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Stainless Steel Drainage Submersible Pumps With Cooling Jacket Vortex Discs

Our shirt cooling type septic pumps that we manufacture have a wide range of usage networks and are designed for long-term operation thanks to practical jacket cooling. This type of septic pump can be used in heavy septic discharge systems due to its vortex impeller. Turkey Manufacturer Of Drainage Submersible Pump.

SDTV40/2 ZY - SDTV40/2.5 Z

Stainless Body Vortex Impeller Drainage Submersible Pumps with Cooling Jacket

SDTV / Z and SDTV / ZY series Drainage Submersible Pumps with Cooling Jacked are different in design compared to other submersible pumps. Its body is specially designed to cool itself without being completely submerged in water, the pump pumps the water around the motor to the outlet, thus cooling the pump motor. Stainless Body Vortex Impeller Drainage Submersible Pumps with Cooling Jacket are suitable for use in mines, tunnel construction, evacuation of turbid water in canals and pits, drainage of rain flood waters, excavation pits with high flow, mine water discharge, and stainless drainage pumps in industrial facilities.

Stainless Body Vortex Impeller Drainage Submersible Pumps with Cooling Jacket produced by turkish drainage submersible pump manufacturers  are designed and produced in accordance with TS 12599 standard. In the electric motor windings, F insulation class cables are used in accordance with TS 60085:2011. User and motor safety are prioritized by using a 2-pole asynchronous motor with IP 68 protection class in accordance with TS 3033 EN 60529. It has the possibility of use in different areas with its special impeller designs and the ability to press different waste water liquids depending on the impeller structures. SDTV / Z and SDTV / ZY series submersible pumps produced by Turkish water pump manufacturer , produced with modern casting and manufacturing technology, can be manufactured from different materials according to application areas and customer demands. Necessary precautions have been taken to prevent liquid leakage in the pump motor body components and where the motor supply cable enters the body.

In order to provide sufficient cooling of the self-cooled Submersible Pump motor produced by turkish motor manufacturer , it must be ensured that sufficient fluid flow is provided around the motor. Submersible pumps to be used in large volume environments such as caisson wells, water tanks or pools have to be used with a cooling jacket.

Every possible information about the Self-cooled submersible pump manufactured by turkish drainage submersible pump producers  in the well should try to be used for monitoring and control purposes. User personnel should be informed about how to use devices such as the manometer at the well outlet that can be used to obtain information about the pump, electric motor and the status of the system, the electric control panel of especially high power submersible motors, the voltmeter and ammeter, which are used to monitor the current and voltage of each phase on it.

Electrical control panels must be at a level that can protect the submersible motor in case of problems such as high or low voltage, voltage imbalance between phases, which may arise from the electrical network. In addition, it is extremely important that the settings of the system used to protect the electric motor from excessive current are of a type that will not be affected by the ambient temperature.

The setting of the overcurrent protection system in the electrical control panel should never be set to a value higher than the nominal current value specified on the motor nameplate in single-phase or direct-start systems. For safety reasons, it is recommended to set the rated current on the nameplate to 90%.

In star-delta starting systems, the motor thermal protection should not be set higher than 57% of the rated current specified on the nameplate. The label should be set as a safe value to answer the question of what is the pump.It is recommended to set it to half the tag current as a safe value.

In order to prevent the pump from being damaged by dehydration, it must be checked that the dry-running protection system is operational during the commissioning process, and the sensitivity of the level electrode must be adjusted through the electrical control panel.

Limiting the number of switches of the submersible motor is a must.

In systems where protection against dry running is provided by one or two electrodes, the engine should not be started immediately after the water level has returned to normal, but should be started after a minimum delay of 5 minutes.

In hydrophore applications using submersible pumps produced by turkish drainage submersible water pump manufacturer, performing the lower and upper pressure settings of the pressure switch in a way that keeps the number of switchgears at the desired level and checking that the closed expansion tank is at the appropriate volume will prevent possible damage.

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