C.A.M.P Gyro4 Swiveling Anchor
RRP is £92.03 (Inc VAT)
C.A.M.P Gyro4 Swiveling Anchor Description
A revolutionary 3D swiveling rigging plate equipped with 4 connection points that rotate independently to allow them to be self-orienting even in the most complex rigging scenarios. The Gyro4 system allows for countless possibilities of connection between different elements that need freedom of movement. The innovative design prevents the accumulation of dirt and makes inspection easy. Main structural flanges are carbon steel with a double corrosion preventive coating. Swivel balls and attachment points are stainless steel. Includes four removeable silicon anti-rotation inserts.
Working load limit: 3 kN. Minimum breaking strength: 26 kN. Working load limit and minimum breaking strength are doubled when the two main bodies are oriented horizontally.
C.A.M.P Gyro4 Swiveling Anchor Specification
- Working load limit 3 kN.
- Minimum breaking strength 26 kN.
Working load limit and minimum breaking strength are doubled when the two main bodies are oriented horizontally.
C.A.M.P Gyro4 Swiveling Anchor Arrange a Consultation
A revolutionary 3D swiveling rigging plate equipped with 4 connection points that rotate independently to allow them to be self-orienting even in the most complex rigging scenarios. The Gyro4 system allows for countless possibilities of connection between different elements that need freedom of movement. The innovative design prevents the accumulation of dirt and makes inspection easy. Main structural flanges are carbon steel with a double corrosion preventive coating. Swivel balls and attachment points are stainless steel. Includes four removeable silicon anti-rotation inserts.
Working load limit: 3 kN. Minimum breaking strength: 26 kN. Working load limit and minimum breaking strength are doubled when the two main bodies are oriented horizontally.
- Working load limit 3 kN.
- Minimum breaking strength 26 kN.
Working load limit and minimum breaking strength are doubled when the two main bodies are oriented horizontally.