An automated test rig for evaluating energy performance and efficiency of electric storage water heaters in laboratory conditions.
Test systems for electric instantaneous flow-through water heaters, covering energy efficiency and performance characterisation.
Comprehensive automated testing for household refrigeration appliances covering energy consumption, capacity, and climate-class evaluation.
A test system for evaluating washing performance, energy use, and water consumption under standard household cycles.
Automated performance testing for domestic dishwashers, assessing washing and drying efficacy alongside energy and water consumption.
End-to-end testing for energy efficiency, drying performance, and programme duration under defined conditions.
An automated system for evaluating immersion rod heaters under a controlled water load, recording temperature rise, heating time, and electrical energy input.
An instrumented test setup for measuring ceiling-fan air delivery, rotational speed, power input, and service value under controlled laboratory conditions.
A controlled system for assessing evaporative desert coolers across cooling performance, air delivery, water consumption, and electrical input.
An automated test system for drinking-water coolers measuring cooling capacity, pull-down time, delivered water temperature, and energy consumption.
An instrumented test system for evaluating room air conditioners under controlled conditions, measuring cooling performance, electrical input, and operating stability.
A guarded automated panel for applying and measuring controlled operating force on MCCB mechanisms, with fixture control, safety light curtains, operator controls, and repeatable test sequencing.
A guarded automated panel for controlled high-voltage testing of MCCB assemblies, combining operator controls, safety interlocks, and repeatable test sequencing within an enclosed station.
Each platform combines the physical test setup, sensing, automation, control, and operator workflow needed for dependable laboratory operation.
Purpose-built fixtures, utilities, and equipment interfaces for the appliance and method.
Carefully selected sensors and acquisition paths for relevant test parameters.
Sequence control, interlocks, panel engineering, and robust industrial operation.
Integration, operator handover, and ongoing engineering assistance after deployment.
Early alignment on the standard, required parameters, expected throughput, and facility constraints creates the foundation for a strong system specification.
Tell us the applicable standard, appliance class, test objective, and current laboratory setup.
We identify equipment, instrumentation, control logic, reporting needs, and key interfaces.
The proposed technical scope is aligned with build, integration, commissioning, and support.
Techtiq can configure the automation, instrumentation, and workflow around your specific laboratory requirement.