Applications of servo motor cables
Servo motor cables have been developped for the quick connection of computer aided CNC machines as for example CNC mills or drilling machines. They combine a trouble-free combination of current supply and data transmission. Motor connection cables, feedback cables as well as transmission cables belong to the servo motor cables. Further application fields are for example the motor construction for temperature control or industrial fields with intelligent servo drives.
These flexible motor connection cables are used for the power supply of motors. Depending on the construction type supply and control conductors are possible. The cables are suitable for high mechanical demands in dry, damp and wet conditions as well as at low temperatures.
Highly flexible cable track applications in industries with intelligent servo drives, e.g. automation technologies, machine construction, construction of industrial robots and plants, motive power, control and manufacturing engineering, in handling systems, car manufacturing industry, in cable tracks on wood-working centres, colour coding acc. to DESINA
Flexible applications in industries with intelligent servo drives, e.g. automation technologies, machine construction, construction of industrial robots and plants, motive power, control and manufacturing engineering, in handling systems, car manufacturing industry, in engineered machining centres, optimised combination of supply and control cores in order to supply energy for drives and their temperature monitor respectively for the brake to stop
All-in-one cable solution with integrated elements for digital signal feedback
Feedback cables are used for controlling motor speed and for giving feedback values. Transmission cables produce transmit control pulses for positioning and procedure characteristics, e.g. connection of speedo, brake and pulse generators.
Highly flexible, mobile connection cables for e.g. speedo, brake, temperature control in motors, for continuously flexible applications in automation technology, control and production engineering, in cable tracks on wood-working machines, machine and industrial plant construction, even with high mechanical demands and in dry, damp and wet conditions, as well as at low temperatures flexible connection cables e.g. for speedo, brake, temperature control in motors, for continuously flexible applications in automation technology, control and product engineering
These cables are suitable for the fixed installation and flexible use e.g. in machine and industrial plant construction with average mechanical demand in dry, damp and wet conditions.
These cables are to be used for power wiring at frequency converters, speed changeable motors, industrial drives and especially if increased EMC characteristics are required in various areas of industry.
The cables can be used at average mechanical stress for fixed installations as well as flexible applications without tensile stress and without restricted movement without forced movement in dry, damp or wet conditions and in explosive proof areas. They are generally not to be used for outdoor applications. However, in rare cases it is permissible if the cables are fixed and protected against solar radiation.
Climate technologies, food industry, paper and steel production, metal finishing and printing machine engineering. Due to the low mutual capacitance this cable allows a more efficient power transfer than conventional PVC cables. Electromagnetic influences are reduced as low as possible by the low surface transfer impedance
DESINA - DistributEd and Standardized INstAllationtechnology
DESINA is an extensive concept for standardizing and distributing fluid and electric installations of machines and plants. A co-operation of machine construction, car manufacturing and supply industries has, furthermore, set up the specification of necessary components.
DESINA applies already existing solutions such as open bus systems, industrial standards for connectors, etc. By standardizing components, interfaces and connecting systems, e.g. an optical fibre copper hybrid cable, most varying systems can be realised on a physical basis.
The sheaths of all cables are to be resistant against industrial lubricants.