uxcell ASH-20DA 3-32VDC to 24-480VAC 20A Single Phase Solid State Relay Relay DC to AC Relay

uxcell ASH-20DA 3-32VDC to 24-480VAC 20A Single Phase Solid State Relay Relay DC to AC Relay

Input Voltage: 3-32VDC; Output Voltage: 24-480VAC; Max Load Current: 20A. size: 44.8 x 57.4 x 28mm/1.76x2.25x1.1inch(L*W*H) Sealed high temperature resistance housing;Resin protective cap;Perfectly soldered copper post. 10 to 25A radiator cooling,more than 25A must on the radiator and fan cooling. Output requirements concatenated fuse or and the varistor. Widely used in computer external link devices, high-power thyristor triggers, and industrial automation devices. Such as thermostat and resistance furnace control, AC motor control, solenoid valve control, copier and fully automatic washing machine control, lighting, and stage lighting control, CNC mechanical remote control system, etc. Feature
High reliability, high efficiency, and a long lifespan.
No electric spark, no noise, and no contact.
Fine electromagnetic interference, high sensitivity, and fast switching speed.
Low drive voltage and current.
Widely used in many automatic control systems.
Specifications
Control Mode:DC-AC
Insulation Resistance:1000M ohm/500VDC
Ambient Temperature:-30C - +75C
Protection Character:Resin Soldering
Off Leakage Current: less or equal to 2mA
Mounting Method: Bolts Fixed
Weight:105g
Package Content:1 x Solid State Relay.

Notice Of Use
1. The current on the product is the maximum load current, not the rated current.
2. On the basis of the difference of the load character, you should keep the different allowance on the level of the current when you choose the product. (When the load is resistive, the load current should be 1/2-1/3 times the max load current. When the load is inductive or capacitive, like motor， transformer， the load current should be 1/4-1/6 times of max load current.)
3. When Installation, solid state plater and radiator with smeared thermal conductivity silicone grease
4. ≥10A with radiator, ≥20A with radiator and fan strong cold.