
Brook Crompton has one of the widest available ranges of electric motors for operation in hazardous atmospheres and hostile environments.
Their electric motors are of the highest quality, built to the latest British and international standards and certified by the relevant national authorities for use in almost every country. Their electric motors are manufactured in factories that are licensed by a European notified body (e.g. EECS / BASEEFA, PTB), meeting rigorous quality controls. All relevant products fully comply with the requirements of the ATEX Directive (94/9/EC). The W EEx nA non-sparking range of motors covers products with outputs from as little as 0.18kW to 400kW in frame sizes W-DF80M to W-DF355L, in either 2,4,6 or 8 pole speeds.
Our electric motors are of the highest quality, built to the latest British and international standards and certified by the relevant national authorities for use in almost every country. The motors are manufactured in factories that are licensed by a European notified body (e.g. EECS / BASEEFA, PTB), meeting rigorous quality controls. All relevant products fully comply with the requirements of the ATEX Directive (94/9/EC). The W EEx e increased safety range of motors covers products with outputs from as little as 0.18kW to 315kW in frame sizes W-DF80M to W-DF355L, in either 2, 4, 6 or 8 pole speeds.
T3 temperature class , high efficiency for low running costs, low noise levels, cool running for long insulation life, Eurovoltage: 400V +/-10%, high power factors, high torque with smooth acceleration and low current, ease of maintenance, IP55 protection, Multi-mount flexibility, 4 position cable entry 2 year warranty.
Our Variable Speed 'W' (integrated motor and inverter), combines an efficient, highly adaptable 'W' motor with a purpose designed frequency inverter. This combination, together with the innovative design which incorporates the inverter into the terminal box, results in a very compact, efficient and reliable variable speed motor. It is simple to install and fits in the same space as a conventional motor, therefore can be retrofitted to an existing piece of equipment.
To keep at the forefront of technology and product development, Brook Crompton use the latest design techniques including finite element analysis, thermal modelling, aerodynamic analysis, sophisticated design models together with extensive test resources. Their development team also work closely with several university research departments.