FOR EXPERT ADVICE, CONTACT THE UK's LEADING SUPPLIER OF

SINGLE-TO-THREE PHASE CONVERTER EQUIPMENT

ISO9002 quality assured manufacturing facility in Birmingham

Over 14,000 units sold to OEM's, machinery dealers and end-users since 1984

**** MADE IN ENGLAND ****

Please click here for information regarding becoming an overseas dealer for our TRANSWAVE product

The converters listed here are not an exhaustive list of the applications we can offer equipment to operate. Please contact us for any frequency, voltage and phase conversion requirements.

E-mail : transwave@powercapacitors.co.uk

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1. ROTARY CONVERTERS (Product Overview)

The Rotary Converter is designed for use in multi-motor and/or multi-operator environments. The converter induces the "artificial" third phase independently of the driven machine. The Rotary Converter is ideally suited for customers who have experience of using equipment on a mains three-phase supply as it offers both enhanced performance and ease-of-use. Unlike the static converter, the rotary converter is "hands-free" i.e. fully automatic. Motors can be switched in any sequence provided the maximum single-motor or the maximum multi-motor loading of the converter is not exceeded.  Note also that a rotary converter does not have a minimum load requirement.
 

• The RT and MT Converters offer a flexible output offering a solution for most single or multi-motor applications irrespective of starting loads. Generally, the RT and MT Converters can start a motor to 100% of its overall rating.

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2. STATIC CONVERTERS (Product Overview)

The Static Converter is designed for use in environments where only one machine is operated at any one time. The converter utilises the motor in the driven machine to establish the "artificial" third phase. The converter has a minimum load rating, a maximum single motor rating for starting purposes, and a maximum multi-motor rating. The power output from the converter is graded via a selector switch which the operator is required to "tune" in line with the size of motor to be operated; the use of different motor sizes will result in the use of different settings on the switch.