Product Description
We have uniquely positioned ourselves as a topmost organization, engaged in offering a precisely-engineered Energy Saving Aging Test Cabinet Suppliers for LED Power Supply. In addition to this, our quality experts rigorously check this Energy Saving Aging Test Cabinet Suppliers for LED Power Supply on various stages of quality tests to ensure its flawless performance and high efficiency. It set various load parameters and real-time monitor for parameters such as voltage, current and power by computer software.
Superior Insulation and DurabilityDesigned with high-density polyurethane insulation and a stainless steel (SUS304) interior, the chamber retains heat efficiently and withstands frequent testing use. The powder-coated mild steel exterior offers additional durability for rigorous laboratory and industrial environments, ensuring long equipment lifespan.
Advanced Environmental ControlThe cabinet utilizes a PID microprocessor controller for precise regulation of temperature (ambient to 200C) and humidity (40%90% RH), with resolutions up to 0.1C and 0.1% RH. Forced convection low-noise fans guarantee uniform conditions, while programmable cycles allow accurate simulation of aging processes.
Safety and Convenience FeaturesEquipped with over-temperature and fault alarms, this cabinet offers robust protection for both equipment and specimens. LED internal lighting and a large tempered glass window provide excellent visibility, while heavy-duty caster wheels ensure safe mobility and placement flexibility in the lab or industrial area.
FAQs of Energy Saving Aging Test Cabinet:
Q: How does the Energy Saving Aging Test Cabinet maintain precise temperature and humidity levels?
A: The cabinet is fitted with a microprocessor PID controller, allowing for fine adjustments of temperature (from ambient up to 200C) and humidity (4090% RH). Forced convection and low-noise fans further ensure uniform distribution and rapid stabilization within 2 minutes.
Q: What types of specimens and tests can be accommodated in this aging test cabinet?
A: It supports up to 8 specimen positions with shelves or stations, each holding samples up to 300300100 mm, making it ideal for testing aging resistance in various electrical and electronic components under customizable environmental conditions.
Q: When is it appropriate to use this cabinet, and for which applications?
A: This cabinet is perfect for laboratories and industrial settings requiring simulated aging tests on components, typically during quality control, R&D, or product development stages to assess long-term durability and performance.
Q: Where should the cabinet be installed for optimal operation?
A: The cabinet is designed as a floor-standing unit with heavy-duty locking caster wheels, making it suitable for installation in industrial or laboratory settings. It should be placed on a stable, level surface close to power and gas supply outlets.
Q: What is the process for running a test in the aging cabinet?
A: Users can load specimens onto the shelves, program the desired temperature, humidity, and duration using the digital PID controller, and initiate the test cycle. The system automatically maintains conditions and sounds alarms in case of faults or over-temperature events.
Q: How does the insulation material benefit efficiency and cost savings?
A: The high-density polyurethane insulation minimizes heat loss, reducing energy consumption while maintaining stable internal conditions. This energy-efficient design helps lower operational costs and enhances the consistency of test results.
Q: What safety features are included with the cabinet?
A: The cabinet is equipped with an over-temperature alarm and fault alarm system that immediately notifies users of abnormal conditions, ensuring both the safety of tested specimens and the protection of the equipment itself.