Nanjing Zhenjiang Taizhou Zhejiang Yancheng Lianyungang Suqian High Temperature Aging House Reference Standards and Model Specifications

[Nanjing Annai] Nanjing Zhenjiang Taizhou Zhejiang Yancheng Lianyungang Suqian high temperature aging room reference standards and model specifications [] High temperature aging room can be used to assess and determine whether electrical, electronic products or materials are stored under temperature cycle changes and high temperature aging on the product surface. and adaptability to use. The equipment uses forced air circulation to maintain temperature uniformity within the workroom. In order to limit the influence of radiation, the difference between the temperature of each part of the inner wall of the equipment and the temperature specified in the test shall not be greater than that specified in the test, and the test sample will not be subject to direct radiation from the heating and cooling elements in the equipment.
Reference standards
The equipment meets the national standards of Test B "High Temperature Test Method" and other relevant standards. Various high-temperature environment tests are carried out strictly within the prescribed range, mainly using far-infrared nickel-chromium alloy high-speed heating electric heaters and low-noise, high-temperature-resistant centrifugal fans to circulate hot air to play a role in drying, drying, aging and other industries. use.
Model specifications
Model: -type
Studio size (): (depth) 3 (width) (height)
Overall dimensions (): (depth) 3 (width) 3 (High)
Temperature range: normal temperature ~ ℃ (the temperature range can be adjusted arbitrarily)
Temperature uniformity: .℃
Temperature fluctuation: .℃
Display accuracy: .℃
Heating rate: .~3.℃
Test time timing: ~seconds, minutes, hours optional
Total power:
Power supply voltage:
Chamber noise: <
Introduction to structural design
The structure of this high-temperature test chamber is divided into bottom steel frame load-bearing structure, warehouse board insulation material, air duct ventilation structure and electrical main control system.
In order to achieve the load-bearing effect, the bottom steel frame of this equipment uses I-beam and channel steel as the keel support bottom plate and is laid in a grid pattern. All are welded firmly to bear the weight of the test piece. The bottom steel frame is fixed with embedded parts. structure to avoid equipment deformation and drift caused by the heavy pressure of the forklift. At the same time, anti-skid steel plates are laid on the mesh steel structure to facilitate the driving and loading of forklifts. There is a slope at the bottom of the door to facilitate vehicle entry and exit.
The equipment is made of high-quality materials and processed using the most advanced processing equipment in the country. The surface of the shell is spray-coated to make it beautiful and smooth. The colors are coordinated and the lines are smooth and natural.
The indoor accessories are all made of stainless steel profiles, with reasonable design and durability. On the premise of complying with national standards, the equipment has stable performance in all aspects and is more practical and easy to control. Moreover, the equipment is easy to install, simple to operate, and basically does not require daily maintenance.
Insulation material: polyurethane foam storage board, which prevents the indoor temperature from being transmitted to the outside of the equipment, ensuring a balanced and stable temperature in the laboratory
Set up a transparent window at a reasonable position on the door to observe the indoor test Such changes. The observation window is made of multi-layer hollow tempered glass with a size of
. A self-priming high-temperature-resistant high-tensile sealing strip is used between the door and the box of the equipment to ensure the sealing of the test area. The inner panel of the door is made of stainless steel and uses container button handles. The door size is a wide-height double door.
The mixing system uses a long-axis fan motor and a stainless steel multi-wing impeller that is resistant to high and low temperatures to achieve forced convection vertical circulation to make the temperature in the test chamber uniform and stable
The air duct regulates the temperature of the test chamber. , the main body of the circulation is made of high-quality stainless steel profiles through cutting and argon arc welding. The heating system, temperature circulation fan, and temperature inlet and outlet of this laboratory are all installed in the air duct.
There is a ventilation duct on the top of the equipment, which is installed outdoors to avoid harm to the human body caused by smoke generated during high-temperature drying.
There are transparent observation windows on both sides of the equipment, which can increase the brightness and observation effect inside the equipment
Protection system
Overall equipment overtemperature
Overall equipment phase loss/reverse phase
Overall equipment timing
Fan overheat protection
Leakage protection
Automatically cut off the power after alarm and have decibel sound and flash light prompt
Delivery instructions
Supplier delivery Door-to-door, the supplier is responsible for the freight
The supplier is responsible for the installation, debugging and operation introduction until the demander's employees operate independently
The warranty period is one year, starting from the date of installation acceptance. The supplier promises to provide spare parts for life. If the after-sales service must be solved on site, the supplier will arrive at the user's site within hours.