ECA Compatible Garage/Gate Remote Control - 4 Button Transmitter

Description

Ensure seamless access to your garage or gate with the ECA Compatible Remote Control, engineered for reliability and ease of use. Designed specifically for compatibility with a wide range of ECA receivers and remote models, this remote is an essential solution for everyday convenience and security. With a compact design and powerful 433 MHz frequency, this remote makes multi-door control effortless.

Included in your purchase are a free battery, free coding instructions, and a free key ring, making setup simple and immediate.

Features

• Compatible with: 81CR, 82CR, 84CR, ACR-6, and all ECA receivers

• Must match remotes featuring white Roman numerals

• Transmitter Frequency: 433 MHz

• Battery Type: 27A 12V (included)

• Coding Type: Rolling Code for enhanced security

• Controls up to 4 different doors

• Compact dimensions: 3W x 5.5L x 1.2D cm

• Handy key ring included for portability

Why You Should Buy

• Complete Compatibility: Designed to work with all major ECA remotes and receivers.

• Hassle-Free Setup: Comes with clear coding instructions and necessary accessories.

• Durable & Compact: Sturdy build that fits easily on keychains or in your pocket.

• Secure Access: Rolling code technology ensures secure communication.

• Cost-Efficient Bundle: No need for additional purchases-battery and keyring included.

FAQs

Q: Is this remote compatible with all ECA remotes?
A: It is compatible with 81CR, 82CR, 84CR, ACR-6, and any ECA remote featuring white Roman numerals.

Q: How do I program the remote?
A: Free coding instructions are included to guide you through a quick setup process.

Q: Can I use one remote for multiple doors?
A: Yes, this remote can control up to 4 separate doors.

Q: What type of battery does it use?
A: The remote uses a 27A 12V battery, which is included in the package.

Q: Is this suitable for outdoor use?
A: While the remote is designed for gate and garage use, avoid direct exposure to extreme weather for optimal durability.