ORPAON COMPRESSOR LAB

COMPRESSOR VALIDATION SYSTEMS

From compressor duty cycles to traceable test data

We engineer durability and performance test benches for electric and conventional vehicle A/C compressors, together with the software that controls, records and reports every test.

Request a Proposal Explore Test Systems
HW + SW
Integrated engineering
Electric + ICE
Compressor coverage
Durability + Performance
Test platforms
Project-specific
Test recipes and interfaces

ORPAON COMPRESSOR LAB

Test systems built around your validation plan

Choose a platform for electric compressor endurance, performance mapping, belt-driven compressor testing or EMC load simulation.

Electric Compressor · Durability

Electric Compressor Durability Test System

Programmable long-term operating cycles with refrigerant load control, synchronized acquisition, alarms and traceable event history.

View Details

Electric Compressor · Performance

Electric Compressor Performance Test System

Steady-state capacity, power and efficiency testing with controlled suction and discharge conditions and repeatable operating-point recipes.

View Details

Conventional Vehicle A/C · Durability & Performance

Belt-Driven Compressor Test Bench

Motor-driven test systems for conventional vehicle A/C compressors, with speed control, clutch cycling, refrigerant loading and data acquisition.

View Details

Electric Compressor · EMC Support

Electric Compressor EMC Load Bench

Provides controlled compressor operation and refrigerant loading during EMC tests, with remote display and chamber-interface adaptations.

View Details

ONE ENGINEERING SCOPE

The bench and the software are designed together

Sensors, actuators, safety interlocks, test recipes and reports share one data model. This reduces manual handoffs and keeps test conditions connected to the results.

Learn More
  • Refrigerant and thermal load circuits
  • Drive, speed and load control
  • Multi-channel measurement and acquisition
  • Alarms, interlocks and event history
  • Recipe execution and historical playback
  • CSV / Excel export and report generation

Engineering support beyond the test article

Each system is adapted to the compressor, refrigerant circuit, operating envelope and laboratory interfaces defined for the project.

Durability profiles

Long-running cycles, start-stop sequences and boundary-condition tests with unattended alarms and event logging.

Performance mapping

Steady-state operating points for capacity, power, COP and related thermal measurements across the agreed speed and load range.

Control and acquisition

Local and remote displays, synchronized trends, role-based settings and traceable test records in one software environment.

Laboratory integration

Chamber feedthroughs, remote connections, safety logic and mechanical fixtures designed for the installation conditions.

From test requirement to accepted system

  1. 1

    Define

    Review the DUT, refrigerant, test items, operating points and applicable validation requirements.

  2. 2

    Engineer

    Design the circuit, mechanical structure, controls, measurement chain and software functions.

  3. 3

    Verify

    Commission the system, verify control and alarms, and align acceptance records with the agreed scope.

  4. 4

    Support

    Provide documentation, operator training and assistance for maintenance and calibration planning.

Start with your compressor and test matrix

Send the compressor type, refrigerant, operating range and test items. We will use them to prepare a system-level technical proposal.

Request a Proposal Discuss Your Test