CG SSR-10DD 25DD 40DD 150A 200A SSR Single Phase DC Control DC Heat Sink 3-32VDC To 220VDC 600V 10A 25A 40A DD Solid State Relay

CG SSR-10DD 25DD 40DD 150A 200A SSR Single Phase DC Control DC Heat Sink 3-32VDC To 220VDC 600V 10A 25A 40A DD Solid State Relay

$94.23

$94.23 $0.00

Size 150DD 220V 200DD 220V For 10A-40A 100DD 220V 10DD 220V 25DD 220V 40DD 220V 60DD 220V For 10A-80A

Description

SPECIFICATIONS

Brand Name: CG

Certification: CE

Choice: yes

Contact Load: Low Power

Control Voltage: 3-32 VDC

DD: DC To DC

EU LVD Voltage: High voltage: Above 50Vac or 75Vdc

High-concerned chemical: none

Load Current: 10A 25A 40A 60A 80A 100A 120A 150A 200A 400A 600A

Load Voltage: 5- 220VDC OR 5- 600VDC

Model Number: SSR-10DD/25DD/40DD

Origin: Mainland China

Protect Feature: Sealed

Theory: Solid State Relay

Use: General Purpose

Weight: 100g

is_customized: Yes

semi_Choice: yes

Attention：Solar equipment is a mixed load, we do not recommend using solid state relays.If you want to try, you need to buy a solid state relay with 10 times the current.At the same time, if the solid state relay does not work normally on the solar equipment, we do not provide return service.

STEP 1: Choose a correct control Mode

AA- AC Control AC
DA- DC Control AC
DD- DC Control DC
VA-Control and Adjust

STEP 2: Choose a correct type

Current of Equipment/Ratio = Current of SSR
PS: The Ratio depend on the kind of your loading equipment.
Resistive load :70%, Inductive load:20%,Capacitive load：10%.

STEP 3: Choose a suitable heat sink.

During the useage of SSR, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink , also if the current is over 60A,the cooling fan also required.
PS: Our Heat Sink include 2 screws (for install heat sink)

NOTICE:

The inside of the solid-state relay is a semiconductor. A semiconductor switch is a non-physical contact switch. if use a multimeter diode or resistor to test ,it always show a high-impedance state, (multimeter light red).

According to the conventional detection methods of solid state relays: a load is required to test the switching state. Using an incandescent lamp as a dummy load is an obvious way to test continuity.