I/P & E/P Converters

I/P and E/P converters are a type of pneumatic fitting that can change pneumatic pressures in response to varying electrical current and voltage input signals. These converters can be mounted in control rooms or in the field. Some devices come with mounting brackets and connector plugs and can be sensitive to low pressures. An I/P converter works with current and an E/P converter works with voltage.

Pneumatic control valves usually need a converter to change an electrical signal into a pneumatic one.  I/P converters offers a reliable way of converting electric signals into pneumatic pressure. Their function is to deliver a flow of liquid or gas, based on the rate of electrical current that is received into the electrical circuit.

What does an I/P converter do?

An I/P converter is a current to pressure transducer which is used in industrial control systems. These devices are used to translate a current input signal (I) into a pneumatic output (P) which then controls the opening or closing of a valve. They translate the analog output from a control system into a pressure value to control pneumatic actuators, pneumatic valves, dampers and  vanes. There are suitable in circuits that require various speeds.

What is the difference between an I/P converter and an E/P converter?

The 'I' in I/P represents current, the 'E' in E/P represents voltage and the 'P' represents pressure. So in general an I/P is an electronic device that converts electric current into a known output pressure and an E/P converts voltage into a known output pressure. The IP converter usually receives a 4-20mA signal and converts it to a pneumatic output and the E/P converter usually receives a 0-10V signal and also converts it to a pneumatic output.

Application

I/P and E/P converters are widely used in manufacturing and industrial automation.


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Beskrivning Pris Manufacturer Series Flow Rate Input Signal Connection Size Connection Thread Standard Maximum Operating Pressure Maximum Operating Temperature Connection Thread Size Minimum Operating Pressure Minimum Operating Temperature Hazardous Area Certification Overall Height Minimum Outlet Pressure Maximum Input Pressure
RS-artikelnummer 538-3782
Tillv. art.nrEX140 01PK4EE1
VarumärkeWatson Smith
5 897,78 kr
Each
Enheter
140 <2.5NL/min 4-20mA NPT 1/4 Female NPT 15 psi +85°C 1/4 in 3psi -40°C ATEX - - -
RS-artikelnummer 884-9279
Tillv. art.nrITV2010-01F2BS3
VarumärkeSMC
5 483,51 kr
Each
Enheter
- 1500L/min 4 → 20mA G 1/4 G 0.2 MPa +50°C 1/4 - 0°C - - - -
RS-artikelnummer 729-470
Tillv. art.nr400100R
VarumärkeWatson Smith
4 702,82 kr
Each
Enheter
100X, 101X 0.85L/min 4-20mA NPT 1/4 Female NPT 15 psi +85°C 1/4 in 3psi -40°C - - - -
RS-artikelnummer 873-2648
Tillv. art.nrITV0050-0BS
VarumärkeSMC
3 505,36 kr
Each
Enheter
- - - - - - +50°C - - 0°C - 86 (For Single Unit) mm, 89 (For Manifold) mm 0.001MPa 1MPa
RS-artikelnummer 538-3798
Tillv. art.nrAC0100
VarumärkeWatson Smith
5 373,94 kr
Each
Enheter
422 0.2 (Low) L/min, 0.4 (High) L/min 4-20mA NPT 1/4 Female NPT 1 bar +70°C 1/4 in 0.2bar -20°C - - - -
RS-artikelnummer 729-486
Tillv. art.nr540400R
VarumärkeWatson Smith
4 167,20 kr
Each
Enheter
100X, 101X 1.75L/min 1 → 10V (Volts) NPT 1/4 Female NPT 120 psi +60°C 1/4 in 2psi - - - - -