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Dwyer 616KD-A-08 Differential Pressure Transmitter, 0-40″ w.c.

Original price was: $240.69.Current price is: $84.24.

SKU: 616KD-A-08 Category: Tag:

Description

Dwyer 616KD-A-08 Differential Pressure Transmitter Overview

The Dwyer 616KD-A-08 is a high-accuracy differential pressure transmitter engineered for demanding HVAC and building automation applications. Designed for use with air and non-combustible gases, this transmitter delivers reliable, repeatable pressure measurement across a 0 to 40″ w.c. range — making it well suited for duct static pressure monitoring, filter status, fan differential, and clean room applications.

Key Features
  • Measurement range: 0 to 40″ w.c. (inches water column)
  • Accuracy: 0.25% Full Scale — exceptional precision for critical pressure monitoring
  • One-touch digital push button zero and span calibration for fast, tool-free field setup
  • Standard 4-20mA output signal for long-distance transmission and BAS integration
  • Field-selectable voltage output options: 0-10V, 0-5V, 2-10V, and 1-5V — no rewiring required
  • Compatible with air and non-combustible gases
  • Compact, panel-ready enclosure suitable for wall or duct mounting
Output Signal Options
  • 4-20mA (standard)
  • 0-10V DC (field selectable)
  • 0-5V DC (field selectable)
  • 2-10V DC (field selectable)
  • 1-5V DC (field selectable)
Ideal Applications
  • HVAC duct static pressure control
  • Air filter differential pressure monitoring
  • Fan and blower performance verification
  • Clean room and laboratory pressure monitoring
  • Building automation and energy management systems
Why Choose the Dwyer 616KD-A-08?

With its 0.25% full scale accuracy and versatile field-selectable output options, the Dwyer 616KD-A-08 eliminates the need for multiple transmitter SKUs across different control system requirements. The one-touch push button calibration reduces commissioning time and simplifies field adjustments, while the robust design ensures long-term stability in commercial and industrial HVAC environments.