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Explosion-proof motor GG1Exd 90 L 6b
3-phaseasynchronous230 V

explosion-proof motor
explosion-proof motor
explosion-proof motor
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Characteristics

AC/DC
3-phase
Type
asynchronous
Voltage
400 V, 230 V, 690 V
Protection class
IP65, explosion-proof, flameproof
Configuration
squirrel cage, cast iron
Efficiency classes
IE3
Number of poles
4-pole, 2-pole, 6-pole, 8-pole
Applications
for the chemical industry, for the mining industry, for the pharmaceutical industry
Other characteristics
IEC
Power

Max.: 75 kW
(101.972 hp)

Min.: 0.09 kW
(0.122 hp)

Rotational speed

1,000 rpm, 3,000 rpm
(6,283.19 rad.min-1, 18,849.56 rad.min-1)

Operating temperature

Max.: 40 °C
(104 °F)

Min.: -20 °C
(-4 °F)

Description

Gamak flameproof Ex-proof electric motors are designed to withstand gas or vapor explosions while preventing sparks that could come into contact with explosive gas or dust in the environment and cause an explosion or ignition. • GAMAK's Flame-Proof Ex-Proof Motors are designed with specific design criteria for each relevant type. These types are classified according to IEC standards, such as 71-80-90-90 S -90 L - 100 L - 112 M -132 S -132 M -160 M -160 L -180 M -180 L -200 L -225 MS - 250 M. • The housing components of motors designed in flameproof Class D structure are made of cast iron. • Upon request, Ex-Proof motors can be produced with either F or H insulation classes. Although the copper and insulation varnish used to create the stator with F-class insulation can withstand up to 155 degrees by relevant standards, this resistance limit is increased to 180 degrees in H-class insulation. There is no correlation between insulation resistance and maximum surface temperature. • There is no relationship between insulation resistance and maximum surface temperature. • Ex-proof motors are designed with protection classes of II 2G Exd IIC T4 Gb for gas environments and II 2D Extb T135 Db for dusty environments. • All GAMAK Ex-proof motors are manufactured with thermistor protection elements that have a 130-degree limit for activation. If the temperature of the motor's winding heads reaches a dangerous level, the thermistor will prevent overheating by interrupting the electric current. It is the user's responsibility to make the thermistor connections.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.