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Product code: Tsurumi LH & LH-W

Tsurumi LH & LH-W 3 Phase High Pressure Submersible Pumps

Pump Type - Submersible

Max Flow Rate M³H - 390 M³H

Max Head - 216M

Pump Materials - Cast Iron, Ductile Iron

Max Temp - 40°C

Max Viscosity - 200 cst

Max Solid Passage - 20mm

Self Priming - N

Inlet/Outlet Sizes - 50mm to 200mm

Drive - AC Electric

Max Suction Lift - 0

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£3930.00 (inc VAT) £3275.00 (ex VAT)

This product has a delivery lead time of 1-2 days

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DESCRIPTION

LH & LHW 3 Phase High Pressure Submersible Pumps

Flow Rate	Up to 6,500 l/min
Head (Pressure)	Up to 216 metres
Sizes Available	50 - 200mm
Solids passage	Up to 20mm
Drive Options / Power	Electric Motors / 400V
Operating Temperature	Up to 40°C

Tsurumi has a huge range of submersible pumps, with more than 25 different pump types, this submersible pump specialist has a pump for almost any application, from light domestic usage to heavy duty industrial applications, model dependant Tsurumi submersible pumps can be supplied either free standing or with a guide rail system consequently suitable for fixed or mobile applications, must pump models can be supplied with optional float-switch.

Models available in both single and 3 phase supply, upon request 60 Hz pumps are also available.

Our Tsurumi submersible pumps are available with a variety of impeller types to suit a number of applications and fluids from domestic clean water distribution to industrial sewage, sludge and slurry transfer, depending on the model specified these submersible pumps can handle a max. liquid temperature of 40°C and has a max. solids passage of 100mm.

Tsurumi submersible pumps are available with a variety of different impeller types, sealing options and construction materials.

The Tsurumi LH & LH-W pump range is a high pressure dewatering submersible pump capable of achieving up to 21.17 bar and with a max. flow rate of 390 m³/h, these pumps are supplied with a hard ductile iron pump casing and cast iron motor casing, the LH & LH-W range is commonly used in mining, quarry and deep excavation projects, these high head dewatering submersible pumps are supplied with a chromium iron impeller and dual hard face mechanical seal (silicon carbide – silicon carbide).

IDS - (Individual screened cable) available at extra cost – (For quarry and mining applications)

Supplied in 400V 3 phase supply only.

Design Features/Benefits

• High pressure dewatering submersible pump – up to 21.17 bar

• IDS - (Individual screened cable) available upon request

• Double mechanical seal - silicon carbide – silicon carbide

• 20mm max. Solids passage

• Liquid temperature up to 40°C

• Supplied with dual hard face mechanical seal - in oil bath/chamber

• Compact design and robust construction

• 60Hz frequency also available upon request

Typical Applications/Fluids:

• Construction sites

• Mines and quarries

• Tunnelling

• Dewatering

• Deep excavations

FAQS

Can this pump run dry?

No, definitely not! submersible pumps will incur damage even after short periods of dry running. The mechanical seal requires lubrication and cooling while the pump is operating. Without the presence of fluid, the mechanical seal will overheat and crack, and this may cause the pump to leak and fluid to enter the motor. There is also the possibility that the motor will burn out as this requires cooling by the fluid during operation. Our advice is to ensure that the pump and motor are always submerged during operation. There are two main ways to ensure the pump only operates in the event of submersion. Firstly, only the operator turns the pump on and off manually when they have a clear view of the sump. Secondly, fit the pump with a float switch that will automatically turn the pump off once the fluid has dropped to a specific level in the chamber. If you think that dry running is inevitable, then please speak to us and we will try to select a more suitable pump for your application.

What do the terms manual and automatic mean?

Manual and automatic are the two main ways to describe how a submersible pump will operate. Manual means that the operator manually turns the pump on and off when required, turning the pump off and avoiding any possible damage from dry running is solely the liability of the operator. Automatic means that the pump will turn on and off automatically via a float switch or float switches. A float switch is connected to the motor that detects the fluid level in the sump, the pump is turned on when the level is high enough, and the pump is turned off when the fluid drops to an acceptable level.

How do I know what size pump is correct for my application?

A clear picture of the pump system is required to make an accurate selection. The main pieces of information required include; a description of the application, bore of pipework, the fluid, flow rate and pressure/head. With these pieces of information, a pump can be sized correctly to ensure it delivers the required flow rate and pressure and that is also operates at its best efficiency point to lower lifetime costs. Knowing if the pump is running intermittently or continuously also allows the correct motor speed to be selected. For instance, a pump running continuously 24/7 will require a 4 pole motor rather than a 2 pole motor. Running the motor slower and oversizing the pump will reduce wear of the motor and the pump, therefore lowering maintenance costs during their lifetime.

Can the motor really be submerged in water?

Yes, absolutely! In fact, submersible pump motors need to be submerged in fluid during operation for cooling and to avoid overheating. These motors have an IP rating of 68. IP stands for Ingress Protection, this is a measurement of a component's resistance to dust and fluid entering.

What size solids can this pump handle?

Please be aware that the figures displayed relate to the largest pump from this range of products, not specific models. For details on solids passage for specific models, please refer to datasheets or contact a member of our sales team.