Grundfos - GT-U-4000-V Vertical Cold Water Bladder Tank - 10 Bar. - 4000Ltr

Grundfos - GT-U-4000-V Vertical Cold Water Bladder Tank - 10 Bar. - 4000Ltr - 96603454

GT-U-4000 PN10 DN150 V (coated flange)

Grundfos GT-U-4000 PN10 DN150 V (coated flange) is a BLADDER pressure tank, with a capacity of l and system installation. The tanks are approved for drinking water. The GT-U-4000 PN10 DN150 V (coated flange) is designed for a maximum operation pressure of 10 bar and a maximum liquid temperature of 70 °C.

The tank is a steel pressure tank with a replaceable, non-toxic butyl rubber bladder enclosed by compressed nitrogen.

The diaphragm is a chlorine-resistant 100 % butyl diaphragm with a precision-moulded copolymer polypropylene liner for superior air and water separation. The tank has a FlowThru connection, which constantly flushes the tank while the pump is running. This ensures that the water in the tank remains fresh and eliminates the risk of stagnant water during normal system operation.

The diaphragm is a chlorine-resistant 100 % butyl diaphragm with a precision-moulded copolymer polypropylene liner for superior air and water separation. The tank has a FlowThru connection, which constantly flushes the tank while the pump is running. This ensures that the water in the tank remains fresh and eliminates the risk of stagnant water during normal system operation.

The tanks have a non-replaceable diaphragm that is pre-charged with nitrogen (1.9 bar). The tanks have a non-toxic butyl rubber diaphragm, dividing the tank chamber into two compartments. The upper compartment contains compressed nitrogen. The lower compartment has a liner of polypropylene (PP) and is filled with water from the pump.

A pressure tank ensures controlled pressure in the water supply and thereby limits the switching frequency of the pump in case of low water consumption or leakage loss. The result is increased comfort in your system installation by limiting the start and stop frequency of your pump, and it increases system comfort by compensating for pressure drops when a tap is opened, while reducing problems with hydraulic shock (water hammer) in the pipework system installation.