Wireless Receivers

WIRELESS RECEIVER, 48-CH, 2.4GHZ, WALL; Analogue Outputs:-; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA; Supply Voltage Max:5VDC RoHS Compliant: Yes

WIRELESS RECEIVER W/NEMA, 48-CH, 2.4GHZ; Analogue Outputs:-; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA; Supply Voltage Max:5VDC RoHS Compliant: Yes

WIRELESS RECEIVER, 48-CH, 915MHZ, WALL; Analogue Outputs:-; Carrier Frequency:915MHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA; Supply Voltage Max:5VDC RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:4mA to 20mA; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX W/NEMA, ANALOG O/P, 2.4GHZ; Analogue Outputs:4mA to 20mA; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:Thermocouple K Type; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:0V to 5V; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:0V to 10V; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:4mA to 20mA; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:Thermocouple K Type; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:0V to 10V; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:300mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:4mA to 20mA; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:0°C; Operating Temperature Max:55°C; Current Consumption:250mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:Thermocouple K Type; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:0°C; Operating Temperature Max:55°C; Current Consumption:250mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:0V to 5V; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:0°C; Operating Temperature Max:55°C; Current Consumption:250mA RoHS Compliant: Yes

WIRELESS RX, 48-CH, ANALOG O/P, 2.4GHZ; Analogue Outputs:0V to 5V; Carrier Frequency:2.4GHz; No. of Channels:48Channels; Operating Temperature Min:0°C; Operating Temperature Max:55°C; Current Consumption:250mA RoHS Compliant: Yes

WIRELESS TRANSCEIVER, 2.4GHZ, WALL; Analogue Outputs:0V to 10V; Carrier Frequency:2.4GHz; No. of Channels:1Channels; Operating Temperature Min:-10°C; Operating Temperature Max:70°C; Current Consumption:50mA; Supply Voltage Max:24VDC RoHS Compliant: Yes

WIRELESS RECEIVER, 2.4GHZ, WALL; Analogue Outputs:-; Carrier Frequency:2.4GHz; No. of Channels:16Channels; Operating Temperature Min:0°C; Operating Temperature Max:70°C; Current Consumption:-; Supply Voltage Max:30VDC RoHS Compliant: Yes