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Micro Motion 2200S Integral Mount, 2-Wire, Loop-Powered Transmitter.
2200S
A 2-wire transmitter that enables the use of reliable, accurate, compact and hygienic Micro Motion Coriolis meters virtually anywhere in a plant.
The 2-wire design brings measurement accuracy, repeatability and operational savings on a level not previously possible for flow points with only loop power. You can reduce waste and rework while improving the quality without the need for additional power wiring.
Micro Motion 2200S Integral Mount, 2-Wire, Loop-Powered Transmitter.

Specs

Output variables
Mass & volume flow
Net mass & volume flow
Temperature
Density
Local display
Standard user interface with 2-line LCD panel
Two clips for HART/Bell 202 connections (requires removing transmitter housing cover)
Two membrane pushbuttons for local operation (requires removing transmitter housing cover)
Glass or plastic lens options
Power
Loop powered
17–36 VDC, external
0.8 watts maximum
Maximum load limit: 600 Ω
Input/output signals
One passive 12–20 mA output
HART/WirelessHART
Bell 202 signal is superimposed on the primary milliamp output
WirelessHART available via THUM adapter
Mounting options
Field mount, integral with sensor
Application types
Continuous process control
Hazardous approvals
C1D1
C1D2
Zone 1
Zone 2

Features

  • Replace existing 2-wire flow devices with minimal effort and without incurring additional power or cabling costs
  • Easily integrate Coriolis meters into existing processes for improvement measurement and reduced maintenance
  • Cut electrical cost and space usage with compact, integral transmitter design for use on integrated systems and skids
  • Install anywhere with no flow conditioning or straight pipe run required
  • Maintain accuracy over a wide flow range from a single meter to optimize plant efficiency
  • Eliminate maintenance, repair or unnecessary downtime – no moving parts
  • Alleviate problems of inferred-mass from volumetric technologies with repeatable, direct mass flow measurement
  • Improve start-up and availability with simple commissioning and reduced risk