Includes:

• Genuine 4 Button Gigalink Transmitter
• 1 x 6F22 9V Battery
• 1 x Silicone Case
• Programming Instructions

Please note: Although this item is marked as in stock, our Elsema stock is consistently replenished to meet demand. Due to frequent bulk orders, stock levels can be challenging to determine in real-time. If you need an estimated time of arrival (ETA), please feel free to contact us, and we'll be happy to assist!

Features:

• Four-Button Transmitter: Control multiple devices simultaneously or individually.
• Secure Coding: Features over 4 billion unique code combinations to prevent interference.
• Battery Monitor: Flashing red LED indicates a low battery, ensuring reliable operation.
• 433 MHz Frequency: Ensures clear, interference-free transmission, even in noisy environments.
• Long Range: Operates up to 350 metres with compatible receivers and antennas.
• Unlimited Programming: Program an unlimited number of transmitters to a single receiver.
• Durable Design: Comes with a silicone case for extra protection.
• Free Shipping Australia-Wide*
• 2-Year Manufacturer Warranty*

Applications:

• Security systems
• Gate and garage door automation
• Remote lighting control
• Industrial machinery operation
• Panic buttons

Compatible with:

• GLR43301
• GLR43302
• GLR43304
• GLR43308
• ANT433 LP (Antenna)
• ANT433 S (Antenna)
• ANT433 M (Antenna)

Note:  This remote is not compatible with the Elsema Gigalink 27MHZ series

The Elsema GLT43304 is a high-performance, four-button remote designed for reliable, long-range wireless control. It operates on the 433 MHz frequency, providing superior transmission quality and an extensive operating range of up to 350 metres, depending on the antenna and receiver used. With over four billion unique code combinations, this transmitter ensures secure, interference-free communication, ideal for applications such as gate automation, alarm systems, and remote activation of industrial devices. The robust design includes a built-in battery monitor, which alerts you when the battery needs replacing via a flashing red LED.

Frequently Asked Questions:

Is the Elsema GLT43304 compatible with older Elsema remotes?

No, the Elsema GLT43304 is not compatible with the older 27 MHz Gigalink series. It is designed to work exclusively with 433 MHz Gigalink receivers.

How far can the Elsema GLT43304 transmit?

The GLT43304 has an operating range of up to 350 metres, depending on the receiver and antenna setup.

Can I program multiple transmitters to one receiver?

Yes, the Elsema GLT43304 allows you to program an unlimited number of transmitters to a single receiver, making it ideal for multi-user or shared access control.

How do I know when the battery is low?

The built-in battery monitor features a red LED that flashes when the battery is running low, ensuring you're never caught off guard by a dead remote.

What comes with the Elsema GLT43304 remote?

The package includes the genuine Elsema GLT43304 remote, a 9V battery, a silicone protective case, and detailed programming instructions for easy setup.

Is it easy to program this remote?

Yes, programming the Elsema GLT43304 is straightforward, with both single and multi-channel code programming options. Detailed instructions are included in the package.

Programming Instructions for Elsema GLT43304 – 4 Button Remote

Multi-Channel Programming

This method is used to program all channels from a multi-channel receiver to a multi-channel transmitter. Follow these steps to complete the programming:

1. Connect power to the GIGALINK™ receiver. Ensure all switches on the mode dipswitch are turned off.
2. Momentarily short the two CC pins on the receiver board. This action sets all the channels to a random code. Please note that any previously programmed transmitters will need to be re-programmed after this step. Skip this step if you wish to keep previously programmed transmitters.
3. Connect the multi-channel transmitter to the multi-channel receiver by inserting the GIGALINK™ cable into the transmitter’s and receiver’s 2.5-mm coding socket. The transmitter’s red LED light will turn on to indicate that the programming mode is activated.
4. Activate any two channels simultaneously on the transmitter for one second. The LED should blink twice to confirm code programming and then switch off.
5. Disconnect the GIGALINK™ cable.

Repeat steps 3 to 5 if you wish to program additional multi-channel transmitters. Do not short the CC pins again, as doing so will delete all previously programmed transmitters.

Single-Channel Programming

This method allows you to program one channel at a time to the transmitter. Follow these steps to complete the programming:

1. Connect power to the GIGALINK™ receiver. Ensure all switches on the mode dipswitch are turned off.
2. Momentarily short the two CC pins on the receiver board. This will set all channels to a random code. If there are previously programmed transmitters, they will need to be re-programmed. Skip this step if you wish to retain them.
3. Select the receiver channel to be programmed by adjusting the 2-way dipswitch (see GLR43304 Manual for options)
4. Connect the transmitter to the receiver by inserting the GIGALINK™ cable into the transmitter’s and receiver’s 2.5-mm coding socket. The red LED light on the transmitter will turn on, indicating programming mode.
5. Activate one selected channel on the transmitter for approximately one second. The LED will blink twice to confirm code programming and then switch off.
6. Disconnect the GIGALINK™ cable.

Repeat steps 3 to 6 if you wish to program another transmitter channel. Do not short the CC pins again, as doing so will delete all previously programmed transmitters.

Forward Programming

This additional feature allows the transmitter to activate multiple receivers simultaneously. Follow these steps for forward programming:

1. Connect power to both the receiver and the transmitter.
2. Place a jumper across the CC pins on the receiver.
3. Connect the transmitter and receiver using the GIGALINK™ coding cable.
4. Press and hold the transmitter button for 2 seconds.
5. Remove the coding cable.
6. Remove the jumper from the CC pins.

The receiver is now programmed with the transmitter’s code. Repeat the steps to program additional receivers.