Mors Smitt Group
Mors Smitt serves the rolling stock industry with components such as relays, safety critical electronics and complete measuring and control solutions. The needs of the signalling / infrastructure industry are served with vital relays and safety testers.
- +31 (0)88 600 4500
- wnl_salessupport@wabtec.com
- Darwinstraat 10
Ede, 6718 XR
Netherlands, Kingdom of the
-
Product
Hall Effect Sensors
-
The Mors Smitt transducers are used to measure high currents in rolling stock and trackside applications. High currents are converted linearly to low power signals.
-
Product
Railway Signalling & Infrastructure
-
The signalling / infrastructure sector is served with systems that ensure factors as full signal integrity, automatic train protection, energy distribution and control.
-
Product
Industrial Plug-in Power Relays
-
The unique D-series power relay concept and the miniature C-series relays are specifically designed for heavy-duty applications, power-utilities, petrochemical industries, and mining. High DC breaking capacity and inductive load switching offer long electrical life and low life-cycle costs. The Solve-All™ relay application concept offers ultimate flexibility to design and supply tailor made D-series power relay products. Today the D-series power relays are used in its millions across the world.
-
Product
Miniature Instantaneous Relays
CU-A Series
-
Heavy duty miniature power relays for demanding applications, switching of AC&DC voltages, resistive and/or inductive loads. Equipped with weld no transfer contacts.
-
Product
British Rail Relays
-
Mors Smitt manufacture the full range of British Rail equivalent relays including AC & DC coils, instantaneous, gold contacts, safety critical, push to test relay button, timer/time delay, and flashing.
-
Product
Instantaneous Power Relays
D series
-
Heavy duty relays for demanding applications, switching of AC&DC voltages, resistive and/or inductive loads.
-
Product
Maritime
-
Nieaf-Smitt maritime instruments are designed, engineered and manufactured for bridge, bridge-wing and control/rudder room applications on board of ships. Prime applications such as propulsion, steering and navigation are covered with a wide range of dedicated products.
-
Product
High DC Breaking Capacity (10A) rYelays
D-BX5 Series
-
Heavy duty relays for demanding applications. Integrated magnetic arc blow-out function and contact gap 2mm for higher DC breaking capacity.
-
Product
Maintenance & Test Equipment
-
To minimize Life Cycle Cost of products and systems it is important to perform maintenance at exactly the right moment: not too early when the product has enough remaining lifetime and not too late when the lifetime is over. Mors Smitt offers a comprehensive set of maintenance and test equipment for in-service inspection, fault finding, and verification of relay conditions for optimum Life Cycle Cost.
-
Product
Miniature Instantaneous Relays
CU-B Series
-
Heavy duty miniature power relays for demanding applications, switching of AC&DC voltages, resistive and/or inductive loads. Integrated magnetc arc blow-out function.
-
Product
Low Current Switching Relay
D-E Series
-
Heavy duty relays for demanding applications, suitable for low current switching, equipped with gold plated contacts.
-
Product
Power Utility Industry
-
Major product types include:*Auxiliary and Tripping Relays*Test Blocks*Arc Flash Protection*Utility Grade Protection and Control Relays*Industrial Controls and Pilot Lamps*On Board Railway Relays, CB’s and Panel Meters
-
Product
Energy Meter
-
Mors Smitt™ energy meter is a compact solution to measure energy consumption across multiple sub-systems of the rail transport that ensures:
-
Product
Voltage Protection
-
Are solid state voltage sensing relays with electromechanical output contacts built in a fully draw out case format. Designed for application on AC & DC voltage systems, these relays are ideally suited to monitor power supply voltage levels wherever high accuracy and reliable, maintenance free operation is essential. All power to operate the relays is derived from the sensed input voltage therefore an auxiliary supply is not required.















