Products
IEC 60601-2-52 Foot Switch Fatigue Testing Machine For Medical Electrical Equipment Test
MOQ: | 1 |
Price: | Negotiable |
Standard Packaging: | Plywood Case |
Delivery Period: | 30 Days |
Payment Method: | T/T |
Supply Capacity: | 20 Sets Per Month |
Products Description
IEC 60601-2-52 Foot Switch Fatigue Testing Machine For Medical Electrical Equipment Test
Product Overview:
1. Standard: conform to YY9706.252-2021 clause 201.15.4.7.1, IEC60601-2-52:2009, YY1057-2016-5.1.4, IEC60601-1:2012.
2. Samples and restrictions: foot switches for medical electrical equipment.
3. Application: this test equipment is used to verify the mechanical durability, mechanical strength, and safety requirements of foot switches for medical electrical equipment.
4. Test principle: preset the test force value, test number, and constant force time through the touch screen. After starting, the servo motor automatically completes the test and automatically stops after reaching the number of tests.
5. Equipment structure and characteristics: the equipment consists of a control cabinet and two sets of driving devices, servo-driven, with force value setting and display, which can form a force value-time curve.
Technical Parameters:
Usage environment
AC220V±10%/50-60Hz, power 1.5KW
Equipment dimensions
800×600×1000 (mm)W×D×H
Equipment weight
100kg
Station
Two stations
Electrical control method
PLC intelligent integrated control, color human-machine touch interface operation
Drive mode
Servo motor + precision reducer drive
Specimen clamping method
Mechanical clamping
Test frequency
0~999999 times can be preset
Ascent dwell time
0~999.9s can be preset
Descent dwell time
0~999.9s can be preset
Test trip
0~100mm can be preset
Test speed
0~300mm/min, can be preset
Applied force value
0-1500N, resolution 0.1N, accuracy 1%
Test environment
Atmospheric pressure 80~106kpa; ambient temperature 5~40°C; relative humidity (20~90)%RH; use place: no violent shaking, vibration, no electromagnetic interference, no dust, no explosive and corrosive gases, good heat dissipation