The E160-RxFS2 series superheterodyne wireless RF modules employ ASK/OOK modulation, supporting operating frequency bands of 315MHz/433.92MHz. They feature small size, low power consumption, high sensitivity, strong anti-interference capabilities, and require no development, making them widely applicable in various remote control and low-power wireless scenarios. Series models: E160-R3FS2, E160-R4FS2

Superheterodyne wireless RF module

The E160-RxFS2 is a 315MHz/433.92MHz OOK/ASK modulated wireless receiver module with 4 learning channels. It utilizes a high-performance chip for excellent anti-interference performance; it features 4 output ports and 1 input port (settings), enabling functions such as jogging, flipping, and interlocking. It is compatible with various encoding chips including PT2262, PT2260, SC2260, SC1527, EV1527, RT1527, HS1527, and EV527, supporting learning from up to 40 remote controls. It boasts a small size, high performance, wide voltage range, and good compatibility.

It is FCC and CE certified and suitable for simple control applications such as small appliance remote control, toy remote control, access control system remote control, and electric bicycle remote control.

💻 Small size and high temperature resistance:

Operating temperature range is -40℃ to +85℃, adaptable to harsh environments.

🔧 Low power consumption and long battery life:

The transmitter module has a minimum transmit current of 15mA and a sleep current of <0.01μA. The receiver module has a minimum receive current of 2.9mA and a deep sleep current of <0.01μA. In low power mode, the battery can still retain more than 90% of its capacity after one year of use.

📡 Long Communication Distance: 

Maximum communication distance of 280m (open environment), with a receiving sensitivity of -115dBm, ensuring strong weak signal reception.

🔌 No Development Required, Ready to Use: The E160-F series module features 4 independent input/output pins, supporting various output modes such as momentary, interlocking, and self-locking. Compatible with various encoding chips such as PT2262 and EV1527, supporting learning for up to 40 remote controls.

📚 Supports Multiple Encoding and Learning Modes:

Supports combination key, single key, and any key learning modes; data is retained even after power loss; modes are switchable. 

📚 Certified, Reliable Quality:

Supports FCC/CE certification, meeting industrial-grade standards.

📱 Clear pin definitions and abundant interfaces:

Suitable for multiple scenarios:

Remote controls (roller shutters, toys, small appliances)

Smart home (lighting, switches)

Security alarm systems

Industrial wireless control.