The parameters that characterise the test include: linear speed, acceleration and deceleration, curve radius and working stroke, which determine the durability of the cable – namely, how many cycles can be performed before the cable is damaged (interruption), under the stated conditions.
This information is fundamental in selecting the type of cable energy chain and cables, depending on how demanding the intended application is (i.e. machine tools, linear axes, etc.).
Since there are no norms that adequately define the testing equipment, SIF has been able to develop a system by communicating with its customers and based on its many years of experience. This system focuses primarily on:
The innovative solutions developed through the inventiveness of our Research & Development Team are the equipment’s true added value. Our Team has succeeded in uniting creativity and engineering in order to:
Elements that make up the testing system:
1. Cable energy chain drive. Designed according to customer specifications
2. Cable energy chain guide attachment system. Flexible and rapid
3. Operator control panel to set and visualise testing parameters. Cycles set/performed, speed, acceleration, deceleration, cable type, alarms and signals
4. Bearing mechanical structure
5. Safety modules. Emergency and interlock button with protective fence
6. Wear and tear prevention system for mechanical moving parts
SIF INNOVATIVE SOLUTION:
7. SIF_RIMC@Sistema to detect cable interruption. Detection on each interrupted conductor. Independent indication of cycles performed on operator panel for each cable.
