JGZ01,JGZ03 Direct insertion horizontal DC solid-state relayDetailed product description：

JGZ01, JGZ03 Direct insertion horizontal DC solid state relay

Optical isolation between input and output circuits.
Control signal and TTL logic interface.
Transistor output, low on state voltage drop, fast switching speed.
Isolation voltage greater than 2000V.
Welding lead 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. Control of contactless switches such as electric motors, solenoid valves, power supplies, etc.

		JGZ01 (formerly JGX0J)	JGZ03 (formerly JGX1J)
lose enter ginseng number	control voltage	3～15VDC	18～32VDC
	control the current	1.8～16mA	7～18mA
	Work instructions	Nothing
	On-off time	≤0.2mS
lose exit ginseng number	Maximum output voltage	100VDC    200VDC    400VDC
	Maximum output current	1 A    2A    3 A
	On state pressure drop	≤1.3V
	Off state voltage	≥ 100V    ≥200V    ≥400V
sex can ginseng number	isolation voltage	≥2000V
	insulation voltage	≥2000V
	insulation resistance	≥100MΩ
	Operating Temperature	—25～75 ℃
	power frequency	50/60HZ
	Load current safety factor	Resistive load is taken as 2.5-3 times, inductive load is taken as 3-5 times
	External dimensions (code)	31×16×16mm3（H-1）	33×25×15mm3（H-2）

JGZ01, JGZ03 Direct insertion horizontal DC solid state relay external dimensions Installation wiring diagram: (unit: mm)

H-1   H-2 

JGZ01, JGZ03 direct insertion horizontal DC solid-state relay temperature curve diagram:

Product selection precautions:
Due to the fact that the load voltage value of DC solid-state relays is equal to the off state voltage value and the load current is the maximum value, sufficient margin should be left when selecting them. For resistive loads, the current should be selected at 2.5-3 times the load current, and the voltage should be selected at 2-3 times the load voltage. When subjected to inductive loads, the current should be selected at 3-5 times the load current, and the voltage should be selected at 3-4 times the load voltage.
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 carrying inductive loads, a freewheeling diode must be connected in parallel at both ends of the load, and a varistor (MOV) must be connected in parallel at the output end to prevent damage to the output tube in case of overvoltage
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 1K Ω/1W).
This model of product is naturally cooled and does not require a radiator during operation.