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Convert Modbus RTU To PROFINET In 4 Steps Convert Modbus RTU To PROFINET In 4 Steps

This video provides an example of how to convert Modbus RTU to PROFINET protocol with Moxa’s MGate 5103 Series. Moxa MGate protocol gateways support an easy-to-use web console that guides users to configure the protocol conversion step by step, making the configuration process hassle-free.

Convert Modbus RTU To EtherNet/IP In 4 Steps Convert Modbus RTU To EtherNet/IP In 4 Steps

This video provides an example of how to convert Modbus RTU to EtherNet/IP protocol with Moxa’s MGate 5105-MB-EIP Series. Moxa MGate protocol gateways support an easy-to-use web console that guides users to configure the protocol conversion step by step, making the configuration process hassle-free.

Icotek IP66/IP68 Cable Gland For Cables With & Without Connectors

Split cable gland KVT-ER sets new standards in connectorised cable routing. By introducing the all-new split cable gland KVT-ER icotek is setting new standards in connectorised cable entry. The KVT-ER cable gland is a liquid and dust proof (IP66/IP68), rugged, easy-to-install and comparatively very cost-effective solution for routing, sealing and strain relief of cables with or without preassembled connectors.

ÖLFLEX® DC 100 - Ready For The Direct Current Era ÖLFLEX® DC 100 - Ready For The Direct Current Era

In future, energy distribution systems will make ever-increasing use of direct current. This requires special cables, such as the ÖLFLEX® DC 100.

ECS Are Now Authorised Dealers For TOSIBOX ECS Are Now Authorised Dealers For TOSIBOX

ECS are very pleased to announce that we are an authorised distributor for TOSIBOX® in New Zealand. TOSIBOX® have created a new standard for secure connectivity, remote maintenance and network management. The award-winning TOSIBOX® products are manufactured in Finland and used worldwide.

AF Contactor - The Advantage Of Electronic Coils AF Contactor - The Advantage Of Electronic Coils

The AF series Contactors from ABB utilise an electronic control coil which is unique and offers some key benefits for difficult applications. All Contactors rely on the voltage running through a coil to create a magnetic field, when the magnetic field is strong enough it will pull in the Contactor. However this is an analogue process and when the voltage is too low, and the magnetic field is not strong enough to hold the contactor closed, there is a bouncing or chatter effect. This can occur for example when a motor kicks in and there is a dip in the overall system voltage.