8 Channel 5V Solid State Relay Module Board OMRON for Arduino

(1 customer review)
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SKU: 43107
  1. 8-channel 2 AMP Solid State Relay board.
  2. Control 8 loads of up to 2 amps each at 120 V or 240 VAC.
  3. Good for lighting, Holiday displays etc.
  4. With 8 Solid State Relays: 2A at 100 to 240 VAC.(50/60 Hz).
  5. Power supply: 5 V DC(160 mA)
  6. Trigger Current: 2mA
  7. Trigger Voltage: 3.3V-5V

 990.00

(inc GST)

₹ 838.98 (+18% GST extra)

Out of stock - Join the waitlist to be emailed when this product becomes available

Category: Relay Switch Modules
Tags: Relay, Contactor, 8 Channel Relay, Solid State Relay, SSR, Omron, Omron G3B

This is 8 Channel 5V Solid State Relay Module. A solid state relay (SSR) is just what it sounds like; an IC that acts like a mechanical relay. They allow you to control high-voltage AC loads from lower voltage DC control circuitry. They accomplish this by using infrared light as the ‘contact,’ a solid-state relay is really just an IR LED and a photo triac sealed up into a little box. Solid state relays have several advantages over mechanical relays.

Solid State Relay is similar to a mechanic relay where it can be controlled through a digital signal. Solid State Relay generates no noise and has a much longer lifespan in compared to the traditional mechanic relay.

One such advantage is that they can be switched by a much lower voltage and at a much lower current than most mechanical relays. Also, because there are no moving contacts, solid state relays can be switched much faster and for much longer periods without wearing out.

Input Parts :
  1. DC+: connected to VCC (Supply power according to relay voltage)
  2. DC-: connected to GND
  3. IN1: CH1 Signal triggering the end of 1-channel relay module (active at the high level)
  4. IN2: CH2 Signal triggering the end of 2-channel relay module (active at the high level)
  5. IN3: CH3 Signal triggering the end of 3-channel relay module (active at the high level)
  6. IN4: CH4 Signal triggering the end of 4-channel relay module (active at the high level)
  7. IN5: CH5 Signal triggering the end of 5-channel relay module (active at the high level)
  8. IN6: CH6 Signal triggering the end of 6-channel relay module (active at the high level)
  9. IN7: CH7 Signal triggering the end of 7-channel relay module (active at the high level)
  10. IN8: CH8 Signal triggering the end of 8-channel relay module (active at the high level)
Operating current :

1 WAY:13.8mA
2 WAY: 26.8mA
3 WAY: 37mA
4 WAY: 48mA
5 WAY: 59mA
6 WAY: 70mA
7 WAY: 81mA
8 WAY: 90mA


Features :

  1. 8-channel 2 AMP Solid State Relay board.
  2. Control 8 loads of up to 2 amps each at 120 V or 240 V AC.
  3. Good for lighting, Holiday displays etc.
  4. Has been assembled, and the electrical test passed.
  5. Led indicator for each relay.
  6. Use it to control various appliances and other equipment with large current.
  7. It can be controlled directly by Microcontroller
  8. Input control signal voltage.
    1. 0-0.5V low stage SSR is OFF
    2. 0.5V – 2.5V (unknown state).
    3. 2.5-20V high stage SSR is ON

Package Includes :

1 x 8 Channel 5V Solid State Relay Module Board OMRON for Arduino.

Part Number

G3MB-202P

Power supply

5VDC/160mA

Trigger Voltage (VDC)

5

Switching Voltage (VAC)

[email protected]

Isolation

Phototriac

Zero Cross

Yes

Length (mm)

130

Width (mm)

62

Height (mm)

22

Weight (gm)

70

Shipment Weight

0.075 kg

Shipment Dimensions

12 × 6 × 4 cm

15 Days Warranty

This item is covered with a standard warranty of 15 days from the time of delivery against manufacturing defects only. This warranty is given for the benefit of Robu customers from any kind of manufacturing defects.  Reimbursement or replacement will be done against manufacturing defects.


What voids warranty:

If the product is subject to misuse, tampering, static discharge, accident, water or fire damage, use of chemicals & soldered or altered in any way.

Based on 1 review

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  1. vaishakh.chavan (verified owner)

    This is a pretty good board and works well with micro controllers. I used it on an industrial stable ESP 8266 with my own software hosting MQTT.
    Considering the replacement of the Hi Link power supply to a 5W module from the 3W module. Recommend putting up the power consumption of the board with all 8 channels going. I got some 600mAmps but I had some other LED’s on my micro controller board as well as the micro controller power.

    vaishakh.chavan

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