How to Buy the Best Electric Motors for Hydrogenation Plants With Confidence

Buying electric motors for hydrogenation plants has always been challenging because of the widely spread hazardous environment that poses risks of high production downtime due to blasts, equipment loss, fire, injury, and death. Electric motors may have sparks because these operate at high temperatures because of long duty cycles. Even a slight spark may cause havoc in the entire unit. Therefore, buying electric motors for hydrogenation plants always needs dependable support from authorized flameproof IE4 motor dealers or the best industrial electric motor dealers.

Every worker should be confident about working in a safe environment. A little extra investment for buying an electric motor for hazardous areas pays you back in multiple ways like the prevention of potential damage, extended shelf life, increased productivity, increased service value, compliance with regulations, compatibility with other explosion-proof equipment, and highly durable and reliable. Explosion and flameproof electric motors specially designed for hydrogenation plants improve production efficiency and quality besides strengthening the workers’ loyalty to the organization.

How to Choose & Buy the Suitable Motors for Hydrogenation Plants

Choosing the suitable electric motor for the hazardous working environment requires you to consider four sets of information: The class; division; group classification of the environment; and the auto ignition temperature of environmental gases or other hazardous materials.

The CEC and the NEC define three classes of hazardous environments based on the material type present in the environment or nearby: gases and vapors; combustible dusts; and, fibers/ filings/flying particles.

Class            Description

I                    Gas and Vapor

II                  Combustible Dust

III                 Fiber, Filing, & Flying Particle

Each of the three classes as mentioned above are divided into two divisions to describe conditions under which explosion-sensitive substance is present-

Division        Description

1                    Ignitable and hazardous substance concentration exists under normal operating conditions.

2                    Ignitable and hazardous substance concentration exists under special operating conditions.

Group classification is based on explosive pressures, ignition temperatures, and behavior of Class I and Class II materials. Class -1 hazardous material categories are grouped as A, B, C, and D. Class -2 hazardous material categories are grouped as E, F, and G.

Autoignition Temperature (AIT) mentions the minimum temperature at which hazardous material can ignite spontaneously even without a flame, spark, or any other ignition source.

Explore Your Options to Buy Electric Motors for Hydrogenation Plants

To buy the best suitable electric motors for hydrogenation plants, approach the best industrial electric motor dealers or IE4 motor dealers dealing in increased safety motors EX ‘E’ and non-sparking motors EX ‘N’. One of the best flameproof electric motor dealers in Mumbai and the top-performing channel partners of CG Power & Industrial Solutions LTD. and Premium Transmission Ltd., S.C. Industrial Syndicate offers a wide range of non-sparking and flame proof motors electric motors for Hydrogenation plants having hazardous Locations such as Zone 1, Zone 2 or Class 1 Div 1 and 2. Details of CG non-sparking and flameproof motors can be had from http://scindustrial.com/PDF/cg-crompton-greaves-flameproof-motors-for-gas-groups-IIA-IIB-IIC.pdf. Here you have two choices- Squirrel Cage Motors (0.37 kw to 355 kw; Frames E 80 to E 355 LX) and Slip Ring Motors (22 kw to 160 kw; Frames EW 250 M to EW 315 L). Enclosures of these motors are designed as per IS 2148 and EN 50018 norms; while temperature class is determined as T4.

To conclude, flameproof and explosion-proof electric motors for hydrogenation plants are equally beneficial in other industries also like coal mines, petrochemicals, chemicals, oil mines & rigs, fertilizers, solvent extraction, paints/varnish, LPG bottling, agrochemicals, drugs/pharmaceuticals, etc.