$ 3180.00Ex works
Using double-decked Vacuum Glass observation window and SUS304 stainless steel inner box, temperature control accuracy +/- 0.5 ℃, support programmed test and multi-stage programming, with Data storage and communication functions to meet the demanding environment testing needs.
Category : Temperature Humidity Chamber
Brand : LUGONG
SKU : NB049194
Service :The delivery and service By NBCLab.Com
Lugong ST-100LA humidity chamber is mainly used to simulate the severe high temperature, low temperature or heat and humidity environment that may be encountered in the transportation, storage and use of electronic Instruments, new materials, electricians, vehicles, metals, electronic products, aerospace materials, etc., inspection materials, accessories or equipment High temperature resistance, cold resistance, moisture resistance performance and possible damage life reduction.
1. The inner box adopts SUS304 #stainless steel plate, and the outer box is Cold rolled steel plate 2. Adopt explosion-proof door handle, easy and safe to operate 3. The thermal insulation system is filled with ultra-fine fiberglass, and the box door is sealed with refined silicone rubber 4. High-quality fixed PU movable wheel is installed at the bottom, which is convenient for mobile positioning 5. The sample holder is punched and bent into a mesh with SUS304 #stainless steel, and the load-bearing capacity is 25kg. 6. Equipped with double-decked vacuum reinforced Glass observation window, with heating and defrosting function 7. The refrigeration unit adopts Japanese Panasonic Compressor and American DuPont environmental protection refrigerant 8. Temperature and Humidity Control Using P.I.D + S.S.R System Co-channel Coordinated Control 9. The heating adopts nickel-chromium alloy high-speed heating wire, and the humidification system is independent 10. Adopt precision liquid crystal display programmable temperature controller, support multiple sets of multi-stage programming 11. Main electrical components adopt Chint brand 12. With USB data transfer interface, it can be connected to printers and computers 13. Equipped with a complete protection system, including over-temperature, fan overheating, and under-phase/inverse equivalent protection
The test chamber through the refrigeration system, heating system and humidification system coordinated work, using thermal equilibrate temperature control mode and P.I.D + S.S.R Control system, precise control of the temperature Humidity environment in the box. The refrigeration unit adopts a binary low temperature circuit system design, heating using nickel-chromium alloy heating wire, humidification using stainless steel tube built-in nickel-chromium alloy heater, to achieve high temperature, low temperature, heating and humidity environment simulation.
Electronic Instruments, New Materials, Electrical, Vehicles, Metals, Electronics, Aerospace Materials
GB2423.1-2008/IEC6008-2-1-2007、GB/T 2423.2-2008、GJB150.3A-2009、GJB150.4A-2009、GB2423.22-2008、GBT 2424.5-2006、GB/T 10589-2008、GB/T2423.3-2008(IEC68-2-3)
1. Move the device to the designated position and fix the casters 2. Connect the power supply (single-phase 220V) 3. Set test parameters through Touchscreen 4. Select the program mode or the fixed value mode to run 5. Monitor the test process through the observation window 6. After the test is completed, the data can be exported through the USB interface
• Make sure the power connection is correct before the equipment runs • Samples should be evenly distributed according to load-bearing requirements • Pay attention to the operation status of the equipment, and stop immediately if there is any abnormality • Regularly check the hydration device of the humidification system • Do not open the box door at will during the operation of the equipment • Power should be cut off during maintenance • Pay attention to the normal working status of the equipment protection system
For high and low temperature cycle testing of materials, the Lugong ST-100LA is an excellent choice. It features a Japanese Panasonic compressor and a dual low-temperature circuit, ensuring rapid cooling (with an average rate of 1°C/min throughout the process) and excellent temperature uniformity (≤2°C), which allows for precise simulation of rapid temperature changes. The chamber provides effective insulation, and the door is tightly sealed, ensuring stability throughout the testing process. The standard sample rack is strong and adjustable, making it convenient for you to place material samples of various specifications for repeated testing.
