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HONEYWELL T775A2009/U Image 1

HONEYWELL T775A2009 ELECTRONIC THERMOSTAT CONTROLLER

MFR Part #: T775A2009/U
SKU #: 1084475
Brand: Honeywell
UPC: 085267299152
Honeywell T775A2009/U Electronic Remote Temperature Controller, -40 to 248 deg F Control, 1 to 150 deg F Differential, SPDT Relay Switch, Import
Limited
(1) T775-SENS-WR Sensor
For applications where electronic accuracy and remote sensing of temperature is required
CE Certified | cUL Listed | UL Listed

Honeywell Electronic Remote Temperature Controller, Series: T775, -40 to 248 deg F Control Range, 1 to 150 deg F Differential, SPDT, Relay Switch, 1097 Ohm PTC at 77 deg F Sensor, 1/4 in Dia x 2 in L Sensing Bulb, 1 Relay Inputs, 1 Relay Outputs, 24/240 VAC, NEMA 4X, 4-13/32 in W x 2-15/16 in D x 8-5/32 in H, Import

The T775 electronic remote temperature controllers are the next generation of commercial and agricultural controls capable of remote sensing of temperature and providing switched and/or proportional outputs to various types of loads.

Product Details

Honeywell Electronic Remote Temperature Controller, Series: T775, -40 to 248 deg F Control Range, 1 to 150 deg F Differential, SPDT, Relay Switch, 1097 Ohm PTC at 77 deg F Sensor, 1/4 in Dia x 2 in L Sensing Bulb, 1 Relay Inputs, 1 Relay Outputs, 24/240 VAC, NEMA 4X, 4-13/32 in W x 2-15/16 in D x 8-5/32 in H, Import

The T775 electronic remote temperature controllers are the next generation of commercial and agricultural controls capable of remote sensing of temperature and providing switched and/or proportional outputs to various types of loads.

Attributes

Control Range-40 to 248 deg F
Country Of OriginMexico
Differential1 to 150 deg F
Dimensions4-13/32 in W x 2-15/16 in D x 8-5/32 in H
Domestic/ImportImport
Enclosure TypeNEMA 4X
Number of Relay Inputs1
Number of Relay Outputs1
Sensing Bulb Size1/4 in Dia x 2 in L
Sensor Type1097 Ohm PTC at 77 deg F
SeriesT775
Switch ActionSPDT
Switch TypeRelay
Voltage Rating24/240 VAC

Features

  • Save time on installations with the easy-to-use graphical interface, large display and the intuitive programming
  • Use the time clock scheduler or digital input to control the setback and disable output options to help save energy
  • Get pinpoint control on modulating outputs by setting the integral and derivative times (PI or PID)
  • Protect equipment from freezing or overheating on models with the modulating high or low limit control option
  • Configure models with reset in a few easy steps
  • Control floating actuators with floating outputs on select models
  • Eliminate the need for a separate time delay device and protect equipment with the minimum off time option
  • 50/60 Hz frequency