GDZ02A DC solid state relay for inductive load
Home Products DC to DC Solid State RelayDC output solid state relayGDZ02A DC solid state relay for inductive load
Product Details
GDZ02A DC solid state relay for inductive load
- Optical isolation between control signals and output circuits.
- Control signal interface with TTL logic.
- Light Emitting Diode (LED) indicates working status.
- Solid-state contactless output, switching without sparks or arcing.
- Encapsulated in epoxy resin, corrosion-resistant, shock-resistant, stable, and reliable.
- The product is mainly used for loads powered by high-frequency DC supply
- Electrical switches, such as: DC motors, solenoids, heaters, and battery charging/discharging switches.
Specification
| Model | GDZ02A | 
|---|---|
| Control Voltage | 4-32 VDC | 
| Control Current | 10-25 mA | 
| Off Voltage | <1.5 VDC | 
| Control Indicator | LED | 
| Maximum Voltage | 100VDC; 200VDC; 400VDC | 
| Maximum Current | 10-30A | 
| On-State Voltage Drop | 1.8-2.5 V | 
| Off-State Voltage | 100VDC; 200VDC; 400VDC | 
| Switching Time | ≤ 0.2 ms | 
| Switching Characteristics | Bipolar Transistor | 
| Isolation Voltage | ≥ 2000 V | 
| Insulation Voltage | ≥ 2000-2500 V | 
| Operating Temperature | -25 to 75 ℃ | 
| Heat Dissipation Condition | Heat sink required for ≥10A | 
| Load Current Safety Factor | Resistive load: 2-3 times, Inductive load: 4-6 times | 
Inquiry
                            Need more information?
Contact us to request pricing, availability and customization options.
Related Products
                            
DC Solid State Relay built in Freewheeling Diode (GDZ06)
60A to 200A, 100V to 1200VDC, Built in Freewheeling Diode DC SSR, recommend for inductive load.
View More
GDZ02 DC output solid state relay
10A to 180A, 100V to 1200VDC
View More.jpg)
AC to DC solid state relay (GDZ07)
130V to 240VAC input, 10A to 200A, 100V to 1200VDC output ssr.
View More
Dual output DC solid state relay (GDZ022)
Dual nomal open output dc ssr, 30A to 200A, 100V to 1200VDC
View More 
             
  
  
  
  
  
  
  
  
  
  
 



