Attribute | Value |
---|---|
Heating System | Stainless Steel Tubular Heater |
Cooling System | Mechanical Refrigeration |
Warranty | 1 Year |
Refrigeration Compressor | Hermetic compressor (Tecumseh) |
Humidity Uniformity | ±2.0%RH |
Fan | Centrifugal blower |
Humidifier | Steam humidifier |
Humidity Control Range | 20.0%RH~95.0%RH |
Evaporator | Fin-and-Tube Heat Exchanger |
Chamber Size | 1000mm x 1000mm x 1000mm |
Humidity Control | 10% ~95%RH |
The temperature distribution performance is outstanding even during temperature variation, providing uniform and highly repeatable stress. The optimum air flow and air velocity distribution are calculated by simulation, minimizing differences in stress caused by specimen placement positions.
Features a high-speed controller for specimen temperature control achieved through various new technologies. Increased refrigeration capacity, advanced air-conditioning technology minimizes temperature difference between specimen and air, and uniform air velocity distribution minimizes test sample temperature variation.
The Rapid-rate Thermal Cycle Chamber enables semiconductor package evaluations and solder junction evaluations in compliance with JESD22-A104F standard, with test sample temperature control at 15℃/minute (between -40 and +125°C).
Uses two control methods enabling thermal cycling tests with specimen temperature control of 15℃/minute and air temperature control. Supports various applications from standards compliance testing to screening.
Essential for testing integrated circuits (ICs), circuit boards (PCBs), semiconductors, transducers, power supplies, and drives for resistance to temperature extremes, humidity, thermal shock, and voltage fluctuations. These chambers replicate diverse atmospheric and operational environments to assess product longevity, operational stability, and performance reliability under stress.
Critical for medical device testing under strict regulatory controls (IEC 60601, ISO 13485) to validate resilience to extreme conditions, sterility maintenance, and packaging integrity. Used for shelf-life studies to establish expiration dates and storage conditions for devices like ventilators, diagnostic tools, and implantables.
Required for military and defense applications to evaluate equipment performance under severe conditions (arctic cold to desert heat) while complying with MIL-STD specifications. Used for testing avionics, tactical radios, munitions, navigation devices, and ruggedized computers.