Home > Electropneumatic Regulator >

4-20mA Output Signal 0.5MPa Smart Pneumatic Regulator

Product Categories

POWERFLOW CONTROL CO,. LTD.

Contact Now

4-20mA Output Signal 0.5MPa Smart Pneumatic Regulator

Name: 420mA Output Signal 05MPa Smart Pneumatic Regulator
Brand: POWERFLOW
Price: 1 USD

Brand Name : POWERFLOW

Model Number : IPR 2010

Certification : ISO9001.

Place of Origin : CHINA

MOQ : 1 Nos

Price : Quotation Offered by Email.

Payment Terms : T/T

Supply Ability : 50Nos/Week for every single Customer.

Delivery Time : 10-15 Days

Max Supply Pressure : 0.2MPa/ 1.0MPa

Pressure Range : 0.005 - 0.1MPa; 0.005 - 0.5MPa; 0.005 - 0.9MPa

Supply Voltage : Voltage: DC 24V±10%; Current-mode: Below 0.12A

Input Signal : Current-mode: DC 4-20mA; Voltage-mode: DC 0-5V, DC 0-10V

Input Resistance : Current-mode: below 250Ω; Voltage-mode: about 6.5KΩ

Output Signal : DC 1-5V load resistance: above 1KΩ; DC 4-20mA load resistance: below 250Ω; Output accuracy: within 6%

Contact Now

IPR2000 Series 0.5MPa Pressure Range Intelligent Pneumatic Regulator with 4-20mA Output Signal

1. Product Description

IPR 2000 series regulators can be used universally, for high precision or high speed at the press of buttons. Or for processes requiring precise flexible local regulation of force and pressure. Regulator characteristics ensure optimum results.

2.Technical Datas

Type selection	IPR 2010,2020,2030
Min supply pressure	+0.1MPa
Max supply pressure	0.2MPa /1.0MPa
Pressure range	0.005~0.1MPa 0.005~0.5MPa 0.005~0.9MPa
Supply voltage	Current: Below 0.12A Voltage:DC:24V ±10%
Input signal	Voltage-mode:DC0-5V, DC0~10V Current-mode:DC4~20mA
Input resistance	Voltage-mode: about 6.5KΩ Current-mode: below 250Ω
Output signal	DC4~20mA load resistance: below 250Ω DC1~5V load resistance:above 1KΩ Output accuracy : within 6%
Linear	1%F.S.
Hysteresis	0.5%F.S.
Repeatability	0.5%F.S.
Temperature characteristic	2%F.S.
Pressure display	2%F.S. (Accuracy) 1/1000(Graduation)
Ambient and Fluid Temperature	0~50℃
Protection level	IP65

3. Dimensions

IPR 2010