PRODUCT CENTER
IP5500

IP5500 series positioner is mounted on pneumatic actuators. It’s used to control air intake and exhaust of the pneumatic actuators to drive the valve position to the set point by calculating both data from 4-20mA DC signal and feedback position.

  • Easy to install, one-key auto-tune calibration
  • Easy to operate with 4 buttons and LCD display
  • Numerous functions can be activated
Technical specification
Technical data
Dimensions
Structure
Electrical connections
Pneumatic connections
Principle Block Diagram
Combination mode
  • Install type
    Acting type
    Feedback signal
    Mounting Bracket
    Pressure gauge

    Normal linear(L

    Remote linear(FL

    Normal rotary(R

    Remote rotary(FR

    Single acting(S

    Double acting(D

    No(0

    Yes(1

    No(0

    Linear Bracket(1

    Rotary Bracket(2

    No(0

    Yes(1

Power off state option is Safe by default.

Technical Data
Material Aluminum
Power supply 24V DC ±10%
Input signal 4 – 20 mA DC
Stroke

Linear stroke:10-100mm,

Rotary stroke:30-100°


Gas source requirement


Neutral gases, air DIN ISO 8573-1

Solid particle size and density  Class 3

Dew point  Class 3

Oil content  Class 3

Ambient temperature
-20°C ~ +70°C
Vibration resistance

0.15mm, 10Hz-60Hz, 20 cycle/axis

20m/s2, 60Hz-500Hz, 20 cycle/axis

Recommended range for control valve≤ 20m/s2, no resonance peak

Supply pressure
0.14-0.7MPa
Flow
75L/min (Sup=0.14MPa)

Basic error

≤ 1.0%

Hysteresiserror

≤ 1.0%
Electrical connection
M20×1.5
Pneumatical connection
G1/4
Protection class
IP66



  • Electrical
    Description
  • IN+




    4-20mA set-point signal +




  • IN-




    4-20mA set-point signal -




  • DC 24V +




    Power supply DC 24V +





  • DC 24V -







    Power supply DC 24V -






  • OUT



    4-20mA feedback signal +






  • OUT-








    4-20mA feedback signal -









Pin Description

SUP

Air supply enter

OUT1

Pilot air outlet 1

OUT2

Pilot air outlet 2


  • Normal rotary version
  • Remote rotary version
  • Normal linear version
  • Remote linear version