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C 1/419, GIDC, Makarpura, Ind. Estate,
Vadodara - 390010, Gujarat, India
Flame Proof & Ex ATEX Electrica
Flame Proof & Ex ATEX Electrica
Flameproof equipment refers to an apparatus designed to ensure that internal ignition within a flammable atmosphere will not transmit outside the protective enclosure. In other words, flameproof equipment prevents the ignition of surrounding flammables in the hazardous area. Flameproof is a preferred protection method when electrical equipment potentially contains high energy arcing or sparking components in standard operation.
ATEX defines ignition protection types such as flameproof encapsulation, pressurized encapsulation, intrinsic safety, and cast encapsulation and assigns them to the area of application and zone.
We offer an unparalleled range of products:
Flame proof control panel for Star-Delta, DOL (Direct Online) & MCC (Motor Control Centre).The panels are used in process plants for plant control and automation purposes. All types of panels like Control Room Panels, Mimic Panels, Annunciation Panels and DCS control panels are manufactured by us. We also provide Flame proof instruments like Indicators, Controllers, Recorders, Annunciator, Transmitter, Switches, Push Buttons, Hooter and many process instruments.
Features
- Shock proof, High quality raw material and Fine finishing
- 100% safety and customized as per the design
- Good efficiency, Low cost maintenance and durability
- Economical and Easy installation
Flame-proof motors contain sparks, flares, and other internal ignition elements to allow for safe operation in environments where explosive materials exist. Flame-proof is the term used for motors that are certified for compliance with international standard International Electrotechnical Commission (IEC) 60079-1, Equipment Protection by Flame Proof Enclosures. IEC standards define specific methods for constructing and testing flame-proof equipment.
Features
- Service/class temperatures
- Reference pressure – waveform smoothing at 5kHz
- Flame path width and gaps
- Ignition tests with variety of explosive gas mixtures, five tests per mixture
- Flame transmission
- Enclosure strength
We are a leading manufacturer and exporter of flameproof geared motor and flameproof motor including mechanical speed variator flame proof motor type, flange mounted flame proof geared motor and flameproof motor from India.
We bring forth an extensive range of Flame Proof Motors to the customers. The range of our products include Electric Motors and Standard 3PH TEFC. These products are extensively used for various industrial purposes. Over the years, with our services and products, we have gained a huge clientele for our firm.
Features
- Savings On Expenses. Using a gear motor to increase torque and lower speed eliminates the expense of running the system.
- Reduced Speed.
- Environmental Advantage.
- Torque.
- Increased Rigidity.
- Enclosure strength
Aluminium Motor Body, also called aluminium motor enclosure, is a kind of aluminium shell with the extrusion forming, which can be used to place instrument measuring tools and other applications. Generally including the shell, panel, lining plate, support and other components. The aluminium motor housing is mainly used to protect the internal parts. The research and development of extruded aluminium shell have successfully replaced the aluminium casting shell.
Features
- Owing to their high tensile strength
- Durable construction
- High tensile strength
- Resistance against corrosion and ability to withstand high impact
A variable-frequency drive (VFD) is a type of motor drive used in electro-mechanical drive systems to control AC motor speed and torque by varying motor input frequency and, depending on topology, to control associated voltage or current variation. VFDs may also be known as adjustable-frequency drives, 'ASDs' (adjustable-speed drives), 'VSDs' (variable-speed drives), 'AC drives', 'micro drives', 'inverter drives' or, simply, 'drives'. VFDs are used in applications ranging from small appliances to large compressors.
Features
- Save energy and improve system efficiency
- Convert power in hybridization applications
- Match the speed of the drive to the process requirements
- Match the torque or power of a drive to the process requirements
- Improve the working environment Lower noise levels, for example from fans and pumps.
- Reduce mechanical stress on machines to extend their lifetime
