| | laboratory,Step in stylelaboratory,Large walk-in laboratoryFeatures: | | | | |
High intelligence:According to the experimental conditions and requirements, automatic control is used to achieve the set value with the maximum capacity and maintain the set value with the minimum capacity, achieving overall control. | |
High reliability:To improve the overall reliability of the equipment, all major components are provided by well-known professional manufacturers. | |
Energy saving measures:*Energy saving technology design greatly reduces equipment operating costs. | |
Special Design:Targeted design can be made according to user requirements to meet their special needs. |
Control interface:A touch based color LCD operating system developed independently. | | laboratory,Step in stylelaboratory,Large walk-in laboratoryTechnical Specifications: | | | - | Step in aging test chamber Walk In Heat Aging Chamber | Step in high and low temperature Walk In High-Low Temp Chamber | Step in wet heat test chamber Walk In Temp And Humi Chamber | | temperature range Temp.Range | RT 20℃~85℃/300℃ | -70/-60/-40/-20~ 85℃/150℃ | -60/-70/-40/-20℃~ 85℃/150℃ | | humidity range Humi. Range | - | - | 30%~98%RH | | Temperature fluctuation Temp. Fluctuation | ±0.5℃ - | ±0.5℃ | ±0.5 | | temperature deviation Temp.Warp | ±2.0℃ - | ±2.0℃ | ±0.2℃ | | Humidity deviation Humi. Warp | - | - | ±3.0%RH(>75%RH) ±5.0%RH(≤75%RH) | ●laboratory,Step in stylelaboratory,Large walk-in laboratoryExecution and compliance with standards and testing methods GB11158 Technical Conditions for High Temperature Test Chamber GB10589-89 Technical Conditions for Low Temperature Test Chamber GB/T2423.1-2001 Low temperature test chamber test method GB/T2423.2-2001 High temperature test chamber test method GB/T2423.3-93 Damp Heat Test Chamber Test Method GB/T2423.4-93 Alternating Damp Heat Test Method GJB150.3 High temperature test GJB150.4 Low temperature test GJB150.9 Damp Heat Test ●laboratory,Step in stylelaboratory,Large walk-in laboratorystructure Heater: Nickel chromium alloy electric heater Humidifier (Damp Heat): Water tank humidifier Fan: Centrifugal fan Refrigeration method: mechanical compression cascade refrigeration Cooling method: air-cooled/water-cooled Water supply method: water pump lifting ●laboratory,Step in stylelaboratory,Large walk-in laboratorycontrol Operation interface: Color LCD touch screen/imported instrument control Operation mode: Program run/Fixed value run Program capacity: 10 program groups, 50 segments per group, 10 loop steps {expandable according to customer requirements) Control method: PID control Safety configuration: leakage protection, short circuit protection, compressor overpressure protection, compressor overload protection, fan overload protection, over temperature protection, water shortage protection, dry burning protection (humid heat), phase sequence/phase loss protection ●laboratory,Step in stylelaboratory,Large walk-in laboratoryCentralized control plan The experimental equipment can provide communication interfaces such as RS-485 or Ethernet to enable customers to achieve centralized management of laboratory data and establish a factory level local equipment management network. With specially developed software, remote partner test equipment can be accessed through the Internet or other networks to achieve remote control and truly establish a wide area control network. ●laboratory,Step in stylelaboratory,Large walk-in laboratorySoftware Function Introduction On the remote monitoring screen, remote devices can be controlled through computer operations; Collect data remotely in various ways; Utilize the powerful processing capabilities of computers to complete a large amount of data reports; Use the large capacity storage of a computer; Can achieve long-term storage of large amounts of data; Perform remote diagnosis, etc. |