CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
AC solid state raly can be divided into voltage zero-crossing conducting type(zero-crossing type for short) and random conducting type(random typer for short) by switching mode ; bidirectional controllable silicon output(normal type) and unidirectional controllable silicon antiparallel (strengthening type) by switch element ; Pin insert type (natural cooling, radiator unnecessary) on printed-wiring board and installing type(cooled by radiator) fixed on metal motherboard by installing mode; and wide scope input(DC3-32V) constant current type and tandem resistance limiting current type by input mode etc.
CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
Industrial automation installment, AC motor control, Intermediate relay,solenoid valve control, Numerical control machinery,external guidnance system,computer periphery connection, Illumination,stage lighting control, Electric stove,heating,warm control, street light,signal light,traffic light,Color photo enlargement,film processing equipment,injection machinery,
Automatic fire control and security system,etc.
CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
|
Load Current | 16A |
Load Voltage | 24-240VAC |
Control Voltage | 3-32VDC |
Control Current | ≤12mA |
On Voltage | ≤1.5V |
Off-state Leakage Current | ≤2mA |
Time Off | ≤10ms |
Dielectric Strength | 2500VAC |
Insulation Resistance | 100MΩ/500VDC |
Ambient Temperature | -30~+75°C |
Mountiong Methods | Bolt |
The work instructions | LED |
Weight | 90g(10A-40A) 105g(above 40A) |
CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
Cautions while using the SSR |
CE ISO9001 ROHS ZG3NC-210A SSR-10AA 10A 90-250VAC to 24-240VAC ssr relay solid state relay
When the current is up to 40A,the SSR must be installed with radiator.
The dimension of radiator:
1. Over-current and loading short circuit result in SSR permanent damage. Quick fuse is one of the over-current protection methods. Small capacity may also adopt fuse. Over-voltage protection adopts parallel connection metal oxide varistor (MOV) as well as RC absorbing return inside SSR. The area size of MOV determines the absorbing power. The thickness of MOV determines protective voltage value. Generally, 220V series SSR may choose varistor of 500-630 VDC, 380V series SSR may choose varistor of 700-900VDC.
2. If ambient temperature is too high, the loading capacity of SSR will descend. If the ambient temperature is high or the heat radiation is bad, the chosen SSR should be kept a certain margin.
3. The resistance load should not surpass 60% of rated current. The inductance load should not surpass 40% of rated current.
Customer Reviews total 0 items