Temperature System Simulator

Temperature System Simulator

Product Details:

  • Voltage 230 V AC
  • Display Digital LED Display
  • Power 25 W
  • Usage Simulator for temperature systems, calibration and testing
  • Product Type Temperature System Simulator
  • Material High-grade ABS & metal
  • Design Portable benchtop design
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Temperature System Simulator Price And Quantity

  • 1 Unit
  • -20C to +120C
  • 80% RH
  • Selectable 4-20 mA and 0-10 V
  • External multi-point calibration
  • Overload & short circuit
  • -40C to +80C
  • BNC & Terminal connectors
  • 0.01C
  • Switchable LED indicators
  • Complies with IEC 61010

Temperature System Simulator Product Specifications

  • 2 hours
  • Temperature System Simulator
  • High-grade ABS & metal
  • 0.1C
  • AC Mains
  • Simulator for temperature systems, calibration and testing
  • Digital LED Display
  • Portable benchtop design
  • 300 mm x 200 mm x 150 mm
  • Pt100 Sensor
  • 230 V AC
  • 2.5 Kg
  • 25 W
  • -20C to +120C
  • 80% RH
  • Selectable 4-20 mA and 0-10 V
  • External multi-point calibration
  • Overload & short circuit
  • -40C to +80C
  • BNC & Terminal connectors
  • 0.01C
  • Switchable LED indicators
  • Complies with IEC 61010

Temperature System Simulator Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

DESCRIPTION

This set up is designed to study performance of analog PID controller with model process as temperature control system. The set up has built in signal source as reference, digital voltmeter as temperature indicator, PID controller with separate controls and a model process with built in regulated DC supply to operate the system.The controller parameters are controlled by PID controls in which I control can be out of circuit by mean I ON  control switch. The D control is made out by mean of keeping D control to minimum or fully counter - clockwise direction. The set point temperature is adjusted by  SET POINT  control while the reference temperature is read by digital display keeping TEMP switch to set point direction. The heater may be cut-off regardless of any setting by mean of  HEATER ON  switch. A fan is included in the oven which is used to bring temperature below when the heater is off. The similar one is used to add disturbance when the set up is running under PID control mode.

TECHNICAL SPECIFICATIONS

  • Temperature controller with facilities for P,I,D and relay control blocks.
  • Operating temperature : Ambient to 90 C.
  • Separate control for P,I,D channel gains.
  • Two settings for relay thysteresis.
  • Fast 25W oven fitted with IC temperature sensor.
  • Digital display of set and measured temperature on a 3 DVM.
  • Buffered output for recorder.
  • IC regulated power supplies.
  • 220V  10%, 50Hz mains operated.
  • User's Manual with patch cords


Precision Temperature Simulation

This simulator covers a temperature range from -20C to +120C, offering high accuracy and fine resolution. Its output selections (4-20 mA and 0-10 V) and digital display ensure seamless integration and easy readings during calibration or equipment testing.


User-Friendly Features

Designed for convenience, the system comes with switchable LED indicators for real-time status, BNC and terminal connections for flexible interfacing, and a robust overload and short-circuit protection mechanism. Its portable form makes it suitable for both lab and field operation.


Reliable and Safe Operation

Constructed with durable ABS and metal, this simulator complies with IEC 61010 standards, ensuring reliable and safe operation in demanding environments. With external multi-point calibration, its performance remains precise and consistent for various calibration protocols.

FAQs of Temperature System Simulator:


Q: How can the Temperature System Simulator be used for calibration tasks?

A: The simulator is ideal for calibrating and testing temperature measurement systems by providing accurate and stable temperature outputs within the -20C to +120C range. Simply connect your device via BNC or terminal connectors, select the desired output (4-20 mA or 0-10 V), and utilize the digital LED display for monitoring.

Q: What areas or industries benefit most from using this simulator?

A: This device is valuable for laboratories, industrial calibration facilities, process control technicians, educational institutions, and R&D labs where precise simulation and verification of temperature measurement systems are vital.

Q: When should I perform external multi-point calibration on the simulator?

A: External multi-point calibration is recommended during routine annual maintenance, after intensive use, or when there are suspected deviations in performance, ensuring measurement accuracy is retained over time.

Q: Where can the simulator operate effectively in terms of temperature and humidity?

A: It functions efficiently in environments with ambient temperatures between -20C and +120C, operating humidity of up to 80% RH, and is suitable for both indoor laboratory and industrial spaces.

Q: What process safeguards are in place to protect the simulator during operation?

A: The simulator is equipped with automatic overload and short circuit protection, helping to prevent device damage and ensure operator safety during use.

Q: What are the main benefits of using this simulator over traditional methods?

A: Users benefit from rapid setup, precise results thanks to the Pt100 sensor, user-friendly indicators, multiple output options, and a robust, portable design compliant with safety regulations, making calibration and testing more efficient.

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