SPECIFICATIONS

Brand Name: eletechsup

Certification: CE,NONE

Choice: yes

Contact Load: High Power

EU LVD Voltage: Low voltage: Below 50Vac or 75Vdc

High-concerned chemical: none

Load current: AC 120V/15A, DC 30V/10A

Model Number: LR12A01_PRO

Origin: Mainland China

Power Source: DC

Protect Feature: Sealed

Standby current: 30uA

Theory: Electromagnetic Relay

Trigger mode: Low pulse trigger

Use: General Purpose

Voltage: 12V

Working Voltage: DC 5V 12V 24V

Working current: 30-10mA

is_customized: Yes

semi_Choice: yes

Description:

Working voltage: 5V Version(DC 3.7-6V);12V Version(DC 10-15V);24V Version(DC 18-25V)
Working current: 90MA/60MA/30MA(Provide current only when switching states)
Standby current: 20-30uA(OR zero power consumption standby)
Load current : AC 120V/10A, DC 24V/10A
Trigger mode: Low pulse trigger
Size: 48mm * 17mm * 17.5mm
Weight: 13g

Module interface:
1. V: Positive power supply (VCC)
2. G: Negative power supply (GND)
3. R : Reset(CON disconnect NO)
4. S : Set(CON connect NO)

Relay outputs:
1. NO: normally open relay interface
2. COM: Common Interface Relays
3. NC: normally close relay interface

This is a latching(keep) relay module,Trigger S Pin , the relay pull (and holds);Trigger R Pin, the relay releases (and holds)
The trigger duration is 0.1-2 seconds, it is recommended not to exceed 50 seconds.

Typical applications:

Automotive electronics

Lithium battery lead acid battery system

Motor LED PLC Modbus rtu
Camera PTZ CCTV
UPS Uninterruptible power supply

Smart Home/home automation

Emergency lighting

MCU FPGA CPLD development board

Question:
What's a Magnetic latching relay?

Answer:
Magnetic latching relay is a new type of relay developed in recent years. It is also an automatic switch. Like other electromagnetic relays, it can switch on and off the circuit automatically. The difference is that the normally closed or normally open state of magnetic latching relay completely depends on the action of permanent magnet, and the switching state of magnetic latching relay is triggered by a certain width of pulse electric signal.

 

 

If you follow the wiring method of Application 2, you can achieve zero power consumption standby




Note:
The power supply cannot be reversed, otherwise it will burn out the transistor (S8050 J3Y)
But don't worry, replace the S8050 (J3Y) transistor can be used normally.