This SCR make PC-based automatic test panel is engineered to conduct comprehensive safety and performance evaluations of single-phase AC Air Conditioners in accordance with IS 302-1979 standards. The system integrates microcontroller-based automation for sequential testing, fault annunciation, and manual override capabilities. It broadly consists of testing facilities for following tests:
| Test | Details |
| Earth Contact Test | 0–30A adjustable current, ≤12V open circuit voltage, failure at >0.1Ω |
| Timer: 1–5 sec, digital Ohm display, potmeter-based threshold adjustment | |
| High Voltage Test | 0–1.5kV adjustable, tripping current: 2/4/5/6/10mA selectable, timer up to 1 min |
| Leakage current display, fault indication, HT ON & Timer Start buttons | |
| Insulation Test | Digital Megger 500V DC, 0–20 MΩ range, failure indication |
| Leakage Current Test | As per IS 302-1979 Clause 13.2, 244V applied, failure at >0.210mA |
| Auto connection switching, threshold adjustable 0–1.000mA |
| The Set-up will comprise of Variable Voltage Source to adjust supply Voltage 1 Phase 0-270 AC 16 Amp maximum |
| Digital Ammeter – 0 to 16.00A AC – 1 No |
| Digital Voltmeter – 0 to 270V AC – 1 No |
| Digital Wattmeter – 0 to 3.00 KW AC – 1 No |
| Digital Frequency Meter – 40Hz to 60Hz will read the frequency of mains supply |
This SCR make PC-based automatic safety test panel is engineered to perform comprehensive electrical safety and performance tests on air conditioners (both 1-phase and 3-phase condensing units).
Designed in accordance with IS 302-1979 standards, the system integrates microcontroller-based automation, LabVIEW-powered datalogging, and manual override capabilities for flexible operation.
All tests are sequenced automatically with safe interlocks and real-time digital monitoring.
This PC-Based Automatic Safety Test Panel is ideally suited for conducting routine electrical safety and performance testing of air conditioners in manufacturing and assembly lines. It ensures compliance with IS 302-1979 standards, making it a reliable solution for quality assurance in HVAC production environments. The system is also valuable in research and development labs for validating prototypes and new designs.
The SCR make Jaguar Heat Pump Unit Test Bench is designed for final testing, quality assurance, and compliance verification of air conditioning units. It ensures reliable validation of electrical safety parameters such as earth bond, insulation resistance, high voltage withstand, and earth leakage current.
Additionally, it evaluates operational performance including current, wattage, RPM, and compressor pressure.
This test bench will have only PC modes of operation. All the tests will be carried out sequentially and the Data will be displayed and stored on PC. Lab VIEW based software and Siemens make PLC as an Interface module will be used to control the whole sequence. Option will be given for selection of test. If in different models of AC Tests are different, then that can be done by selecting the type no. (model) of AC
The Jaguar Heat Pump Unit Test Bench is Ideal for manufacturing lines, service centers, and R&D labs, the system supports model-specific test configurations and automated test sequencing for consistent and efficient evaluation.
PC Based Testing Setup for Optyma Plus (Controller Based) Model
Comprises of Variable Voltage Source – 3 Phase adjustable between 0 – 550V @4Amp. The voltage and current will be displayed on computer screen through transmitter. The output of the transducer will be given to DAQ which will degitise the signal give it to PC through interface
Test Setup for Air Conditioner or domestic electrical appliances is designed to carry out the tests as per the IS 302. It broadly consist of following tests.
1. Earth Contact Resistance Test
2. High Voltage Test
3. Insulation Test
SCR Elektroniks offers a robust, PC-controlled test setup for air conditioners, engineered to validate both electrical safety and functional performance in compliance with industry standards. The system is built around a LabVIEW-based software
