Elsema Gigalink 433.92Mhz 2 Ch Receiver GLR43302

Brand: Elsema

Elsema Logo

Elsema Gigalink 433.92Mhz 2 Ch Receiver GLR43302

Brand: Elsema

Elsema Logo

Includes:

  • Two channel receiver with relay output
  • Elsema Coding Cable
  • Programming Instructions
  • 2 Years Manufacturers Warranty*
  • Free Shipping Australia-Wide*

$114.95

Availability:

In stock

Availability:

In stock

Includes:

  • Two channel receiver with relay output
  • Elsema Coding Cable
  • Programming Instructions
  • 2 Years Manufacturers Warranty*
  • Free Shipping Australia-Wide*

Includes:

  • Two channel receiver with relay output
  • Elsema Coding Cable
  • Programming Instructions
  • Free Shipping Australia-Wide*
  • 2 Years Manufacturers Warranty*

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:

  • Two-Channel Receiver with Relay Output: Provides flexible control options, perfect for applications requiring reliable signal transmission.
  • Over 4 Billion Code Combinations: Offers an exceptionally high level of security, virtually eliminating the risk of code grabbing or interference.
  • Unlimited Transmitter Capacity: Can store an unlimited number of transmitters, making it ideal for large-scale operations.
  • User-Selectable Output Modes: Supports momentary, latching, and security latching output modes, allowing customisation to suit different operational needs.
  • Versatile Power Supply: Compatible with both 12 – 24 Volts AC or DC, offering flexibility in installation and application.
  • Highly Sensitive Receiver Input Stage: Ensures reliable performance with an operating range of up to 350 meters when paired with GLT433 transmitters.
  • High Load Switching Capacity: Capable of switching loads up to 8 Amps, making it suitable for heavy-duty industrial applications.
  • Crystal Controlled Stability: The crystal-controlled design guarantees high stability and performance, ensuring consistent operation under varying conditions.
  • Advanced Microcontroller Technology: This receiver uses re-programmable microcontroller technology, allowing it to be adapted to unique applications and providing future-proofing for evolving needs.
  • Power ON LED Indicator: Easy monitoring of the receiver’s power status for quick diagnostics.

Compatible with:

The Gigalink GLR43302R is a cutting-edge two-channel receiver, expertly designed to cater to a wide range of industrial automation and security needs. This advanced receiver offers exceptional flexibility with its dual-channel relay output, allowing for independent control of multiple devices. Security is paramount with the GLR43302R, as it features over 4 billion unique code combinations, ensuring that unauthorised access or interference is virtually impossible.

One of the standout features of the GLR43302R is its capacity to store an unlimited number of transmitters, making it ideal for large-scale operations where multiple users or devices need to be managed simultaneously. Users can easily select from momentary, latching, and security latching output modes, allowing for customisation to meet specific operational requirements. This receiver is perfectly suited for a variety of applications, including industrial automation tasks such as crane control, winch operation, and wireless cement truck management, as well as for controlling automatic gates, security systems, and timer-controlled outputs.

The GLR43302R operates on a flexible power supply range of 12 to 24 volts AC or DC, ensuring compatibility with a variety of systems. It boasts a highly sensitive receiver input stage, which, when paired with GLT433 transmitters, offers an impressive operating range of up to 350 metres. The receiver can handle high load switching up to 8 Amps, making it a robust choice for heavy-duty applications. Its crystal-controlled design guarantees high stability and consistent performance, even under challenging conditions.

Utilising advanced microcontroller technology, the GLR43302R is re-programmable, allowing it to be tailored to unique applications and evolving needs. Additionally, the receiver features a power ON LED indicator, providing easy monitoring of the device’s status for smooth operation and quick diagnostics. The Gigalink GLR43302R is the ultimate choice for those seeking a reliable, secure, and adaptable receiver for industrial, commercial, or residential applications, offering unmatched performance across various wireless control systems.

Frequently Asked Questions:

What is the operating range of the GLR43302R receiver?

The operating range of the GLR43302R can reach up to 350 meters when used with compatible GLT433 transmitters, making it suitable for both residential and industrial applications.

How many transmitters can the GLR43302R store?

The receiver can store an unlimited number of transmitters, providing flexibility for systems requiring multiple users.

What are the power supply requirements for the GLR43302R?

The GLR43302R operates on a power supply range of 12 to 24 Volts AC or DC, ensuring compatibility with various setups.

What output modes does the GLR43302R support?

The GLR43302R supports momentary, latching, and security latching output modes, which can be selected by the user depending on the application.

What applications is the GLR43302R suitable for?

This receiver is ideal for a range of applications including automatic gates, security systems, crane control, and other industrial automation tasks that require reliable on/off functionality.

Is the GLR43302R receiver suitable for industrial use?

Yes, the GLR43302R is highly suited for industrial applications, thanks to its robust design, high load switching capacity, and customisable output modes.

Does the GLR43302R offer high security?

The receiver features over 4 billion code combinations and utilises encrypted 32-bit digital codes, providing a high level of security and reducing the risk of interference or unauthorised access.

 

Weight0.15 kg
UPC

Does not apply

MPN

GIGALINK 433.92Mhz

Brand

Elsema

Type

Supply Voltage12 – 24 Volts AC or DC.

Can use Elsema’s AC power pack (12PP-1000)

Supply lines should be less than 3 metres long to comply with radio frequency authorities.

Current Consumption16 mA on standby at 12 VDC supply 45 mA if relay “ON” at 12VDC supply
Receiving Frequency433.920MHz
Operating Temperature Range

 

-5 to 50°C

 

Type of DemodulationAmplitude Shift Keying (ASK)

 

Decoding System

 

Microcontroller based 96-bit word

 

Code Combinations

 

4,294,967,296

 

Outputs

 

2 Change over relay output, each rated at 8 Amps/240 Volts

 

Connections

 

Screw type terminal block

 

Antenna

 

ANT433S, ANT433LP, ANT433M
Dimensions

 

95 X 70 X 30 mm

 

Mounting hole size

 

3.97 mm or 5/32″

 

Weight

 

70g

 

Programming Instructions for the Elsema GLR43302 – 2 Channel Receiver

The Elsema GLR43302 receiver allows for both multi-channel and single-channel programming. Below are the steps for setting up and programming the receiver.


Multi-Channel Programming

Multi-channel programming allows you to program all channels of a multi-channel receiver to a multi-channel transmitter.

Steps:

  1. Power Up the Receiver:
    Connect power to the GIGALINK™ receiver, and ensure that all switches on the mode dipswitch are turned off.
  2. Set Random Code (Optional):
    Momentarily short the two CC pins on the receiver board. This sets all channels to a random code.
    Note: If you short the CC pins, any previously programmed transmitters will be erased, and they will need to be reprogrammed. If you wish to keep the existing transmitters, skip this step.
  3. Connect the Transmitter to the Receiver:
    Insert the GIGALINK™ cable into the 2.5-mm coding socket of both the transmitter and the receiver. This will activate the programming mode, indicated by the red LED on the transmitter lighting up.
  4. Program the Transmitter:
    Press any two channels simultaneously on the transmitter for approximately 1 second. The LED on the transmitter should blink twice to confirm successful code programming, then turn off.
  5. Disconnect the GIGALINK™ Cable:
    Once programming is confirmed, remove the GIGALINK™ cable.
  6. Repeat for Additional Transmitters:
    To program another multi-channel transmitter, repeat steps 3 to 5.
    Important: If you’re programming additional transmitters, do not short the CC pins again, as this will delete all previously programmed transmitters.

Single Channel Programming

Single-channel programming allows you to program one channel at a time to the transmitter.

Steps:

  1. Power Up the Receiver:
    Connect power to the GIGALINK™ receiver, and ensure that all switches on the mode dipswitch are turned off.
  2. Set Random Code (Optional):
    Momentarily short the two CC pins on the receiver board to set all channels to a random code.
    Note: If you wish to keep existing transmitters, skip this step as it will erase previously programmed transmitters.
  3. Select Receiver Channel:
    Set the 2-way dipswitch to select the channel to be programmed.
    Refer to the dipswitch settings below:

    Dipswitch SettingReceiver Channel (Output Relay)
    Off, OffChannel 1 (GLR43302/GLR2702)
    On, OffChannel 2 (GLR43302/GLR2702)
  4. Connect Transmitter to Receiver:
    Insert the GIGALINK™ cable into the 2.5-mm coding socket of both the transmitter and the receiver. This will activate programming mode, indicated by the red LED on the transmitter lighting up.
  5. Program the Transmitter:
    Press and hold one of the selected transmitter buttons for approximately 1 second. The LED should blink twice to confirm successful programming, then turn off.
  6. Disconnect the GIGALINK™ Cable:
    Once programming is confirmed, remove the GIGALINK™ cable.
  7. Repeat for Additional Channels:
    To program another transmitter channel, repeat steps 3 to 6.
    Important: Do not short the CC pins again, as this will delete all previously programmed transmitters.

Forward Programming

Forward programming allows you to program the transmitter code into multiple GIGALINK™ receivers, enabling the transmitter to activate several receivers simultaneously.

Steps for Forward Programming:

  1. Power Up the Receiver and Transmitter:
    Ensure that both the receiver and the transmitter are powered on.
  2. Jumper the CC Pins:
    Place a jumper across the CC pins on the receiver.
  3. Connect the Transmitter and Receiver:
    Use the coding cable to connect the transmitter and receiver.
  4. Program the Transmitter:
    Press the desired button on the transmitter for 2 seconds. This will transfer the code from the transmitter to the receiver.
  5. Remove the Coding Cable:
    After the code is programmed, disconnect the coding cable.
  6. Remove the Jumper:
    Remove the jumper from the CC pins to complete the programming process.
  7. Repeat for Additional Receivers:
    Follow the same steps to program more receivers with the same transmitter code.

Technical Support

Receiver not responding to transmitter after programming

Try to program the transmitter again, but this time with the battery connected to the transmitter. Check if GIGALINK™ cable is inserted correctly

Transmitter activates wrong channel on a multi-channel receiver.

Wrong dipswitch setting while programming the receiver. Use the dipswitch table and program again

Transmitter has short range

Check receiver antenna connection. If you are using a shielded coax cable, check that the shield is connected to the negative and the coaxial core to the antenna terminal.

LED is flashing on the transmitter

Flat Battery, replace battery

Click HERE for Manual

 

Includes:

  • Two channel receiver with relay output
  • Elsema Coding Cable
  • Programming Instructions
  • Free Shipping Australia-Wide*
  • 2 Years Manufacturers Warranty*

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:

  • Two-Channel Receiver with Relay Output: Provides flexible control options, perfect for applications requiring reliable signal transmission.
  • Over 4 Billion Code Combinations: Offers an exceptionally high level of security, virtually eliminating the risk of code grabbing or interference.
  • Unlimited Transmitter Capacity: Can store an unlimited number of transmitters, making it ideal for large-scale operations.
  • User-Selectable Output Modes: Supports momentary, latching, and security latching output modes, allowing customisation to suit different operational needs.
  • Versatile Power Supply: Compatible with both 12 – 24 Volts AC or DC, offering flexibility in installation and application.
  • Highly Sensitive Receiver Input Stage: Ensures reliable performance with an operating range of up to 350 meters when paired with GLT433 transmitters.
  • High Load Switching Capacity: Capable of switching loads up to 8 Amps, making it suitable for heavy-duty industrial applications.
  • Crystal Controlled Stability: The crystal-controlled design guarantees high stability and performance, ensuring consistent operation under varying conditions.
  • Advanced Microcontroller Technology: This receiver uses re-programmable microcontroller technology, allowing it to be adapted to unique applications and providing future-proofing for evolving needs.
  • Power ON LED Indicator: Easy monitoring of the receiver’s power status for quick diagnostics.

Compatible with:

The Gigalink GLR43302R is a cutting-edge two-channel receiver, expertly designed to cater to a wide range of industrial automation and security needs. This advanced receiver offers exceptional flexibility with its dual-channel relay output, allowing for independent control of multiple devices. Security is paramount with the GLR43302R, as it features over 4 billion unique code combinations, ensuring that unauthorised access or interference is virtually impossible.

One of the standout features of the GLR43302R is its capacity to store an unlimited number of transmitters, making it ideal for large-scale operations where multiple users or devices need to be managed simultaneously. Users can easily select from momentary, latching, and security latching output modes, allowing for customisation to meet specific operational requirements. This receiver is perfectly suited for a variety of applications, including industrial automation tasks such as crane control, winch operation, and wireless cement truck management, as well as for controlling automatic gates, security systems, and timer-controlled outputs.

The GLR43302R operates on a flexible power supply range of 12 to 24 volts AC or DC, ensuring compatibility with a variety of systems. It boasts a highly sensitive receiver input stage, which, when paired with GLT433 transmitters, offers an impressive operating range of up to 350 metres. The receiver can handle high load switching up to 8 Amps, making it a robust choice for heavy-duty applications. Its crystal-controlled design guarantees high stability and consistent performance, even under challenging conditions.

Utilising advanced microcontroller technology, the GLR43302R is re-programmable, allowing it to be tailored to unique applications and evolving needs. Additionally, the receiver features a power ON LED indicator, providing easy monitoring of the device’s status for smooth operation and quick diagnostics. The Gigalink GLR43302R is the ultimate choice for those seeking a reliable, secure, and adaptable receiver for industrial, commercial, or residential applications, offering unmatched performance across various wireless control systems.

Frequently Asked Questions:

What is the operating range of the GLR43302R receiver?

The operating range of the GLR43302R can reach up to 350 meters when used with compatible GLT433 transmitters, making it suitable for both residential and industrial applications.

How many transmitters can the GLR43302R store?

The receiver can store an unlimited number of transmitters, providing flexibility for systems requiring multiple users.

What are the power supply requirements for the GLR43302R?

The GLR43302R operates on a power supply range of 12 to 24 Volts AC or DC, ensuring compatibility with various setups.

What output modes does the GLR43302R support?

The GLR43302R supports momentary, latching, and security latching output modes, which can be selected by the user depending on the application.

What applications is the GLR43302R suitable for?

This receiver is ideal for a range of applications including automatic gates, security systems, crane control, and other industrial automation tasks that require reliable on/off functionality.

Is the GLR43302R receiver suitable for industrial use?

Yes, the GLR43302R is highly suited for industrial applications, thanks to its robust design, high load switching capacity, and customisable output modes.

Does the GLR43302R offer high security?

The receiver features over 4 billion code combinations and utilises encrypted 32-bit digital codes, providing a high level of security and reducing the risk of interference or unauthorised access.

 

Weight0.15 kg
UPC

Does not apply

MPN

GIGALINK 433.92Mhz

Brand

Elsema

Type

Supply Voltage12 – 24 Volts AC or DC.

Can use Elsema’s AC power pack (12PP-1000)

Supply lines should be less than 3 metres long to comply with radio frequency authorities.

Current Consumption16 mA on standby at 12 VDC supply 45 mA if relay “ON” at 12VDC supply
Receiving Frequency433.920MHz
Operating Temperature Range

 

-5 to 50°C

 

Type of DemodulationAmplitude Shift Keying (ASK)

 

Decoding System

 

Microcontroller based 96-bit word

 

Code Combinations

 

4,294,967,296

 

Outputs

 

2 Change over relay output, each rated at 8 Amps/240 Volts

 

Connections

 

Screw type terminal block

 

Antenna

 

ANT433S, ANT433LP, ANT433M
Dimensions

 

95 X 70 X 30 mm

 

Mounting hole size

 

3.97 mm or 5/32″

 

Weight

 

70g

 

Programming Instructions for the Elsema GLR43302 – 2 Channel Receiver

The Elsema GLR43302 receiver allows for both multi-channel and single-channel programming. Below are the steps for setting up and programming the receiver.


Multi-Channel Programming

Multi-channel programming allows you to program all channels of a multi-channel receiver to a multi-channel transmitter.

Steps:

  1. Power Up the Receiver:
    Connect power to the GIGALINK™ receiver, and ensure that all switches on the mode dipswitch are turned off.
  2. Set Random Code (Optional):
    Momentarily short the two CC pins on the receiver board. This sets all channels to a random code.
    Note: If you short the CC pins, any previously programmed transmitters will be erased, and they will need to be reprogrammed. If you wish to keep the existing transmitters, skip this step.
  3. Connect the Transmitter to the Receiver:
    Insert the GIGALINK™ cable into the 2.5-mm coding socket of both the transmitter and the receiver. This will activate the programming mode, indicated by the red LED on the transmitter lighting up.
  4. Program the Transmitter:
    Press any two channels simultaneously on the transmitter for approximately 1 second. The LED on the transmitter should blink twice to confirm successful code programming, then turn off.
  5. Disconnect the GIGALINK™ Cable:
    Once programming is confirmed, remove the GIGALINK™ cable.
  6. Repeat for Additional Transmitters:
    To program another multi-channel transmitter, repeat steps 3 to 5.
    Important: If you’re programming additional transmitters, do not short the CC pins again, as this will delete all previously programmed transmitters.

Single Channel Programming

Single-channel programming allows you to program one channel at a time to the transmitter.

Steps:

  1. Power Up the Receiver:
    Connect power to the GIGALINK™ receiver, and ensure that all switches on the mode dipswitch are turned off.
  2. Set Random Code (Optional):
    Momentarily short the two CC pins on the receiver board to set all channels to a random code.
    Note: If you wish to keep existing transmitters, skip this step as it will erase previously programmed transmitters.
  3. Select Receiver Channel:
    Set the 2-way dipswitch to select the channel to be programmed.
    Refer to the dipswitch settings below:

    Dipswitch SettingReceiver Channel (Output Relay)
    Off, OffChannel 1 (GLR43302/GLR2702)
    On, OffChannel 2 (GLR43302/GLR2702)
  4. Connect Transmitter to Receiver:
    Insert the GIGALINK™ cable into the 2.5-mm coding socket of both the transmitter and the receiver. This will activate programming mode, indicated by the red LED on the transmitter lighting up.
  5. Program the Transmitter:
    Press and hold one of the selected transmitter buttons for approximately 1 second. The LED should blink twice to confirm successful programming, then turn off.
  6. Disconnect the GIGALINK™ Cable:
    Once programming is confirmed, remove the GIGALINK™ cable.
  7. Repeat for Additional Channels:
    To program another transmitter channel, repeat steps 3 to 6.
    Important: Do not short the CC pins again, as this will delete all previously programmed transmitters.

Forward Programming

Forward programming allows you to program the transmitter code into multiple GIGALINK™ receivers, enabling the transmitter to activate several receivers simultaneously.

Steps for Forward Programming:

  1. Power Up the Receiver and Transmitter:
    Ensure that both the receiver and the transmitter are powered on.
  2. Jumper the CC Pins:
    Place a jumper across the CC pins on the receiver.
  3. Connect the Transmitter and Receiver:
    Use the coding cable to connect the transmitter and receiver.
  4. Program the Transmitter:
    Press the desired button on the transmitter for 2 seconds. This will transfer the code from the transmitter to the receiver.
  5. Remove the Coding Cable:
    After the code is programmed, disconnect the coding cable.
  6. Remove the Jumper:
    Remove the jumper from the CC pins to complete the programming process.
  7. Repeat for Additional Receivers:
    Follow the same steps to program more receivers with the same transmitter code.

Technical Support

Receiver not responding to transmitter after programming

Try to program the transmitter again, but this time with the battery connected to the transmitter. Check if GIGALINK™ cable is inserted correctly

Transmitter activates wrong channel on a multi-channel receiver.

Wrong dipswitch setting while programming the receiver. Use the dipswitch table and program again

Transmitter has short range

Check receiver antenna connection. If you are using a shielded coax cable, check that the shield is connected to the negative and the coaxial core to the antenna terminal.

LED is flashing on the transmitter

Flat Battery, replace battery

Click HERE for Manual