battioni Pagani WPT 720

Questions and Answers

K
Karen TranAug 14, 2025
Why is my battioni Pagani Water Pump overheating?
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  Tina MooreAug 14, 2025
  Overheating in your battioni Pagani Water Pump can occur due to several reasons. It could be caused by excessive pressure, which requires you to reduce the pressure. Other causes include excessive revs rate (reduce the revs rate), a dirty cartridge filter (follow the cleaning procedure), excessive operating time (reduce operating time), blades that are too long (trim blades to the correct size), insufficient lubrication (check oil level in tank, the oil pump correct functioning, the oil cock regulation), or an insufficient cooling system (adjust the cooling system).
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Walter WhiteAug 17, 2025
What to do if my battioni Pagani WPT 720 has little vacuum or pressure?
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  Keith KramerAug 17, 2025
  If your battioni Pagani Water Pump is showing little vacuum or pressure, several factors could be the cause. The blades might be worn (replace blades), or some blades might be jammed in the rotor (disassemble the Rotary blades vacuum pump, clean and wash the rotor, blades, body). Other potential causes include air infiltration or leakage from the system (eliminate infiltrations), an undulated cylinder (smooth or replace the body), a dirty cartridge filter (follow the cleaning procedure), a misplaced reversing gear (remove reversing gear and position it correctly), or the crash protection system being enabled (lift the flanges and tighten the flange screws with 55 Nm).
W
wrightashleyAug 25, 2025
How to fix a battioni Pagani Water Pump that is beating against the external surface?
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  yhallAug 25, 2025
  If your battioni Pagani Water Pump is beating against an external surface, it might be because the revs rate is too low (increase revs rate) or the lubricating oil quantity is too high/low and not appropriate (clean Rotary blades vacuum pump and replace oil).
A
Anthony TownsendAug 27, 2025
Why is there no lubricating oil circulation in my automatic lubrication battioni Pagani WPT 720 Water Pump?
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  James PittmanAug 27, 2025
  If there's no lubricating oil circulation in your automatic lubrication battioni Pagani Water Pump, it could be due to a few reasons. There might be air intake at pipe fittings (replace pipe fittings), the lubrication tube might be badly inserted in pipe fittings (insert lubrication tube correctly), or the oil pump chamber might contain air (full the pump chamber with oil).
M
Marcia HoodAug 31, 2025
What causes smoke to come out of the discharge tube of a battioni Pagani Water Pump and how to solve it?
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  Denise DanielAug 31, 2025
  If smoke is coming out of the discharge tube of your battioni Pagani Water Pump, it's likely due to excessive lubrication. Adjust the lubrication to resolve this issue.
P
Paula FowlerSep 3, 2025
What causes a battioni Pagani WPT 720 Water Pump power take-off not to rotate?
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  Gabriel LloydSep 3, 2025
  If the power take-off of your battioni Pagani Water Pump does not rotate, it could be due to a broken blade (replace blades and check if rotor pin is bent) or a foreign body has entered the Rotary blades vacuum pump (remove foreign body).
M
Mary TranSep 6, 2025
What causes water to leak from the blanking caps or fittings of a battioni Pagani Water Pump?
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  Molly GrahamSep 7, 2025
  If water leaks from the blanking caps or fittings of your battioni Pagani Water Pump, it is likely due to insufficient tightening. Tighten until there is no more leakage.
J
Jonathan HallSep 10, 2025
What to do if the sewage output from the discharge curve of my battioni Pagani Water Pump?
- J
  Justin CrawfordSep 10, 2025
  If the sewage output is deviating from the discharge curve in your battioni Pagani Water Pump, it could be due to malfunctioning valves. Check the valves to ensure they are working correctly.
S
Shawn DennisNov 19, 2025
Why does my battioni Pagani Water Pump have no suction or no compression?
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  Derek GreenNov 19, 2025
  If your battioni Pagani Water Pump has no suction or compression, it could be due to several reasons: * The handle is badly positioned (position the handle correctly). * The reversing gear is badly positioned (position the reversing gear correctly). * The rotary blades pump runs backwards (reverse direction of rotation). * All blades are jammed (disassemble the pump, clean and wash blades, rotor and body). * Blades protrude from rotor slots anomalously (disassemble the pump, clean and wash blades, rotor and body). * The rubber ball closes the overflow valve (increase passage of air inside valve). * [KPS] The plate is locked (unscrew the cap or vacuum adjustment valve where present placed on the filter cover and move the plate downward until releasing or unlocking it). * P...

Summary

Introduction and Safety

Warranty Information

Details supplier guarantees, repair/replacement policies, and warranty exclusions.

Obligatory Safety Signs

Displays mandatory safety signs for work areas and around the vacuum pump.

Conditions and Limits of Use

Outlines installation compliance, forbidden uses, and operational restrictions.

General Information

Rotary Blades Vacuum Pump Versions

Details available pump series, their designations, and key specifications.

Identification Label

Explains the information provided on the pump's identification plate.

Installation and Use

Packaging, Storage, Handling, and Transport

Provides guidelines for receiving, storing, and moving the vacuum pumps.

Assembly, Fitting, and Installation

Details initial setup, fitting, and mounting procedures for the vacuum pump.

Double Outlet Installation

Describes fitting a double outlet for mixer functionality and the necessary precautions.

Assembly and Mounting

Covers specific steps for assembling and mounting different pump versions.

Cooling System

General Information

Introduces the water pump system for cooling liquid circulation in pumps.

Cooling Circuit

Explains how to fill the cooling circuit and remove air pockets.

Cooling Circuit with Radiator and Fan

Describes preferred circuits for prolonged continuous use with radiators and fans.

Thermostat

Details the function of a thermostat for automatic fan operation based on temperature.

Cooling System

Cooling System Instructions

Provides instructions for filling the cooling circuit with antifreeze and general care.

Cooling Circuit Diagram

Illustrates cooling circuit diagrams for different pump series and rotation directions.

Hydraulic System

Hydraulic Diagram (H Version)

Shows the hydraulic system schematic for H version pumps and motor characteristics.

Hydraulic Motor Use and Maintenance

Provides instructions for using and maintaining hydraulic motors for pump operation.

Uninstallation Procedures

Uninstallation Steps

Details the step-by-step process for uninstalling the vacuum pump based on its version.

Disassembly Procedures

Back Part Disassembly

Step-by-step guide for removing the back part of the vacuum pump.

Front Part Disassembly

Step-by-step guide for removing the front part of the vacuum pump.

Re-fitting and Re-installation

Front Part Re-fitting

Instructions for reassembling the front part of the vacuum pump after disassembly.

Disassembly of the Back

Instructions for disassembling the back cover and related components.

Manifold Re-fitting

Details on correctly reassembling the pump manifold and its components.

Startup and Tuning

Functioning Without Overpressure Valve

Explains the procedure for starting the pump if the overpressure valve hole is closed.

Rotation Direction

Emphasizes checking the correct power take-off shaft rotation direction before starting.

Lubrication System and Oil Adjustment

Lubrication System Overview

Describes the automatic lubrication system and its components for pump lubrication.

Oil to Use

Recommends specific oils for internal lubrication and provides alternatives.

Lubricating Oil Quantity

Lists the oil consumption for various pump models and gearbox oil change intervals.

Lubricating Oil Adjustment

Details how to adjust the automatic lubrication oil delivery rate.

Valves and Adjustment

Overpressure and Vacuum Adjustment Valves

Shows availability of vacuum and overpressure valves for different pump models.

Shovel Valve (KPS)

Explains the function of the shovel valve for maintaining tank vacuum and preventing counter-rotation.

Integrated Air Filter (KPS)

Describes the integrated air filter's role in protecting the pump body and maintenance.

Testing and Running In

Testing Procedures

Outlines checks for pump functionality, shaft rotation, and direction before operation.

Operation Procedures

Starting the Pump

Explains how to start the vacuum pump by transmitting motion to the power take-off.

Pump Operation

Details operating parameters like speed, pressure, and vacuum to monitor during use.

Stopping the Pump

Describes the correct procedure to stop the vacuum pump safely.

Controls Devices

Explains the manual handle for controlling intake and compression phases.

Protective Devices

Stresses the importance of protective devices for transmission parts and pump integrity.

Personal Protective Equipment

Advises using PPE prescribed by the machine manufacturer for pump installation.

Troubleshooting

Common Problems and Solutions

Lists potential issues like low vacuum, overheating, leaks, and their remedies.

Maintenance and Technical Assistance

Cleaning Procedures

Details methods for washing the pump body, flushing kits, and oil tanks.

Blade Inspection

Guides on checking the wear state of the pump blades using inspection holes.

Blade Replacement

Provides steps for replacing pump blades and checking dimensions.

Blade Dimensions

Lists the dimensions for replacement blades for various pump models.

Rubber Ball Replacement

Instructions for replacing the rubber ball in the valve holder lid.

Gear Replacement

Steps for replacing gears in M-MA, K-KA versions of the pump.

Technical Support

Advises contacting authorized distributors for assistance and spare parts.

Regular Servicing

Outlines a schedule for routine checks, cleaning, and lubrication.

Putting Out of Service and Demolition

Material Separation and Disposal

Specifies how to separate and dispose of materials when decommissioning the pump.