Product Description
THE USAGE:
This tester is used to test the opening & closing fridge door`s life of horizontal type fridge.it adopts the pneumatic type drive mode and the cylinder will drive the flexible connecting rod to do the reciprocating rectilinear movement,and then finish the push & pull reciprocation.it`s easy operate & control.
Standards:
ISO 1550-2005,IEC 60335.
PARAMETERS
- Fridge condition:put it under 16~30°without connect
- Open angle of fridge door:90°
- Max dimension of fridge:the highest:1000mm;the widest:3000mm;the deepest:900mm
- External dimension:850*1200*2200mm
Comprehensive Door Testing CapabilityThis fridge door tester is built for extensive testing, supporting both single and dual door configurations. Its adjustable test angles, cycle speeds, and force measurement range allow evaluation of diverse refrigerator designs. Customizable specimen size and universal clamps suit a variety of brands and models, ensuring complete performance insights for manufacturers and laboratories.
Advanced Safety and Automation FeaturesOperators benefit from a suite of safety options including emergency stop, overload protection, and safety interlock. Fully automated with PLC control and a digital LCD touchscreen, the tester offers simple setup, monitoring, and adjustment. Automatic cycle setting and real-time monitoring maximize testing efficiency while keeping users safe.
Reliable Data Management and OutputEfficient data handling is facilitated by USB data logging, digital cycle counters, and an optional printer. With high accuracy (1% FS) and rapid response (<200 ms), users receive real-time feedback on force and cycles. The interface supports RS232/USB connectivity, enabling seamless integration with other systems for quality documentation and analysis.
FAQs of Horizontal type fridge door tester:
Q: How does the Horizontal Type Fridge Door Tester measure test force during operation?
A: Test force is measured by an integrated load cell that provides real-time feedback. The digital LCD touchscreen displays force readings up to 300 N with high accuracy and resolution, ensuring reliable monitoring throughout testing.
Q: What refrigerator door sizes are supported by this tester?
A: The tester features adjustable universal clamps and a customizable fixture, allowing it to accommodate various refrigerator door dimensions for both single and dual door types. With a test width up to 900 mm and a stroke of 1200 mm, it suits most commercial and domestic refrigerator models.
Q: When should this equipment be used for refrigerator door testing?
A: It is ideal for use during quality assurance in both manufacturing and laboratory environments, particularly when doors need to be evaluated for durability, cycle life, and performance before product release or certification.
Q: Where can the Horizontal Type Fridge Door Tester be installed?
A: As a floor stand type machine with heavy-duty steel construction, it is designed for installation in laboratories, factories, and testing facilities. The powder-coated finish ensures durability for industrial environments.
Q: What is the process for conducting a test using this machine?
A: Operators secure the refrigerator door specimen using the adjustable clamps, set test parameters (angle, cycles, speed) on the touchscreen panel, and start the automated cycle. Safety features and real-time monitoring enhance reliability, and data is logged via USB for analysis.
Q: How can test results be exported or documented?
A: Test data, including force measurements and cycle counts, can be exported through USB data logging. For further documentation, an optional printer is available and connectivity via RS232/USB allows integration with external systems.
Q: What are the main benefits of using this fridge door tester for manufacturers and suppliers?
A: Manufacturers and suppliers gain precise, repeatable, and automated performance data with advanced safety features. Accurate measurement and comprehensive reporting help ensure product reliability, reduce defects, and meet international quality standards efficiently.