Air to Fluid Calorimeter
Radiators | Heater Cores | Brazed Plates
Heater Core and Radiator Calorimeters
Exactly measure, confirm, and report heat transfer characteristics
Precisely control flow and temperature supplies to achieve testing
Measure air side and fluid side pressure drops
Used as a stand alone system or integrated with other supporting modules including evaporator for complete heater evaporator and blower (HEB) testing
Data collection and computation through a PLC-based touch screen HMI, or available through LabVIEW automation software packages
For debris impact studies, an integrated “dust” system option for qualifying pressure drop and heat transfer degradation with dust intrusion
Technical Specifications
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Capacity: Up to 100,000 BTUH
Airflow: Up to 1,000 cfm
Coolant Flow: Up to 20 gpm
Air Temperature: -40 F to 100F
Liquid Temperature: 0 to 248 F (limited by freezing and boiling points)
Airflow Measurement: Ashrae 41.2 Meter, V-Cone or pitot array
Fluid Flow Measurement: Coriolis
Temperature Measurement: RTD -
Capacity: Up to 750,000 BTUH
Airflow: Up to 15,000 cfm
Coolant Flow: Up to 150 gpm
Air Temperature: -40 F to 140 F
Liquid Temperature: 0 F to 248 F (limited by freezing and boiling points)
Airflow Measurement: Ashrae 41.7 Meter or V-Cone or pitot array
Fluid Flow Measurement: Coriolis
Temperature Measurement: RTD -
Fully automatic PLC-based control algorithms
Real time display of measured and calculated variables,
Multi format, multi axis, multi pen graphing capabilities
Complete control interface to equipment
Calibration support for internal or external traceable calibration
Multi test automated sequencing
Password Protection
Real time calculation of all required values
Data storage for export to external data analysis
Ethernet, MODBUS and SQL server communications
