Automation

Smart Valve Positioner

ASD-5000 Smart positioner

The Smart Positioner Designed to Tackle Harsh Environments

ASD-5000 is the smart valve positioner which offers incomparable and stable control processing performance and advanced self-diagnostics for control valves. ASD-5000 has an outstanding durability and it has an improved control performance thanks to non-contact sensors with accuracy. ASD-5000 has a wide and multi-lingual display that provides diverse information and a current control situation with graph.

Features

Easy to use

  • Quick auto-calibration by pushing one button
  • Detecting RA (reverse acting) or DA (direct acting) automatically regardless of wrong air connections

  • By-pass (auto/manual screw)

  • Logical trend and histogram collection

  • Providing a mounting bracket to meet IEC 60534-6-1 for linear valves

  • Supporting a NAMUR mounting pattern VDI/VDE3845 (IEC60534-6-2) and providing a multi-size mounting bracket for rotary valves

Improved display performance

  • Wide and multi-lingual full text graphical TFT LCD with high-resolution and clear graphic images

  • Provides 3 steps to re-size information on LCD

  • Shows a control history trend, a logical trend and histogram collection

HART communication

  • HART (Ver. 7)
  • FDI certified by FieldComm Group
  • DTM certified by FDT Group

Non-contact position sensor

  • Magnetic position sensor (MPS, non-contact)

  • Resistant to vibration

  • Excellent temperature characteristics

Improved durability

  • Vibration and impact tolerant

  • Resistant to dirty air and humidity

Diagnostics

  • Self-diagnostics

  • Advanced diagnostics with 4 × pressure sensor

  • Valve signature

  • Valve step response

  • Partial stroke test (PST)

Options

  • Output position transmitter (4 – 20 mA)

  • 2 × 24VDC software limit switch or 2 × SPDT mechanical limit switch

  • Position indication beacon (dome)

  • Stainless steel body (316SS)

  • Intrinsically safe Ex ia IIC Gb & Ex ia IIIC Db

  • HART communication (Ver. 7)

  • Fail-freeze function (stay at last position)

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