Multi-Variable Differential Pressure Transmitter

 : WZ325199
 : ALDPT-MV
 : Smart Measurements

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Technical data sheet
  Multi-Variable Differential Pressure Transmitter - Datasheet

Multi-Variable Differential Pressure Transmitter

Product Description

SMARTMEASUREMENT’s ALDPT-MV measures three separate process variables simultaneously and provides dynamic calculation of fully compensated mass flow rate for steam and liquids respectively and standard volume flow for gases. It measures differential pressure and absolute pressure from a single sensor and process temperature from a standard PT 100 Resistance Temperature Detector (RTD). Flow calculations include compensation of pressure and/or temperature as well as more complex variables such as discharge coefficient, thermal expansion, Reynolds number and compressibilty factor. The ALDPT-MV includes flow equations for steam, gases and liquids so that one model is all you need in your system. It can also measure static pressure with both integral or remote electronics and HART protocol. Many plants calculate mass flow in a host computer using a simplified mass flow equation. The ALPDT-MV provides full compensation of over 25 different parameters to achieve a 5x improvement in flow performance compared to uncompensated DP flow. The ALDPT-MV is ideally suited to work with SMC’s ACONE primary flow elements.

Requirements

  • Multi-parameter capablity in a single transmitter – up to three measured values
  • May be used for level and flow measurement of gas, liquid and steam
  • Modular: interchangeable electronics with self-reconfiguration
  • Advanced diagnostics capabilities
  • Dynamic flow correction with continuous calculation of Reynolds’s number and flow
  • Displays process value(s) and alarm status
  • Mass and standard volume flow in accordance with AGA 3 or DIN EN ISO 5167
  • Convenient; configurable via local operating keypad
  • Linearization of the primary elements
  • Analog 4~20 mA DC two wire linear output
  • HART protocol