Water Temperature Control Bench

Water Temperature Control Bench

Categories: Mechanical Lab Equipment Manufacturer

Water Temperature Control Bench Teaching Objectives of Water Temperature Control Bench Study of temperature control with two different actuators (1st range process) Split range control St...


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Description

Water Temperature Control Bench

Teaching Objectives of

Water Temperature Control Bench
  • Study of temperature control with two different actuators (1st range process)
  • Split range control
  • Study of a static answer
  • Identification in open and closed loop mode.
  • Measure of the output power of the regulator on the control cabinet with the help of secured plugs.
  • Disturbance of the set point.

Technical specifications

  • A tank made of stainless steel with draining and overflow
  • An electric heater - power 1,5 kW
  • A Pt 100 temperature probe
  • A security thermostat
  • A low level security of the heater
  • A flow meter for the cold fluid
  • A stainless steel pump
  • A disturbance temperature circuit
  • A set of manual valves
  • A converter
  • A numeric controller
  • Universal entry: mV, V, my, T/L, RTD
  • Algorithm of regulation: P, PI, PID, autoadaptatif

Options:

  • Data acquisition module ref MAC composed with :
  • A regulator with a RS485 communication card. In this case the reference number of the equipment equipped with the regulator with card become .
  • A converter RS485/RS232
  • A data acquisition software under Windows allowing :
  • Reading PID parameters.
  • The drawing of the curves.
  • The remote control of the regulator parameters.
  • The storage of the values
  • PC computer type Pentium IV

Dimensions and weight

  • 1 700 x 1 500 x 600 mm - 120 kg

Essential requirements

  • Power supply : 220 V three phases - 50 Hz – 2 kW.


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quick overview :

Water Temperature Control Bench

Teaching Objectives of

Water Temperature Control Bench
  • Study of temperature control with two different actuators (1st range process)
  • Split range control
  • Study of a static answer
  • Identification in open and closed loop mode.
  • Measure of the output power of the regulator on the control cabinet with the help of secured plugs.
  • Disturbance of the set point.

Technical specifications

  • A tank made of stainless steel with draining and overflow
  • An electric heater - power 1,5 kW
  • A Pt 100 temperature probe
  • A security thermostat
  • A low level security of the heater
  • A flow meter for the cold fluid
  • A stainless steel pump
  • A disturbance temperature circuit
  • A set of manual valves
  • A converter
  • A numeric controller
  • Universal entry: mV, V, my, T/L, RTD
  • Algorithm of regulation: P, PI, PID, autoadaptatif

Options:

  • Data acquisition module ref MAC composed with :
  • A regulator with a RS485 communication card. In this case the reference number of the equipment equipped with the regulator with card become .
  • A converter RS485/RS232
  • A data acquisition software under Windows allowing :
  • Reading PID parameters.
  • The drawing of the curves.
  • The remote control of the regulator parameters.
  • The storage of the values
  • PC computer type Pentium IV

Dimensions and weight

  • 1 700 x 1 500 x 600 mm - 120 kg

Essential requirements

  • Power supply : 220 V three phases - 50 Hz – 2 kW.

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Product

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    No Review Yet.