What to do if pressure at pump discharge is too high in IPP Pump Products 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 iL85i 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 iL85i 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 iL85i 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 iL85i 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 iL85i 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 iL85i 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 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 iL85i Water Pump?
If the product temperature is too low, heat the product or rotor case.
How to fix insufficient NPSHA in IPP Pump Products 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.
Information to prevent injury and ensure correct pump operation and performance.
Requirements for personnel involved in installation, operation, and maintenance.
Explains the rotary positive displacement working principle of the lobe pump.
Guidelines for selecting a suitable installation site and foundation for the pump unit.
Requirements for a solid, flat, and level foundation for the pump unit.
Outlines the requirements for the pump's pipe system installation.
Step-by-step guide for assembling the pump unit onto a base plate.
Instructions on checking and ensuring proper alignment of the pump's coupling.
Table detailing tolerance limits for coupling alignment based on outside diameter.
Safety and cleaning instructions for connecting the pump to the piping system.
Information on barrier pressure tanks and their function with mechanical seals.
Guidelines for assembling and connecting the barrier pressure tank, including pipe routing.
Procedures for safely filling and emptying the barrier fluid tank.
Safety guidelines and considerations for connecting the drive unit, especially electric motors.
Instructions for filling the gearbox with oil and checking the oil level.
Steps for safely starting the pump unit after installation and checks.
Critical safety precautions to be observed before and during disassembly/assembly.
Steps for dismantling the pump from its base plate and disconnecting components.
General guidance and preparation for disassembling the pump into its constituent parts.
Detailed steps for removing the rotors from the pump shafts.
Instructions for carefully removing the shaft seals from the rotors.
Steps for disassembling the gearbox, including removing covers and components.
Step-by-step instructions for reassembling the pump after maintenance or repair.
Instructions for assembling mechanical seals into the pump.
General| Inlet/Outlet Size | 2 inches |
|---|---|
| Max Flow | 85 GPM |
| Max Head | 98 feet |
| Voltage | 115/230V |
| Hertz | 60 Hz |
| Horsepower | 1.5 HP |
| Housing Material | Cast Iron |
| Material | Cast Iron |
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