I. Product Application:
This series is suitable for electronics, auto parts, rubber-plastic industries, and tests the tensile resistance of various materials under high and low temperatures. It identifies the chemical changes or physical damage caused by thermal expansion and contraction, confirming the product's quality. From precision ICs to heavy machinery components, all require its recognition.
Section II: Enclosure Structure
Inner Box Material: SUS#304 high-temperature and low-temperature stainless steel plate; Outer Box Material: SECC high-temperature and low-temperature steel plate with powder coating for enhanced appearance and cleanliness; Insulation: High-strength PU foam and high-density glass fiber cotton to prevent unnecessary energy loss; Test Door and Chassis: High-tension sealing strips for high-temperature and low-temperature resistance to ensure airtightness in the test area; Chassis: CNC machined for a smooth, aesthetically pleasing design with flat handles for easy operation; Test samples are placed on a tray, driven by a Japanese-made high-torque linear motor to control valves in the heat or cool storage areas, facilitating air circulation for even temperature testing; The chassis has two 50mm diameter test holes on the left and top sides for external test power or signal lines; The machine base features high-quality, fixed, movable casters for easy positioning and movement; Special design saves space, has a moderate operating height, and is easy to maintain and repair; Drainage system uses swirl and U-shaped sedimentation devices; Sweat-proof components are treated with heat from system K-type pipes.
Section 3: Control System
The controller features a touch-screen true-color LCD microcomputer, offering an aesthetically pleasing and beautiful design; the display function includes an LCD screen that can show test conditions (including temperature ranges, cycle counts, running time, and remaining time, etc.); it has both program control and setpoint control functions, facilitating use under various production conditions; the temperature slope setting allows for free control of running time and heating rate; the预约 start function enables the system to automatically run after reaching the set time, providing flexible control over the aging room's running time and operational status; the power-off restart function allows for cold start/hot start/interruption options; temperature control utilizes a P.I.D.+S.S.R. system for synchronized coordination, enhancing the stability and lifespan of the control components and interface; real-time and historical curve queries are available for observing temperature changes in real-time; it has a computer connection interface for remote operation; it includes curve and experimental data saving and printing capabilities; running time accumulation function helps customers monitor product usage for maintenance and care; screen protection function extends the lifespan of the LCD screen; in case of system failure, it displays fault information, causes, and solutions; it has a permission level setting function to prevent user errors; English-Chinese switch function facilitates operation for users of different languages; control mode: PID (proportional-integral-derivative) automatic calculation, PID control is simple and easy to understand, and does not require an accurate system model or prerequisite conditions; in case of errors during setup, it provides an alert signal; on/off functionality (which can control the test chamber's lighting), saving costs for designers and enhancing convenience of use.
Section 4: Refrigeration System
European Taikang Ironclad Warrior Low-Noise Energy-Saving Type Full-Enclosed or Semi-Enclosed Refrigeration Compressors by Bitzer, Turin, Emerson, etc.; Refrigeration system features a二元复叠 refrigeration design, using different compressors for different temperature ranges to enhance equipment lifespan; Refrigerant: Dupont R404A (High Temperature Loop), (Low Temperature Loop); Spiral K-TYPE refrigerant copper pipes; The entire system pipeline is nitrogen-purged and pressurized for 24H leak testing to eliminate the possibility of refrigerant leakage; Water-cooled or air-cooled condensers; Slope-type FIN-TUBE evaporator; Original imported solenoid valves, dry filters, Japan's Kawamura capillary tubes, and other refrigeration components; Heating and cooling systems are completely independent, with all refrigeration system operations controlled by a microcomputer controller, achieving energy-saving benefits.
V. Meets Standards:
This product adheres to the following standards: GB2423.1-89 Low Temperature Test Method, GB2423.2-89 High Temperature Test Method, GB2423.22-89 Temperature Change Test, GJB150.5-86 Temperature Shock Test, GJB360.7-87 Temperature Shock Test, GJB367.2-87 Temperature Shock Test, (CNS, MIL, IEC, JIS, ...)
Section 6: Technical Specifications
