Surgetek supplies modular surge arresters from the DEHNguard M ... CI family.
Featuring a functional Red/Line design, they set new standards in user friendly short circuit protection and surge protection in a single protection module. The protective circuit has the arrester backup fuse integrated in the protection module. This feature, together with the heavy duty zinc oxide varistor and dual thermo dynamic control monitoring device, allows easy installation and minimum space requirements.
The user has the option to implement space saving surge protection measures in installations with short circuit currents up to 25 kA rms, which cover all functions specified in installation standards. All circuits including the N-PE circuit feature an operating state indicator in accordance with the IEC 60364-5-53 standard.
The thermo dynamic control monitoring device evaluates the surface temperature of the heavy duty varistor, as well as the intensity of the discharge current. The mechanical visual indication has green and red flags which show whether the protective circuits are ready for operation, without the need for power. It also indicates the activation of the thermo dynamic control monitoring device and the integrated arrester backup fuse.
In addition to the mechanical operating state and fault indication, the ... FM version of the range features a three-pole remote signalling terminal. It has a floating changeover contact and the remote signal can be used as break-or-make-contact according to the particular circuit concept.
All the benefits of the modular design of the DEHNguard M family have been integrated into the new DEHNguard M ... CI family. The system-configuration-specific product designation and the thermo dynamic control monitoring device reflect the high safety requirements. The unique module locking system prevents the protection modules from becoming loose during transport or due to the enormous forces of discharge. The protection modules can be easily replaced without tools. To prevent incorrect insertion, every protective circuit in the multipole and single-pole SPDs is mechanically coded.
The multipole modular DEHNguard M ... CI family features multifunctional terminals on a standardised spacing of one module for connecting conductors and busbars, allowing easy wiring with other DIN rail mounted devices. Thus a variety of applications can be easily connected in series for optimal protection in accordance with IEC 60364-5-53.
Turning plastic waste into clean hydrogen
Electrical Power & Protection
Researchers have developed a solar-powered process that converts plastic waste into hydrogen and useful industrial chemicals while using spent acid from vehicle batteries. The approach could help create a circular system for dealing with several challenging waste streams at the same time.
Read more...SA port could generate wave energy
Electrical Power & Protection
A feasibility study has identified the potential for an 8,3 MW wave energy power station at the Port of Ngqura in the Eastern Cape, using the port’s existing breakwater infrastructure.
Read more...South Africa’s battery manufacturing potential
Editor's Choice Electrical Power & Protection
A feasibility study commissioned by the Localisation Support Fund concludes that South Africa has the technical and commercial foundations to develop a competitive lithium iron phosphate battery manufacturing sector, anchored by growing regional demand and favourable industrial conditions.
Read more...A clean mobility future
Electrical Power & Protection
Africa’s leading electric mobility company has published its inaugural Sustainability Report on its path to scale clean transport infrastructure and affordable mobility solutions in Africa.
Read more...Overcoming the bottling industry’s fragmented visibility Schneider Electric South Africa
IT in Manufacturing Electrical Power & Protection
Beverage bottling facilities are among manufacturing’s most energy-intensive environments, yet many still operate without granular insight into where that energy goes. Rezolia Muller-Potluri of Schneider Electric explains how tiered metering architecture and advanced
While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.