Skip to product information
1 of 6

Elsema GLR43302240 Receiver

Elsema GLR43302240 Receiver

Regular price $171.95
Regular price Sale price $171.95
Sale Read More
Duties and taxes included. Shipping calculated at checkout.

This is a low demand item - Stock will need to be sourced from Australian suppliers to fulfil your order. Please allow additional time for dispatch. Contact us for ETA Prior to ordering if required urgently.

Quantity

GLR43302240 – Elsema Gigalink 2 Channel 240V Receiver

The Elsema GLR43302240 is a two channel Gigalink receiver designed for automation systems requiring a direct 110–240VAC mains connection. It provides two independent voltage-free relay outputs, allowing separate functions or circuits to be controlled from one receiver.

Suitable for pumps, lighting, alarms, agricultural equipment and other wireless control applications, the GLR43302240 combines encrypted 32-bit coding, unlimited transmitter storage and selectable relay operating modes. Each relay also has its own test button and status LED, helping installers confirm operation during setup and troubleshooting.

What’s Included:

  • 1 × Brand New Genuine GLR43302240
  • 1 x QM150 Quickmount
  • 1 x Gigalink Coding Cable
  • Step-by-step Wiring Programming Instructions

Key Features:

  • Two independent voltage-free changeover relay outputs
  • Direct 110–240VAC mains power supply
  • 433.920MHz Gigalink operating frequency
  • Encrypted 32-bit digital coding with more than four billion combinations
  • Unlimited Gigalink transmitter storage
  • Selectable relay operating modes
  • Separate test button for each relay output
  • Power and relay-status LED indicators
  • High-capacity relays rated up to 16A resistive or 8A inductive
  • Pluggable terminal blocks for easier wiring
  • SMA antenna connection for compatible Elsema 433MHz antennas
  • Crystal-controlled receiver for stable operation
  • Up to 350m line-of-sight range with a compatible transmitter and suitable installation

Compatible with:

Ideal Applications:

  • Pump control
  • Long-distance lighting control
  • Agricultural equipment
  • Water-level and basic telemetry indication
  • Security alarms
  • Industrial switching
  • Two-function wireless control systems
  • Independent on/off control of two circuits

Connection Diagram:

GLR43302240 Connection Diagram

Technical Specifications:

Frequency 433.920MHz
Code Type Encrypted Code 
Body Type Receiver
Number of Channels 2
Enclosure Not Included
Size 130 x 70 x 37mm 
Power Supply 110 – 240 Volts AC Mains
Current Consumption  18mA, on 240V AC
Connection Supply & Outputs – pluggable type terminal blocks
Output Change over relay output, rated at 16 Amps of resistive load and up to 8 Amps of inductive load. 
Range Up to 350m in clear line of sight 
Warranty 12 months Manufacturers Warranty


Downloads: 

 

 

Frequently Asked Questions: 

Can each relay control a different function?

Yes. The GLR43302240 has two independent relay outputs. For example, one remote button could operate a pump while another controls lighting, provided the system is wired and programmed appropriately.

Does this receiver connect directly to 240V power?

Yes. It accepts a 110–240VAC mains supply, so a separate low-voltage power supply is not required. Installation must be completed by a suitably qualified person.

Are the relay outputs 240V outputs?

The receiver has voltage-free changeover relay contacts. The voltage being switched depends on how the installer wires the connected equipment and must remain within the relay’s specified rating.

Is the GLR43302240 weatherproof?

No. This model is supplied without an enclosure. It must be installed inside suitable electrical protection. The GLR43302240E is the enclosed IP66 version.

How many Gigalink remotes can it store?

The receiver can store an unlimited number of compatible Elsema Gigalink transmitters.

What range can I expect?

A range of up to approximately 350m line-of-sight may be possible with a compatible Gigalink transmitter, suitable antenna and correct installation. Buildings, metal structures, electrical interference and antenna placement can reduce the operating range.

View full details