Shanghai Huabang Industrial Business Network - solid state relay

[solid state relay]WK��-WK Series Remote Control Switch Solid State Relay

2026-5-1 10:27:36

Remote control switch solid-state relay

GJ��-WK:
The GJ �� - WK series solid-state relays are specially designed and produced by our company for hotels and guest rooms Can be used for power control in hotels, guesthouses, bathhouses, and other places. Its main functions are:
(1) When the AC power is turned on (such as controlled by the guest room key board switch), regardless of the original working state of the solid-state relay, immediately turn on the relay.
(2) Alternating on/off can be achieved through a button switch connected to the relay control terminal. Press once to turn off the relay, press again to turn on the relay. The control terminal has the following characteristics:
a) The potential between terminals is below 6 volts to ensure safety.
b) End to end passive, non-polar, easy to install and connect.
c) Multiple buttons can be connected in parallel between ends to achieve multi-point control. This series of solid-state relays can also be used for multi-point electrical control in large clubs (such as stage lighting, sound systems, etc.).

Main electrical parameters:
AC voltage: AC220V
AC current: AC 5A, 10A, 15A, 25A, 40A (see product label for details)
Control terminal voltage: �� 6VDC
Power supply - Control end dielectric withstand voltage: �� 2500V
Power supply - shell dielectric withstand voltage: �� 2500V

application circuit

Installation diagram for radiator size

GJ �� - WK series remote control switch solid-state relay

[solid state relay]MK��- MK Solid State Relay

2026-5-1 10:27:16

High current solid-state relay

GJH��-MK
GJH �� - MK solid-state relay adopts high-capacity chips and is a high current solid-state relay used in conjunction with GKK-W+thyristor phase-shifting voltage regulation module. As an independent packaging structure, it allows a large current to pass through. We have models ranging from 100A to 300A.

Main parameters:

Load current: AC 100A~300A (see product label for details)
Main switch voltage: 220VAC
Peak voltage: �� 600VAC
Switch voltage regulation range: 0V~220VAC
Input control: GKK-W+thyristor phase-shifting voltage regulation module
Input output medium withstand voltage: �� 2500V
Output - Shell medium withstand voltage: �� 2500V

application circuit

Note: This series of solid-state relays has a high heat generation and must be paired with a suitable heat sink to function properly.

GJH �� - MK Solid State Relay

[solid state relay]GKZ��-W series single-phase high-power AC frequency voltage regulation module

2026-5-1 10:26:59

The GKZ �� - W series single-phase high-power AC cycle voltage regulation module is a voltage regulation module that can directly drive loads below 60-100A. Its control method is manual or automatic. When using an external potentiometer for manual control, the control power supply is provided by the module itself, and no external power supply is required; Directly connecting the temperature control instrument can achieve automatic control.

Main parameters:
Load current: AC 60-100A (actual current selection usually does not exceed 70% of rated current)
Power supply voltage: 220VAC
Voltage regulation range: 0-220VAC
Input control: Voltage type: 1-5V DC
Current type: 4-20mA DC
Input output medium withstand voltage: �� 2500V
Output - Shell medium withstand voltage: �� 2500V

External volume and usage instructions diagram:

GKZ �� - W series single-phase high-power AC frequency regulation module

[solid state relay]JGJ10,JGJ11 Direct insertion horizontal single-phase AC solid-state relay

2026-4-30 15:40:07

JGJ10, JGJ11 direct insertion horizontal single-phase AC solid-state relay

Optical isolation between input and output circuits.
Control signal and TTL logic interface.
Bidirectional thyristor output, zero voltage on, zero current off.
The isolation voltage is greater than 2000V.
Plug in welding structure, small size, easy installation.
The product is mainly used for isolation control of weak and strong electricity in industrial automation
It can also be used as a driving stage for various high-power output devices and as a low-power electrical appliance. Contactless switch control for electric motors, solenoid valves, power supplies, etc.

		JGJ10 (formerly JGX0J)	JGJ11 (formerly JGX1J)
lose enter ginseng number	control voltage	3��9VD C12��32VDC
	control the current	5��28mA 6��25mA
	starting current	��6mA
	Turn off voltage	��1VDC
	On-off time	��15mS
lose go out ginseng number	load voltage	24��240VAC 24��440VAC
	Maximum load current	1A 3A
	On state pressure drop	��1.5V
	Off state voltage	��400V ��800V
sex can ginseng number	isolation voltage	��2000V
	insulation resistance	��100M��
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Load current safety factor	Resistive load is taken as 2-3 times, inductive load is taken as 3-4 times
	External dimensions (code)	31×16×16mm3(H-1)	33×25×15mm3(H-2)

External dimensions Installation wiring diagram: (unit: mm)

H-1 H-2

Temperature curve chart:

JGJ10, JGJ11 straight insertion horizontal single-phase AC solid state relay selection precautions:
When selecting products, different margins should be left in the current level according to the nature of the load. (For resistive loads, 2-3 times the load current can be selected. For inductive or capacitive loads, 3-4 times the load current can be selected).
According to the relationship between load current and ambient temperature, when the ambient temperature is high or the heat dissipation conditions are poor. The current capacity should be increased. To prevent short circuit of the load during use, it is required to connect a fast circuit breaker or fast fuse corresponding to this product in series in the load circuit.
When dealing with inductive loads, a varistor should be connected in parallel at the output end to prevent damage to the thyristor during overvoltage. Selection of Varistors (MOVs): 430-470V for 240V and 680-750V for 440V.
When the input control voltage is marked as 3-32VDC and the actual load voltage is greater than 12VDC, a protective resistor should be connected in series in the control circuit, which can be determined according to the input current (8-25mA) (usually about 1.5K ��/1-2W).
This model of product is naturally cooled and does not require a radiator during operation.

[solid state relay]JGJ16B Single phase hybrid ultra small single-phase AC solid-state relay

2026-4-30 15:30:04

JGJ16B Single phase Hybrid Ultra small Single phase AC Solid State Relay

model		JGJ16B
lose enter ginseng number	control voltage	3��6 VDC 5��12VDC 15��24VDC
	control the current	��30mA
	starting current	��6mA
	Turn off voltage	��1.5VDC
	On-off time	��10mS
lose go out ginseng number	load voltage	24��240VAC 24��440VAC
	Maximum load current	6��8��10��20��30 A
	On state pressure drop	��1.5V
	Off state voltage	��400V ��800V
sex can ginseng number	isolation voltage	��1800V
	insulation voltage	��2000V
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 10A with radiator, �� 20A with fan for strong cooling
	Load current safety factor	Resistive load is 2-3 times, inductive load is 3-5 times
	External dimensions (code)	38×28×23 mm3(J-0)

External dimensions Installation wiring diagram: (unit: mm)

JGJ16B Single phase Hybrid Ultra small Single phase AC Solid State Relay

[solid state relay]JGJ12,JGJ12B Direct insertion vertical single-phase AC solid-state relay

2026-4-30 15:27:00

Optical isolation between input and output circuits.

Control signal and TTL logic interface.
Bidirectional thyristor output, zero voltage on, zero current off.
Isolation voltage greater than 2000V.
Plug in welding structure, small size, easy installation.

The product is mainly used for isolation control of weak and strong electricity in industrial automation, and can also be used as a driving stage for various high-power output devices and low-power electrical appliances. Contactless switch control for electric motors, solenoid valves, power supplies, etc.

model		JGJ12	JGJ12B
lose enter ginseng number	control voltage	3��32VDC 3��9VDC 12��32VDC
	control the current	6��22m A5��26mA 6��22mA
	starting current	��6mA
	Turn off voltage	��1VDC
	On-off time	��15mS
lose go out ginseng number	load voltage	24��240VAC 24��440VAC
	Maximum load current	6A	1A 3A
	On state pressure drop	��1.5V
	Off state voltage	��400V ��800V
sex can ginseng number	isolation voltage	��2000V
	insulation resistance	��100M��
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Load current safety factor	Resistive load is taken as 2-3 times, inductive load is taken as 3-4 times
	External dimensions (code)	43×27×12mm3(H-3)	24×22×8mm3(H-4)

External dimensions Installation wiring diagram: (unit: mm)

JGJ12, JGJ12B direct insertion vertical single-phase AC solid-state relay

[solid state relay]JGJ13,JGJ14 Single phase horizontal single-phase AC solid-state relay

2026-4-30 15:23:34

JGJ13, JGJ14 single-phase horizontal single-phase AC solid-state relay

model		JGJ13 (formerly JGX3)	JGJ14 (formerly JGX3 AC control)
lose enter ginseng number	control voltage	3��32 VDC 4��24 VDC	160��240VAC
	control the current	��25mA	��30mA
	starting current	��6mA	��10mA
	Turn off voltage	��1.5VDC	��50VAC
	On-off time	��10mS	��50mS
lose go out ginseng number	load voltage	24��240VAC 24��440VAC 24��660VAC
	Maximum load current	10��20��30 �� 100��120��150��180A
	On state pressure drop	��1.8V
	Off state voltage	��400V ��800V ��1500V
sex can ginseng number	insulation voltage	��2500V	��2000V
	isolation voltage	��2500V	��2000V
	insulation resistance	��100M��
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 20A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is taken as 2-3 times, inductive load is taken as 3-4 times
	External dimensions (code)	58 × 45 × 21 mm3 (J-1) or 59 × 45 × 24 mm3 (J-7)

External dimensions Installation wiring diagram: (unit: mm)

JGJ13, JGJ14 single-phase horizontal single-phase AC solid-state relay

[solid state relay]JGJ15 Single phase horizontal capacitive load dedicated single-phase AC solid-state relay

2026-4-30 15:18:31

JGJ15 Single phase Horizontal Capacitive Load Dedicated Single phase AC Solid State Relay

model		JGJ15
lose enter ginseng number	control voltage	3��32 VDC 4��24 VDC
	control the current	��25mA
	starting current	��6mA
	Turn off voltage	��1.5VDC
	On-off time	��10mS
lose go out ginseng number	load voltage	24��440VAC 24��660VAC
	Maximum load current	10��20��30 �� 100��120��150��180A
	On state pressure drop	��1.8V
	Off state voltage	��800V ��1500V
sex can ginseng number	insulation voltage	��2500V
	isolation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 20A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is taken as 2-3 times, inductive load is taken as 3-4 times
	External dimensions (code)	58 × 45 × 22 mm3 (J-1) or 59 × 45 × 24 mm3 (J-7)

JGJ15 Single phase horizontal capacitive load dedicated single-phase AC solid state relay external dimensions Installation wiring diagram: (unit: mm)

JGJ15 Single phase Horizontal Capacitive Load Dedicated Single phase AC Solid State Relay

[solid state relay]Horizontal passive control single-phase AC solid-state relay

2026-4-30 15:18:15

model		JGJ17	JGJ17B
lose enter ginseng number	Control switch withstand voltage	The working voltage is greater than 1.5 times the maximum load voltage
	Control switch current	Connect the working current to be greater than 100mA
	On-off time	Activate 5 �� mS; Disconnect �� 20 mS


lose go out ginseng number	output state	A set of normally open	A set of normally closed
	load voltage	110��240VAC 20��440VAC
	Maximum load current	10��20��100��120��150��180A
	Off state voltage	��600V �� 900V
	On state pressure drop	��1.8 V
sex can ginseng number	isolation voltage	The control end and output end must be optically and non electrically isolated, and attention must be paid when using them.
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��25��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 20A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is taken as 2-3 times, inductive load is taken as 3-4 times
	External dimensions (code)	58 × 45 × 21 mm3 (J-1) or 59 × 45 × 24 mm3 (J-7)

JGJ17, JGJ17B Horizontal Passive Control Single phase AC Solid State Relay Dimensions Installation wiring diagram: (unit: mm)

JGJ17, JGJ17B Horizontal Passive Control Single phase AC Solid State Relay

[solid state relay]MTS1 series solid-state time relay

2026-4-30 15:11:50

The MTS1 series solid-state time relay is a new generation product that adopts advanced foreign technology. It has the characteristics of small size, good reliability, long service life, and easy use, and is suitable for use as a delay control unit in automatic control circuits, connecting the circuit at a predetermined time,

The external dimensions of MTS1 series solid-state time relay are 50.5 × 50.5 × 31, which can directly replace imported products.

model	MTS1
Classification	Solid state time relay
Specifications and varieties	Adjustable delay type and fixed delay type, available in two legged and three legged versions
Delay range	0.1-8min
Delay range	120s
Contact type	Thyristor output
contact capacity	5A 250V AC
Electrical lifespan (AC-12)	Load capacity: 1A
characteristic	Plastic sealed type, small size, long lifespan.

[solid state relay]GZ Series DC Solid State Relay

2026-4-30 14:49:57

GZ series DC solid-state relay

Features:
DC solid-state relays have strong anti-interference ability, low output saturation voltage drop, and low power consumption due to optoelectronic isolation of input and output.

Main technical performance indicators of GZ series DC solid-state relay: (ambient temperature 25 ��)

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		three		18(*32)	VDC
input current	Vin=5VDC		five		mADC
Turn off voltage				one	VDC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz Ac	two thousand and five hundred			V(RMS)
Critical conduction voltage		three			VDC
load voltage scope		five		nominal voltage	VDC
On state pressure drop	Maximum load electric current			one point eight	VDC
Segment leakage current				ten	µADC
on-time				zero point one	ms
turn-off time				one	ms

Input voltage 3-32V is constant current (GZ10-W is constant current)
Input voltage of 3-18V is of series resistance type (GZ1-5 is of series resistance type)
When the input terminal of the series resistance type exceeds 18VDC, please connect an appropriate resistor in the input terminal to ensure that the input current is around 5-8mA, or specify the input voltage requirement when ordering.

[solid state relay]GJJ series AC zero crossing solid-state relay

2026-4-30 14:49:22

Characteristics:
Communication input, communication output.

Main technical performance indicators: (ambient temperature 25 ��)

model	Main input parameters				isolation voltage ��VAC��	appearance
model	control voltage ��VAC��	Load voltage range ��VAC��	Rated load current ��AAC��	On state pressure drop ��AAC��	isolation voltage ��VAC��	appearance
GJJ10-W	20-220	two hundred and twenty	ten	��1.8	��2500
GJJ15-W	20-220		fifteen	��1.8	��2500
GJJ20-W	20-220		twenty	��1.8	��2500
GJJ25-W	20-220		twenty-five	��1.8	��2500
GJJ40-W	20-220		forty	��1.8	��2500
GJJN10-W	20-220		ten	��1.8	��2500
GJJN20-W	20-220		twenty	��1.8	��2500
GJJN25-W	20-220		twenty-five	��1.8	��2500
GJJN40-W GJJ10-W	20-220		forty	��1.8	��2500

GJJ series AC zero crossing solid-state relay

[solid state relay]GJJH series three-phase zero crossing solid-state relay

2026-4-30 14:49:02

GJJH series three-phase zero crossing solid-state relay

Characteristics:
Communication input, communication output.

Main technical performance indicators: (ambient temperature 25 ��)

model	Main input parameters				isolation voltage ��VAC��
model	control voltage ��VAC��	Load voltage range ��VAC��	Rated load current ��AAC��	On state pressure drop ��AAC��	isolation voltage ��VAC��
GJJH10-W	20-220	three hundred and eighty	ten	��1.8	��2500
GJJH15-W	20-220		fifteen	��1.8	��2500
GJJH20-W	20-220		twenty	��1.8	��2500
GJJH25-W	20-220		twenty-five	��1.8	��2500
GJJH40-W GJJ10-W GJJ10-W	20-220		forty	��1.8	��2500
GJJNH10-W	20-220		ten	��1.8	��2500
GJJNH15-W	20-220		fifteen	��1.8	��2500
GJJNH20-W	20-220		twenty	��1.8	��2500
GJJNH25-W	20-220		twenty-five	��1.8	��2500
GJJNH40-W	20-220		forty	��1.8	��2500

GJJH series three-phase zero crossing solid-state relay

[solid state relay]GJNH series AC three-phase non zero crossing solid-state relay

2026-4-30 14:48:41

Characteristics:
The conduction time of GJNH series three-phase AC solid-state relay is 1ms (50Hz), which is faster than GJH series. Other electrical parameters and external installation dimensions can refer to the corresponding varieties of GJH three-phase series.

Main technical performance indicators of GJNH series AC three-phase non zero crossing solid-state relay: (ambient temperature 25 ��)

Model Load Current A
GJNH15��W��3 15
GJNH25��W��3 25
GJNH40��W��3 40
GJNH55��W��3 55

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		four point five		thirty-two	VDC
input current	Vin=5VDC		twenty		mADC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz Ac	two thousand and five hundred			V(RMS)
Critical conduction voltage		four point five			VDC
Turn off voltage				one	VDC
load voltage scope		twenty		four hundred and eighty	V(RMS)
surge voltage	20ms non-repeating			one thousand	%Load current
On state pressure drop	Maximum load current		one point five		V(RMS)
Broken state leakage current	380V50Hz			five	mA ��RMS��
on-time	50Hz			one	ms
turn-off time	50Hz			ten	ms

The input voltage of 3-32V is constant current (usually constant current for voltages �� 10A)
Input voltage of 3-12V is of series resistance type (usually<10A)
When the input terminal of the series resistor type exceeds 12VDC, please connect an appropriate resistor in the input circuit to ensure that the input current is around 10mA, or specify the input voltage requirement when ordering.

[solid state relay]GJN Series AC Non Zero Crossing Solid State Relay

2026-4-30 14:48:17

Main technical performance indicators of GJN series AC non zero crossing solid-state relay: (ambient temperature 25 ��)

model	load current A
GJN1��L	one
GJN1��W	one
GJN2��L	two
GJN2��W	two
GJN3��L	three
GJN3��W	three
GJN5��W	five
GJN10��W	ten
GJN20��W	twenty
GJN40��W	forty
GJN55��W	fifty-five

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		three		12(*32)	VDC
input current	Vin=5VDC		ten		mA DC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz Ac	two thousand and five hundred			V(RMS)
Critical conduction voltage		three			VDC
Turn off voltage				one	VDC
load voltage scope		twenty		two hundred and forty	V(RMS)
surge voltage	20ms non-repeating			one thousand	%Load current
On state pressure drop	Maximum load current		one point eight		V(RMS)
Broken state leakage current	220V50Hz			five	mA ��RMS��
on-time	50Hz			one	ms
turn-off time	50Hz			ten	ms

[solid state relay]GJH-W Series AC High Voltage Three Phase Solid State Relay

2026-4-30 14:47:50

GJH series AC high-voltage three-phase solid state relay

Features:
The GJH series three-phase AC solid-state relay is an electronic switch designed with high reliability for three-phase AC loads. It can directly control loads such as motors and heaters, with advantages such as fast switching speed, no noise, corrosion resistance, and anti-interference. It can interface directly with computer systems and automatic control devices, and its input action signal can be indicated by LED.

Main technical performance indicators: (ambient temperature 25 ��)
Model Load Current A
GJH15��W��3 15
GJH25��W��3 25
GJH40��W��3 40
GJH55��W��3 55
GJH80��W��3 80
GJH100��W��3 100

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		four point five		thirty-two	VDC
input current	Vin=5VDC		twenty		mA DC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz	two thousand and five hundred			V(RMS)
Critical conduction voltage		four point five			VDC
Turn off voltage				one	VDC
load voltage scope		twenty		four hundred and eighty	V(RMS)
surge voltage	20ms non-repeating			one thousand	%Load current
On state pressure drop	Maximum load current		one point eight		V(RMS)
Broken state leakage current	380V50Hz			��5	mA ��RMS��
on-time	50Hz			ten	ms
turn-off time	50Hz			ten	ms

[solid state relay]GJH series AC high-voltage zero crossing solid-state relay

2026-4-30 14:47:28

GJH series AC high-voltage zero crossing solid-state relay

Features:

The zero crossing relay for communication has the characteristics of zero voltage on and zero current off, thus it has the advantages of low interference to the power grid and significant reduction of surge current when driving incandescent lamp loads.

Main technical performance indicators of GJH series AC high-voltage zero crossing solid-state relay: (ambient temperature 25 ��)

model	Load current A
GJH1��L	one
GJH1��W	one
GJH2��L	two
GJH2��W	two
GJH3��L	three
GJH3��W	three
GJH5��W	five
GJH10��W	ten
GJH25��W	twenty-five
GJH40��W	forty
GJH80��W	eighty
GJH100��W	one hundred
GJH120��WM	one hundred and twenty
GJH200��WM	two hundred
GJH300��WM	three hundred

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		three		12(*32)	VDC
input current	Vin=5VDC		ten		mA DC
Turn off voltage				one	VDC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz Ac	two thousand and five hundred			V(RMS)
Critical conduction voltage		three			VDC
load voltage scope		twenty		four hundred and eighty	V(RMS)
surge voltage	20ms non-repeating			one thousand	%Load current
On state pressure drop	Maximum load current		one point eight		V(RMS)
Broken state leakage current	220V50Hz			��5	mA ��RMS��
on-time	50Hz			ten	ms
turn-off time	50Hz			ten	ms

[solid state relay]GJ series AC zero crossing solid-state relay

2026-4-30 14:46:53

GJ series AC zero crossing solid-state relay

Features:
The zero crossing relay for communication has the characteristics of zero voltage on and zero current off, thus it has the advantages of low interference to the power grid and significant reduction of surge current when driving incandescent lamp loads.

Main technical performance indicators of GJ series AC zero crossing solid-state relay: (ambient temperature 25 ��)

input parameters	test conditions	minimum	typical value	maximum	unit
Control voltage range		three		12(*32)	VDC
Turn off voltage				one	VDC
input current	Vin=5VDC		ten		mA DC
insulation resistance		one hundred and nine			��
insulation voltage	50Hz Ac	two thousand and five hundred			V(RMS)
Critical conduction voltage		three			VDC
load voltage scope		twenty		two hundred and forty	V(RMS)
surge voltage	20ms non-repeating			one thousand	%Load current
Zero crossing voltage				±15	V(Peak)
On state pressure drop	Maximum load current		one point eight		V(RMS)
Broken state leakage current	220V50Hz			��5	mA ��RMS��
on-time	50Hz			ten	ms
turn-off time	50Hz			ten	ms

model	Load current A
GJ1��L	one
GJ1��W	one
GJ2��L	two
GJ2��W	two
GJ3��L	three
GJ3��W	three
GJ5��W	five
GJ10��W	ten
GJ25��W	twenty-five
GJ40��W	forty
GJ80��W	eighty
GJ100��W	one hundred
GJ120��WM	one hundred and twenty
GJ200��WM	two hundred
GJ300��WM	three hundred

[solid state relay]GKZ-W Frequency regulation module

2026-4-30 14:46:18

GKZ-W frequency regulation module
The GKZ-W frequency regulation module can form an AC voltage and power regulation system with various specifications of single-phase, two-phase, and three-phase zero crossing solid-state relays. Its working principle is to change the frequency of the output voltage by controlling the input voltage (1-5VDC) or input current (4-20mADC), thereby achieving the goal of changing the output power.

The product adopts an AC zero crossing triggering method to reduce the possible occurrence of high order
The interference of harmonics on the power grid can prevent the occurrence of "overshoot" phenomenon in controlled temperature, and has high temperature control accuracy.

The product control method is simple and can be manual or automatic. When manually operated, an external 10K potentiometer is required, and its control power is provided by this controller, which does not require external connection and is quite convenient. When automatic, it can be directly connected to the temperature control meter and computer. Our company now offers a combination of three-phase electric heating systems for customers to choose from. The specifications include 120A * 3, 200A * 3, and 300A * 3. (including radiator and fan)

Pin function:

name	Function
220VAC	power supply
OUT 16V	Frequency control output
��5V	power control
1��5V	control input
COM	Control the negative terminal

Application circuit:

In the application line:
1. Using a 10K potentiometer, if the automatic input is 4-20mA, please add a 250 �� resistor before inputting.

2. GKZ-W output can control one solid-state relay, as well as two (series) or three (series) solid-state relays.
From the above application circuit, it can be seen that the biggest feature of this voltage regulation control system is that the wiring at the load end is very convenient, especially for three-phase power sources that can be connected freely without recognizing the phase.

3. Module volume: 106mm * 75mm * 33mm.

[solid state relay]Single phase AC phase-shifting voltage regulation module

2026-4-30 14:46:07

The GKK-W single-phase AC phase-shifting voltage regulation module is a voltage regulation module developed by our company for input control of the GJH300-MK series high-power solid-state relay. It can also be directly connected to high-capacity bidirectional thyristors or two-phase single-phase thyristors. When adjusting the input voltage of the module between 1-5VDC, the output terminal of the module generates a 0-180o pulse modulation signal synchronized with the grid voltage to control the output voltage of the power devices connected in series in the circuit.

GKK-W single-phase AC phase-shifting voltage regulation module pin function:

name	function
220VAC	220V power supply
G	Output (bidirectional thyristor control electrode)
A	Output (bidirectional thyristor anode)
��5V	Reference (for manual power supply)
1��5V	Control signal input
COM	Control signal negative terminal

Application circuit:

In the application circuit: potentiometer 10K, if the automatic input is 4-20mA, please add a 250 �� resistor before input.

3. Module volume: 106mm * 75mm * 33mm.

4. Attention: In the case where the high-power thyristor control electrode is damaged and not triggered to conduct, if the triggering module still has control voltage, the current of the power grid will be input from terminal A, then from terminal G to the load, and the majority of the power grid voltage will drop between terminals A and G. The heat generated by this voltage and current will burn out the internal components of terminals A and G within a few seconds.
Suggestion: Adding a 0.1A fuse to the A and G circuits can protect the above situation (especially during debugging to protect the voltage regulation module). This module generates very little heat and generally does not require additional heat dissipation.

[solid state relay]GKK40-W series single-phase AC phase-shifting voltage regulation module

2026-4-30 14:45:56

The Gkx10-40-W series single-phase power AC voltage regulation module is a voltage regulation module that can directly drive loads below 10-40A. Its control method is manual or automatic. When manually outputting external potentiometer control, the control power is provided by the module itself, without the need for external power supply; Automatically connect the air temperature instrument directly.

Main parameters of GKK40-W series single-phase AC phase-shifting voltage regulation module:
Load current: AC 10A, 15A, 25A, 40A (actual current selection usually does not exceed 70% of rated current)
Power supply voltage: 220VAC
Voltage regulation range: 0-220VAC
Input control: Voltage type: 1-5V DC
Current type: 4-20mA DC
Input output medium withstand voltage: �� 2500V
Appearance: 9-2

GKK40-W series single-phase AC phase-shifting voltage regulation module

[solid state relay]GKK100-W series single-phase high-power AC voltage regulation module

2026-4-30 14:45:43

The GKK100-W series single-phase high-power AC voltage regulation module is a voltage regulation module that can directly drive loads below 60-100A. Its control method is manual or automatic. When using an external potentiometer for manual control, the control power is provided by the module itself, and no external power supply is required; Directly connecting the temperature control instrument can achieve automatic control.

Main parameters:
Load current: AC 60-100A (actual current selection usually does not exceed 70% of rated current)
Power supply voltage: 220VAC
Voltage regulation range: 0-220VAC
Input control: Voltage type: 1-5V DC
Current type: 4-20mA DC
Input output medium withstand voltage: �� 2500V
Output - Shell medium withstand voltage: �� 2500V

GKK100-W series single-phase high-power AC voltage regulation module external volume and usage instructions diagram:

GKK100-W series single-phase high-power AC voltage regulation module

[solid state relay]GJH Two phase AC Solid State Relay (with accompanying heat sink)

2026-4-30 14:45:36

GJH20�� The 40-60-2 type solid-state relay is an electronic switch designed for AC loads with high reliability. It can directly control loads such as electric motors and heaters, with advantages such as fast switching speed, no noise, corrosion resistance, and anti-interference. It can directly interface with computer systems and automatic control devices, and is widely used in various economic fields such as military and industry. The product is also equipped with a heat sink, as shown in the physical picture.

[solid state relay]Three phase motor forward and reverse solid-state relay

2026-4-30 14:45:33

GJH-W-3ZF three-phase motor forward and reverse solid-state relay

GJH��-WZF:
GJH ��-W-3zF three-phase motor forward and reverse solid-state relay is a module that can directly control the forward and reverse of three-phase motors, with automatic protection function for input signal loss.

rated voltage	380VAC
rated current	10/20/40, etc. (as indicated by the label)
control voltage	6V/12V/24VDC (or can be selected according to user requirements)
isolation voltage
Other	See the figure below

GJH-W-3ZF three-phase motor forward and reverse solid-state relay

[solid state relay]GJ-WT(G) series thyristor solid-state voltage regulator module

2026-4-30 14:45:26

GJ-WT (G) series thyristor solid-state voltage regulator module

Features:
The GJ-WT (G) series thyristor solid-state voltage regulator module is mainly used in electronic products such as temperature control and dimming. It has the characteristics of small size, long lifespan, high control power, and high insulation voltage between the wiring terminals and the base plate.

Product Model	GJ10-40A-WT
control type	Potentiometer adjustment value
conduction angle scope	00 ~1700
peak voltage	��600VAC
insulation voltage	��2500VAC
inrush current	90A	230A
Broken state leakage current	��5mA	��7mA

Product Model	GJ10-40A-WTG
control type	3~15VDC
output voltage scope	0 ~220V
peak voltage	��600VAC
insulation voltage	��2500VAC
inrush current	90A	230A
Off state leakage current	��5mA	��7mA

type number	negative load electricity press V	negative load electricity flow A	outside form
GJ10��WT	24 ��240V	ten
GJ20��WT	24 ��240V	twenty
GJ40��WT	24 ��240V	forty
GJ10��WTG	0��220V	ten
GJ20��WTG	0��220V	twenty
GJ40��WTG	0��220V	forty

Instructions for use:
1. Select a solid-state voltage regulator of appropriate specifications based on the load power, and equip it with a suitable fast fuse to meet the usage requirements.
When the current is high, add a heat sink as required or fix it on a metal base plate of the corresponding area. Apply thermal conductive silicone grease to the installation surface and pay attention to ventilation and heat dissipation.
If there is severe RF interference, an inductive coil can be connected in series in the load circuit.
4. External potentiometer, can be supplied as a set or purchased by the user. It is required to be connected to a WX-2W potentiometer with a resistance of about 680K.
5. WT type: Input and output are not insulated. Please pay attention to safety during use and do not touch the module and potentiometer contact terminals.

[solid state relay]TSR-100AA-H Three phase AC Solid State Relay (High Voltage Type)

2026-4-30 14:44:58

TSR-100AA-H Three phase AC Solid State Relay (High Voltage Type)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

TSR-40AA-H three-phase AC solid state relay (high voltage type) parameters:

model		TSR-60AA-H TSR-80AA-H TSR-100AA-H
lose enter ginseng number	Control method	90-220VAC (AC)<3-32VDC with DC control available>
	input current	Greater than 5mA
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	Output voltage withstand	Communication between 220-480VAC and higher can be customized
	Rated working current	60A.80A.100A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	290g

TSR-100AA-H Three phase AC Solid State Relay (High Voltage Type)

[solid state relay]TSR-100AA-S Three phase AC Solid State Relay (Basic Type)

2026-4-30 14:44:33

TSR-100AA-S Three phase AC Solid State Relay (Basic Type)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

model		TSR-60AA-S TSR-80AA-S TSR-100AA-S
lose enter ginseng number	Control method	90-220VAC (AC)
	input current	Greater than 5mA
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	Communication 220-380VAC
	Rated working current	60A.80A.100A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	290g

TSR-100AA-S Three phase AC Solid State Relay (Basic Type)

[solid state relay]TSR-40AA-H Three phase AC Solid State Relay (High Voltage Type)

2026-4-30 14:44:11

TSR-40AA-H Three phase AC Solid State Relay (High Voltage Type)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

TSR-40AA-H three-phase AC solid state relay (high voltage type) parameters:

model		TSR-10AA-H TSR-15AA-H TSR-25AA-H TSR-40AA-H
lose enter ginseng number	Control method	90-220VAC (AC)
	input current	Greater than 5mA
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	Output voltage withstand	Communication between 220-480VAC and higher can be customized
	Rated working current	10A.15A.25A.40A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	290g

TSR-40AA-H Three phase AC Solid State Relay (High Voltage Type)

[solid state relay]TSR-40AA-S Three phase AC Solid State Relay (Basic Type)

2026-4-30 14:43:51

TSR-40AA-S Three phase AC Solid State Relay (Basic Type)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

model		TSR-10AA-S TSR-15AA-S TSR-25AA-S TSR-40AA-S
lose enter ginseng number	Control method	90-220VAC (AC)
	input current	Greater than 5mA
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	Communication 220-380VAC
	Rated working current	10A.15A.25A.40A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	290g

TSR-40AA-S Three phase AC Solid State Relay (Basic Type)

[solid state relay]TSR Three phase current type voltage regulating solid-state relay

2026-4-30 14:43:29

model		TSR-40DA-W TSR-60DA-W TSR-80DA-W TSR-100DA-W TSR-120DA-W
lose enter ginseng number	Control method	0-10VDC direct current
	input current	4-20ma
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	/
lose go out ginseng number	output voltage	Exchange 380VAC
	Rated working current	40A.60A.80A.100A.120A.150A
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	280g

TSR three-phase current type voltage regulating solid-state relay

[solid state relay]TSR-40DA-W Three phase voltage type regulating solid-state relay

2026-4-30 14:43:10

TSR-40DA-W Three phase Voltage Regulating Solid State Relay

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

Parameters:

model		TSR-40DA-W TSR-60DA-W TSR-80DA-W TSR-100DA-W TSR-120DA-W
lose enter ginseng number	Control method	0-10VDC direct current
	input current	4-20ma
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	/
lose go out ginseng number	output voltage	Exchange 380VAC
	Rated working current	40A.60A.80A.100A.120A.150A
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	280g

Dimensions and installation wiring diagram of current type three-phase solid-state voltage regulator: (unit: mm)

TSR-40DA-W Three phase Voltage Regulating Solid State Relay

[solid state relay]SSR-40WA Single phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

2026-4-30 14:42:43

SSR-40WA single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

SSR-40WA single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module) parameters:

model		SSR-10WA SSR-15WA SSR-25WA SSR-40WA SSR-60WA SSR-80WA SSR-100WA
lose enter ginseng number	Control method	0-5VDC DC DC
	input current	4-20ma
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	AC 220VAC, AC 380VAC
	Rated working current	10A.15A.25A.40A.60A.80A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	100g

SSR-40WA single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]SSR Single phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

2026-4-30 14:42:21

SSR single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

SSR single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module) parameters:

model		SSR-10WA SSR-15WA SSR-25WA SSR-40WA SSR-60WA SSR-80WA SSR-100WA
lose enter ginseng number	Control method	0-5VDC DC DC
	input current	4-20ma
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	AC 220VAC, AC 380VAC
	Rated working current	10A.15A.25A.40A.60A.80A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	100g

SSR single-phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]Single phase current type solid-state voltage regulator (power and voltage regulation module)

2026-4-30 14:42:00

SSR single-phase current type solid-state voltage regulator (power and voltage regulation module)

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate
Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

SSR single-phase current type solid-state voltage regulator (power and voltage regulation module) parameters:

model		SSR-10WA SSR-15WA SSR-25WA SSR-40WA SSR-60WA SSR-80WA SSR-100WA
lose enter ginseng number	Control method	0-5VDC DC DC
	input current	4-20ma
	Work instructions	LED
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	AC 220VAC, AC 380VAC
	Rated working current	10A.15A.25A.40A.60A.80A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	100g

SSR single-phase current type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]SSR-40VA single-phase resistive solid-state voltage regulator

2026-4-30 14:41:37

Optoelectronic isolation between the control circuit and the load circuit.
Controllable silicon output, zero current shutdown.
Voltage zero crossing opens.
Equipped with a resistance capacitance absorption circuit.
Control signals are compatible with TTL logic; Optional safety cover.
Rectangular in shape, encapsulated with epoxy resin (module).
Suitable radiators should be equipped during use, and forced air cooling should be strengthened if necessary.
The three-phase starting characteristics are consistent.
Flame retardant engineering plastic shell, metal bottom plate

Widely applicable: such as industrial electric furnaces, ovens, water pumps, electric motors, electrical switchgear, automation control equipment, etc

The following are the parameters of a single-phase resistive solid-state voltage regulator (solid-state voltage regulator):

model		SSR-10VA SSR-15VA SSR-25VA SSR-40VA SSR-60VA SSR-80VA
lose enter ginseng number	Control (with added potentiometer)	330K��-510K��/2W
	input current	/
	Work instructions	/
	On-off time	�� 10mS (milliseconds)
	Reliable shutdown voltage	Less than 0.8VDC
lose go out ginseng number	output voltage	Communication 24-220VAC, Communication 24-380VAC
	Rated working current	10A.15A.25A.40A.60A.80A.
	On state pressure drop	��1.5V
	Minimum conduction current	50mA
	Off state leakage current	Less than 10mA
sex can ginseng number	Dielectric Strength	2500VAC�� 1 minute
	insulation voltage	��2500V
	insulation resistance	��100M��
	Operating Temperature	��35��75 ��
	power frequency	50/60HZ
	Heat dissipation conditions	�� 25A with radiator, �� 40A with fan for strong cooling
	Load current safety factor	Resistive load is 2-4 times, inductive load is 3-5 times
	Overall dimensions	105.0L×74.0W×33.0H
	weight	100g

SSR-40VASSR single-phase resistive solid-state voltage regulator external dimensions and installation wiring diagram: (unit: mm)

SSR-40VA single-phase resistive solid-state voltage regulator

[solid state relay]Integrated high-power solid-state relay

2026-4-30 14:41:15

Overall dimensions	80/100/120/150/200/330L×125W×180H
Output load voltage	.90-480VAC
Output load current	200A.250A.300A.350A.400A.
Input control voltage	DC3-32V DC/Only (it is recommended to connect each one in series with no less than 3V)
Input control current	6-35mA
On state pressure drop	��1.5V
Off state leakage current	��1.5mA
Off state time	��10mS
Dielectric Strength	1500VAC
insulation resistance	500M��/500VDC
ambient temperature	-25��-+70��
placement method	bolt fixing
Work instructions	LED
weight	/
explanation	1. Load 10A, a radiator must be installed, and for loads above 40A, a fan for strong cooling or water cooling must be added. 2. When using inductive loads, please be sure to connect a voltage sensor to the output terminal, with a value of not less than 2 times the load voltage 3. The correct selection is: a margin of 3-5 times the actual load working current

TSR-400DA-H Integrated High Power Solid State Relay

[solid state relay]Integrated high-power solid-state relay

2026-4-30 14:41:02

TSR-300DA-H Integrated High Power Solid State Relay

DC (3-32VDC) controlled AC (380480VAC) type

Overall dimensions	80/100/120/150/200/330L×125W×180H
Output load voltage	.90-480VAC
Output load current	200A.250A.300A.350A.400A.
Input control voltage	DC3-32V DC/unit (it is recommended to connect each unit in series with no less than 3V)
Input control current	6-35mA
On state pressure drop	��1.5V
Off state leakage current	��1.5mA
Off state time	��10mS
Dielectric Strength	1500VAC
insulation resistance	500M��/500VDC
ambient temperature	-25��-+70��
placement method	bolt fixing
Work instructions	LED
weight	/
explanation	1. Load 10A, a radiator must be installed, and for loads above 40A, a fan for strong cooling or water cooling must be added. 2. When using inductive loads, please be sure to connect a voltage sensor to the output terminal, with a value of not less than 2 times the load voltage 3. The correct selection is: a margin of 3-5 times the actual load working current

TSR-300DA-H Integrated High Power Solid State Relay

[solid state relay]Integrated medium power solid-state relay

2026-4-30 14:40:50

TSR-200DA-H Integrated Medium Power Solid State Relay

DC (3-32VDC) controlled AC (380480600VAC) type

Overall dimensions	80/100/120/150/200/330L×125W×177H
Output load voltage	380VAC��480VAC��600VAC
Output load current	60A.80A.100A.120A��150A
Input control voltage	DC3-32V DC/unit (it is recommended to connect each unit in series with no less than 3V)
Input control current	6-35mA
On state pressure drop	��1.5V
Off state leakage current	��1.5mA
Off state time	��10mS
Dielectric Strength	1500VAC
insulation resistance	500M��/500VDC
ambient temperature	-25��-+70��
placement method	bolt fixing
Work instructions	LED
weight	/
explanation	1. Load 10A, a radiator must be installed, and for loads above 40A, a fan for strong cooling or water cooling must be added. 2. When using inductive loads, please be sure to connect a voltage sensor to the output terminal, with a value of not less than 2 times the load voltage 3. The correct selection is: a margin of 3-5 times the actual load working current

TSR-200DA-H Integrated Medium Power Solid State Relay

[solid state relay]Integrated medium power solid-state relay

2026-4-30 14:40:37

TSR-100DA-H Integrated Medium Power Solid State Relay

DC (3-32VDC) controlled AC (380480600VAC) type

Overall dimensions	80/100/120/150/200/330L×125W×177H
Output load voltage	380VAC��480VAC��600VAC
Output load current	60A.80A.100A.120A��150A
Input control voltage	DC3-32V DC/unit (it is recommended to connect each unit in series with no less than 3V)
Input control current	6-35mA
On state pressure drop	��1.5V
Off state leakage current	��1.5mA
Off state time	��10mS
Dielectric Strength	1500VAC
insulation resistance	500M��/500VDC
ambient temperature	-25��-+70��
placement method	bolt fixing
Work instructions	LED
weight	/
explanation	1. Load 10A, a radiator must be installed, and for loads above 40A, a fan for strong cooling or water cooling must be added. 2. When using inductive loads, please be sure to connect a voltage sensor to the output terminal, with a value of not less than 2 times the load voltage 3. The correct selection is: a margin of 3-5 times the actual load working current

TSR-100DA-H Integrated Medium Power Solid State Relay

[solid state relay]{{EN_0} �� DD Solid state relay

2026-4-30 14:40:24

Technical Specifications

G3N - �� DD Solid State Relay

[solid state relay]{{EN_0} �� R Solid state relay

2026-4-30 14:40:22

Technical Specifications

G3N - �� R Solid State Relay

[solid state relay]{{EN_0} �� A Solid state relay

2026-4-30 14:40:19

G3N - �� A Solid State Relay Technical Parameters

G3N - �� A Solid State Relay

[solid state relay]{{EN_0} �� D Solid state relay

2026-4-30 14:40:17

Technical Specifications

G3N - �� D Solid State Relay

[solid state relay]SSR-40A Solid state relay

2026-4-30 14:40:14

Technical Specifications

SSR-40A Solid State Relay

[solid state relay]SSR-25DA Solid state relay

2026-4-30 14:40:12

Technical Specifications

SSR-25DA Solid State Relay

[solid state relay]JGX-3F Solid state relay

2026-4-30 14:40:10

Technical Specifications

JGX-3F Solid State Relay

[solid state relay]JGX-2F Solid state relay

2026-4-30 14:40:07

JGX-2F Solid State Relay Technical Parameters

JGX-2F Solid State Relay

[solid state relay]SSR-M Solid state relay

2026-4-30 14:40:05

Technical Specifications

SSR-M Solid State Relay

[solid state relay]SSR-3DA Solid state relay

2026-4-30 14:40:02

Technical parameters of SSR-3DA solid-state relay

SSR-3DA Solid State Relay

[solid state relay]SSR-DD Solid state relay

2026-4-30 14:40:00

Technical Specifications

SSR-DD Solid State Relay

[solid state relay]SSR-DD-MA Solid state relay

2026-4-30 14:39:58

Technical Specifications

SSR-DD-MA Solid State Relay

[solid state relay]SSR-VR Solid state relay

2026-4-30 14:39:55

Technical parameters of SSR-VR solid-state relay

SSR-VR Solid State Relay

[solid state relay]SSR-DA Solid state relay

2026-4-30 14:39:53

Technical Specifications

SSR-DA Solid State Relay

[solid state relay]SSR-AA Solid state relay

2026-4-30 14:39:50

Technical Specifications

SSR-AA Solid State Relay

[solid state relay]SSR-P Solid state relay

2026-4-30 14:39:45

Technical Specifications

SSR-P Solid State Relay

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:39:42

Overview of YJGX-7FD single-phase circuit board DC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

YJGX-7FD single-phase circuit board DC solid-state relay technical parameters:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-7FD	wiring diagram
	Control method	Direct Current Control Value Stream (DC-DC)
	load current	6A��7A
	load voltage	60VDC��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	42g	Note: When used for inductive loads, users must add suppression circuits

Product application:
The SSR circuit board solid-state relay adopts a flame-retardant engineering plastic shell, epoxy resin encapsulation, single column direct insertion circuit board welding installation, and standard modular size. Compared with electromagnetic relays, it has no mechanical sound, no contact arcing, higher surge current tolerance, long service life, and high reliability.
The small driving current at the input end makes it convenient to interface with computer terminals and various digital programmable circuits, achieving weak power isolation and control.
Widely used in automation control fields such as petrochemical equipment, food machinery, packaging machinery, textile machinery, CNC machine tools, plastic machinery, fitness equipment, entertainment facilities, etc., it can control small motors, incandescent lamps, indicator lights, low-power power supplies, intelligent instruments and meters, and various solenoid valves. It can also be used as a driving stage for high-power electromagnetic contactors. Especially suitable for harsh environments such as corrosion, humidity, dust prevention, explosion-proof requirements, and frequent switching.

Safety precautions:
1. When used in AC inductive loads, high transient voltage and surge current are applied to the output terminal, which may cause the solid-state relay to conduct or be damaged. It is usually necessary to connect a voltage control device with a specific clamping voltage at the output terminal, such as a two-wire voltage regulator diode or a varistor (MOV). The recommended voltage for varistors is 1.6-1.9 times the rated voltage;
2. For DC inductive loads such as solenoids, electromagnets, and solenoid valves, a freewheeling circuit must be used to suppress the back electromotive force generated during shutdown. A simple method is usually to connect a diode in reverse parallel with the load, but this circuit will affect the release time of inductive loads such as electromagnetic relays, contacts, electromagnets, solenoid valves, etc. A better circuit is to connect a diode and a voltage regulator diode in reverse series or a diode and a resistor in series before connecting it in reverse parallel with the load.
3. When controlling a small current load close to the minimum load current, a virtual load resistor must be connected in parallel to the load to reduce the output leakage current and generate a higher residual voltage on the load.
4. When installing circuit board welding type relays, the welding temperature must be controlled below 260 degrees Celsius and the welding time must be controlled below 5 seconds.
5. In order to avoid the temperature rise of solid-state relays exceeding the allowable value, the design and application should consider the heat dissipation effect and installation position. When two or more solid-state relays are installed side by side, appropriate spacing should be left.

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:39:17

Product Overview:
1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

Technical Specifications:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-6FD	wiring diagram
	Control method	Direct current controlled direct current (DC-DC)
	load current	5A��6A
	load voltage	60VDC��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	22g	Note: When used for inductive loads, users must add suppression circuits

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:38:50

Overview of JGX-5FD single-phase circuit board DC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

Technical Specifications:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-5FD	wiring diagram
	Control method	Direct current controlled direct current (DC-DC)
	load current	4A��5A
	load voltage	60VDC��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	32g	Note: When used for inductive loads, users must add suppression circuits

Product application:
The SSR circuit board solid-state relay adopts a flame-retardant engineering plastic shell, epoxy resin encapsulation, single column direct insertion circuit board welding installation, and standard modular size. Compared with electromagnetic relays, it has no mechanical sound, no contact arcing, higher surge current tolerance, long service life, and high reliability.
The small driving current at the input end makes it convenient to interface with computer terminals and various digital programmable circuits, achieving weak power isolation and control.

Widely used in automation control fields such as petrochemical equipment, food machinery, packaging machinery, textile machinery, CNC machine tools, plastic machinery, fitness equipment, entertainment facilities, etc., it can control small motors, incandescent lamps, indicator lights, low-power power supplies, intelligent instruments and meters, and various solenoid valves. It can also be used as a driving stage for high-power electromagnetic contactors. Especially suitable for harsh environments such as corrosion, humidity, dust prevention, explosion-proof requirements, and frequent switching.

Safety precautions:
1. When used in AC inductive loads, high transient voltage and surge current are applied to the output terminal, which may cause the solid-state relay to conduct or be damaged. It is usually necessary to connect a voltage control device with a specific clamping voltage at the output terminal, such as a two-wire voltage regulator diode or a varistor (MOV). The recommended voltage for varistors is 1.6-1.9 times the rated voltage;
2. For DC inductive loads such as solenoids, electromagnets, and solenoid valves, a freewheeling circuit must be used to suppress the back electromotive force generated during shutdown. A simple method is usually to connect a diode in reverse parallel with the load, but this circuit will affect the release time of inductive loads such as electromagnetic relays, contacts, electromagnets, solenoid valves, etc. A better circuit is to connect a diode and a voltage regulator diode in reverse series or a diode and a resistor in series before connecting it in reverse parallel with the load.
3. When controlling a small current load close to the minimum load current, a virtual load resistor must be connected in parallel to the load to reduce the output leakage current and generate a higher residual voltage on the load.
4. When installing circuit board welding type relays, the welding temperature must be controlled below 260 degrees Celsius and the welding time must be controlled below 5 seconds.
5. In order to avoid the temperature rise of solid-state relays exceeding the allowable value, the design and application should consider the heat dissipation effect and installation position. When two or more solid-state relays are installed side by side, appropriate spacing should be left.

JGX-5FD single-phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:38:26

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-4FD	wiring diagram
	Control method	Direct current controlled direct current (DC-DC)
	load current	3A��4A
	load voltage	60VDC��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	16g	Note: When used for inductive loads, users must add suppression circuits

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:38:01

Overview of YJGX-3FD single-phase circuit board DC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

Technical Specifications:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-3FD	wiring diagram
	Control method	Direct current controlled direct current (DC-DC)
	load current	2A��3A
	load voltage	60VDC��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	18g	Note: When used for inductive loads, users must add suppression circuits

YJGX-3FD single-phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

2026-4-30 14:37:40

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-1FD	wiring diagram
	Control method	Direct current controlled direct current (DC-DC)
	load current	1A
	load voltage	60VDC ��110VDC��220VDC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	14g	Note: When used for inductive loads, users must add suppression circuits

YJGX-1FD single-phase circuit board DC solid-state relay

[solid state relay]YJGX-7FA single-phase circuit board AC solid-state relay

2026-4-30 14:37:18

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-7FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	6A��7A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	42g	Note: When used for inductive loads, users must add suppression circuits

YJGX-7FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-6FA single-phase circuit board AC solid-state relay

2026-4-30 14:36:53

Overview of YJGX-6FA single-phase circuit board AC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

YJGX-6FA single-phase circuit board AC solid-state relay technical parameters:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-6FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	5A��6A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	22g	Note: When used for inductive loads, users must add suppression circuits

YJGX-6FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-5FA single-phase circuit board AC solid-state relay

2026-4-30 14:36:28

YJGX-5FA single-phase circuit board AC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

YJGX-5FA single-phase circuit board AC solid-state relay technical parameters:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-5FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	4A��5A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	32g	Note: When used for inductive loads, users must add suppression circuits

YJGX-5FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-4FA single-phase circuit board AC solid-state relay

2026-4-30 14:36:06

YJGX-4FA single-phase circuit board AC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

Technical Specifications:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-4FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	3A��4A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	16g	Note: When used for inductive loads, users must add suppression circuits

YJGX-4FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-3FA single-phase circuit board AC solid-state relay

2026-4-30 14:35:45

Overview of YJGX-3FA single-phase circuit board AC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

YJGX-3FA single-phase circuit board AC solid-state relay model description:

Technical Specifications:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-3FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	2A��3A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	18g	Note: When used for inductive loads, users must add suppression circuits

YJGX-3FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-1FA single-phase circuit board AC solid-state relay

2026-4-30 14:35:24

YJGX-1FA single-phase circuit board AC solid-state relay:

1. Communication output, using bidirectional thyristor output, zero voltage on, zero current off.
2. The DC output adopts bipolar transistor output, which reduces the conduction voltage and has fast switching speed and strong anti-interference ability.
3. The input signal is compatible with TTO and COMS digital logic circuits.
4. Optical isolation between input and output circuits.
5. The isolation voltage between input and output terminals is 2500V.
6. Single line direct insertion circuit board soldering installation, standard modular size.
7. 100% load current aging test, certified by the European Community CE certification, international ISO9000 certification, and domestic 3C certification.

Model Description:

Technical parameters of YJGX-1FA single-phase circuit board AC solid-state relay:

single phase electricity road board formula solid state succeed electricity device	Product Model	YJGX-1FA	wiring diagram
	Control method	Direct current controlled alternating current (DC-AC)
	load current	1A
	load voltage	240VAC ��380VAC
	control voltage	DC3-32V
	control the current	6-35mA
	On state leakage current	��1.5mA
	On state voltage reduction	��1.2V
	Off state time	��10mS
	Dielectric Strength	1500VAC
	insulation resistance	500M��/500VDC
	ambient temperature	-25��-+70��
	Installation method	Printing layout PCB
	weight	14g	Note: When used for inductive loads, users must add suppression circuits

[solid state relay]JSG4 series solid-state time relay

2026-4-30 14:35:02

Product Model	Delay range (S)	Working voltage (v)
JSG4(JSM2)	0.1-3600	AC/DC��110��220
JSG4-J mouth D	0.1-180	AC110 220
JSG4-J mouth	1-900	AC 110��127��220��380DC 24
JSG4 One Mouth T (Low Temperature)	O.1��3600	AC/DC24-240

model	Working voltage range AC (V)	Delay range (s)	Number of power on delay contacts NO	Number of power on delay contacts NC	Number of power-off delay contacts NO	Number of power-off delay contacts NC	Number of auxiliary contacts NO	Number of auxiliary contacts NC
JS7-1N/01	36~380	0.4��60	one	one	--	--	--	--
JS7-1N/02	36~380	0.4��180	one	one	--	--	--	--
JS7-2N/01	36~380	0.4��60	one	one	--	--	one	one
JS7-2N/02	36~380	0.4��180	one	one	--	--	one	one
JS7-3N/01	36~380	0.4��60	--	--	--	one	one	--
JS7-3N/02	36~380	0.4��180	--	--	--	one	one	--
JS7-4N/01	36~380	0.4��60	--	--	one	one	one	one
JS7-4N/02	36~380	0.4��180	--	--	one	one	one	one
JS1J-1/01	36~380	0.4��60	one	one	--	--	--	--
JS1J-1/02	36~380	0.4��180	one	one	--	--	--	--
JS1J-2/01	36~380	0.4��60	one	one	--	--	one	one
JS1J-2/02	36~380	0.4��180	one	one	--	--	one	one
JS1J-3/01	36~380	0.4��60	--	--	--	one	one	--
JS1J-3/02	36~380	0.4��180	--	--	--	one	one	--
JS1J-4/01	36~380	0.4��60	--	--	one	one	one	one
JS1J-4/02	36~380	0.4��180	--	--	one	one

JSG4 series solid-state time relay

[��̬�̵��]SSRR-10DA��̬�̵��

2026-2-16 16:51:32

SSRR-10DA��̬�̵��

[��̬�̵��]SSR3-DAϵ�й�̬�̵��

2026-2-16 16:49:08

SSR3-DAϵ�й�̬�̵��װָʾ��(LED)ָʾ�䶯��߾�Ե�迹��50M��(500VDC)��ѹ��2.5KV��㴥��ʽ��Ч��Ƶ/��Ÿ��
��װ��·��˲��ͻ��

��	SSR3-10DA	SSR3-15DA	SSR3-25DA	SSR3-40DA	SSR3-50DA	SSR3-80DA
��	10A	15A	25A	40A	50A	80A
��
��ѹ	5~32VDC
©��	20mA/12VDC max
��Ʒ�ʽ	Zero Cross Trigger
��
��ѹ	24~280VDC
��ON��ѹ�½�	1.6V
©��	<3.0mA
��Ӧʱ��	ON<10ms,OFF<10ms
һ��
��Ե��	Min.50M�� 500VDC��
��ѹǿ��	2500VAC 50/60 Hz for 1 min
ʹ�û��¶�	-20��~+80��
ʹ�û��ʪ��	45~85%RH
��	Appr.320g

SSR3-DAϵ�й�̬�̵��ͼ

SSR3-DAϵ�й�̬�̵��

[��̬�̵��]JGJ21��ʽ��ཻ��̬�̵��

2026-2-16 16:48:22

��		JGJ21(ԭJGX21)
�� �� �� ��	��Ƶ�ѹ	3��32 VDC(��ֱ��)
	��Ƶ��	��25 mA
	��	��6 mA
	�رյ�ѹ	��1.5VDC
	ͨ��ʱ��	��10mS
�� �� �� ��	��ص�ѹ	24��240VAC×2 24��440VA×2 24��660VAC×2
	��ص��	10��40A 60��180A 200��350A
	̬ͨѹ��	��1.5V ��1.8V
	��̬��ѹ	��400V �� 800V �� 1500V

�� �� �� ��	��ѹ	��1800V
	��Ե��ѹ	��2000V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�(��)	58×45×21 mm3(J-1) 104×73×33 mm3��J-3�� 86×68×28 mm3 (J-6)

JGJ21��ʽ��ཻ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGJ21��ʽ��ཻ��̬�̵��

[��̬�̵��]JGX-3/4840Z��̬�̵��

2026-2-16 16:48:02

JGX-3/4840Z��̬�̵��

[��̬�̵��]SSR-LA-Hϵ�й�̬�̵��

2026-2-16 16:45:50

SSR-LA-Hϵ�й�̬�̵��

SSR-10/15/25/40/50/80LA-H
ʹ�û��¶ȣ�-20��~+80��
ʹ�û��ʪ�ȣ�45~85%RH

��װָʾ��(LED)ָʾ�䶯��
�߾�Ե�迹��50M��(500VDC)
��ѹ��2.5KV
��㴥��ʽ��Ч��Ƶ/��Ÿ��
��װ��·��˲��ͻ��

��	SSR-10LA-H	SSR-15LA-H	SSR-25LA-H	SSR-40LA-H	SSR-50LA-H	SSR-80LA-H
��	10A	15A	25A	40A	50A	80A
��
��ѹ	--
��	4~20mA
��Ʒ�ʽ	Zero Cross Trigger
��
��ѹ	250~480VDC
��ON��ѹ�½�	1.6V
©��	<5.0mA
��Ӧʱ��	ON<10ms��OFF<10ms
һ��
��Ե��	Min.50M�� 500VDC��
��ѹǿ��	2500VAC 50/60 Hz for 1 min
ʹ�û��¶�	-20��~+80��
ʹ�û��ʪ��	45~85%RH
��	Appr.105g

SSR-LA-Hϵ�й�̬�̵��ͼ

SSR-LA-Hϵ�й�̬�̵��

[��̬�̵��]TGJ33,TGJ34��ܲ��ѹ��

2026-2-13 18:43:56

��		TGJ33	TGJ34
�� �� �� ��	��ѹ	440/660 VAC
	��ѹ	0 �� (��ѹ)
	��	10��350 A
	��Ʒ�ʽ	��10k��/0.5W��λ��	��ź�:��ѹ��0-10VDC ��4��20mA
	��Ƶ�Դ	12��18 VDC
	��ѹ	��ƶ��˷ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	105×74×41 mm3(J-3 ) 120×84×57 mm3(J-5 )

TGJ33,TGJ34��ܲ��ѹ��γߴ�.��װ��ͼ:(��λ:mm)

TGJ33,TGJ34��ܲ��ѹ��

[��̬�̵��]SSVR-60A��̬��ѹ��

2026-2-13 18:43:36

SSVR-60A��̬��ѹ��

[��̬�̵��]TGZ11,TGZ13��̬��ѹ��

2026-2-13 18:43:20

��		�벨��
		TGZ11	TGZ13
�� �� �� ��	��ص�Դ��ѹ	0-240 VAC 0-440 VAC
	��ѹ	0��0.45(��Դ��ѹ) VDC
	��ص��	20��40��80��100��150��200��250��300��350A
	��Ʒ�ʽ	��56-560K��/1W��λ��	��źŵ�ѹ0-10 VDC
	��ѹ	�ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	58×45×21 mm3 ( J-1 ) 120×52×32 mm3 ( M-3 )

TGZ11,TGZ13��̬��ѹ��γߴ�.��װ��ͼ:(��λ:mm)

TGZ11,TGZ13��̬��ѹ��

[��̬�̵��]JGW-3024�͹�MOS��̬�̵��

2026-2-11 19:19:28

JGW-3024�͹�MOS��̬�̵��

[��̬�̵��]JGW-3025�͹�MOS��̬�̵��

2026-2-11 19:19:12

JGW-3025�͹�MOS��̬�̵��

[��̬�̵��]JGX-3M,JGX-3MB�͹�̬�̵��

2026-2-11 19:18:58

JGX-3M,JGX-3MB�͹�̬�̵��

[��̬�̵��]JGC-433M�͹�̬�̵��

2026-2-11 19:18:45

JGC-433M�͹�̬�̵��

[��̬�̵��]JGC-3032,JGC-3033�͹�MOS��̬�̵��

2026-2-11 19:17:16

JGC-3032,JGC-3033�͹�MOS��̬�̵��

[��̬�̵��]JGW-3029�͹�MOS��̬�̵��

2026-2-11 19:16:16

JGW-3029�͹�MOS��̬�̵��

[��̬�̵��]JGC-3035,JGC-3035A�͹�MOS��̬�̵��

2026-2-11 19:15:17

JGC-3035,JGC-3035A�͹�MOS��̬�̵��

[��̬�̵��]JGW-3026B�͹�MOS��̬�̵��

2026-2-11 19:10:30

JGW-3026B�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY24M�͹�̬�̵��

2026-2-11 19:10:07

JGX-QY24M�͹�̬�̵��

[��̬�̵��]JGX-5211M�͹�̬�̵��

2026-2-11 19:07:39

JGX-5211M�͹�̬�̵��

[��̬�̵��]JGW-3022A�͹�MOS��̬�̵��

2026-2-11 19:05:47

JGW-3022A�͹�MOS��̬�̵��

[��̬�̵��]JGC-3037M�͹�MOS��̬�̵��

2026-2-11 19:04:47

JGC-3037M�͹�MOS��̬�̵��

[��̬�̵��]JGW-3018�͹�MOS��̬�̵��

2026-2-11 19:02:40

JGW-3018�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY42M�͹�̬�̵��

2026-2-11 19:01:52

JGX-QY42M�͹�̬�̵��

[��̬�̵��]2DHMK40-1�͹�̬�̵��

2026-2-11 18:58:27

2DHMK40-1�͹�̬�̵��

[��̬�̵��]JGW-QY2MB�͹�MOS��̬�̵��

2026-2-11 18:57:28

JGW-QY2MB�͹�MOS��̬�̵��

[��̬�̵��]JGW-3017�͹�MOS��̬�̵��

2026-2-11 18:54:04

JGW-3017�͹�MOS��̬�̵��

[��̬�̵��]JGX-5073M�͹�̬�̵��

2026-2-11 18:53:57

JGX-5073M�͹�̬�̵��

[��̬�̵��]JGX-QY16M,JGX-QY44M�͹�̬�̵��

2026-2-11 18:53:41

JGX-QY16M,JGX-QY44M�͹�̬�̵��

[��̬�̵��]JGX-36M�͹�̬�̵��

2026-2-11 18:50:20

JGX-36M�͹�̬�̵��

[��̬�̵��]JGW-3013�͹�MOS��̬�̵��

2026-2-11 18:43:35

JGW-3013�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY6M�͹�̬�̵��

2026-2-11 18:42:29

JGX-QY6M�͹�̬�̵��

[��̬�̵��]GH3123J�͹�MOS��̬�̵��

2026-2-11 18:42:16

GH3123J�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY34M,JGW-QY45M�͹�̬�̵��

2026-2-11 18:40:37

JGW-QY34M,JGW-QY45M�͹�̬�̵��

[��̬�̵��]JGW-3023B�͹�MOS��̬�̵��

2026-2-11 18:40:30

JGW-3023B�͹�MOS��̬�̵��

[��̬�̵��]JGW-3020�͹�MOS��̬�̵��

2026-2-11 18:39:47

JGW-3020�͹�MOS��̬�̵��

[��̬�̵��]JGC-0516MZ�͹�̬�̵��

2026-2-11 18:39:40

JGC-0516MZ�͹�̬�̵��

[��̬�̵��]JGW-3M�͹�MOS��̬�̵��

2026-2-11 18:38:38

JGW-3M�͹�MOS��̬�̵��

[��̬�̵��]JG-26M�͹�̬�̵��

2026-2-11 18:20:18

JG-26M�͹�̬�̵��

[��̬�̵��]JGW-3012�͹�MOS��̬�̵��

2026-2-11 18:19:36

JGW-3012�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY14M�͹�MOS��̬�̵��

2026-2-11 17:56:58

JGW-QY14M�͹�MOS��̬�̵��

[��̬�̵��]JGC-3036,JGC-3036A�͹�MOS��̬�̵��

2026-2-11 17:56:36

JGC-3036,JGC-3036A�͹�MOS��̬�̵��

[��̬�̵��]JGW-3011A�͹�MOS��̬�̵��

2026-2-11 17:56:22

JGW-3011A�͹�MOS��̬�̵��

[��̬�̵��]JGC-25M�͹�MOS��̬�̵��

2026-2-11 17:55:21

JGC-25M�͹�MOS��̬�̵��

[��̬�̵��]JGC-3031,JGC-3031B�͹�MOS��̬�̵��

2026-2-11 17:54:42

JGC-3031,JGC-3031B�͹�MOS��̬�̵��

[��̬�̵��]JGW-3021�͹�MOS��̬�̵��

2026-2-11 17:53:29

JGW-3021�͹�MOS��̬�̵��

[��̬�̵��]JGW-3023A,JGW-3026A�͹�MOS��̬�̵��

2026-2-11 17:53:15

JGW-3023A,JGW-3026A�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY2M�͹�MOS��̬�̵��

2026-2-11 17:51:59

JGW-QY2M�͹�MOS��̬�̵��

[��̬�̵��]JGW-3014�͹�MOS��̬�̵��

2026-2-11 17:36:08

JGW-3014�͹�MOS��̬�̵��

[��̬�̵��]JGW-3019,JGW-3019D�͹�MOS��̬�̵��

2026-2-11 17:34:58

JGW-3019,JGW-3019D�͹�MOS��̬�̵��

[��̬�̵��]JGW-3030�͹�MOS��̬�̵��

2026-2-11 17:34:36

JGW-3030�͹�MOS��̬�̵��

[��̬�̵��]JGW-3022�͹�MOS��̬�̵��

2026-2-11 17:08:46

JGW-3022�͹�MOS��̬�̵��

[��̬�̵��]GH7112J�͹�MOS��̬�̵��

2026-2-11 17:08:32

GH7112J�͹�MOS��̬�̵��

[��̬�̵��]JGW-3028�͹�MOS��̬�̵��

2026-2-11 17:08:15

JGW-3028�͹�MOS��̬�̵��

[��̬�̵��]JGC-1001M�͹�̬�̵��

2026-2-11 17:06:33

JGC-1001M�͹�̬�̵��

[��̬�̵��]JGX-QY5M�͹�̬�̵��

2026-2-11 17:06:18

JGX-QY5M�͹�̬�̵��

[��̬�̵��]JGW-3015�͹�MOS��̬�̵��

2026-2-11 17:04:02

JGW-3015�͹�MOS��̬�̵��

[��̬�̵��]JGC-1001MA�͹�̬�̵��

2026-2-11 17:03:54

JGC-1001MA�͹�̬�̵��

[��̬�̵��]JGW-QY21M�͹�MOS��̬�̵��

2026-2-11 17:02:32

JGW-QY21M�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY9M�͹�̬�̵��

2026-2-11 17:01:15

JGX-QY9M�͹�̬�̵��

[��̬�̵��]JGX-QY41M�͹�̬�̵��

2026-2-11 17:01:08

JGX-QY41M�͹�̬�̵��

[��̬�̵��]JGC-1H50DC5M�͹�̬�̵��

2026-2-11 17:00:49

JGC-1H50DC5M�͹�̬�̵��

[��̬�̵��]JGW-3023,JGW-3023C�͹�MOS��̬�̵��

2026-2-11 17:00:38

JGW-3023,JGW-3023C�͹�MOS��̬�̵��

[��̬�̵��]TGZ12,TGZ14��̬��ѹ��

2026-2-9 19:17:18

TGZ12,TGZ14��̬��ѹ��

��		ȫ��
		TGZ12	TGZ14
�� �� �� ��	��Դ��ѹ	240/440 VAC
	��ѹ	0��0.9(��Դ��ѹ) VDC
	��	20��40��80��100��150��200��250��300��350 A
	��Ʒ�ʽ	��56K-100K��/1W��λ��	��źŵ�ѹ0-10 VDC
	��ѹ	�ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	��100A��58×45×21 mm3 ( J-1 ) ��120A��105×74×41 mm3 ( J-3 ) ��300A��120×83×57 mm3 ( J-5 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGZ12,TGZ14��̬��ѹ��

[��̬�̵��]TGJ19R,TGJ19U��ཻ��̬��ѹ��

2026-2-9 19:17:04

��		TGJ19R	TGJ19U
�� �� �� ��	��ص�ѹ	0 - 240 VAC 0 - 440 VAC
	��ص��	60��300 A 350��500A
	��ź�	14��18 VDC�� 4��20 mA
	��Ʒ�ʽ	��ӿɵ��λ�� 10K��/ 1W	��źţ� 0 ��10 VDC��4��20 mA
	��̬��ѹ	�� 400V �� 800V
	��ѹ	��ƶ��˷ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	60��500A��120×52×32 mm3 ( M-3 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGJ19R,TGJ19U��ཻ��̬��ѹ��

[��̬�̵��]SSR-25VA��̬��ѹ��

2026-2-9 19:16:54

SSR-25VA��̬��ѹ��

[��̬�̵��]SSR-100VA��̬��ѹ��

2026-2-9 19:16:13

SSR-100VA��̬��ѹ��

[��̬�̵��]JGX-5255M��ת��ģ��

2026-2-6 18:18:43

JGX-5255M��ת��ģ��

[��̬�̵��]JGX-3/4860Z��̬�̵��(A��)

2026-2-5 19:23:57

JGX-3/4860Z��̬�̵��(A��)

[��̬�̵��]H3100ZF��ҵ��ǿ�͹�̬�̵��

2026-2-5 19:20:43

H3100ZF��̬�̵��̬ͨ��õ��¶��Ժ͹��ѭ��ӿ��ѹ��С��װ�򵥣�ʹ��ά��㣬��ù��ʱ�׼��װ��С��ᡣ �ò�Ʒ��ѱ��㷺Ӧ��ڣ��ֱ��ơ��Դ��ҵ��ȿ��ơ��⡢�޴��㿪�ء��𶯡��ֹ�޹��纸��Ƶ��UPS��Դ��س�ŵ硣

H3100ZF��Ҫ��Ϊ��
��ͳߴ糤×��×�ߣ�mm��:94×34×44
��ص�ѹ��40-480VAC��90-660VAC��90-1000VAC
��ص��150A��200A��250A��300A
��ѹ��2000VAC 1min
��Ե��ѹ��2000VAC 1min
��Ƶ�ѹ��3-32VDC
��Ƶ��6mA-25mA
̬ͨѹ��1.5VAC
��̬©��10mA
��ѹ��ʣ�500V/us
ͨ��ʱ�䣺10ms
Ƶ�ʷ�Χ��47/63Hz
��״ָ̬ʾ��LED
��¶ȣ�-30~��80��

[��̬�̵��]JGZ02��ʽֱ��̬�̵��

2026-2-5 19:13:35

��		JGZ02 ��ԭJGX2��
�� �� �� ��	��Ƶ�ѹ	3��9 VDC 12��24 VDC 5��32 VDC
	��Ƶ��	5��35mA
	��ָʾ	LED
	ͨ��ʱ��	��5mS

�� �� �� ��	��ѹ	100VDC 200VDC 400VDC 600VDC 900VDC 1200VDC
	��ص��	10��20��30 �� 100��120��150A
	̬ͨѹ��	��1.8V
	��̬��ѹ	��100V ��200V ��400V ��600V ��900V ��1200V
�� �� �� ��	��Ե��ѹ	��2000V
	��ѹ	��1800V
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	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
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JGZ02��ʽֱ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGZ02��ʽֱ��̬�̵��

[��̬�̵��]SSRLϵ�й�̬�̵��

2026-1-30 17:20:39

SSRLϵ�й�̬�̵��

��װָʾ��(LED)ָʾ�䶯��
�߾�Ե�迹��50M��(500VDC)
��ѹ��2.5KV
��㴥��ʽ��Ч��Ƶ/��Ÿ��
��װ��·��˲��ͻ��

��	SSRL-03DA	SSRL-05DA	SSRL-1.5DD	SSRL-03DD
��	3A	5A	1.5A	3A
��
��ѹ	3~32VDC
©��	7.5mA/12VDC max
��Ʒ�ʽ	--
��
��ѹ	24~280VDC		5~200VDC	5~60VDC
��ON��ѹ�½�	1.6V
©��	<3.0mA		<0.8mA
��Ӧʱ��	ON<10ms,OFF<10ms		1ms
һ��
��Ե��	Min.50M�� 500VDC��
��ѹǿ��	2500VAC 50/60 Hz for 1 min
ʹ�û��¶�	-20��~+80��
ʹ�û��ʪ��	45~85%RH
��	Appr.20g

SSRLϵ�й�̬�̵��ͼ

SSRLϵ�й�̬�̵��

[��̬�̵��]JGJ33,JGJ35��ʽ��̬�̵��

2026-1-30 17:19:45

JGJ33,JGJ35��ʽ��̬�̵��

��		JGJ33��ԭJGX33 ֱ��ƣ�	JGJ35��ԭJGX33 ��ƣ�
�� �� �� ��	��Ƶ�ѹ	4��32 VDC	160��240 VAC
	��Ƶ��	��25 mA
	��	��8mA
	�رյ�ѹ	��1.5VDC	��30VAC
	ͨ��ʱ��	��10mS
�� �� �� ��	��ص�ѹ	440VAC 660VACC
	��ص��	10��20��30��40��50A 60��80��90��180A 200��250��300��350A
	̬ͨѹ��	��1.5V ��1.8V
	��̬��ѹ	�� 800V �� 1500V

�� �� �� ��	��ѹ	��2500V
	��Ե��ѹ	��2500V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�(��)	86×68×28 mm3 (J-6) 105×74×41 mm3(J-3) 120×84×56 mm3(J-5)

JGJ33,JGJ35��ʽ��̬�̵��

[��̬�̵��]JGT34A��ิ��͹�̬�̵��

2026-1-30 17:19:28

JGT34A��ิ��͹�̬�̵��

��		JGT34A
�� �� �� ��	��ص�ѹ	440 V 660 V
	��ص��	60��120 A 120��180 A
	̬ͨ��	��0.15�� 0.08��
	��Ƶ�ѹ	12-15 VDC
	��Ƶ��	��̬��40mA��˲̬��:��0.3A; ��.��ʱ��: ��0.5S
	ͨ/��ʱ��	��10 mS / ��0.5 S
	��̬��ѹ	800V 1500V
	��ѹ	��1800 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-20��75 ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��(��)��ȡ3-5��
	��γߴ�.(��)	105×74×74 mm3 (J-4)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT34A��ิ��͹�̬�̵��

[��̬�̵��]JGT11A��ཻ��͹�̬�̵��

2026-1-30 17:17:04

��		JGT11A
�� �� �� ��	��ص�ѹ	440 V 660 V
	��ص��	60��150A
	̬ͨ��ѹ	��0.1 V
	��Ƶ�ѹ	12-15 VDC
	��Ƶ��	��̬��:A��10mA��˲̬��:��0.3A; ��.��ʱ��: ��0.5S
	ͨ/��ʱ��	��10 mS / ��0.3 S
	��̬��ѹ	1200V 1600V
	��ѹ	��2000 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-20��75 ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��(��)��ȡ3-5��
	��γߴ�.(��)	94×34×71 mm3 (M-4)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT11A��ཻ��͹�̬�̵��

[��̬�̵��]SSR-20DD��ֱ��ֱ��̬�̵��

2026-1-30 17:16:55

SSR-20DD��ֱ��ֱ��̬�̵��

[��̬�̵��]JGT038ֱ��ת�л��̬�̵��

2026-1-29 19:02:39

JGT038ֱ��ת�л��̬�̵��

��		JGT038
�� �� �� ��	��Դ��ѹ	12��200VDC
	��	10 ~ 100 A
	̬ͨ��ѹ	��4 V
	��Ƶ�ѹ	12��24 VDC
	��Ƶ��	��150 mA
	�л�ʱ��	�� 0.1s
	��̬��ѹ	100��600V
	��̬��	�� 10 mA
	��ѹ	��1800 V/td>
	��Ե��	��100 M��
	��Ե��ѹ	��2000 V
	��¶�	-20��75 ��
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��2KW�綯����2.5-4��,��2KW�綯����4-6��
	��γߴ�.(��)	105×74×41 mm3 (J-3)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT038ֱ��ת�л��̬�̵��

[��̬�̵��]JGJ31,JGJ32��ʽ��(��)��ť��ƽ��̬�̵��

2026-1-25 19:54:21

JGJ31,JGJ32��ʽ��(��)��ť��ƽ��̬�̵��

��		JGJ31��ԭJGX31��	JGJ32��ԭJGX32��
�� �� �� ��	��Ʒ�ʽ	��ƶ˷ֱ��ϳ��ͳ��հ�ť
	ѡ�ù��	��ť�򿪹ء�0.1A/500 VAC
	��ָʾ	LED
	ͨ��ʱ��	��10mS

�� �� �� ��	��ص�ѹ	440VAC 660VACC
	��ص��	10��20��30��40��50A 60��80��90��180A 200��250��300��350A
	̬ͨѹ��	��1.5V ��1.8V
	��̬��ѹ	�� 800V �� 1500V
	��	��	��(��.��);��1A/500V
�� �� �� ��	��뷽ʽ	�ǵ��
	��Ե��ѹ	��2500V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�(��)	86×68×28 mm3 (J-6) 105×74×41 mm3(J-3) 120×84×56 mm3(J-5)

��γߴ�.��װ��ͼ:(��λ:mm)

JGJ31,JGJ32��ʽ��(��)��ť��ƽ��̬�̵��

[��̬�̵��]TGJ31,TGJ32��ཻ��̬��ѹ��

2026-1-25 19:41:54

TGJ31,TGJ32��ཻ��̬��ѹ��

��		TGJ31	TGJ32
�� �� �� ��	��ѹ	440/660 VAC
	��ѹ	0 �� (��ѹ
	��	10��350 A
	��Ʒ�ʽ	��10k��/1W��λ��	��źŵ�ѹ0-10VDC
	��Ƶ�Դ	12��18 VDC
	��ѹ	��ƶ��˷ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	105×74×41 mm3(J-3 ) 120×84×57 mm3(J-5 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGJ31,TGJ32��ཻ��̬��ѹ��

[��̬�̵��]MDHT270-10-01-1�͵��ģ��

2026-1-24 19:50:53

MDHT270-10-01-1�͵��ģ��

[��̬�̵��]SSVR-40A��̬��ѹ��

2026-1-24 19:45:57

SSVR-40A��̬��ѹ��

[��̬�̵��]SSR-60VA��̬��ѹ��

2026-1-24 19:43:38

SSR-60VA��̬��ѹ��

[��̬�̵��]TGZ31,TGZ32��̬��ѹ��

2026-1-19 18:37:37

��		TGZ31	TGZ32
�� �� �� ��	��Դ��ѹ	440 VAC 660 VAC
	��ѹ	0��2.34(��ѹ)VDC
	��	10��350 A
	��Ʒ�ʽ	��10K��/0.5W��λ��	��źŵ�ѹ0-10 VDC
	��Ƶ�Դ	12 �C 18 VDC
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��ص��С��50Aȡ45-60 %��60Aȡ30-40 %
	��γߴ�.(��)	105×74×41 mm3 ( J-3 ) 120×84×57 mm3 ( J-5 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGZ31,TGZ32��̬��ѹ��

[��̬�̵��]TGZ04��ֱ��̬��ѹ��

2026-1-19 18:37:24

��		TGZ04
�� �� �� ��	��ص�ѹ	100��900 VDC
	��ص��	10��250 A
	��Ʒ�ʽ	��źŵ�ѹ0-10 VDC
	��ѹ	�� 1800 V
	��Ƶ�ѹ	12��24VDC
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	�� 1 KHZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	58×45×21 mm3 (J-1) 120×52×32 mm3 ( M-3 )

TGZ04��ֱ��̬��ѹ��γߴ�.��װ��ͼ:(��λ:mm)

TGZ04��ֱ��̬��ѹ��

[��̬�̵��]TGZ01,TGZ02��ֱ��̬��ѹ��

2026-1-19 18:37:15

��		TGZ01	TGZ02
�� �� �� ��	��Դ��ѹ	100��400 VDC
	��	10��250 A
	��Ʒ�ʽ	��10 K��/0.5W��λ��	��źŵ�ѹ0-10 VDC
	��ѹ	�ǵ��
	��Ե��ѹ	�� 1500 V
	��Ե��	��100 M��
	��Ƶ��	��0��5 KHZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	58×45×21 mm3 (J-1)

TGZ01,TGZ02��ֱ��̬��ѹ��γߴ�.��װ��ͼ:(��λ:mm)

TGZ01,TGZ02��ֱ��̬��ѹ��

[��̬�̵��]SSR-80VA��̬��ѹ��

2026-1-19 18:37:07

SSR-80VA��̬��ѹ��

[��̬�̵��]SSVR-25A��̬��ѹ��

2026-1-19 18:37:00

SSVR-25A��̬��ѹ��

[��̬�̵��]TGJ17,TGJ18��ཻ��̬��ѹ��

2026-1-19 18:36:41

��		TGJ17( ԭJGX9R )	TGJ18( ԭJGX9U )
�� �� �� ��	��ص�ѹ	0 - 240 VAC 0 - 440 VAC
	��ص��	60��300 A 350��500A
	��Ʒ�ʽ	��ӿɵ��裺 470��560K��/ 1W��220V��Դ�� 1M��/ 1W��380V��Դ��	��źţ�0 ��10 VDC ��źţ�4 �� 20 mA
	��̬��ѹ	�� 400V �� 800V/tr>
	��ѹ	��ƶ��˷ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	60��300A��94×34×32 mm3( M-2 ) 350��500A��120×52×32 mm3 ( M-3 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGJ17,TGJ18��ཻ��̬��ѹ��

[��̬�̵��]TGJ15,TGJ16��ཻ��̬��ѹ��

2026-1-19 18:35:28

TGJ15,TGJ16��ཻ��̬��ѹ��

��		TGJ15( ԭJGX5R )	TGJ16( ԭJGX5U )
�� �� �� ��	��ص�ѹ	0 - 240 VAC 0 - 440 VAC
	��ص��	10 ~ 180 A
	��Ʒ�ʽ	��ӿɵ��裺 470��560K��/ 1W��220V��Դ��1M��/ 1W��380V��Դ��	��źţ�0 �� 10 VDC ��źţ�4 �� 20 mA
	��̬��ѹ	�� 400V �� 800V/tr>
	��ѹ	��ƶ��˷ǵ��	��1800 V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100 M��
	��Ƶ��	50��60 HZ
	��¶�	-20��70��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��3��4�� Ը��2��3��
	��γߴ�.(��)	58×45×22 mm3 ( J-1 )

��γߴ�.��װ��ͼ:(��λ:mm)

TGJ15,TGJ16��ཻ��̬��ѹ��

[��̬�̵��]SSVR-80A��̬��ѹ��

2026-1-19 18:35:21

SSVR-80A��̬��ѹ��

[��̬�̵��]SSR-10VA��̬��ѹ��

2026-1-19 18:35:12

SSR-10VA��̬��ѹ��

[��̬�̵��]GTCM-U,GTCM-R��̬��ѹ��ģ��

2026-1-14 16:46:30

GTCM-U,GTCM-R��̬��ѹ��ģ��

	GTCM-U	GTCM-R
��Դ��ѹ	14��18VDC�Ƽ�15VDC	14��18VDC�Ƽ�15VDC
��	��40mA	��40mA
�ɵ��ź�	0��10VDC	10K��ɵ��
��幦��	��1W	��1W
��ʱ��(��)	��0.2ms	��0.2ms
��¶�	��2000V	��2000V
��	94×25×35 mm3	94×25×35 mm3

GTCM-U,GTCM-R��̬��ѹ��ģ��γߴ�.��װ��ͼ:(��λ:mm)

ע��:
��ڴ��ģ�鱾��С,��谴װ��ɢ��ϡ�
��·�пɿع��һ��Ҫ��ջ�·��е��ѡ��50��100��/5W,��0.1��0.47uF/400VAC,��ѡ�ñ��ר�ù�ѹ��
��·��ѡ��ɿع衢��ܵĵ��ѹ��ֵʱ��Ӧ��ʵ��ֵ��2��4��
��·�еĿɿع衢��ܵ�ɢ��ȴ��װ��Ҫ�󣬿ɲ��Ҫ��С�

[��̬�̵��]JGZ08ģ��ʽֱ��̬�̵��

2026-1-14 16:45:34

��		JGZ08��ԭJGX8��
�� �� �� ��	��Ƶ�ѹ	3��9 VDC 12��24 VDC 5��32 VDC
	��Ƶ��	5��35 mA
	��ָʾ	LED
	ͨ��ʱ��	��5 mS

�� �� �� ��	��ѹ	100VDC 200VDC 400VDC 600VDC 900VDC 1200VDC
	��	60��80��100��120��150 A 200��250��300��350��400A
	̬ͨѹ��	�� 2.0 V
	��̬��ѹ	��100V ��200V ��400V ��600V ��900V ��1200V
�� �� �� ��	��ѹ	��2000V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
	��γߴ�(��)	94×34×32 mm3 (M-2)	120×52×40 mm3��M-3��

��γߴ�.��װ��ͼ:(��λ:mm)

JGZ08ģ��ʽֱ��̬�̵��

[��̬�̵��]GJJM-1��̬�̵��ģ��

2026-1-14 16:43:48

GJJM-1��̬�̵��ģ��Ҫ��ڼ��̬�̵��Ŀ��ܺ͵��Ƿ�·״̬��ж��̬�̵��𻵷��ֱ�ӵ�ͨʱ��ط��·ʱ��ģ��ܼ�ʱ��㿪��źźͷ��ʾ��Է��̬��ʧ�ض��ջ��ͬʱҲ��Լ�ʱ��ֵ��·��˿״̬��

��ȡ��ѹ	3��32VDC
��ȡ��	1~10mA
��ȡ��ѹ	40~440VAC
��ȡ��	0.1~2.2 mA
��Ƶ�Դ��ѹ	12VDC��24VDC
��̬��	��10mA
��̬��	��50mA
��ʱʱ��	��2 S
��	3A/240VAC
��ָʾ	˫ɫLED
��¶�	��20 �� 80 ��
��Ƶ�Դ��Ե��ѹ	��2500V
��γߴ�	94×25×35 mm3

��γߴ�.��װ��ͼ:(��λ:mm)

��Ʒѡ��ע��:
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��ģ��ڲ��ܣ��ڼ�⵽��̬�̵��й��ϲ��ж��һ��ų��ģ��Զ��ָ��

[��̬�̵��]SSR-100AA��ؽ��̬�̵��

2026-1-13 18:04:43

SSR-100AA��ؽ��̬�̵��

[��̬�̵��]H3200ZF��ҵ��ǿ�͹�̬�̵��

2026-1-12 17:10:17

H3200ZF��ҵ��ǿ�͹�̬�̵��Ҫ��

��ͳߴ糤×��×�ߣ�mm��:94×34×44
��ص�ѹ��40-480VAC��90-660VAC��90-1000VAC
��ص��150A��200A��250A��300A
��ѹ��2000VAC 1min
��Ե��ѹ��2000VAC 1min
��Ƶ�ѹ��3-32VDC
��Ƶ��6mA-25mA
̬ͨѹ��1.5VAC
��̬©��10mA
��ѹ��ʣ�500V/us
ͨ��ʱ�䣺10ms
Ƶ�ʷ�Χ��47/63Hz
��״ָ̬ʾ��LED
��¶ȣ�-30~��80��

[��̬�̵��]JGZ11,JGZ13��̬�̵��

2026-1-12 17:07:39

��		JGZ11(�벨��)	JGZ13(�벨��)
�� �� �� ��	��ص�ѹ	240 VAC 440 VAC
	��ص�ѹ	0.45(��Դ��ѹ)VDC
	��ص��	10��350 A
	��Ƶ�ѹ	3��32 VDC	160��240 VAC
	��Ƶ��	��25 mA
	��ѹ	��2500 V
	��Ե��ѹ	��2500 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-25��75��
	ɢ��	��20A��ɢ��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�.(��)	58×45×21 mm3 (J-1) 120×52×40 mm3��M-3

��γߴ�.��װ��ͼ:(��λ:mm)

JGZ11,JGZ13��̬�̵��

[��̬�̵��]JGW-3019A�͹�MOS��̬�̵��

2026-1-12 17:06:27

JGW-3019A�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY3MD�͹�̬�̵��

2026-1-12 17:06:21

JGX-QY3MD�͹�̬�̵��

[��̬�̵��]JGX-28MB�͹�̬�̵��

2026-1-12 17:06:15

JGX-28MB�͹�̬�̵��

[��̬�̵��]GKM-QY5M�͹�̬�̵��

2026-1-12 17:06:08

GKM-QY5M�͹�̬�̵��

[��̬�̵��]JG-58MA�͹�̬�̵��

2026-1-12 17:06:02

JG-58MA�͹�̬�̵��

[��̬�̵��]JGX-5255MA�͹�̬�̵��

2026-1-12 17:05:55

JGX-5255MA�͹�̬�̵��

[��̬�̵��]JGW-3026�͹�MOS��̬�̵��

2026-1-12 17:05:38

JGW-3026�͹�MOS��̬�̵��

[��̬�̵��]JGC-3031A�͹�MOS��̬�̵��

2026-1-12 17:05:31

JGC-3031A�͹�MOS��̬�̵��

[��̬�̵��]JGX-1H80DC100M�͹�̬�̵��

2026-1-12 17:05:25

JGX-1H80DC100M�͹�̬�̵��

[��̬�̵��]JGX-4H50DC7M�͹�̬�̵��

2026-1-12 17:05:18

JGX-4H50DC7M�͹�̬�̵��

[��̬�̵��]JGC-3008�͹�MOS��̬�̵��

2026-1-12 17:05:12

JGC-3008�͹�MOS��̬�̵��

[��̬�̵��]JGC-17M,JGC-17MA,JGC-17MB�͹�̬�̵��

2026-1-12 17:05:05

JGC-17M,JGC-17MA,JGC-17MB�͹�̬�̵��

[��̬�̵��]JGX-QY8M�͹�̬�̵��

2026-1-12 17:04:51

JGX-QY8M�͹�̬�̵��

[��̬�̵��]JGX-1/25A��̬�̵��

2026-1-4 19:23:58

JGX-1/25A��̬�̵��

[��̬�̵��]JGZ12,JGZ14��̬�̵��

2026-1-4 19:18:56

��		JGZ12(ȫ��)	JGZ14(ȫ��)
�� �� �� ��	��Դ��ѹ	240 VAC 440 VAC
	��ѹ	0.9(��Դ��ѹ)VDC
	��	10��350 A
	��Ƶ�ѹ	3��32 VDC	160��240 VAC
	��Ƶ��	��25 mA
	��ѹ	��2500 V
	��Ե��ѹ	��2500 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-25��75��
	ɢ��	��20A��ɢ��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�.(��)	58×45×21 mm3 (J-1) 105×74×41 mm3��J-3�� 120×83×56 mm3( J-5 )

JGZ12,JGZ14��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGZ12,JGZ14��̬�̵��

[��̬�̵��]SSVR-12A��̬��ѹ��

2025-12-28 17:47:11

SSVR-12A��̬��ѹ��

[��̬�̵��]TGJ13��ܲ��ѹ��

2025-12-28 17:46:42

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��Ʒ��Ҫ��ڸ��ִ��ʵ�ֱ��豸��ֱ��綯��ŷ�� ȡ�

��		JGZ06-Z	JGZ07-Z
�� �� �� ��	��Ƶ�ѹ	5VDC 12VDC	5VDC 12VDC
	��Ƶ��	��100mA
	��Ʒ�ʽ	��ѹ�ź�5, 10VDC	��ź�
	ͨ��ʱ��	��5 mS

�� �� �� ��	��ѹ	100V 200V 400V
	��ص��	10A 20A 30A 40A 50A
	̬ͨѹ��	��1.8V
	��̬��ѹ	��100V ��200V ��400V
�� �� �� ��	��Ե��ѹ	��2000V
	��ѹ	��1800V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
	��γߴ�(��)	58×45×21 mm3(J-1)

��γߴ�.��װ��ͼ:(��λ:mm)

TGJ13��ܲ��ѹ��

[��̬�̵��]JGX-3J4825��ؽ��̬�̵��

2025-12-22 17:12:19

JGX-3J4825��ؽ��̬�̵��

[��̬�̵��]JGX-1J/10A��ؽ��̬�̵��

2025-12-22 17:10:56

JGX-1J/10A��ؽ��̬�̵��

[��̬�̵��]JGX-3-100A��̬�̵��

2025-12-22 17:07:51

JGX-3-100A��̬�̵��

[��̬�̵��]JGX-1-100Aֱ��̬�̵��

2025-12-22 17:07:36

JGX-1-100Aֱ��̬�̵��

[��̬�̵��]JGX-1J-60A/60AA��̬�̵��

2025-12-22 17:07:06

JGX-1J-60A/60AA��̬�̵��

[��̬�̵��]JGX-1/40A��̬�̵��

2025-12-22 17:06:10

JGX-1/40A��̬�̵��

[��̬�̵��]JGX-1/48120/120A��̬�̵��(ͭ�庸��A��)

2025-12-22 17:05:21

JGX-1/48120/120A��̬�̵��(ͭ�庸��A��)

[��̬�̵��]JGJ19ģ��ʽ��ཻ��̬�̵��

2025-12-16 17:29:44

��		JGJ19(ԭJGX9)
�� �� �� ��	��Ƶ�ѹ	3��32 VDC 4��24 VDC
	��Ƶ��	��25 mA
	��	��6 mA
	�رյ�ѹ	��1.5VDC
	ͨ��ʱ��	��20mS
�� �� �� ��	��ص�ѹ	24��240VAC 24��440VAC 24��660VAC
	��ص��	60��80��90��100��120A 150��180��200��250��300A 350��400��500��600A
	̬ͨѹ��	��1.8V
	��̬��ѹ	��400V �� 800V �� 1500V

�� �� �� ��	��ѹ	��2500V
	��Ե��ѹ	��2500V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�(��)	94×25×31(M-1) 94×34×32(M-2) 120×52×32(M-3)

JGJ19ģ��ʽ��ཻ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGJ19ģ��ʽ��ཻ��̬�̵��

[��̬�̵��]JGX-5236M��ת��ģ��

2025-12-16 17:28:05

JGX-5236M��ת��ģ��

[��̬�̵��]MDAS1020A�ͺ��ʽ��ɼ�ģ��

2025-12-16 17:27:37

MDAS1020A�ͺ��ʽ��ɼ�ģ��

[��̬�̵��]JGT11,JGT12��ཻ��͹�̬�̵��

2025-12-14 18:05:01

��		JGT11(ԭJGX11:12VDC��)	JGT12(ԭJGX11:220VAC��)
�� �� �� ��	��ص�ѹ	440 V 660 V
	��ص��	40��200A	40��120A
	̬ͨ��ѹ	��0.15 V
	��Ƶ�ѹ	12 VDC/td>	220 VAC
	��Ƶ��	��300 mA ��150 mA
	ͨ/��ʱ��	��10 mS / ��500 mS
	��̬��ѹ	800V 1500V
	��ѹ	��2000 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-20��75 ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��(��)��ȡ3-5��
	��γߴ�.(��)	94×34×71 mm3 (M-4)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT11,JGT12��ཻ��͹�̬�̵��

[��̬�̵��]JGZ31,JGZ32��̬�̵��

2025-12-14 18:04:29

��		JGZ31(ȫ��)	JGZ32(ȫ��)
�� �� �� ��	��Դ��ѹ	440 VAC 660 VAC
	��ѹ	2.34(��ѹ)VDC
	��	10��350 A
	��Ƶ�ѹ	4��32 VDC	160��240 VAC
	��Ƶ��	��25 mA
	��ѹ	��2500 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-25��75��
	ɢ��	��20A��ɢ��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2-3��,��Ը��ȡ3-4��
	��γߴ�.(��)	105×74×41 mm3 ( J-3 ) 120×83×56 mm3 ( J-5 )

��γߴ�.��װ��ͼ:(��λ:mm)

JGZ31,JGZ32��̬�̵��

[��̬�̵��]SSR-40AA��ؽ��̬�̵��

2025-12-14 18:02:01

SSR-40AA��ؽ��̬�̵��

[��̬�̵��]H3300ZF��ҵ��ǿ�͹�̬�̵��

2025-12-14 17:58:56

H3300ZF��ҵ��ǿ�͹�̬�̵��

[��̬�̵��]SSR-40DDֱ��ֱ��̬�̵��

2025-12-14 17:50:06

SSR-40DDֱ��ֱ��̬�̵��

[��̬�̵��]SSR-80AA��ؽ��̬�̵��

2025-12-10 19:11:21

SSR-80AA��ؽ��̬�̵��

[��̬�̵��]JGZ06-Z,JGZ07-Z��·��ֱ��̬�̵��

2025-12-10 19:10:28

JGZ06-Z,JGZ07-Z��·��ֱ��̬�̵��

��		JGZ06-Z	JGZ07-Z
�� �� �� ��	��Ƶ�ѹ	5VDC 12VDC
	��Ƶ��	��100mA
	��Ʒ�ʽ	��ѹ�ź�5, 10VDC	��ź�
	ͨ��ʱ��	��5 mS

�� �� �� ��	��ѹ	100VDC 200VDC 400VDC 600VDC
	��	10A 20A 30A 40A 50A
	̬ͨѹ��	��1.8V
	��̬��ѹ	�� 100 V �� 200 V �� 400 V
�� �� �� ��	��ѹ	��1800V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	ɢ��	��20A��ɢ��,��40A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
	��γߴ�(��)	58×45×22 mm3 (J-1)

��γߴ�.��װ��ͼ:(��λ:mm)

JGZ06-Z,JGZ07-Z��·��ֱ��̬�̵��

[��̬�̵��]SSR-10AA��ؽ��̬�̵��

2025-12-10 19:05:53

SSR-10AA��ؽ��̬�̵��

[��̬�̵��]SSR-25AA��ཻ��ؽ��̬�̵��

2025-12-10 19:02:01

SSR-25AA��ཻ��ؽ��̬�̵��

[��̬�̵��]JGZ04,JGZ05ֱ��ʽֱ��̬�̵��

2025-12-10 19:01:10

��		JGZ04	JGZ05
�� �� �� ��	��Ƶ�ѹ	3��15 VDC 18��32 VDC	3-32VDC
	��Ƶ��	1.8��16 mA 7��18 mA	5��20 mA
	��ָʾ	��	LED
	ͨ��ʱ��	��0.5 mS

�� �� �� ��	��ѹ	100VDC 200VDC 400VDC
	��	1 A 2A 3 A	5 A
	̬ͨѹ��	��1.3V
	��̬��ѹ	�� 100 V �� 200 V �� 400 V
�� �� �� ��	��ѹ	��2000V
	��Ե��ѹ	�� 2000 V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
	��γߴ�(��)	24×22×8mm3��H-4��	43×27×12mm3��H-3��

JGZ04,JGZ05ֱ��ʽֱ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGZ04,JGZ05ֱ��ʽֱ��̬�̵��

[��̬�̵��]JGX-1J/100A��ཻ��ؽ��̬�̵��

2025-12-10 19:00:26

JGX-1J/100A��ཻ��ؽ��̬�̵��

[��̬�̵��]SSR-60DA��̬�̵��

2025-12-10 18:51:15

SSR-60DA��̬�̵��

[��̬�̵��]SSR-60AA��ؽ��̬�̵��

2025-12-10 18:49:38

SSR-60AA��ؽ��̬�̵��

[��̬�̵��]SSR-100DA��̬�̵��

2025-12-10 18:33:53

SSR-100DA��̬�̵��

���ѹ��	AC/DC24-240	��Ʒϵ�У�	SSR
��Ȧ��Դ��	220VAC	��ʣ�	ֱ��
���	100A	��Ȧ��ʣ�	1
��л��	100	ֱ��裺	500M
��л��ѹ��	3-32	��	�ܷ�ʽ
��㸺�أ�	�й��	Ӧ�÷�Χ��	��̬
�ͺţ�	SSR-100DA	Ʒ�ƣ�
��ʽ��	��	��γߴ磺	С��

[��̬�̵��]JGX-1J/80A��ؽ��̬�̵��

2025-12-10 16:16:18

JGX-1J/80A��ؽ��̬�̵��

[��̬�̵��]JGX-3J/4810Z��ؽ��̬�̵��

2025-12-10 16:16:10

JGX-3J/4810Z��ؽ��̬�̵��

[��̬�̵��]SSR-40DAֱ��ؽ��̬�̵��

2025-12-4 19:31:56

SSR-40DAֱ��ؽ��̬�̵��

[��̬�̵��]SSR-10DDֱ��ֱ��̬�̵��

2025-12-4 19:14:36

SSR-10DDֱ��ֱ��̬�̵��

[��̬�̵��]JGT16,JGT31��ƶ��͹�̬�̵��

2025-12-4 19:12:15

��		��ƶ�(JGT16)	��ƶ�(JGT31)
�� �� �� ��	��Դ��ѹ	240V 440V	440V 660V
	��	10 ~ 120 A
	̬ͨ��ѹ	��1.8 V
	��Ƶ�Դ	12 - 24 VDC
	��Ƶ��	��30 mA
	�л��ź�	��(�͵�λ)
	��ʱʱ��	��0.5 S
	��̬��ѹ	��900V	��1200V ��1400V
	��ѹ	��2000 V
	��Ե��	��100 M��
	��Ե��ѹ	��2000 V
	��¶�	-20��75 ��
	��ص��ȫϵ��	��1KW:����2.5��3��,��2KW:����3-5��
	��γߴ�.(��)	105×74×41 mm3(J-3)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT16,JGT31��ƶ��͹�̬�̵��

[��̬�̵��]JGT33��ʽ��ౣ��͹�̬�̵��

2025-12-4 19:06:09

��		JGT33(ԭJGX33B)
�� �� �� ��	��Դ��ѹ	440 V 660 V
	��	10 ~ 150 A
	̬ͨ��ѹ	��2.5 V
	��Ƶ�ѹ	6~24 VDC
	��Ƶ��	��34 mA
	��ص��	�� 20 mA
	��ʱ��	�� 1.5 s
	��̬��ѹ	800V 1500V
	��ѹ	��1800 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��¶�	-20��75 ��
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��(��)��ȡ3-5��
	��γߴ�.(��)	104×74×41 mm3 (J-3)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT33��ʽ��ౣ��͹�̬�̵��

[��̬�̵��]H3120ZF��ҵ��ǿ�͹�̬�̵��

2025-11-15 19:56:47

H3120ZF��ҵ��ǿ�͹�̬�̵��

[��̬�̵��]JGT37,JGT38��ת�л��̬�̵��

2025-11-15 19:56:40

��		JGT37(ԭJGX37)	JGT38(ԭJGX38)
�� �� �� ��	��Դ��ѹ	440 V 660 V
	��	10 ~ 60 A	10 ~ 150 A
	̬ͨ��ѹ	1.8V
	��	3��	2��
	��Ƶ�Դ	12 ~ 24 VDC
	��Ƶ��	��40 mA
	�л�ʱ��	�� 0.3s
	��ѹ	��1800 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��Ե��	��100 M��
	��¶�	-20��75 ��
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��2KW�綯����2.5-4��,��2KW�綯����4-6��
	��γߴ�.(��)	105×74×41 mm3(J-3)

��γߴ�.��װ��ͼ:(��λ:mm)

JGT37,JGT38��ת�л��̬�̵��

[��̬�̵��]JGT39��ཻ��̬�̵��

2025-11-15 19:53:14

JGT39��ཻ��̬�̵��

��		JGT39
�� �� �� ��	��ص�ѹ	240VAC 440VAC 660VAC
	��ص��	90-120 A 150-300A 350-500A
	̬ͨ��ѹ	��1.8 V
	��Ƶ�ѹ	3��32 VDC
	��Ƶ��	�� 25 mA�� 75 mA
	��ѹ	��1800 V
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��ԴƵ��	50��60 HZ
	��¶�	-25��75��
	��ص��ȫϵ��	��Ը��40%��Ը��30%��
	��γߴ�	135×100×110 mm3 135×125×175 mm3 160×125×175 mm3

��γߴ�.��װ��ͼ:(��λ:mm)

JGT39��ཻ��̬�̵��Ӧ��ʱע��:
ǿ�Ʒ��ɢ�ȣ��ɢ��¶ȳ��70��ڹ��ɼ̵��ʧ�ء��©��Ӵ�ȹ��ϡ�Ϊ�˼ӿ�ɢ��ٶȣ��ڹ��嶥��ټ�װǿ��ȡ��Ҫ��ǹ��ռ��򼰽��ڣ��ڵĴ�С��⣬��ֹ��޷��ų��⡣
45��¿ؿ��أ��ɢ��¶ȳ��45��󣬿��Զ��ת��֮�Զ��رա��ѡ�񣬰��ʶ��
75��¶ȱ��أ��ڷ��Ʒ��·��ֹ��ϻ��ѡ�ò��ɢ��¶ȳ��70��ﵽ�ӽ��̵��ļ��70��~80��ʱ��¶ȱ��ؽ��Զ��жϼ̵��ƻ�·�͸��ص��

��װ��ʽ��
��ͼ��ʾ��̵��ɢ��Ӵ��Ӧ��ͿĨһ�㵼�ȹ�֬��135×��ӵ浼��Ĥ��M6×25mm��˿��ɵ棬��˾��ȼ��̵��̡��׼��ڰ�װʱ��ŷ緽��¶��ϡ��߽��ɰ�4��8A/mm2ѡ�񣬽�ͷ��ѹ��ӡ��һ��Ҫѹ��ɶ��Ӵ��ȡ��¸�ʪ��Ӧ��ʱ��ӽӺϲ�ӦͿĨһ�㵼��ࡣ��绯ѧ��ʴ��

[��̬�̵��]JGX-1J/25A��ཻ��ؽ��̬�̵��

2025-11-7 20:43:04

JGX-1J/25A��ཻ��ؽ��̬�̵��

[��̬�̵��]JGT14,JGT06��ֱ��˫��ʱ��̬�̵��

2025-11-5 20:32:26

��		��	ֱ ��
		JGT14 ( ԭJGX4 )	JGT06 ( ԭJGX6 )
�� �� �� ��	��Դ��ѹ	440VAC 660VAC	12~24VDC 12~200VDC
	��	10 ~ 180 A	10 ~ 100 A
	̬ͨ��ѹ	��1.8 V	��1.5 V
	��Ƶ�ѹ	6 ~ 15 VDC 18 ~ 32 VDC
	��Ƶ��	��30 mA
	��ͨʱ��	0.5 S ~30 min
	��̬��ѹ	100��600V
	�ر�ʱ��	0.5 S ~ 30 min
	��̬��ѹ	800V 1500V	100VDC 400VDC
	��ѹ	��2000 V	��ƶ��˷ǵ��
	��Ե��ѹ	��2000 V
	��Ե��	��100 M��
	��¶�	-20��75 ��
	ɢ��	��20A��ɢ��,��30A�ټӷ��ǿ��
	��ص��ȫϵ��	��2KW�綯����2.5-4��,��2KW�綯����4-6��
	��γߴ�.(��)	58×45×22 mm3 (J-1)

JGT14,JGT06��ֱ��˫��ʱ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

JGT14��ֱ��˫��ʱ��̬�̵��

[��̬�̵��]JGX-3/4880Z��̬�̵��(A��)

2025-11-5 20:31:27

JGX-3/4880Z��̬�̵��(A��)

[��̬�̵��]SSR-80DA��̬�̵��

2025-11-5 20:30:46

SSR-80DA��̬�̵��

[��̬�̵��]JGX-1/4860��̬�̵��

2025-10-31 18:05:54

JGX-1/4860��̬�̵��

[��̬�̵��]JGX-3/10A��̬�̵��

2025-10-30 20:02:11

JGX-3/10A��̬�̵��

[��̬�̵��]JGX-1/48100/100A��̬�̵��

2025-10-30 20:01:56

JGX-1/48100/100A��̬�̵��

[��̬�̵��]JGZ01,JGZ03ֱ��ʽֱ��̬�̵��

2025-10-27 19:32:06

JGZ01,JGZ03ֱ��ʽֱ��̬�̵��

��·֮��롣
��ź��TTL�߼��ӿڡ�
��̬ͨѹ��С��ٶȿ졣
��2000V�ĸ��ѹ��
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��Ʒ��Ҫ��ڹ�ҵ�Զ��ǿ��ĸ��Ҳ��Ϊ��ִ��ƶ��С��ʵ��õ��綯��ŷ��Դ��޴��㿪�صĿ��ơ�

		JGZ01��ԭJGX0J��	JGZ03��ԭJGX1J��
�� �� �� ��	��Ƶ�ѹ	3∼15VDC	18∼32VDC
	��Ƶ��	1.8∼16mA	7∼18mA
	��ָʾ	��
	ͨ��ʱ��	��0.2mS

�� �� �� ��	��ѹ	100VDC 200VDC 400VDC
	��	1 A 2A 3 A
	̬ͨѹ��	��1.3V
	��̬��ѹ	�� 100V ��200V ��400V
�� �� �� ��	��ѹ	��2000V
	��Ե��ѹ	��2000V
	��Ե��	��100M��
	��¶�	��25∼75 ��
	��ԴƵ��	50/60HZ
	��ص��ȫϵ��	��Ը��ȡ2.5-3��,��Ը��ȡ3-5��
	��γߴ�(��)	31×16×16mm3��H-1��	33×25×15mm3��H-2��

JGZ01,JGZ03ֱ��ʽֱ��̬�̵��γߴ�.��װ��ͼ:(��λ:mm)

H-1 H-2

JGZ01,JGZ03ֱ��ʽֱ��̬�̵��¶��ͼ:

��Ʒѡ��ע��:
��ֱ��̬�̵��ĸ��ص�ѹֵ��ڶ�̬��ѹֵ��ص��Ϊ��ֵ��ѡ��ʱӦ��г��Ը��ʱ��2.5��3��ص��ѡȡ��ѹ��2��3��ص�ѹѡȡ��Ը��ʱ��3��5 ��ص��ѡȡ��ѹ��3��4��ص�ѹѡȡ��
��ݸ��ص��뻷��¶ȵĹ�ϵ��¶Ƚϸ߻�ɢ��Ƿ��ʱ��Ӧ��ӵ��Ϊ��ʹ��ʱ��ض�·��Ҫ��ڸ��ػ�·�д��뱾��Ʒ��Ӧ�Ŀ��ٶ�·��ػ��۶��
��Ը��ʱ��ڸ��˲��һ��ܣ��˲��ѹ��裨ѹ��(MOV)��Դ��ѹ��1��1.5��ѡȡ��Է��ѹʱ��.
��Ƶ�ѹ��3-32VDC��ʵ�ʸ��ص�ѹ��12VDCʱ��Ӧ�ڿ��ƻ�·�ڴ��ӱ��,�ɰ��8��25mA��ȷ��(��ԼΪ1K��/1W)��
��ͺŲ�ƷΪ��Ȼ��ȴ,��ʱ��ɢ��

[��̬�̵��]SSR10-300A��̬�̵��

2025-10-27 19:31:51

SSR10-300A��̬�̵��

[��̬�̵��]SSRVϵ�й�̬�̵��

2025-10-27 17:12:27

SSRVϵ�й�̬�̵��

��װָʾ��(LED)ָʾ�䶯��
�߾�Ե�迹��50M��(500VDC)
��ѹ��2.5KV
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[��̬�̵��]JGX-1J/40A��ཻ��ؽ��̬�̵��

2025-10-27 17:11:41

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[��̬�̵��]JGJ34��ʽ��Դ��ؿ��ƽ��̬�̵��

2025-10-27 17:10:49

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JGJ34��ʽ��Դ��ؿ��ƽ��̬�̵��

[��̬�̵��]GX-1/4880/80A��̬�̵��

2025-10-27 17:04:54

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[��̬�̵��]ZASPC-220005F�͹�̬��ʿ��

2025-9-26 19:10:19

ZASPC-220005F�͹�̬��ʿ��

[��̬�̵��]ZDSPS270M-05C-01�͹�̬��ʿ��

2025-9-26 19:10:12

ZDSPS270M-05C-01�͹�̬��ʿ��

[��̬�̵��]ZDSPS28M-05N-01-A�͹�̬��ʿ��

2025-9-26 19:10:04

ZDSPS28M-05N-01-A�͹�̬��ʿ��

[��̬�̵��]ZDSPC28M-8G9-01-A�͹�̬��ʿ��

2025-9-26 19:09:57

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[��̬�̵��]ZDSPC-028040F�͹�̬��ʿ��

2025-9-26 19:09:49

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[��̬�̵��]ZASPC-115005F�͹�̬��ʿ��

2025-9-26 19:09:22

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[��̬�̵��]ZDSPC-540010F�͹�̬��ʿ��

2025-9-26 19:09:15

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[��̬�̵��]ZDSPC28M-7G3-01-A�͹�̬��ʿ��

2025-9-26 19:08:25

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[��̬�̵��]ZDSPS28M-05C-01�͹�̬��ʿ��

2025-9-26 19:08:16

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[��̬�̵��]ZDSPS28MD-30C�͹�̬��ʿ��

2025-9-26 19:08:09

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[��̬�̵��]ZDSPS28M-10C-01�͹�̬��ʿ��

2025-9-26 19:08:02

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[��̬�̵��]ZDSPC-028020M�͹�̬��ʿ��

2025-9-26 19:07:55

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[��̬�̵��]ZDSPC-028015M�͹�̬��ʿ��

2025-9-26 19:07:05

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[��̬�̵��]ZDSPC28M-3G0-01-A�͹�̬��ʿ��

2025-9-26 19:06:20

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[��̬�̵��]ZDSPS270M-20C-01�͹�̬��ʿ��

2025-9-26 19:06:13

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[��̬�̵��]ZDSPS28MD-50C�͹�̬��ʿ��

2025-9-26 19:06:05

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[��̬�̵��]ZDSPS28M-15C-01�͹�̬��ʿ��

2025-9-26 19:05:58

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[��̬�̵��]ZDSPS28M-50C�͹�̬��ʿ��

2025-9-26 19:05:51

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2025-9-26 19:05:44

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2025-9-26 19:05:19

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2025-9-26 19:05:05

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2025-9-26 19:04:58

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[��̬�̵��]ZDSPC28M-1G6-01-A�͹�̬��ʿ��

2025-9-26 19:04:51

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2025-9-26 19:04:44

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2025-9-26 19:04:36

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[��̬�̵��]ZDSPS28M-30C�͹�̬��ʿ��

2025-9-26 19:04:30

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[��̬�̵��]ZDSPS28M-05N-01-B�͹�̬��ʿ��

2025-9-26 19:04:22

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[��̬�̵��]ZDSPS270M-15C-01�͹�̬��ʿ��

2025-9-26 19:04:15

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[��̬�̵��]ZDSPS28M-05C-01-A�͹�̬��ʿ��

2025-9-26 19:04:08

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[��̬�̵��]ZDSPC4H-270048F�͹�̬��ʿ��

2025-9-26 19:04:00

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[��̬�̵��]ZASPC-115015F�͹�̬��ʿ��

2025-9-26 19:03:53

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Shanghai Huabang Industrial Business Network - solid state relay

[solid state relay]WK����-WK Series Remote Control Switch Solid State Relay

[solid state relay]MK����- MK Solid State Relay

[solid state relay]GKZ��-W series single-phase high-power AC frequency voltage regulation module

[solid state relay]JGJ10,JGJ11 Direct insertion horizontal single-phase AC solid-state relay

[solid state relay]JGJ16B Single phase hybrid ultra small single-phase AC solid-state relay

[solid state relay]JGJ12,JGJ12B Direct insertion vertical single-phase AC solid-state relay

[solid state relay]JGJ13,JGJ14 Single phase horizontal single-phase AC solid-state relay

[solid state relay]JGJ15 Single phase horizontal capacitive load dedicated single-phase AC solid-state relay

[solid state relay]Horizontal passive control single-phase AC solid-state relay

[solid state relay]MTS1 series solid-state time relay

[solid state relay]GZ Series DC Solid State Relay

[solid state relay]GJJ series AC zero crossing solid-state relay

[solid state relay]GJJH series three-phase zero crossing solid-state relay

[solid state relay]GJNH series AC three-phase non zero crossing solid-state relay

[solid state relay]GJN Series AC Non Zero Crossing Solid State Relay

[solid state relay]GJH-W Series AC High Voltage Three Phase Solid State Relay

[solid state relay]GJH series AC high-voltage zero crossing solid-state relay

[solid state relay]GJ series AC zero crossing solid-state relay

[solid state relay]GKZ-W Frequency regulation module

[solid state relay]Single phase AC phase-shifting voltage regulation module

[solid state relay]GKK40-W series single-phase AC phase-shifting voltage regulation module

[solid state relay]GKK100-W series single-phase high-power AC voltage regulation module

[solid state relay]GJH Two phase AC Solid State Relay (with accompanying heat sink)

[solid state relay]Three phase motor forward and reverse solid-state relay

[solid state relay]GJ-WT(G) series thyristor solid-state voltage regulator module

[solid state relay]TSR-100AA-H Three phase AC Solid State Relay (High Voltage Type)

[solid state relay]TSR-100AA-S Three phase AC Solid State Relay (Basic Type)

[solid state relay]TSR-40AA-H Three phase AC Solid State Relay (High Voltage Type)

[solid state relay]TSR-40AA-S Three phase AC Solid State Relay (Basic Type)

[solid state relay]TSR Three phase current type voltage regulating solid-state relay

[solid state relay]TSR-40DA-W Three phase voltage type regulating solid-state relay

[solid state relay]SSR-40WA Single phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]SSR Single phase AC voltage type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]Single phase current type solid-state voltage regulator (power and voltage regulation module)

[solid state relay]SSR-40VA single-phase resistive solid-state voltage regulator

[solid state relay]Integrated high-power solid-state relay

[solid state relay]Integrated high-power solid-state relay

[solid state relay]Integrated medium power solid-state relay

[solid state relay]Integrated medium power solid-state relay

[solid state relay]{{EN_0} �� DD Solid state relay

[solid state relay]{{EN_0} �� R Solid state relay

[solid state relay]{{EN_0} �� A Solid state relay

[solid state relay]{{EN_0} �� D Solid state relay

[solid state relay]SSR-40A Solid state relay

[solid state relay]SSR-25DA Solid state relay

[solid state relay]JGX-3F Solid state relay

[solid state relay]JGX-2F Solid state relay

[solid state relay]SSR-M Solid state relay

[solid state relay]SSR-3DA Solid state relay

[solid state relay]SSR-DD Solid state relay

[solid state relay]SSR-DD-MA Solid state relay

[solid state relay]SSR-VR Solid state relay

[solid state relay]SSR-DA Solid state relay

[solid state relay]SSR-AA Solid state relay

[solid state relay]SSR-P Solid state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]Single phase circuit board DC solid-state relay

[solid state relay]YJGX-7FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-6FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-5FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-4FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-3FA single-phase circuit board AC solid-state relay

[solid state relay]YJGX-1FA single-phase circuit board AC solid-state relay

[solid state relay]JSG4 series solid-state time relay

[��̬�̵���]SSRR-10DA�����̬�̵���

[��̬�̵���]SSR3-DAϵ�й�̬�̵���

[��̬�̵���]JGJ21��ʽ���ཻ����̬�̵���

[��̬�̵���]JGX-3/4840Z�����̬�̵���

[��̬�̵���]SSR-LA-Hϵ�й�̬�̵���

[��̬�̵���]TGJ33,TGJ34�����ܲ���ѹ������

[��̬�̵���]SSVR-60A�����̬��ѹ��

[��̬�̵���]TGZ11,TGZ13����������̬��ѹ��

[��̬�̵���]JGW-3024�͹�MOS��̬�̵���

[��̬�̵���]JGW-3025�͹�MOS��̬�̵���

[��̬�̵���]JGX-3M,JGX-3MB�͹�̬�̵���

[solid state relay]WK��-WK Series Remote Control Switch Solid State Relay

[solid state relay]MK��- MK Solid State Relay

[��̬�̵��]SSRR-10DA��̬�̵��

[��̬�̵��]SSR3-DAϵ�й�̬�̵��

[��̬�̵��]JGJ21��ʽ��ཻ��̬�̵��

[��̬�̵��]JGX-3/4840Z��̬�̵��

[��̬�̵��]SSR-LA-Hϵ�й�̬�̵��

[��̬�̵��]TGJ33,TGJ34��ܲ��ѹ��

[��̬�̵��]SSVR-60A��̬��ѹ��

[��̬�̵��]TGZ11,TGZ13��̬��ѹ��

[��̬�̵��]JGW-3024�͹�MOS��̬�̵��

[��̬�̵��]JGW-3025�͹�MOS��̬�̵��

[��̬�̵��]JGX-3M,JGX-3MB�͹�̬�̵��

[��̬�̵��]JGC-433M�͹�̬�̵��

[��̬�̵��]JGC-3032,JGC-3033�͹�MOS��̬�̵��

[��̬�̵��]JGW-3029�͹�MOS��̬�̵��

[��̬�̵��]JGC-3035,JGC-3035A�͹�MOS��̬�̵��

[��̬�̵��]JGW-3026B�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY24M�͹�̬�̵��

[��̬�̵��]JGX-5211M�͹�̬�̵��

[��̬�̵��]JGW-3022A�͹�MOS��̬�̵��

[��̬�̵��]JGC-3037M�͹�MOS��̬�̵��

[��̬�̵��]JGW-3018�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY42M�͹�̬�̵��

[��̬�̵��]2DHMK40-1�͹�̬�̵��

[��̬�̵��]JGW-QY2MB�͹�MOS��̬�̵��

[��̬�̵��]JGW-3017�͹�MOS��̬�̵��

[��̬�̵��]JGX-5073M�͹�̬�̵��

[��̬�̵��]JGX-QY16M,JGX-QY44M�͹�̬�̵��

[��̬�̵��]JGX-36M�͹�̬�̵��

[��̬�̵��]JGW-3013�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY6M�͹�̬�̵��

[��̬�̵��]GH3123J�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY34M,JGW-QY45M�͹�̬�̵��

[��̬�̵��]JGW-3023B�͹�MOS��̬�̵��

[��̬�̵��]JGW-3020�͹�MOS��̬�̵��

[��̬�̵��]JGC-0516MZ�͹�̬�̵��

[��̬�̵��]JGW-3M�͹�MOS��̬�̵��

[��̬�̵��]JG-26M�͹�̬�̵��

[��̬�̵��]JGW-3012�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY14M�͹�MOS��̬�̵��

[��̬�̵��]JGC-3036,JGC-3036A�͹�MOS��̬�̵��

[��̬�̵��]JGW-3011A�͹�MOS��̬�̵��

[��̬�̵��]JGC-25M�͹�MOS��̬�̵��

[��̬�̵��]JGC-3031,JGC-3031B�͹�MOS��̬�̵��

[��̬�̵��]JGW-3021�͹�MOS��̬�̵��

[��̬�̵��]JGW-3023A,JGW-3026A�͹�MOS��̬�̵��

[��̬�̵��]JGW-QY2M�͹�MOS��̬�̵��

[��̬�̵��]JGW-3014�͹�MOS��̬�̵��

[��̬�̵��]JGW-3019,JGW-3019D�͹�MOS��̬�̵��

[��̬�̵��]JGW-3030�͹�MOS��̬�̵��

[��̬�̵��]JGW-3022�͹�MOS��̬�̵��

[��̬�̵��]GH7112J�͹�MOS��̬�̵��

[��̬�̵��]JGW-3028�͹�MOS��̬�̵��

[��̬�̵��]JGC-1001M�͹�̬�̵��

[��̬�̵��]JGX-QY5M�͹�̬�̵��

[��̬�̵��]JGW-3015�͹�MOS��̬�̵��

[��̬�̵��]JGC-1001MA�͹�̬�̵��

[��̬�̵��]JGW-QY21M�͹�MOS��̬�̵��

[��̬�̵��]JGX-QY9M�͹�̬�̵��

[��̬�̵��]JGX-QY41M�͹�̬�̵��

[��̬�̵��]JGC-1H50DC5M�͹�̬�̵��

[��̬�̵��]JGW-3023,JGW-3023C�͹�MOS��̬�̵��

[��̬�̵��]TGZ12,TGZ14��̬��ѹ��

[��̬�̵��]TGJ19R,TGJ19U��ཻ��̬��ѹ��

[��̬�̵��]SSR-25VA��̬��ѹ��

[��̬�̵��]SSR-100VA��̬��ѹ��

[��̬�̵��]JGX-5255M��ת��ģ��

[��̬�̵��]JGX-3/4860Z��̬�̵��(A��)

[��̬�̵��]H3100ZF��ҵ��ǿ�͹�̬�̵��

[��̬�̵��]JGZ02��ʽֱ��̬�̵��

[��̬�̵��]SSRLϵ�й�̬�̵��

[��̬�̵��]JGJ33,JGJ35��ʽ��̬�̵��

[��̬�̵��]JGT34A��ิ��͹�̬�̵��

[��̬�̵��]JGT11A��ཻ��͹�̬�̵��

[��̬�̵��]SSR-20DD��ֱ��ֱ��̬�̵��

[��̬�̵��]JGT038ֱ��ת�л��̬�̵��

[��̬�̵��]JGJ31,JGJ32��ʽ��(��)��ť��ƽ��̬�̵��

[��̬�̵��]TGJ31,TGJ32��ཻ��̬��ѹ��

[��̬�̵��]MDHT270-10-01-1�͵��ģ��