HH-ZJ-507S is specially designed for gas cooker laboratory testing. It supports accurate measurement of 0-5.0kW heat load (accuracy ±1%) and energy efficiency level (level 1-3) verification, and integrates 20+ core indicator tests such as combustion efficiency, flue gas composition, and safety protection. Equipped with a high-precision sensor matrix and intelligent measurement and control system, it complies with GB 16410 and EN 30-1 international standards, and automatically generates full-item test reports. It is a professional testing platform for cooker manufacturers, quality inspection agencies, and certification laboratories.
Place of Origin :
CHINABrand Name :
HONGCECertification :
Calibration certificate(cost additional)Model Number :
HH-ZJ-507SPrice :
NegotiatableMinimum Order Quantity :
1 setDelivery Time :
90 DaysPayment Terms :
L/C, T/TPackaging Details :
PlywoodSupply Ability :
10 Set per monthGb 16410 Gas Cooker Testing Equipment 5.0kw Full Heat Load Coverage Laboratory Grade Accuracy
Product Introduction
HH-ZJ-507S focuses on laboratory-level precision detection and realizes in-depth analysis of gas stove performance through three core modules:
▎Full-scenario performance detection capability
Thermal performance test:
Thermal load range is 0-5.0kW (resolution 0.01kW), supporting single-burner stoves, double-burner stoves, and multi-burner stoves. It is suitable for natural gas (12T/10T) and liquefied gas (20Y) gas sources, and the gas pressure is adjusted from 500-3500Pa (accuracy ±0.5% FS).
Energy efficiency level test (level 1-3): combustion efficiency ≥63% (level 3) to ≥69% (level 1), thermal efficiency calculation complies with GB 16410 Clause 6.5.2 requirements, with a resolution of 0.1%.
Safety and reliability:
Flame failure protection response time ≤60s (EN 30-1Clause 7.2.3), air tightness detection (1.5 times the working pressure for 30min, leakage ≤0.01L/h).
Electrical safety: grounding resistance ≤0.1Ω, insulation withstand voltage 1800Vdc/1min, adapted to IEC 60335-2-37 anti-electric shock requirements.
▎High-precision sensor matrix
Core detection module:
Gas mass flow meter (±0.5% FS): range 0-5m³/h, real-time monitoring of gas flow fluctuations (resolution 0.01m³/h).
Infrared heat flow sensor (±1% FS): covers 0-100℃ temperature field, accurately captures the heat distribution on the stove surface, and identifies the thermal efficiency loss point.
Flue gas analyzer (CO/NOx resolution 1ppm): Support GB 16410Clause 6.5.3 environmental detection, automatic alarm for over-limit (CO>0.05%).
Environmental simulation:
Wind pressure simulation 0-1000Pa (accuracy ±1% FS), test the wind resistance of the stove (such as flame stability under 800Pa wind pressure).
Humidity control 10%-95% RH (±1% FS), verify the ignition success rate in a humid environment (≥98%).
▎ Intelligent measurement and control and data management
Operation and analysis:
The 12-inch industrial touch screen (Chinese and English switching) has 8 built-in test templates (CCC certification, Energy Star energy efficiency, CE certification full items), one-click start process, and parameter setting time is shortened by 50%.
Supports custom test scripts (such as simulating ignition at plateau pressure of 80kPa), adapted to laboratory R&D test needs.
Data traceability:
The 128GB solid-state drive automatically records 60+ parameters such as heat load, flow, flue gas composition, and generates PDF reports with CNAS/CMA chapters (including UN/ECE certified data formats).
Supports OPC UA protocol docking with laboratory information management systems (LIMS), with a data traceability period of up to 15 years.
Product Features
Laboratory-level accuracy: ±1% heat load, ±0.5% energy efficiency detection accuracy, 1.2 times better than national standards, adapted to the stringent requirements of international certifications such as UL/CE
Full standard compatibility: Built-in 12 international standards such as GB/EN/CSA, automatically generates multi-language reports (Chinese/English/French/Spanish), supports global certification
Extreme working condition simulation: 3000m altitude low-pressure ignition, -10℃ low-temperature start, 85% RH high humidity environment test, covering global usage scenarios
AI intelligent analysis: machine learning algorithm identifies 7 types of faults such as incomplete combustion and nozzle blockage, and the accuracy of abnormal data warning is >98%
Modular design: quick-detachable gas/wind pressure module, completes gas source switching (natural gas → liquefied gas) within 20 minutes, reducing debugging costs
International reference standards
GB 16410-2020 "Household gas stoves" Clause 6.5: Thermal load and thermal efficiency test methods; Clause 7.2: Flameout protection device requirements.
EN 30-1:2018 "Household gas stoves safety and performance" Clause 5: Combustion performance test; Clause 7: Safety device response time.
CSA 1.1-19 "Gas stoves safety standard" Clause 6: Thermal efficiency calculation; Clause 9: Air tightness test pressure and judgment Energy Star Program "Cooker Energy Efficiency Standard" Section 4: Thermal efficiency ≥ 65% (natural gas stove); Section 5: Standby power consumption ≤ 1W.
GB 30720-2014 "Household gas stoves energy efficiency limit values and energy efficiency grades"Level 1 energy efficiency thermal efficiency ≥ 69% (tabletop stoves), the detection process complies with Clause 5.3.
Test objects and test items
Core test objects
Household gas single-burner stove (0.5-3.0kW).
Two-burner/multi-burner gas stove (1.0-5.0kW).
Embedded/tabletop gas cooker (natural gas/liquefied gas).
Core test items
Thermal performance: rated heat load, thermal efficiency, heat load deviation (≤±10%), flame stability (800Pa wind pressure test).
Energy efficiency evaluation: energy efficiency level (1-3 levels), standby power consumption, partial load efficiency (such as efficiency ≥60% under 50% heat load).
Safety performance: air tightness, flameout protection response time (≤60s), overheating protection temperature (95℃±2℃), grounding resistance (≤0.1Ω).
Environmental performance: flue gas composition (CO≤0.05%, NOx≤150ppm), pollutant emission concentration (GB 16410Clause 6.5.3).
Reliability: 1000 Ignition cycle test (success rate ≥ 99%), nozzle blockage simulation (500 hours of operation with 50μm impurity gas).
Environmental adaptability: low pressure start (85% rated pressure), high altitude combustion test (0-3000m), low temperature start (-10℃ environment).
Technical Parameters
Category | Parameter Details |
Model | HH-ZJ-507S |
Test Heat Load Range | 0-5.0kW (Natural Gas/LPG) |
Gas Flow Accuracy | ±0.5%FS (Mass Flow Meter, Range: 0-5m³/h) |
Thermal Efficiency | Test Accuracy ±0.5%, Supports Energy Efficiency Rating (Class 1-3) |
Temperature Range | Ambient: 0-50℃ (±0.5℃); Flue Gas: 0-100℃ (±1℃) |
Pressure Regulation | Gas Pressure: 500-3500Pa (10Pa Resolution); Wind Pressure: 0-1000Pa (±1%FS) |
Humidity Control | 10%-95%RH (±1%FS), High-Humidity Ignition Test Supported |
Data Sampling Rate | 200Hz (Real-Time Acquisition of 60+ Parameters: Heat Load, Flow, Temperature, etc.) |
Leakage Detection | Gas: ≤0.01L/h (1.5×Operating Pressure, 30min Holding) |
Control System | PLC + Industrial PC, LabVIEW Compatibility, Laboratory Automation Support |
Test Port Size | Compatible with G1/2"-G3/4" Gas Interfaces (e.g., Fangtai, ROBAM, American Standard) |
Power Supply | AC220V±10%/50Hz, Rated Power: 20kVA (110V Voltage Customization Available) |
Protection Class | IP54 (Control Cabinet), IP65 (Test Chamber, Splash-Proof Design) |
Dimensions | 3500×2000×2300mm (Including Gas Cabinet, Wind Pressure Chamber & Exhaust System) |
Weight | 2000kg (All-Steel Frame + Anti-Corrosion Coating) |
Communication | RS485/Modbus TCP/USB 3.0, Cloud Data Synchronization & Remote Monitoring Supported |
Noise Level | ≤70dB (Measured at 1m Distance, No-Load Operation) |
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