نشت یاب گاز اتیلن اکسید مدل Dm – 100

محصولات

نشت یاب گاز اتیلن اکسید مدل Dm – 100

نشت یاب گاز اتیلن اکسید مدل Dm – 100

Ethylene Oxide Gas Leak Detector Model Dm100

Detcon Model DM-100-C2H4O is a gas detection sensor designed to detect and
monitor Ethylene Oxide in air over the range of 0-100 ppm using electrochemical sensor technology. Method of detection is by diffusion adsorption. Air and
gas molecules diffuse through a porous membrane contacting an electrolyte
solution which creates a change in electrical conductance between a reference
and measure electrode. This change in conductance is conditioned by internal
electronic circuitry to provide a linear 4-20 milliamp signal proportional to the
gas concentration.

برند :
کد محصول : 11990
آخرین بروزرسانی : 6 جولای 2019 در 11:08 ق.ظ

    Model DM-100 Series sensors feature intelligent electronics, non-intrusive
    operator interface and comprehensive fault diagnostics. The sensor is packaged
    in an electro-polished 316 stainless steel housing fitted with a ¾ inch NPT
    thread. The plug-in, field replaceable sensor cell features large surface area
    gold-plated pins that reduce the effects of corrosion in harsh industrial environments. Signal conditioning electronics are completely encapsulated in the sensor
    housing adding a high level of durability to the design. The packaging is
    XP-intrinsically safe. This innovative design marks a return to a simple, more
    affordable, and durable gas detection sensor without compromising quality.
    Model DM-100 sensors provide a 2-wire loop powered 4-20 mA current signal
    equivalent to the sensor range of detection. Upper enclosure options are aluminum and stainless steel (includes a transient protection terminal board). Additional accessories include wireless communications, a loop powered digital
    display, Remote Alarm Module (RAM), HART, and a current to RS-485
    converter. The standard serial converter is Modbus RTU. Each sensor is shipped
    with a splash guard with integral calibration port.