Enforce the standard.
The dynamic load test of tensile rod of medical bed and the push-pull strength testing machine of side guardrail are based on YY9706252-2021 "Medical Electrical Equipment Part 2-52: Special Requirements for Basic Safety and Basic Performance of Medical Beds" standard No. 2019.8.3.3.3 "Sidebar Strength and Latch Reliability" and Section 2019.8.3.3.4. "Dynamic test of tensile rod" requires design and production. It is suitable for testing the load of medical beds, elderly care beds, traditional Chinese medicine physiotherapy beds and other products, guardrail push-pull strength test, and tensile rod dynamic load fatigue test. Simulate the strength of the bed under load and the push-pull strength of the guardrail and the dynamic strength test of the tensile bar.
Technical parameters. There should be at least a vertically and horizontally loaded motor, which can apply push and pull forces vertically (in the Z-axis direction) and horizontally (in the X-axis and Y-axis directions);
It can fix the electric hospital bed, and apply a force of 0-750N to the 4 horizontal directions and the downward vertical direction of the electric bed guardrail, the step can not be greater than 5N, and the automatic cycle can work, the number can be set, and the number of times can be set should be 5000 times.
Control system: PLC;
Operation interface: color 7-inch touch screen, Chinese and English switching;
The electric hospital bed can be fixed, and the mattress support table of the electric hospital bed can be applied to the downward pressure of 0-3000N, the size of the force can be set, the step can not be greater than 5N, it can automatically cycle work, the number of times can be set, and the number of times can be set should be 10000 times;
The loading motor can be adjusted up and down and left and right, up and down adjustment range (400mm 1200mm), left and right adjustment range (0mm 1000mm);
It has the function of pressure accumulation and reduction and shutdown;
The loading time can be adjusted in 0-30s;
The size of the testing machine is large enough that 15m*2.2m hospital bed;
The main outer frame is made of carbon steel, the surface is painted, and the internal result materials are made of aluminum alloy and stainless steel.
Equipped with moving wheels Fuma wheel 120L, adjustable station does not understand, movable box adjustment;
Accessories list:
A full set of test brackets, motors, control systems (software and hardware required for normal use), control software (calibration software), 1 set of imitation hand pull up rod fixtures (fixture adjustment space 0-150mm), 1 set of cylindrical pull up rod fixtures (fixture adjustment space 0-150mm), 1 set of vertical push-pull force fixtures (fixture adjustment space 0-150mm), 1 set of sidebar push-pull fixtures (fixture adjustment space 0-150mm), 100mm loading rod (plus convex pad mm loading rod (plus convex pad mm loading rod (plus convex pad mm loading rod (plus convex pad), yy9706252-2021 in Figure 201104 loading pads (can carry 5000n pressure).
The Dynamic Fatigue and Sidebar Strength Tester for Electric Bed Lift Bar is a device specially designed to test the performance of electric bed lift bar and sidebar. The equipment is able to simulate the dynamic and static loads on the lift bar and sidebar of the electric hospital bed during actual use to evaluate its fatigue performance and strength.
In the dynamic fatigue test, the tester applies a cyclic load to the lifting rod of the electric hospital bed, simulating the lifting action of the hospital bed in actual use. The fatigue life and durability of the lift rod are tested by continuously applying cyclic loads to evaluate its stability and reliability in practical use.
In the sidebar strength test, the tester applies a static load to the sidebar of an electric hospital bed to test its ability to withstand pressure. The strength and load-bearing capacity of the sidebar can be assessed by gradually increasing the load until it breaks or deforms.
The electric bed lift rod dynamic fatigue and sidebar strength testing machine has the characteristics of high precision, high stability, automation, etc., which can provide accurate test results. This kind of equipment is widely used in the production and quality control process of electric hospital beds, which helps to ensure the safety and reliability of products, improve product quality and user satisfaction. At the same time, it also provides important data support for product development and optimization, and promotes the continuous progress and innovation of electric hospital bed technology.