Today, the application of precision instruments is seen in all industrial units and various processes. Knowing the sensors, transmitters, measuring devices and controllers and choosing the most suitable equipment in the process is one of the tasks of precision instrument engineers. The methods of temperature measurement, pressure measurement, flow measurement, fluid level measurement, humidity, PH values and gas concentration, etc., are used for different conditions, so it is important to know and check all these things.
Electrical equipment and instrument supply
Instrumentation is the equipment that is used for monitoring, controlling and measuring
The instrument consists of the following three basic parts:
- Measurement (pressure, temperature, fluid flows, fluid height, speed, vibration, smoke detector, analyzers, etc.)
- Control (such as PLCs, Distributed Controller System (DCS) and Fuzzy Controllers (FCD))
- Actuators are devices that take the output signal from the controller and act according to these signals. Among the main output devices are control valves and electric motors. . . Cited. These tools, with their function, control the measured parameters in the desired value. These tools have a wide variety
Sepehr Sanat services in the department of Electrical equipment and instrument supply
Control valves
Control systems
Transmitters
Analyzers
All types of cables and cable trays
Orifices
Some of the most important manufacturers of precision instruments and automation equipment in the world:
There are many companies that are active in the production of these equipments. Some examples of the most important global manufacturers of precision instrument equipment are: (VEGA), (E+H), (Siemens) ,(Dräger) ,(Honeywell) ,(Prosense) ,(Schneider),(Pepperl Fuchs), (WIKA),(NOVUS), (ABB),(SIKA),(Weidmüller), (Pilz), (Schmersal), (PHOENIX CONTACT), (Micro Detectors),(OMRON), (Yoshitake),(Yokogawa) ,(Yaskawa) ,(Apex), (Festo), (ifm), (Rexroth) , (Lenze), …
