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NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter
NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter

NEW - Siemens DMT-2000 Circor Liquid and Gas Multivariable Flow Meter

$ 132

Availability: 100 in stock
  • All returns accepted: Returns Accepted
  • Brand: Siemens
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • Refund will be given as: Money Back
  • Model: DMT-2000
  • MPN: DMT-2000SKNGN10C
  • Condition: New in open box

    Description

    Siemens Circor
    Liquid and Gas Multivariable Flow Meter
    DMT-2000 series
    DMT-2000SKNGN10C
    DMT2000SKNGN10C
    DMT2000
    Input Rating 9.5Vdc, 100 mA
    New in open box
    The Siemens DMT is an intrinsically safe and self-contained sensor which can be used to measure the flow, temperature and pressure of fluids flowing in a Sample Conditioning System (SCS) connected to a Siemens Maxum or MicroSAM process Gas Chromatograph (GC). The DMT provides flow rate, temperature and pressure in a single unit. Using a scalable, anti-clogging flow restriction technology with integrated high-overpressure relief for protection from accidental pressure upsets and hydraulic hammer effects, it is reliable in longterm operation. The DMT is certified in Europe and North America for intrinsically safe or non-incendive operation in Class 1 Division 1 or 2 or Zone 0, 1 or 2. The intrinsic safe electronics make the DMT ideal for use in modern process analyzer sample conditioning systems by minimizing cost and maximizing the number of measurement points available when designing "smarter" sample conditioning systems.