
- Project Name: Business Accounting
- Client: Company Name Inc.
- Project Commencement Date: January 26, 2019
- Project Completion Date: March 27, 2019
- Project url: www.example.com
Railway
RAIL ALTERNATORS

As world-class leaders in designing and producing rail alternators,Our core strengths of design, technical performance and quality are blended together into a specialised rail product. As train alternator manufacturers, we have experience working with well-respected companies within the railway sector; where our standard product is utilised for rail applications. We also produce specialised rail alternators tailor-made to meet industry standards and customers needs.
Our highly reliable train alternators are operated globally in many various rail demands one typical application is vehicle-mounted operation on trains throughout the UK – such as Bombardier ‘Turbostar’, Alstom ‘Coradia’ Class 175 and 180. Fitted to the Diesel Multiple Units (DMU’s) the alternators provide power for the demands of customer needs in heating, lighting, ventilation and auxiliary power for phone and laptop charging. Rail alternators have also been supplied to form part of a Diesel Electric Multiple Unit (DEMU) traction drive unit, such as the Italian DPA locomotive and many others across Europe. Other typical rail application demands can be met, with products suitable for supply to power demands like air-conditioning, where as a supplier to Liebherr, our 17kVA rail alternators are used on Class 158 and Class 159.

We also manufacture variable speed machines and DC alternators. DC alternators have been required to boost the on-board DC power, to cover the increased demand for the new GSMR signalling equipment.
Our flexibility as a supplier and manufacturer allows us to produce special voltages where required. Many products from our standard range are utilised in rail applications, for example, 650V 1ph alternators which are typically used in trackside signalling systems.
The diversity of our range coupled with our extensive experience allows us to meet any power demand.