Keywords
Citation
(2004), "Valve coils offer more options", Anti-Corrosion Methods and Materials, Vol. 51 No. 3. https://doi.org/10.1108/acmm.2004.12851cad.006
Publisher
:Emerald Group Publishing Limited
Copyright © 2004, Emerald Group Publishing Limited
Valve coils offer more options
Valve coils offer more options
Keywords: Corrosion resistance, Valves, Coils
Enhanced corrosion resistance, reduced weight and a wider range of connector options are among the key benefits offered by the new C4 range of solenoid valve coils.
Enhanced corrosion resistance, leading to increased life in demanding applications, reduced weight, and a wider range of connector options are among the key benefits offered by the new C4 range of solenoid valve coils from Sterling Hydraulics.
Fully interchangeable with the existing CC range of coils used on Sterling Hydraulics valves, the new C4 coils also offer substantial cost savings, especially for volume users.
Weighing just 120 g, compared with 200 g for CC-series coils, the new C4 products take full advantage of the most modern materials to provide superior reliability and performance.
They are initially available for 12 and 24 V DC operation and can be supplied in standard or high-power versions to ensure compatibility with the widest possible range of valves.
All types feature waterproof construction, which eliminates the need for O-rings, and an external steel flux-carrying band which makes it possible for the coil to withstand extreme thermal shock without damage to its encapsulation.
The robust construction of the new coils makes them an ideal and cost-effective choice for even the toughest applications, and is complemented by a choice of seven moulded-in connector options, making them fast and easy to fit and wire.
Available connector types are AMP Junior, DIN 43650, Deutsch DT04-2P, flying leads, Packard Metri-Pack 150, and double spade.
Standard coils in the range have a consumption of 14 W, while, for high-power versions, the consumption is 19 W.
Both types have an operating temperature range of −40-+200°C, and both are suitable for use in applications where they will be continuously energised.