Computer Controlled Heat Transfer Teaching Equipment

Computer Controlled Heat Transfer Teaching Equipment .
Our respected clients can avail from us a quality approved the range of Computer Controlled Heat Transfer Teaching Equipment. These products are made available in multiple sizes to fulfill the varied needs of the customers. High-grade materials are obtained from reputed and trusted vendors for manufacturing these products. These products provide a variable and stabilized 0-24V DC supply to the heater of the heat transfer accessory, with a current capability of 9A.

Features:

• Trouble free performance
• Easy to use
• Anti-corrosive

Specification:

• A bench top service unit designed to interface to a range of heat transfer accessories.
• Provides a variable, stabilised 0-24V DC supply to the heater of the heat transfer accessory, with a current capability of 9A.
• Provides a drive signal for a proportioning solenoid valve used for flow control.
• Provides a control signal to a variable speed blower used for generating airflow.
• 10 temperature inputs and conditioning circuits for K-type thermocouples:
• 9 off, 0-133°C, resolution <0.1°C
• 1 off, 0-500°C, resolution <0.15°C
• Instrumentation inputs for heater voltage, heater current, air flow, water flow, radiation and light meter.
• Integral USB interface, and educational software for all accessories.
• Outputs can be controlled manually from the front panel, or controlled by the software from a user supplied PC.
• A comprehensive instruction manual describing how to carry out the laboratory teaching exercises in non-steady state heat transfer and their analysis as well as assembly, installation and commissioning is included.

Features of Computer Controlled Heat Transfer Teaching Equipment:

• Small-scale, benchtop equipment
• Common service unit avoids unnecessary cost duplication for control and instrumentation
• Multiple accessories available covering a wide range of heat transfer investigations
• Computer control of heaters, water flow, air flow, with safety functions implemented to allow for remote operation
• Improved accuracy for quantitative results which can be related directly to theory
• Integral USB interface
• Full educational software, with data logging, control, graph plotting, and detailed