Long Range 5000M Bidirectional Remote Control Receiver Transmitter Module (Model: 0020242)

Package Include:
1 x Bidirectional Module (Model 0020242)
1 x User manual

Application:
This bidirectional module can work as a transmitter module or as a receiver module, so two modules can form a transmitter receiver system.
It can be used for super far distance remote control operations in various industrial automation, agricultural automation, and home automation, such as home, factory, house, farm, pasture, vehicle, ship, offshore operations, aerial vehicle, field call, etc. 
It can remote control various equipment on land, water, and air, such as lights, sirens, locks, motors, fans, winches, blinds, linear actuators, doors, windows, electric solenoid valves, security alarms, business signs and various devices. The application scenarios are endless.

Features:
Wireless control, easy to install.
It adopts spread spectrum communication technology, which greatly improves the anti-jamming performance.
It can be used as a transmitter module or as a receiver module.
Ultra-high receiving sensitivity, super long working range.
With feedback buzzer and feedback output pin.
With external antenna, the module has a farther working range.
The transmitter module can control the receiver module from any place within a reliable working distance.
The wireless RF signal can pass through walls, floors, doors or windows, but it will lose some operating distance.
One or several transmitter modules can simultaneously control one or several receiver modules.
Two or more transmitter receiver systems can be used in the same area.

Bidirectional Mode with Feedback Function:
The module has a feedback function, so the user can know the working status of receiver module by the buzzer of transmitter module.
Two-way working mode: When the receiver module is successfully triggered by the RF signal from the transmitter module, it will immediately transmit a RF feedback signal to the transmitter module. When the transmitter module receives this signal, it will send out a buzzing sound to inform you that the receiver module has been successfully triggered.

Parameters:
Operating Voltage: DC 3~3.3V (work as a transmitter module) and DC 5V (work as a receiver module)
Working Frequency: 433.92MHz
Channel: 4
Quiescent Current: 4~6mA (As a Receiver Module); 5.5uA (As a Transmitter Module)
Working Current: ≤26mA (As a Receiver Module); 44mA (As a Transmitter Module)
Receiving Sensitivity: -148dBm (As a Receiver Module)
Transmit Power: 20dBm (As a Transmitter Module)
3 Selectable Working Modes: Self-locking, Momentary, Interlocking
Modulation Mode: FSK (FM) + LORA (SPSP)
Working Distance: 5000m / 15000ft (theoretically)
Operating Temperature: -20°C ~ +70°C
PCB Size: 52 x 28 x 14 mm

Super Long Working Range:
Two modules form a transmitter receiver system, the maximum working distance can reach 5000 meters in an open area.
The maximum working distance is based on theoretical data without obstacles and any RF interference. In practice, it will be hindered by trees, walls or other construction, and will be interfered with by other wireless signals. Therefore, the actual working distance may not reach this maximum distance.

Usage:
Two modules form a complete kit, one as a transmitter module and the other as a receiver module. Therefore, customers should purchase at least two modules.
Note: This module is not compatible with normal RF transmit or receive modules, such as the modules of fixed code, learning code, or rolling code.

Setting Operating Mode:
1) Set the module to work as a transmitter module:
If you want to set the module to work as a transmitter module, you need to turn off the first bit dip switch.
When a data pin of the transmitter module is connected to the VCC pin, it will emit a corresponding wireless signal.

2) Set the module to work as a receiver module:
If you want to set the module to work as a receiver module, you need to turn on the first bit dip switch.
When the receiver module is triggered by wireless signal of the transmitter module, its corresponding data pin will output DC 3.3V voltage.

Setting Different Working Modes:
1) Setting Self-locking mode: Turn on the third bit of the dip switch.
The operation in self-locking mode:
Connect the D0 data pin of the transmitter module to the VCC pin, the D0 data pin of the receiver module outputs DC 3.3V voltage.
Connect the D0 data pin of the transmitter module to the VCC pin again, the D0 data pin stops to output the voltage.
Connect the D1 data pin of the transmitter module to the VCC pin, the D1 data pin of the receiver module outputs DC 3.3V voltage.
Connect the D1 data pin of the transmitter module to the VCC pin again, the D1 data pin stops to output the voltage.
Connect the D2 data pin of the transmitter module to the VCC pin, the D2 data pin of the receiver module outputs DC 3.3V voltage.
Connect the D2 data pin of the transmitter module to the VCC pin again, the D2 data pin stops to output the voltage.
Connect the D3 data pin of the transmitter module to the VCC pin, the D3 data pin of the receiver module outputs DC 3.3V voltage.
Connect the D3 data pin of the transmitter module to the VCC pin again, the D3 data pin stops to output the voltage.

2) Setting Momentary mode: Turn off the second bit and the third bit of the dip switch.
The operation in momentary mode:
Connect the D0 data pin of the transmitter module to the VCC pin, the D0 data pin of the receiver module outputs DC 3.3V voltage.
Disconnect the D0 data pin of the transmitter module from the VCC pin, the D0 data pin stops to output the voltage.
Connect the D1 data pin of the transmitter module to the VCC pin, the D1 data pin of the receiver module outputs DC 3.3V voltage.
Disconnect the D1 data pin of the transmitter module from the VCC pin, the D1 data pin stops to output the voltage.
Connect the D2 data pin of the transmitter module to the VCC pin, the D2 data pin of the receiver module outputs DC 3.3V voltage.
Disconnect the D2 data pin of the transmitter module from the VCC pin, the D2 data pin stops to output the voltage.
Connect the D3 data pin of the transmitter module to the VCC pin, the D3 data pin of the receiver module outputs DC 3.3V voltage.
Disconnect the D3 data pin of the transmitter module from the VCC pin, the D3 data pin stops to output the voltage.

3) Setting Interlocking mode: Turn on the second bit of the dip switch.
The operation in interlocking mode:
Connect the D0 data pin of the transmitter module to the VCC pin the D0 data pin of the receiver module outputs DC 3.3V voltage, and other three data pins do not output the voltage.
Connect the D1 data pin of the transmitter module to the VCC pin, the D1 data pin of the receiver module outputs DC 3.3V voltage, and other three data pins do not output the voltage.
Connect the D2 data pin of the transmitter module to the VCC pin, the D2 data pin of the receiver module outputs DC 3.3V voltage, and other three data pins do not output the voltage.
Connect the D3 data pin of the transmitter module to the VCC pin, the D3 data pin of the receiver module outputs DC 3.3V voltage, and other three data pins do not output the voltage.

How to set the feedback function:
You can turn on the fourth bit dip switch of the transmitter module and the receiver module to activate the feedback function. Or turn off the fourth bit dip switch of any module to deactivate the feedback function.

How to pair the transmitter module to the receiver module:
1) Press the learning button in the receiver for 1-2 seconds, until the signal LED on receiver module turns on, this indicates that the receiver module enters the learning status.
2) Connect any a date pin of the transmitter module to the VCC pin within 5 seconds, if signal LED of the receiver module flashes 3 times quickly and then goes off, this indicates that the pairing is successful.
3) A receiver module can learn the signals of multiple transmitter modules.

How to delete all codes stored in the receive module:
Press and hold the learning button of receiver module for 3-4 seconds, the signal LED first comes on, then flashes 3 times quickly and then goes out, at this time release the learning button, this indicates that all stored codes have been successfully deleted successfully.