You can connect SCC shield clamps one-handedly and without using any tools. The convenient clamping bracket and the non-pressurized contact spring enable a simple and low-fatigue shield connection to be made. At the same time, the design of the contact spring guarantees a reproducible and long-term stable contact quality and compensates any conductor settling effects. The shield connection is flexible, with clamps available for direct mounting, neutral busbar mounting, and DIN rail mounting. For neutral busbar mounting, simply swivel the shield clamps onto the neutral busbar rail and close the lever to secure both the terminal block and the conductor to be connected. For a clearer overview and assignment of the individual shield clamps, the clamps feature large marking areas on the clamping bracket. This simplifies assigning the cable in accordance with the circuit diagram.
Shield clamps
Shield clamps protect your systems against electromagnetic interference. This interference can lead to malfunctions or even failure of entire systems. To prevent these scenarios, the shield clamps consist of standard-compliant components. In addition to protecting your systems, the shield clamps are used to satisfy the EMC Directive with respect to CE conformity.
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Your advantages
- Optimal electromagnetic compatibility thanks to EMC-compliant wiring
- Interference-free signal transmission and signal processing
- Optimal shielding attenuation thanks to a large-surface contact pad
- Low transfer impedance due to direct, large-surface and low-resistance contact in neutral busbar (NLS) installations
- Simple and compact shield clamp mounting on the NLS thanks to various support brackets
- Easy connection of the NLS to the protective conductor of the control cabinet thanks to suitable connection terminal blocks
Shield clamp on a neutral busbar
Professional shielding with shield clamps
Shield clamps are used both in the control cabinet and in systems to ensure the EMC-compliant wiring of signals, power supplies, and data cables. For reliable and EMC-compliant operation in the electromagnetic interference fields, the appropriate shielding must be ensured. The protection provided by shield clamps prevents both incoming and outgoing interference radiation. The main sources of interference include motor and frequency converters, strong magnetic alternating fields, radio waves, and both the capacitive and inductive couplings of other cables. Manufacturing companies and operators of machines and systems must comply with various legal and normative regulations regarding electromagnetic compatibility. These regulations are also part of CE marking.
Shield clamps
The SK shield clamps clamp the conductors using a knurled screw. To ensure optimum shielding, the clamps feature a spring-loaded and large-surface pressure plate. Shield clamps are available for direct mounting and busbar mounting for mounting in the control cabinet.
The SKS spring-cage shield clamps are available in two mounting types. Choose between mounting on DIN rails or directly on conductive mounting panels. The SKS spring-loaded shield clamps are suitable for cable and conductor diameters from 3 to 20 mm.
Our brochures on shielding and shield clamps
Shielding is a complex issue. Whether you want to protect your systems against incoming interference or against interference emissions: EMC-compliant wiring is essential. In the following, you can download free PDF files on the topic of shielding. The first brochure, titled "Shielding," looks at the general topic of shielding. It provides you with an overview of the various types of interference and how to effectively counteract these types of interference. The second brochure, titled "SCC Shield Clamps," contains various information about our latest shield clamp family.