What to do if pressure at pump discharge is too high in IPP Pump Products iLobe Water Pump?
If the pressure at the pump discharge is too high, check the piping for obstructions and simplify the discharge line.
What to do if foreign particles are in the product of IPP Pump Products iLobe Water Pump?
If there are foreign particles in the product, clean the system or place a filter at the suction side.
What to do if the IPP Pump Products Water Pump is not filled with liquid?
If the pump isn't filled with liquid, vent the suction line and rotor case, then prime the rotor case with liquid.
What to do if air is entering into the suction line of IPP Pump Products Water Pump?
If air is entering the suction line, check the connections.
What to do if gas is in the suction line of IPP Pump Products iLobe Water Pump?
If there is gas in the suction line, vent the suction line or pump casing.
What to do if product viscosity is too high in IPP Pump Products Water Pump?
If the product viscosity is too high, reduce the speed or increase the product temperature.
What to do if product viscosity is too low in IPP Pump Products Water Pump?
If the product viscosity is too low, increase the speed or lower the product temperature.
What to do if the product temperature is too high in IPP Pump Products iLobe Water Pump?
If the product temperature is too high, cool the product or pump casing.
What to do if the product temperature is too low in IPP Pump Products iLobe Water Pump?
If the product temperature is too low, heat the product or rotor case.
How to fix insufficient NPSHA in IPP Pump Products iLobe Water Pump?
To address insufficient NPSHA, enlarge the diameter of the suction line, simplify and shorten the suction line, or reduce the speed and product temperature.
Highlights procedures that, if performed incorrectly, can result in injury.
Forbids any improper use of the iLobe rotary lobe pump without written permission.
Details requirements for foundation, ventilation, and surrounding area for pump installation.
Emphasizes adherence to safety standards during all pump work.
Prohibits standing under suspended loads during lifting operations.
Ensures the motor cannot be started during works with uncovered rotating parts.
Prohibits opening the barrier pressure tank under pressure and advises cooling.
States the pump must not be operated without proper coupling protection.
Specifies that electric drive connection must be done by a qualified electrician.
Warns against starting the pump if the gearbox is not correctly filled with oil.
Prohibits running the pump without cover or proper piping connection.
Ensures the drive is switched off and cannot be restarted unintentionally during maintenance.
Recommends protective gear when handling harmful liquids.
Ensures the pump is depressurized before disassembly for maintenance.
Warns to ensure steam/heating liquid is closed and the jacket has cooled down.
Warns about hot surfaces and advises not to touch them.
Recommends heating bearings to 100-150°C and warns of severe injury risk.
Advises heating spacer bushing and rear bearing to 100-120°C, warning of injury risk from hot parts.
General| Type | Rotary Lobe Pump |
|---|---|
| Viscosity | Up to 1, 000, 000 cP |
| Self-Priming | Yes |
| Power Source | Electric Motor |
| Application | Pharmaceutical, Chemical |
| Pressure | Up to 300 PSI |
| Material | Stainless Steel |
| Connection Size | Up to 6 inches |
| Temperature | Up to 300°F (149°C) (depending on model and seal) |
| Horsepower | Varies by model (typically 1-30 HP) |
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