/10/2000
5%
In metal cover
100 VDC (or peak)
400 mA
Nominal current
1A
Contact rating
10 W
Contact material
Rhodium
20,2
REF.
5%
5%
5%
5%
1$5&(
Marking
55&(
55&(
55&(
55&(
7,2
10,1
2,54
15,24
1
0,45 x 0,30
Ø 0,6 inscriptible
7,62
3,3 ± 0,2
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5
5()
5
5
5
Maximum voltage (V)
Nominal voltage (V)
Release voltage (V)
159
Laube Technology
R/SEC/R055.B08/A/2/10/2000
Electrical data
5()
( 100 mA/ 12 VAC) )P1
5 5 5 5
1
1 1 1
Hold-on voltage
- across contacts
150 Vac
500 Vac
500 Vac
500 Vac
- across contact
101
101
101
101
Release time
4000 Hz
1 ms
0,1 ms
50mV 10mA !RS
5V = 200mA !
!RS
Physical data
- 40 + 85 $&
- 40 + 100 $&
4 gr. max.
100 g
30 g
Storage temperature
Weight
Shocks (11ms)
160
Laube Technology
R/SEC/R058.B01/A/3/10/2000
REED RELAY / DRY REED BISTABLE CONTACT
5%
One normally open bistable contact (1L)
In metal cover
9'&or peak
200 mA
Nominal current
400 mA
Contact rating
5VA
Contact material
Rhodium
20,2
REF.
Marking
5% 5'
5% 5'
N°RCE
10,1
7,2
+O
2,54
15,24
-
1 +F
0,45 x 0,30
Ø 0,6 inscriptible
7,62
3,3 ± 0,2
Wiring : top view
step 2,54 mm
Dimensions in mm
Control data
5
5
Maximum voltage (V)
8
16
Nominal voltage (V)
5
12
Voltage ensuring change of state (opening or closing) see polarities as shown above
5()
Power dissipated on the coil at 20 °C (mW)
Minimal impulse (ms)
161
50
50
5
5
Laube Technology
R/SEC/R058.B01/A/3/10/2000
Electrical data
( 100 mA/ 12 VAC) )P1
5() 5 5
[1 [1
-coil resistance at $&
Hold-on voltage
- across contacts
- between case and coils
- between coils
150 Vac
500 Vac
500 Vac
500 Vac
100 Vdc
- across contacts
- between coils
10101
101
101
101
101
Release time
4000+]
1 PV
0,1 ms
50mV 10mA !RS
9 P$!
>1.RS
FXUUHQWP$
OLIHH[SHFWDQF\[RS
Physical data
Storage temperature
Weight
Shocks (11ms)
- 40 ~ +85$&
- 40 ~ +85$&
4 gr. max.
20 g
10 g
162
LAUBE TECHNOLOGY
MERCURY WETTED REED RELAYS
PART SERIES
PAGE #'S
(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
Laube Technology
R/MER/F81A.500/A/11/10/2000
REED RELAY / MERCURY CONTACT
)$
One normally open mercury contact
In metal cover
Vertical operating position ($
500 VDC (or peak)
1A
Nominal current
3A
Contact rating
50 VA
Contact material
Mercury
Marking
)$
)$
)$
UP
9,5
2,54
25,4
5,08
= =
3,3
Ø0,6
±0,2
10
30
REF.
)$
)$
)$
Dimensions in mm
Wiring : top view step 2,54 mm
Control data
5())$
Maximum voltage (V)
Nominal voltage (V)
Operate voltage to secure the function from -40 to + 85$& (V)
Release voltage (V)
Power dissipated on the coil at 20$& (mW)
164
7,5
18
36
5
1
3,5
8,4
16,8
0,4
1
2
180
144
250
Laube Technology
R/MER/F81A.500/A/10/10/2000
Electrical data
( 10P$9$&)P1
)$ 1 1 1
Hold-on voltage
- across contacts
1000 Vac
2000 Vac
1000 Vac
1000 Vac
- across contacts
101
101
101
101
Max switching time
Test process ---> Coil voltage: nominal voltage
Max. operate time
normally open
Max. release time
normally closed
3 ms
3 ms
consult us
!RS
Physical data
FXUUHQWP$
OLIHH[SHFWDQF\[RS
UDWHRIIDLOXUH[GpIDXWRS
Storage temperature
Weight
Shocks (11ms)
165
- 40 ~ + 85$&
- 40 ~ + 10$&
4,6 gr. max.
30 g
10 g
Laube Technology
R/MER/R076.P../A/5/10/2000
REED RELAY / 1 CHANGE OVER MERCURY CONTACT
53
53
1 change over mercury contact
In metal cover
500 VDC (or peak)
2A
Nominal current
5 A max
Contact rating
100 VA
Contact material
Mercury
REF.
Marking
1$5&0
53 55&0
53 5
53 5
UP
Ø0,6
33,02
5,08
3,3 ±0,2 10,4
14,2
40,8
Dimensions in mm
+
-
Control data
5
5
5
Nominal voltage (V)
Release voltage (V)
5()
Maximum voltage (V)
166
Laube Technology
R/MER/R076.P../A/5/10/2000
Electrical data
( 100 mA/ 12 VAC) )P1
5() 5 5 5
1
1 1
Hold-on voltage
- across contacts
1000 Vac
1000 Vac
1000 Vac
1000 Vac
- across contacts
101
101
101
101
Max switching time
Test process ---> Coil voltage: nominal voltage
Max. operate time
normally open
4 ms
Max. release time
normally closed 4 ms
consult us
!RS
FXUUHQWP$
OLIHH[SHFWDQF\[RS
Physical data
- 25 ~ + 70 $&
- 40 ~ + 100 $&
14 gr. max.
30 g
10 g
Storage temperature
Weight
Shocks (11ms)
Vibrations ( 10 to 500 Hz)
167
Laube Technology
R/MER/F72C.500/A/12/10/2000
REED RELAY / 2 CHANGE OVER MERCURY CONTACTS
)&
2 change over mercury contacts
In metal cover
500 VDC (or peak)
REF.
)&
)&
)&
1A
Nominal current
3A
Contact rating
50 VA
Contact material
Mercury
Marking
)&
)&
)&
UP
16,5
11
30
25,4
2,54
5,08
3,3
±0,2
Ø0,6
Dimensions in mm
Control data
5())&
Maximum voltage (V)
6
14
26
Nominal voltage (V)
5
1
3,75
9
18
Release voltage (V)
0,4
1
2
Power dissipated on the coil at 20$C (mW)
333
411
426
Operate voltage to secure the function from -40 to + 85$&(V)
168
Laube Technology
R/MER/F72C.500/A/12/10/2000
Electrical data
( 1P$9$&)P1
)&
1
1
1
Hold-on voltage
- across contacts
1000 Vac
1000 Vac
1000 Vac
1000 Vac
- across contacts
101
101
101
101
Max switching time
Test process---> Coil voltage:nominal voltage
max. operate time
normally open
max. release time
normally closed
3 ms
3 ms
consult us
!RS
Physical data
OLIHH[SHFWDQF\[RS
Storage temperature
Weight
Shocks (11ms)
- 25 ~ + 70$&
- 40 ~ + 100$&
9 gr. max.
30 g
10 g
169
LAUBE TECHNOLOGY
HIGH VOLTAGE REED RELAYS
(1A) SPST-NO
PART SERIES
PAGE #'S
R13..L00
171~172
3 AMP
170
Laube Technology
R/STD/R13..L00/A/26/09/2000
HIGH VOLTAGE REED RELAY/ DRY CONTACT
5/
5/
5/
For printed circuit board or fixing screws
In plastic cover
7500 VDC (peak)
200 mA
Nominal current
3A
Contact rating
50 W
15,2
50 ± 0,5
M4
Marking
5
5
5
22,86
10,16
55,88
22,86
Ø1
5,08
5,08
6±1
16,5
6
65
5()
5/
5/
5/
+
Wiring : top view
step 5,08 mm
Dimensions in mm
Available without screw ( see below)
REF.
5/
5/
5/
Marking
51
51
51
171
Laube Technology
R/STD/R13..L00/A/26/09/2000
Control data
Power dissipated on the coil at 20 $&P:
5
5
5
Nominal voltage
Operate voltage to secure the function from -25 to + 70 $C
9
)9
9
)9
9
)9
Release voltage
*9
*9
*9
Electrical data
( 100 mA/ 12 VAC) )P1
5
1(
Coil resistance at 20 $C
1(
-variation 10 % each 25$C 5
5
1(
Hold-on voltage
- across contacts
10000 VDC
14000 VDC
- across contacts
101
101
Release time
For 5KV types, please, consult us
900 Hz
4 ms
0,5 ms
Physical data
Storage temperature
Weight
Shocks
- 25 ~ + 70$&
- 40 ~ + 85$&
28 gr. max.
50 g 11 ms
30 g
172
LAUBE ELECTRO-MECHANICAL RELAYS CLASS TO CLASS CROSS REFERENCE GUIDE
LAUBE
HONGFA
OMRON
Aromat/Nais
ZETTLER
P&B
HJQ-15F
690
G7G,G8P
JT
AZ2280/2290/2200
T90,T91
HJQ-15F-1
691
G7G,G8P
JT
AZ2210/2250
T90,T91
AZ2800/2850
T92
692
692
8400
8400
TAKAMISAWA SONG CHUAN
NEC
OEG
GOOD
SKY
FEME
ORIGINAL
ORU
ORU
(White-Rodgers 90-290 to 295, 90-203 to 205)
9400
HJQ-15F-1
HF2100/2120
G7G
JT
AZ2100/2120
T91, T9A
HJQ-15F
HF2150/2110
G8P
JT
AZ2150/2110
T9A
MHS
K
AZ420
AZ8
T73
LZ
G5V-2
DS2Y
AZ832
T82-T85
RA
(White-Rodgers90-360, 362, 364, 370, 372, 374,380, 382, 384)
H F2160
T90
AZ2160
NV23154
HJR-3FF
HF8
HFD2
HFKM-ZS-SHS
HFKM-ZS-SHS
AZ975-976
VKM
TRKP
HFKP
AZ-970-971
VKP
822E(S)
HFKW
HFKW
TRV4
HFV4
AZ973
VF4
792H
HJR4102
HM4100F-xx-HS
G8QN
G2E
G3MB
G3NA
JGX-39F
G3R
V23105,V23042
UDH
MR62
EM-EMH
OUDE
ZFH-002
OARW
V23076
ARW-SH
OAR(W)
CAR
FBR51
AZ951
JGX-31 F
OUDH
FBR240
A203-A208/V23072-CI
AZ952
HM4101F-xx-HS
JGC-4F/ 5F-ss
843
JJM*/JJM2W
CB
ORU
852
R10
HJR1-2C
JGC-4F/ 5F-ss
SIEMENS SCHRACK
832
9400
HF420
FUJITSU
T81
MZ
GRL
842
FBR211SC
A201/V23101
OUA
UA-SS
842-A
FBR211SE
B201/V23101
OUAZ
AZ-SH
ORAL
OUA
ESH-001
OUAZ
VTA
SRUDH
JGX-40F/ 40FA ss JGX-40F/ 40FA ss G3RD/G3R
JQC-12 FF
AZ766
834
JQC-21 FF
HJR-3FF
JQC-3FF
G5L
JQX-102 F
G4A
JQX-10F
MK
HJQ-15F
JQX-105F
G7G,G8P
TRA1
JQX-115F
JS
AZ943
801H
FBR100
T72
833H
FBR161-H
KRPA
703XB,XC
MR301
RUDH
RW-SH
AZ-769
JT-N, JT
T90,T91
832
AZ761/762/743
845
ORU
FTR-H1-F1
G7L
HE
AZ2400/2410
HJQ-13F
LY
HL
AZ164/168
K10
TRA( 1-4 )
JQX-141 FF
G2R
JW
AZ742/763/764
RT1/2/3/4
JQX-14FF-xx-S
G2R
JR1, JR1A
AZ697
RKA-RKS
VS
845-1P
FBR611
RP41
JQX-14FW-xx-S
G2RE
JR1aF
AZ755
RKS
VSB
793
FBR611-K
RP31
AZ2251
T90
JQX-14FY
G5J
JR1aF-TMP
JQX-105F
JQX-15FS
G8P
JT
JQX-37F
JQX-37F
ORU
RT
JQX-13F
JQX-14FY
SRUDH
GQF
JQX-116F
TRA( 1-4 )
SRUDH
PCExxH
M25
841
MAT
SCLA/SCL
TM
845-H
VR
MR71/72
MR71
RET
SRET
OMI
MI-MIH
OMI
OMI
MI-SH-L
MZPA-001
OMI-H
GZF-L
MZPA-001
OMIF
832
VF
173
OMIF
GU
PCF
GPF
ORU
LAUBE ELECTRO-MECHANICAL RELAYS CLASS TO CLASS CROSS REFERENCE GUIDE
LAUBE
HONGFA
OMRON
Aromat/Nais
JQX-54FE
JQX-54FE
G4F
JM
JQX-54FF
JQX-54FF
G4F
JQX-62F
JQX-62F
JQX-68F
JQX-68F
G6R°°°
HJR1-2C
JRC-19FD-xx-H
G5V-2
DS2Y
AZ831-821
TR5V
JRC-23F
G5V1
HY
AZ957
TRG1
JZC-32F
ZETTLER
P&B
AZ760
TAKAMISAWA SONG CHUAN
VH
AZ2300
JR1aF-TMP
FUJITSU
SIEMENS SCHRACK
NEC
OEG
GOOD
SKY
FEME
821-W
821
PCF
G5J
OMIF
JS
T82-T85
OMIF
RYII,V23061
RY
FBR244
SY
FBR21-22°°
AZ-767
ORIGINAL
V23102
M15E***
MR62
OVR
835
OJE
ZFH-002
ORZ
EZ-EZH
GJ°
G5S
JQ
AZ940
JZC-36F
G5P-1
LK
AZ672
JZC-42F
G5PA-2
LA
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
AZ960
RE **
OJE
JZC-33F
JZC-38F
JY***
GS-SH-L
TSC
FTR-H2/F2
T74
VE
JF°
DGIU
SDT
SDT
851
VM
OSA
ZT
SOCKETS
13F-2Z-A
HL-1/2
PYC-P
13F-2Z-B
HL-1/2
Y92H-3
PTF-08A
13F-2Z-C
HL-1/2
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
174
RE
STE
LAUBE TECHNOLOGY
COMPONENTS DIVISION
CONTACT INFORMATION
E-mail: info@laube.com
Phone: (888) 355-2823 (Toll Free)
(805) 388-1050
Fax:
(805) 388-3433
Web:
www.laube.com
175

contact data - Laube Technology

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