FAAC XT4 FDS 433-868 SLH LR mando a distancia negro (787018)

Lost or damaged remote controls can leave your gate or garage door inoperable, causing frustration and security concerns. The FAAC XT4 FDS 433-868 SLH LR Black remote control solves this by providing a reliable, long-range solution with dual-frequency operation and advanced hopping code security. This 4-button transmitter is engineered for seamless integration with FAAC SLH and FDS receivers, ensuring your automated entrance systems respond every time.

Who is it for

Ideal for homeowners, property managers, and installers who need a durable, high-performance remote for FAAC gate and garage door automation. Whether replacing a lost remote or adding an extra one for family members, this unit offers straightforward self-learning programming and robust construction.

Main features

• Dual frequency operation: 433.92 MHz and 868.35 MHz for flexible compatibility
• SLH (Self Learning Hopping Code) and FDS (FAAC Dual Frequency System) encoding for enhanced security
• Long Range (LR) transmission for reliable operation from a distance
• Four tactile buttons for controlling multiple functions
• CR2032 lithium battery powered (3V) with LED indicator for transmission and battery status
• Durable ABS plastic housing in black, suitable for outdoor use

Specifications

• Brand: FAAC
• Model: XT4 FDS 433-868 SLH LR Black
• MPN: 42986
• EAN: 8055195063356
• Number of channels: 4
• Operating frequency: 433.92 MHz & 868.35 MHz
• Encoding: SLH & FDS
• Range type: Long Range (LR)
• Battery type: CR2032 lithium
• Battery voltage: 3V
• Material: ABS plastic
• Operating temperature: -20°C to +55°C
• LED indicator: Yes
• Programming method: Self-learning
• Application: Gate and garage door automation

Tips

To maximize battery life, store the remote in a cool, dry place when not in use. When programming, ensure the receiver is in learning mode and follow the FAAC instructions for your specific model. Replace the CR2032 battery when the LED indicator dims or transmission range decreases.