AGRO cable glands
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AGRO cable glands. EMC cable glands for interference-free cable installations.

EMC. A topic with serious consequences. Electromagnetic compatibility (EMC) is something that everyone in our modern world is confronted with. For instance, if a bothersome tone in the radio alerts you that your mobile phone is ringing, this is a typical case of an electromagnetic interaction between two pieces of equipment. In this context, disturbing noises are only the most harmless consequences of such unwanted interactions. When your expensive high-tech car won’t move because of electromagnetic incompatibilities in the on-board computer, things become much more upsetting and expensive....

Standards and regulations. EMC directives. 4 The most important things for interference-free operation. Shielding and contact. 5 Requirements Products AGRO cable glands. Systems and solutions for professional cable entry. 20 Technical details are subject to change.

Standards and regulations. EMC directives. What, exactly, is EMC? Every electrical device generates an electromagnetic field around itself, and this field in turn can induce currents and voltages in other electrical devices. Depending on the intensity of the mutual coupling, this effect can lead to malfunctions, reduced functionality or even total failure of the equipment. In European Standard EN 61000, the term EMC is defined as follows: Electromagnetic compatibility is the ability of a piece of electrical equipment to function satisfactorily in an electromagnetic environment without...

EMC cable glands | Basics The most important things for interference-free operation: Shielding and contact. In the industrial sector, EMC plays a particularly key role because complex machines and systems are extremely susceptible to electromagnetic interference. Such undesired EMC effects, however, can be counteracted with the effective shielding of all components. On the one hand, good shielding reduces the amount of interference emitted by an electrical apparatus while at the same time reducing its susceptibility to impaired performance due to electromagnetic effects. Not only cables...

Progress® EMC Rapid Brass. For quick assembly. The cable gland with two contact options. An integrated contact disc allows for easy and fast contact to the shield of partially stripped cables as well as of fully stripped cables which shields are being extended. 4 High resistance to torsion The integrated retaining grooves in the lower part and in the sealing insert grant against twisting. 1 Low contact resistance The flexible tongues on the contact disc, with their large surface area, maximise the gripping surface on the braided shield. 5 Metric or PG entry threads Progress® EMC Rapid cable...

Progress® EMC Rapid Brass Material: Contact sleeve: Contact washer: Seals: O-ring: Strain relief: Temperature range: Protection class: Short entry thread Pg Pg 7 Pg 7 Pg 9 Pg 9 Pg 11 Pg 11 Pg 13 Pg 13 Pg 16 Pg 16 Pg 21 Pg 21 Pg 29 Pg 29 Nickel-plated brass Nickel-plated brass Stainless steel A2 TPE NBR Version A acc. to EN 62444 -40˚C / +100˚C IP 68 (up to) / IP 69K Executions for Ex applications available. SEV approval for metric threads only. Tec

Assembly movie Progress® EMC easyCONNECT Brass. Quick, convenient installation thanks to an innovative contact spring. The cable glands Progress® EMC easyCONNECT guarantees full control during installation and compensates for tolerances in shielding thicknesses to make a secure screened tap connection. The spring system provides for a very good contact of partially stripped shielding cables equally as well as for the contact of completely exposed cable shields which can be routed further. 1 Immediately recognisable Thanks to the marking on the bottom section, the Progress® EMC easyCONNECT...

Progress® EMC easyCONNECT Brass Material: Nickel-plated brass Contact spring: Spring steel 1.4310 Strain relief: Version A acc. to EN 62444 Temperature range: -60°C / +100"C Protection class: IP 68 (up to 10 bar) / IP 69K Short entry thread metric Two-piece sealing insert not overall length insulated 1 = One piece sealing insert 2 = SEV approval for metric threads only. 3 = CRUS, DNV Approval pending PG and NPT entry threads upon request Executions for Ex applications available. Technical details are subject to change.

Progress® EMC Brass. Constant contact quality with low transfer impedance. Progress® EMC cable glands made of brass and with the time-proven contact sleeve make 360° contact with braided shield which terminates at the cable gland. The decisive edge geometry of the contact sleeve prevents any shearing of the braided shield. 1 Low contact resistance The immense 360° contact surface ensures low contact resistance. 2 ermanent contact pressure P The interlocking “sealing insert/contact sleeve” combination ensures permanent contact pressure of the braided shield against the lower part. 3 ptimal...

Material: Contact sleeve: Seals: O-ring: Strain relief: Temperature range: Protection class: Nickel-plated brass Nickel-plated brass TPE NBR Version A acc. to EN 62444 -40°C / +100°C IP 68 (up to 10 bar) / IP 69K 1) Metric coarse-pitch thread Executions for Ex applications available. SEV approval for metric threads only. 1) Metric coarse-pitch thread Long entry thread Pg Short entry thread Pg Technical details are subject to change. 11

Assembly movie Progress® EMC powerCONNECT Brass. Direct connection for high leakage currents. Progress® EMC powerCONNECT, with its new, advanced compression sleeve, ensures reliable 360° shield contact in a very compact unit. This method of shield contacting has been used for many years in communications engineering and is now also available in industry. The direct transfer from the shielding to the cable gland’s lower part ensures extremely low transfer resistance. 1 Lowest transfer resistance As a result of the direct contact between the cable’s shielding and the cable gland’s cone,...