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Honeywell T675A1102 Remote Bulb Temperature Controller for Ducts, Pipes & Boilers

Original price was: $372.51.Current price is: $93.13.

SKU: T675A1102 Category: Tag:

Description

The Honeywell T675A1102 is a heavy-duty remote bulb temperature controller engineered to regulate the temperature of air or liquids in a wide range of HVAC and hydronic applications, including ducts, pipes, tanks, and boilers. Built for reliability in demanding commercial and industrial environments, this controller offers a broad operating range and flexible voltage compatibility to suit virtually any installation.

Key Features
  • Regulates temperature of air or liquids in ducts, pipes, tanks, and boilers
  • Wide setpoint temperature range: 160°F to 260°F
  • Maximum operating temperature: 280°F
  • Adjustable differential temperature range: 3°F to 10°F
  • Dual voltage compatibility: 120Vac or 240/277Vac
  • Remote bulb sensing for accurate, remote temperature measurement
Application

The T675A1102 is ideal for high-temperature control scenarios where precise regulation is critical. Its remote bulb design allows the sensing element to be placed directly in the medium being controlled — whether that’s airflow in a duct, fluid in a pipe, or liquid in a tank or boiler — while the controller body is mounted in a convenient, accessible location. The wide differential adjustment (3–10°F) allows technicians to fine-tune the control response to match system requirements and minimize short-cycling.

Electrical Specifications
  • Voltage: 120Vac or 240/277Vac
  • Setpoint Range: 160°F – 260°F
  • Maximum Operating Temperature: 280°F
  • Differential Temperature Range: 3°F – 10°F (adjustable)
Why Choose the Honeywell T675A1102?

Honeywell’s T675 series remote bulb controllers are trusted by HVAC professionals for their rugged construction, straightforward installation, and dependable performance in high-temperature environments. The T675A1102 is a go-to solution for boiler control, duct temperature limiting, and process temperature regulation across commercial and light industrial systems.