Isotop® SD
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Steel spring vibration isolators Design Isotop® SD steel spring vibration isolators consist of two spring elements with M 10 internal thread and a cylindrical screw spring designed according to DIN EN10270-1: 2001. Height adjustment is done via a threaded rod M 10 with three nuts and three locking washers for level adjustment and weight distribution. Corrosion protection: Optional corrosion protection, either galvanized or cataphoresis coated (KTL). Field of application Isotop® SD elements have a natural frequency, depending on the load, down to approx. 3.2 Hz and are used for: — ource isolation of ventilators, fans, extractors, air S conditioners, compressors, emergency power units, pumps etc. — eceiver isolation of sensitive electronic assemblies, R measuring equipment, scales, test beds etc. — ercussion isolation of all sorts of machines. P Required data for selection — Total weight to be absorbed — Number and location of points of support — Centre of gravity — Structural shape of the device (dimensions) — Direction of load — owest disturbing frequency L (rotational speed or number of strokes) Advantages — onstruction height, diameter and connection thread C are identical for all types, which guarantees exchangeability. — s a result of the open construction, the source is A connected to the foundation point only via the spring. The spring element can oscillate in the horizontal plane without restriction. — he spring is clearly visible, which allows checking T of its condition without dismantling. The distance between spring coils is visible under load. — ccessories, base plate and height adjustment A are universally applicable for all types. Isotop® SD, KTL Our service Make use of our know-how on questions about vibration technology. We will gladly consult you and will calculate tailor-made solutions for vibration isolation.

Recommended Working Area Natural Frequency Remark: Loads higher than the recommended deflection are possible. Please than take into account that the deflection caused by additional dynamic loads has an upper limit. In such cases please ask Reinicke GmbH.

Recommended Working Area Natural Frequency Remark: Loads higher than the recommended deflection are possible. Please than take into account that the deflection caused by additional dynamic loads has an upper limit. In such cases please ask Reinicke GmbH.

Nominal Range min./max. Spring Rate Figure with Footplate FP Accessory: Isotop® FP 1-9 Footplate All data indicated are based upon our current knowledge. They may be used as calculation and standard values and are subject to the usual machining tolerances. Subject to change and correction. DB Isotop® SD en © Copyright by Reinicke GmbH l 08-2013 We reserve the right to amend the data. Accessory: Isotop® NV 1-9 Adjustment Selection table