Ingiant low torque large diameter hollow shaft slip rings 104mm

Advantages of the Hollow shaft slip rings

Hollow shaft slip rings are suitable for both directions of rotation. They are designed in such a way that both the inner or the outer ring can be rotated or blocked. This makes their use very flexible. These modules are so robustly constructed that they can withstand speeds of up to 1200 revolutions per minute. This makes them easy to use for demanding applications, such as wheel hub motors. With protection class IP51, the slip rings are sufficiently tight against penetrating splash water or dust. The maximum operating temperature is 80 °C. This makes them suitable for hot water lines, hydraulic applications or compressed air ducts.

If the hollow shaft slip rings are to be installed on hot steam lines, an additional sleeve made of heat-insulating material is recommended. Hollow shaft slip rings are maintenance-free and have a precisely defined service life. As they are very inexpensive and easy to replace, their use ensures long-term operational reliability. In summary, hollow shaft slip rings offer the following advantages:

• Impact-resistant housing, also made of metal on request
• Maintenance-free and durable
• Acid- and corrosion-resistant outer material
• Reliable transmission of all power and control currents up to 690V

Slip rings are moving components. As a result, they are exposed to high mechanical loads. Even the smaller plastic housings are sufficiently impact-resistant against normal loads. In the metallic version, the hollow shaft slip rings can also withstand powerful lateral impacts. The slip rings can also be used in critical environments, for example in the vicinity of chemical or cooling lines. The transmission reliability of the currents is always guaranteed even at maximum temperature and highest speed. Our hollow-shaft slip rings are also sufficiently radio-interference suppressed so that they do not emit any interfering signals in the vicinity of transmitting and receiving equipment.