GLR2701240
Single channel 27MHz, Receiver with mains AC supply

Features

  • Supply voltage 240VAC (also available in 110-120VAC supply for international markets)
  • High efficiency toroidal transformer
  • High capacity output relay
  • Test push buttons for the relay
  • Momentary, Flip Flop, Latching and Off delay modes are all user selectable.
  • Optional QM150 bracket available for easy mounting to cases or walls.
  • Also available in an IP66 rated case for outdoor installations 

Application

  •  Pump Control
  • Long distance panic button
  • On/Off applications in agricultural devices
  • Basic Telemetry eg. Water level indication
  • Security alarm

Receiver in Quick Mount

 Click image to enlarge 


240VAC receiver enclosed in an IP66 case

 Click image to enlarge

GLR2701240Q
1- Channel 240VAC Supply in Quick Mount

GLR2701240E
1- Channel 240VAC Supply in an IP66 rated Case

 

GLR2701240
 Click image to enlarge
Download Datasheet
Programming Instructions

Description
Products in the Range
Technical Data
Application
Receiver Selection Table

Description

The GIGALINK™, GLR2701240 is an advanced Remote Control technology available in the world today. GIGALINK™ is an invention that has revolutionised the entire Remote Control technology including Elsema's earlier version of FMT- … and FMR- … series. This state-of-the-art invention brings a new dimension in the world of Remote Control technology in domestic, commercial and industrial applications.

The toroidal transformer on this receiver is 25-30% more efficient than the conventional types. It has a low operating temperature, low hum and low stray magnetic field.

Connection to the receiver is via a five-way screw-type terminal block. An on board LED indicates when power is connected and an extra LED on the board to indicate when the relay is activated. There is a test button for the relay output to test your connections.

The receiver’s high capacity output relay is capable of switching up to 16 Amps of resistive load and up to 8 Amps of inductive load. A world first for a standalone receiver.

The receiver can be mounted to a Quick Mount or in a weatherproof case with an IP66 rating.

Coding

Four billion codes
The user can easily change the code on all the channels. Momentary joining the two CC pins on the receiver board sets all channels to one random code. One of 4,294,967,296 possibilities is selected.

The receiver has a relay output that is activated when the GLR2701240 receives the correct code from the GIGALINK™ transmitter. The relay out has voltage free contacts. Contacts available are “C” Common, “NC” Normally Closed and “NO” Normally Open.

Code Programming
In programming mode the receiver sends a random code to program the transmitter channel(s). This is known as reverse programming.
Momentary joining the two CC pins on the receiver board sets the channel to a random code.

Follow the steps outlined in the receivers instruction sheet titled single code programming to complete the code programming.
The receiver power must be connected when code programming.

When programming is completed and the GIGALINK cable is removed from the receiver-coding socket, the 3-way dip switch is used to select different output modes. This is described below.

Different Modes for the Output

This 3-Way dip switch is situated beside the microcontroller. (refer to the picture below)

Receiver Modes

Modes are user selectable from the 3-way dip switch, shown below.

3-Way DIP Switch Mode Settings
The output relay will respond in the following manner when receiving the correct signal from a transmitter
"Momentary": Relay on, only while correct signal is received
"Flip-Flop": Relay alternates at every correct incoming signal
"Delayed Off 1": Relay on, but delayed off for 1-10 seconds, adjustable by trimpot
"Delayed Off 2": Relay on, but delayed off for 10-300 seconds, adjustable by trimpot
"Latching On": Relay will energize untiil supply to receiver is momentarily interrupted
"On-Off": This mode requires a 2-channel Tx.
Channel 1 will always energize the relay
Channel 2 will always de-energize the relay
To use this mode you need to do channelised code programming. Do not use single code programming.

"On-Off": This mode requires a 4-channel Tx.
Channel 3 will always energize the relay
Channel 4 will always de-energize the relay
To use this mode you need to do channelised code programming. Do not use single code programming.

 

Care must be taken, not to bring a receiver near strong magnetic fields, such as DC-Motors, speakers, magnets for reed switches, transformers etc. as it would magnetise the coils and may cause severe de-tuning.

Products in the Range


27MHz Gigalink receiver
Gigalink 240VAC receiver
2ch Gigalink Receiver
Gigalink 240VAC receiver
12V Receiver with LED indicators
GLR2701
Single Channel Receiver with Relay Output
GLR2701240
Single Channel 240V Receiver with Relay Output
GLR2702
2-Channel Receiver with 2 Relay Outputs
GLR2702240
2- Channel 240V Receiver with Relay Outputs
GLR270312
3-Channel 12V Receiver with 3 Relay Outputs
24V Receiver with relay outputs
12V 4ch Gigalink receiver
24V 4Ch Gigalink receiver
8 Channel Gigalink Receiver with solid state output
8 Channel Receiver with relay outputs
GLR270324
3-Channel 24V Receiver with 3 Relay Outputs
GLR270412
4-Channel 12V Receiver with 4 Relay Outputs
GLR270424
4-Channel 24V Receiver with 4 Relay Outputs
GLR2708
8-Channel Receiver with 8 Open Collector Output
GLR270812R
8-Channel 12V Receiver with 8 Relay Outputs
8 Channel Receiver with relay outputs
1ch receiver with Solid state output
2ch receiver with solid state output
   
GLR270824R
8-Channel 24V Receiver with 8 Relay Outputs
GLR2701SS
1-Channel Receiver with 1 Open Collector Output
GLR2702SS
2-Channel Receiver with 2 Open Collector Output
   

 

Technical Data


Supply Voltage

240Volts AC Mains
( 110-120VAC available on request).

Current Consumption

18mA 240V AC

Receiver Type

Dual Conversion Superheterodyne

Receiving Freq

27.195MHz (Other frequencies available: 27.045, 27.145 & 27.455MHz. NB. 27.455MHz is available for Europe Only)

Type of Crystal

10.245MHz, Fundamental, 20pf, 30ppm
16.495MHz, Fundamental, 20pf, 30ppm

Operating Temperature Range

-5 to 50°C

1st IF Freq

10.7MHz

2nd  IF Freq

455kHz

Selectivity

-6dB at ±5kHz
-20dB at ±6kHz

Sensitivity

1uV (for output to activate)

Image Rejection

At 26.285MHz better than -60dB

Type of Demodulation

Narrow-bandwidth Frequency Modulation (FM)

Occupied Bandwidth

±5kHz

Decoding System

Microcontroller (32-bit word 4.29 x 10^9 codes)

Code Combinations

4,294,967,296

Connection

5-way screw type terminal block for Supply and Relay
2-way screw type terminal block for Antenna

Output

Change over relay output, rated at 16 Amps of resistive load and up to 8 Amps of inductive load.

Antenna

50 ohms, 27MHz CB-Antenna or approximately 1m long & 1mm thick piece of wire

Dimensions

130 x 70 x 37mm

Mounting hole size

3.97mm or 5/32”

Weight

170g

Useable Transmitters

All Elsema Type 27MHz GLT-... series

Useable operating range

Up to 350m with proper 50 ohms, 27MHz CB-Antenna. Up to 200m with 1m long antenna wire. Antenna wire should be extended and away from metal. Ranges assume line-of-sight operation.

Block Diagram

Application Diagram

GLR2701240

wiring diagram