Model TD8600 P/I Pressure Transmitter

Brand: Fairchild Industrial Products

Designed for harsh conditions Rotork Fairchild’s Model TD8600 uses piezo and thin film technology to offer a rugged but inexpensive solution that is small and fits into hard-to-access areas. 

Inspired by Diverse Needs
  • Pneumatic and Hydraulic systems in process, test and control applications may generate severe “spikes” that overpressure many sensors. 
  • To combat spikes, Fairchild employs a thin film technology on a stainless steel diaphragm. 
  • This higher mass diaphragm withstands short-term overpressure conditions inherent in hydraulic applications. 

Easily Adaptable 
  • The TD8600 series utilizes several features to fit the widest possible applications.
  • The EN175301-801A DIN connector is an industrial standard with excellent weather resistance.
  • The TD8600 also has 0.5% acuracy and is offered with a wide selection of 1/4” NPT or BSPP pressure ports.
Features
  • Low Cost 
  • 0.5% Accuracy 
  • Resistant to pressure spikes 
  • Cost effective DIN connector 
  • Welded stainless steel construction

Specifications

Approvals & Certifications

  • RoHS

Compensated Temperature

  • 20° to 80° C (70° to 170° F)

Electrical Connectors

  • DIN Plug EN 175301-801-A

Enclosure, Body Material

  • 316L Stainless Steel

Hysteresis

  • < 0.16 % of Full Scale Output

Linearity

  • Non-Linearity: ≤ ± 0.5 % of Full Scale Output

NPT Connection

  • 1/4” NPT Typical

Operating Temperature

  • -30° to 100° C (-22° to 212° F)

Output

  • Model 8601: 0-5 Vdc
  • Model TD8602: 4-20 mA

Power

  • 20 mA ± 2 % at 70° F
  • 5 Vdc ± 2 % at 70° F

Pressure Range

  • bar: 0 to 689.5
  • kPa: 0 to 689,475
  • psig: 0 to 10,000

Repeatability

  • < 0.16 % of Full Scale Output

Resolution

  • Infinite

Response Time

  • ≤ 5 milliseconds or 90 % Change in Output

Shock

  • 500 G as Per IEC 60068-2-27

Supply Voltage

  • 8-30 Vdc

Vibration

  • 10 G Per IEC 60068-2-8

Wetted Materials

  • 316L Stainless Steel

Zero Offset

  • ≤ 0.5 to 0.8 of Span

show more