10-Station Stove Whole Machine Aging Test Equipment Gb16410 High-Precision Automatic Detection

10 Station Stove Whole Machine Aging Test Equipment Gb16410 High-Precision Automatic Detection

Product Introduction

HH-ZJ-507L uses multi-station parallel aging and precise environmental simulation technology to achieve in-depth verification of the performance of the stove and valve body:

▎Multi-station efficient aging system

• Parallel testing capability: 10 groups of independent stations (5 countertop stations + 5 cabinet stations) are standard, supporting the simultaneous aging of single-burner stoves, double-burner stoves, and valve body components. Each group of stations independently controls the temperature (-10℃~85℃), air pressure (0-100kPa) and number of cycles (0-100,000 times), and the detection efficiency is improved by 80%.
• Quick changeover design: Quick-release fixture (adapted to G1/2"-G3/4" interface) completes valve body/whole machine replacement within 5 minutes, compatible with embedded/desktop stoves of mainstream brands such as Fotile and Robam.

▎Full-dimensional aging detection

• Temperature cycle: -10℃ low temperature storage (24h) → 85℃ high temperature operation (2h), simulating the extreme temperature difference environment in the kitchen, temperature uniformity ±1.5℃ (GB/T 2423.2 standard).
• Humidity control: 10%-95% RH (accuracy ±2%), verify the aging rate of the valve body seal ring in a high humidity environment (such as the hardness change of the silicone ring ≤5HA).
• Air tightness: 3-100kPa pressure test (accuracy ±0.5% FS), leakage detection accuracy 0.01mL/min (better than GB 16410Clause 7.1.2 requirements).
• Mechanical properties: closing torque 3-20kgf・cm (resolution 0.5kgf・cm), identify early faults such as valve core jamming and spring aging.
• Electrical life: 100,000 start-stop tests of thermocouple solenoid valves (current 0-2000mA, accuracy ±0.5%), record response time changes (≤10ms deviation).

▎ Intelligent measurement and control and data management

• Operation interface: 15-inch industrial touch screen (Chinese and English switch) built-in 5 major aging templates (such as CCC certification aging, AEC-Q100 valve body test), one-click call temperature curve, air pressure sequence, parameter setting time shortened by 40%.
• Data traceability: 256GB solid-state hard drive automatically records 40+ parameters such as temperature, pressure, torque, etc., generates PDF reports with timestamps (including SPC control charts), supports USB/Ethernet export and MES system docking, and the data traceability cycle is up to 15 years.

▎Safety and reliability design

• Hardware protection: double-layer heat-insulated cavity (surface temperature ≤50℃) with explosion-proof observation window, built-in combustible gas sensor (detection accuracy 0.1% LEL), automatic shutdown in case of over-temperature (＞90℃) and leakage, in compliance with EN 61010-1 electrical safety standard.
• Redundancy design: automatic switching of primary and standby sensors (such as enabling redundant probes when temperature sensor fails) to ensure continuity of aging data and adapt to 7×24 hours of uninterrupted testing.

Product Features

• Multi-station parallel: 10 groups of independent stations synchronize aging, a single device can process 200+ units per day, suitable for sampling inspection of a production line with an annual output of 500,000 stoves.
• Full temperature range coverage: -10℃~85℃ temperature cycle (heating rate 5℃/min), support IEC 60068-2-1 low temperature and high temperature test standards.
• High-precision detection: air tightness ±0.5% FS, torque ±1% accuracy, calibrated by CNAS, meeting the stringent requirements of international certifications such as UL/CE.
• Automated testing: Industrial computers automatically generate aging curves, AI algorithms identify 6 types of failure modes such as sealing ring aging and valve core wear, and the warning accuracy rate is >95%.
• Modular expansion: optional high-pressure modules (150kPa) and ultra-low temperature boxes (-20℃) are available to meet the special needs of commercial stoves and export models.

International reference standards

Environmental testing:

• GB/T 2423.2-2022 High temperature test (Clause 5 Temperature uniformity requirements)
• IEC 60068-2-1:2020 Low temperature test (Nb clause: -10℃ continuous test for 72 hours)

Safety and performance:

• GB 16410-2020 Household gas cookers (Clause 7.1 Air tightness; Clause 7.2 Flameout protection device life)
• EN 60335-2-37:2018 Kitchen machinery safety requirements (Clause 11 Temperature rise test; Clause 15 Moisture resistance test)

Reliability:

• ISO 9001:2015 Quality management system (Clause 7.1.5 Calibration of monitoring equipment and data traceability)
• ASTM D6458-19 Plastic aging test method (Section 6 Effect of humidity and heat cycles on seals)

Test objects and inspection items

Core test objects:

• Household gas stoves (single burner/double burner/multi-burner stoves).
• Gas valve body components (thermocouple valve, solenoid valve, safety valve).
• Embedded/desktop stove core components (such as knobs, igniters).

Core inspection items:

• Environmental aging: high and low temperature cycle (-10℃~85℃, 1000 times), wet heat aging (60℃/95% RH, 48h), salt spray corrosion (NSS test 24h).
• Air tightness: valve body leakage (3kPa low pressure/100kPa high pressure test), sealing performance attenuation rate after sealing ring aging (≤10%).
• Mechanical properties: knob closing torque (3-20kgf・cm), valve core wear test (torque change ≤15% after 100,000 rotations).
• Electrical life: start-stop response time of thermocouple solenoid valve (≤50ms), current fluctuation after 100,000 starts and stops (≤±5% rated value).
• Safety performance: insulation resistance at high temperature (≥2MΩ), grounding continuity (≤0.1Ω), response time of flameout protection device after aging (≤60s).

Technical Parameters