Air Enthalpy Method Calorimeter Computer Control Interface โ€“ Real-Time Monitoring of Temperature, Pressure, Airflow, Power, EER/COP, Dehumidifying Capacity
Air Enthalpy Method Calorimeter โ€“ Split/Window Air Conditioner Installed in Dual Chambers for T1/T2/T3 Rated Cooling/Heating Conditions
Air Enthalpy Method Calorimeter โ€“ KingPo ISO 5151 Compliant Dual Chamber System for Air Conditioner Cooling/Heating Capacity Testing up to 60,000 Btu/h
Air Enthalpy Method Calorimeter โ€“ Precision Temperature/Humidity Sensors and Airflow Measurement for Accurate Capacity and EER Evaluation
Air Enthalpy Method Calorimeter Computer Control Interface โ€“ Real-Time Monitoring of Temperature, Pressure, Airflow, Power, EER/COP, Dehumidifying Capacity
Air Enthalpy Method Calorimeter โ€“ Split/Window Air Conditioner Installed in Dual Chambers for T1/T2/T3 Rated Cooling/Heating Conditions
Air Enthalpy Method Calorimeter โ€“ KingPo ISO 5151 Compliant Dual Chamber System for Air Conditioner Cooling/Heating Capacity Testing up to 60,000 Btu/h
Air Enthalpy Method Calorimeter โ€“ Precision Temperature/Humidity Sensors and Airflow Measurement for Accurate Capacity and EER Evaluation

ISO 5151 Air Enthalpy Method Calorimeter 60K BTU Dual Station

Air Enthalpy Method Calorimeter โ€“ ISO 5151 compliant dual chamber system tests cooling/heating capacity up to 60,000 Btu/h, airflow, EER/COP, dehumidifying performance for air conditioners under T1/T2/T3 conditions.

  • Standard Compliance: ISO 5151, ISO 13253 โ€“ air enthalpy method calorimeter for air conditioner performance
  • Dual Chamber Design: Indoor A (300โ€“4000 mยณ/h) + Outdoor B (200โ€“2000 mยณ/h) โ€“ simultaneous testing of two units โ‰ค30K Btu/h (total โ‰ค60K Btu/h)
  • Test Capability: Cooling/heating 6000โ€“60000 Btu/h, airflow 200โ€“4000 mยณ/h, power 0โ€“5 kW, voltage 0โ€“300 V
  • Control & Measurement: Computer control for temperature, pressure, power, EER/COP, dehumidifying capacity
  • MOQ: 1
  • Delivery Period: Customized, typically 3 months

Air Enthalpy Method Calorimeter Description

Air Enthalpy Method Calorimeter โ€“ ISO 5151 60K BTU Dual Chamber Performance Testing System

The Air Enthalpy Method Calorimeter is a high-accuracy environmental test chamber system engineered by KingPo for comprehensive performance evaluation of air conditioners according to ISO 5151 and related standards. It consists of two independent chambers: indoor side (Chamber A) and outdoor side (Chamber B), enabling precise measurement of cooling capacity, heating capacity, airflow, dehumidifying capacity, input power, EER/COP, voltage, current, and frequency under controlled temperature and humidity conditions.

The dual-station design allows simultaneous testing of two single-phase units (โ‰ค30K Btu/h each, total โ‰ค60K Btu/h) or single unit testing up to 60K Btu/h. It supports split-type, window-type, freestanding, ceiling cassette, ducted, and inverter air conditioners, making it ideal for R&D validation, type approval, production sampling inspection, and energy labeling compliance.

KingPo Factory Advantages

KingPo is an ISO9001-certified manufacturer specializing in air conditioner performance labs. We have delivered over 50 enthalpy method calorimeter systems worldwide since 2018, including multiple 60K BTU dual-code units to leading OEMs in China, Southeast Asia, and Europe. All chambers include CNAS-accredited calibration reports, on-site installation guidance, lifetime free software upgrades, and 48-hour response during the warranty period from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Dual Chambers: Indoor A (airflow 300โ€“4000 mยณ/h) and Outdoor B (200โ€“2000 mยณ/h) with independent temperature/humidity control
  • Test Range: Cooling/heating capacity 6000โ€“60000 Btu/h; power 0โ€“5 kW, voltage 0โ€“300 V, current 0โ€“20 A, frequency 50/60 Hz
  • Measurement Parameters: Dry/wet bulb temperatures, pressure, airflow, electrical parameters, EER/COP, dehumidifying capacity with 0.5 level accuracy
  • Computer Control: Automated data acquisition, real-time monitoring, and report generation for T1/T2/T3 rated/max/minimum cooling/heating conditions
  • Test Conditions: Supports rated cooling (T1/T2/T3), maximum cooling, freeze-up, minimum cooling, enclosure sweat, rated/maximum/minimum heating, automatic defrost
  • Sample Compatibility: Split/window/ceiling/duct types; inverter air conditioners; dimensions up to 1000ร—800ร—1000 mm (window) or 1000ร—500ร—2000 mm (split)

These features ensure repeatable, standards-compliant performance data.

Primary Use Cases & Business Value

The air enthalpy method calorimeter supports key stages:

  • Product Development โ€“ Validate cooling/heating efficiency, airflow, and inverter technology under various conditions
  • Certification Testing โ€“ Generate data for ISO 5151 compliance and energy labeling
  • Quality Control โ€“ Batch verification of rated performance and dehumidifying capacity
  • R&D Optimization โ€“ Test new refrigerants and compressor effects on EER/COP

It accelerates product improvement, shortens certification cycles, and ensures market compliance.

ISO 5151 air enthalpy method calorimeter for AC units up to 60K BTU. Dual-station metrology accuracy for EER/COP certification & ISO 13253.
ISO 5151 air enthalpy method calorimeter for AC units up to 60K BTU. Dual-station metrology accuracy for EER/COP certification & ISO 13253.

Compliance & Regulatory Assurance

Fully compliant with ISO 5151:2017 (non-ducted and ducted air conditioners โ€“ performance testing) and aligned with ISO 13253, GB/T 7725. Calibration certificates available (additional cost). Regular verification of sensors, airflow meters, and power measurement is recommended to maintain accuracy and traceability.

Procurement Benefits

Computerized control and dual-chamber design reduce test time and labor. Comprehensive documentation, installation support, and after-sales service ensure long-term reliability. This air enthalpy method calorimeter enhances air conditioner performance validation, improves energy efficiency claims, and minimizes compliance risks. Contact us today for your customized quote โ€“ weโ€™ll respond within 24 hours with detailed technical specifications and pricing.

Air Enthalpy Method Calorimeter Technical

Parameter Specification
Model Number Air Enthalpy Method Calorimeter
Standard ISO 5151, ISO 13253
Cooling/Heating Capacity 6000โ€“60000 Btu/h (A station up to 60000, B up to 30000)
Airflow Range A: 300โ€“4000 mยณ/h; B: 200โ€“2000 mยณ/h
Power Supply Single phase 0โ€“300 V, 0โ€“5 kW, 0โ€“20 A, 50/60 Hz
Power Factor 0โ€“1
Test Stations 2 (dual code)
Temperature Uniformity Better than ยฑ0.5ยฐC across test volume
Humidity Control Accuracy ยฑ2% RH in 30%โ€“90% range

Get Free Quote for ISO 5151 Air Enthalpy Method Calorimeter

High-precision Air Enthalpy Method Calorimeter โ€“ ISO 5151 compliant dual chamber system from KingPo factory.

The Core Value We Deliver to You

  • Dual Chambers โ€“ Simultaneous testing of two units or single 60K Btu/h
  • Full Parameters โ€“ Cooling/heating, airflow, EER/COP, dehumidifying capacity
  • Factory Advantages โ€“ MOQ 1 unit, 3-month delivery, 1-year warranty
  • Complete Testing Support โ€“ Pair with our environmental test series
  • Faster Certification โ€“ Accurate data for ISO 5151 compliance

Take Action Now โ€“ Submit inquiry in 30 seconds for best price, technical details, and support!

Air Enthalpy Method Calorimeter Applications

  • Split & Window Air Conditioners โ€“ Cooling/heating capacity and EER testing
  • Ceiling Cassette & Ducted Units โ€“ Airflow and dehumidifying performance evaluation
  • Inverter Air Conditioners โ€“ Variable frequency performance under T1/T2/T3 conditions
  • Certification Labs & QA โ€“ ISO 5151 compliance and energy labeling verification
  • R&D & Production โ€“ Batch testing for rated/maximum/minimum conditions

ISO 5151 Air Enthalpy Method Calorimeter Detail

ISO 5151 Air Enthalpy Method Calorimeter FAQs

How to calibrate the KingPo Air Enthalpy Method Calorimeter?
Calibration requires certified reference thermometers, humidity generators, and power standards to verify temperature uniformity, humidity control system accuracy, and energy measurement. Full procedure and recommended frequency are detailed in the user manual and calibration service guide.
Why do cooling capacity test results fail ISO 5151 compliance?
Common causes include poor temperature uniformity, unstable humidity control system, incorrect airflow measurement, or improper thermocouple placement. Always perform pre-test checks and monitor real-time data to identify issues early.
What are the latest standard updates for ISO 5151?
ISO 5151:2017 edition refines energy efficiency calculation methods and adds requirements for inverter air conditioners. KingPo chambers are fully upgradable to support these changes.
How does the system support EER/COP measurement?
The system automatically calculates EER/COP from measured cooling/heating capacity and input power under steady-state operation, with high-resolution power analyzer and real-time logging.
Can the system perform simultaneous testing of two air conditioners?
Yes, dual stations allow simultaneous testing of two units โ‰ค30K Btu/h each (total โ‰ค60K Btu/h) or single unit up to 60K Btu/h.
What maintenance is required for long-term accuracy?
Annual sensor recalibration, quarterly filter cleaning, and regular airflow verification are recommended to maintain optimal performance.
What is the airflow range for each chamber?
Chamber A: 300โ€“4000 mยณ/h; Chamber B: 200โ€“2000 mยณ/h, with independent airflow control for precise measurement.
How accurate is the temperature control in the chambers?
Temperature uniformity is better than ยฑ0.5ยฐC across the test volume, with multi-zone PID control for stable conditions.
How to request a customized configuration or quotation?
Contact our engineering team with your specific requirements (chamber size, additional sensors, etc.), and weโ€™ll provide a tailored solution and quote.
Is the system suitable for inverter air conditioner testing?
Yes, it fully supports variable-frequency compressor testing under T1/T2/T3 conditions, including dynamic load evaluation.

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