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10A 250VAC 30VDC Digital Signal Arduino Sensor Module High Power Low Voltage Trigger Relay Normal Open

10A 250VAC 30VDC Digital Signal Arduino Sensor Module High Power Low Voltage Trigger Relay Normal Open

Brand Name:UCHI
Model Number:HY-004(D)
Minimum Order Quantity:1000 Pieces
Delivery Time:2 Weeks
Payment Terms:T/T
Price:Negotiable
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Address: Room 810, Unit 2, Building 5, Huixing Commercial Center, Dongsheng Road No.1, Zhongshan Dong, Shilong Town Dongguan, GUANGDONG, 523326 CN
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High Power Low Voltage Trigger Relay Normal Open Sensor Module 10A 250VAC 30VDC Digital Signal Arduino


Specification


Name:Relay Sensor
Power:+3.0V -5.5V
Signal type:Digital signal
Connector: XH2.54 × 3
Pin :S-Signal,V-Power,G-Ground
Instructions for use: The relay sensor is a normally open sensor with a high level trigger; when the signal pin output is high, the relay is closed.



Description


Relay sensor adopts high-quality relay,normally open interface has the maximum load AC 250V/10A and DC 30V/10A. The sensor is a signal input with a trigger voltage of 0.7V or more. The sensor integrates a power indicator to indicate the operating status.


Relay SRD-06VDC-SL-C Specificaiton


Ratings10A 250VAC
10A 125VAC
10A 30VDC
10A 28VDC
ApprovalsCQC,TUV,UL
BrandSONGLE
Current Ratings7A/10A/15A
Temperature Range+85℃/+105℃
Contact arrangement1 A ( s p s t n o ) / 1 B ( S p s t n c ) / 1 C(Spdt)
Contact resistance100mΩ(1A 6VDC)
Contact materialSilver alloy:AgCdO,AgSnO2,AgNi
Max switching voltage250VAC
Max switching current15A
Max switching power3750VA
Power dissipation0.36W
Humidity85% RH(20℃)

Guide for Relay Module with Arduino


A relay is an electrically operated switch of mains voltage. It means that it can be turned on or off, letting the current go through or not.
Controlling a relay with the Arduino is as simple as controlling an output such as an LED.


Mains voltage connections


In relation to mains voltage, relays have 3 possible connections:


COM: common pin


NO (Normally Open): there is no contact between the common pin and the normally open pin. So, when you trigger the relay, it connects to the COM pin and supply is provided to a load


NC (Normally Closed): there is contact between the common pin and the normally closed pin. There is always connection between the COM and NC pins, even when the relay is turned off. When you trigger the relay, the circuit is opened and there is no supply provided to a load.


If you want to control a lamp for example, it is better to use a normally-open circuit, because we just want to light up the lamp occasionally.


Pin wiring


The connections between the relay module and the Arduino are really simple:


GND: goes to ground
IN1: controls the first relay (it will be connected to an Arduino digital pin)
IN2: controls the second relay (it should be connected to an Arduino digital pin if you are using this second relay. Otherwise, you don’t need to connect it)
VCC: goes to 5V

China 10A 250VAC 30VDC Digital Signal Arduino Sensor Module High Power Low Voltage Trigger Relay Normal Open supplier

10A 250VAC 30VDC Digital Signal Arduino Sensor Module High Power Low Voltage Trigger Relay Normal Open

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