Chart SpeedFIxed ( 20 mm, 60 mm, 120 mm / Hr. Up To 1200 mm/Hr.
Strip chart recorder Highly Precise & Accurate Synchronous Stepper Motor For Chart, One Or Two Pen Continuous Line.Stripcharts Writing Width 120 mm, Easily Replaceable Fibretip Disposable Pens.
Strip chart recorder Highly Precise & Accurate Synchronous Stepper Motor For Chart, One Or Two Pen Continuous Line.Stripcharts Writing Width 120 mm, Easily Replaceable Fibretip Disposable Pens.
Pressure recorders its terminator MTR Series Circular Chart Recorders for recording & monitoring of process parameters like Temperature humidity, Pressure Vacuum, flow & pH Graph size available 6”, 9” and 11” & Model MW 600, MTR 900, MTR 1000, in 1 or 2 Pen continuous marking. It is micro controller based unit and stepper motor driven pen & chart Movement.
Pressure recorders its terminator MTR Series Circular Chart Recorders for recording & monitoring of process parameters like Temperature humidity, Pressure Vacuum, flow & pH Graph size available 6”, 9” and 11” & Model MW 600, MTR 900, MTR 1000, in 1 or 2 Pen continuous marking. It is micro controller based unit and stepper motor driven pen & chart Movement.
Dimensions270 mm (W) x 178 mm (H) x 100 mm Depth max.
Flame Proof Temperature Indicator a top class industrial controller at an affordable price.!! The series HMI-040 is a perfect replacement to strip chart paper recorders, data loggers andmonochrome displays.
Flame Proof Temperature Indicator a top class industrial controller at an affordable price.!! The series HMI-040 is a perfect replacement to strip chart paper recorders, data loggers andmonochrome displays.
InputPT 100 Sensor (Three Wire ), Thermocouple (J,K) V DC & mA DC
Circular chart recorders Easily Replaceable Fibretip Disposable Pens, DC Gear Motor For Pointer Movement, Synchronous Motor For Chart Movement, Calibration By Trimpot On Front Side.
Circular chart recorders Easily Replaceable Fibretip Disposable Pens, DC Gear Motor For Pointer Movement, Synchronous Motor For Chart Movement, Calibration By Trimpot On Front Side.
Capacitance level indicator: Utilizes the capacitance formed between the sensing probe and the metallic vessel wall. A high frequency sine-wave is applied between the probe and the vessel wall.A change of the medium level will induce a change in the current of the applied sine-wave. From Z=Y2fc, when the capacitance in the vessel increase, Impedance will decrease and current will Increase. Vice-versa, when the capacitance in the vessel is small, the impedance will increase and current will decrease accordingly. Suitable for high temperature, high pressure and corrosive environment.
Capacitance level indicator: Utilizes the capacitance formed between the sensing probe and the metallic vessel wall. A high frequency sine-wave is applied between the probe and the vessel wall.A change of the medium level will induce a change in the current of the applied sine-wave. From Z=Y2fc, when the capacitance in the vessel increase, Impedance will decrease and current will Increase. Vice-versa, when the capacitance in the vessel is small, the impedance will increase and current will decrease accordingly. Suitable for high temperature, high pressure and corrosive environment.
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