Sign In
Select your Country: Language:
 
XSA Pressure transmitters for applications in hazardous areas

XSA Pressure transmitters for applications in hazardous areas
  • Ranges from: 0...0.25 bar to 0...60 bar (0...5 to 0...1000 psi) 
  • Accuracy: 0.2% FSO
  • Current output signal
  • Protection rating: IP65 / IP67
  • Wetted parts: AISI 304 and AISI 316
  • ATEX EEx ia IIC T5 e T6 Certification
  • Accessories: TDP
 
Are you interested In?

Profile

The XSA transducers are based on the piezoresistive measurement principle.
The mechanical structure makes the transducer insensitive during the tightening phase.
This transducer is suitable for all those applications which require robustness as well as a high accuracy.
The series can be used in applications characterized by the presence of explosive atmosphere.
For this reason the probes are designed and manufactured according to the ATEX 94/9/CE

Downloads

Download our Documentation Select document language


DataSheet
XSA datasheet

Brochure
Brochure (Pressure Transducers and Transmitters)

User manual
Safety Note

Solution

Chemical-Pharmaceutical

GEFRAN offers a wide range of sensors, indicators and controllers for the chemical pharmaceutical industry, suitable for processes that demand reliability, precision, diagnostics and data transmission to supervisory units.
There are many complete solutions for temperature control, with configurable acquisition inputs and outputs for electric heaters, fans, inverters, proportional or servo-controlled valves. Parameter recipes can be managed digital communication with PLCs and other control units. Heat profiles can also be run.
The wide range of products also includes controllers and programmers with advanced functions such as cascade and ratio controls.
The components are also ideal for plant expansion and maintenance, thanks to their great versatility in terms of possible installations, materials used for sensing elements, measurement ranges, resolution and sampling speed, types of output signals, digital communication and protocols.