Tormac Centrifugal pump’s volute chamber and impellers are carefully designed to give the best possible hydraulic and suction lift characteristics. All dimensions and performances are according to EN733- DIN 24255 standards. Most modern and highly sophisticated machinery and technology are employed in the manufacture of these pumps using quality raw material,dynamically balanced impellers, seals and ball bearings to ensure long life. Dynamically balanced rotor ensures vibration and noise free operation. Shaft is made of quality steel, precision ground of ample size for transmitting the rated Horse Power.
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| Power Range (kW) | 2.2 kW to 30 kW |
| Speed | 2900 rpm |
| Degree of Protection | IP 55 |
| Class of insulation | “F” |
| Versions | Three Phase, 380-415V, 50Hz A.C Supply |
| Type of Duty | S1 (Continuous) |
| Direction of Rotation | Clock wise viewed from driving end |
| Nominal Suc. & Del. Size (Inches) | 2 x 11⁄4 | 21⁄2 x 11⁄2 | 21⁄2 x 2 | 3 x 21⁄2 | 4 x 3 |
Tormac Esteem series submersible motors are ingeniously designed and developed employing latest engineering softwares, high-tech machinery & tools with the complement of cutting edge technology for hardwearing and maintenance free operations and to ensure relentless performance.
The electrical conditions such as voltage, frequency and the operating conditions are taken into account in designing the winding and cooling system. Tried and trusted indigenously improved design, combined with the most optimized efficiency in electromagnetic design exceptionally ensures trouble free performance. The integrated and most modern quality assurance systems used at every stage of production and flawless workmanship lead to sustained and consistent operation.
Tormac Esteem series motors are non rewindable type. The stator is wound with high quality enameled copper wire and the stator shell is filled diligently with epoxy resin. Allowing faster and greater dissipation the resin ensures longer motor life. The stator shell, housings shell & motor base are made of fabricated S.S 304/316 which prevents the motor from corrosion.
These motors are pre-filled with environmentally safe deionised water mixed with propylene glycol which acts as a lubricant & coolant. A uniquely designed thrust bearing with high thrust capacity and good quality shaft seals are used to enhance the strength & durability. All single phase motors are supplied with suitable control boxes. All Tormac motors are produced in accordance with ISO 9001 standards and mounting dimensions with NEMA standard.
Tormac single stage centrifugal pumps are providing with axial suction port and radial discharge port. The pump has back pull-out design. State of the art machinery, most advanced pumping technology and expertise gained over the years and employed in the, manufacture of these pumps. Quality raw material, seals, ball bearings and dynamically balanced rotating components are used to ensure long life.
Tormac stainless steel submersible pumps are ingeniously designed and developed employing latest engineering software’s, high-tech machinery, tools and cutting edge of pumping technology to deliver the best possible hydraulic efficiency. The complete stainless steel construction not only prevents the pumps from corrosion but also exceptionally increases the lifespan. The integrated and most modern quality assurance systems used at every stage of the production and flawless workmanship ensure sustained and consistent operation.
All these submersible pumps are the multistage single suction centrifugal type, provided with integral check-valve and NEMA standard coupling. These pumps are available with fabricated impellers and diffusers made of AISI 304/316 and the shaft is made of AISI 304/431. The integral check valve prevents backflow and reduces the risk of water hammer which paves the way for trouble free performance. The suction screen is designed with utmost care so as not to reduce the inflow of water and at the same time to prevent damage to the pump and clogging due to the entry of sand and other foreign particles.
