What to do if the runout for the impeller wear ring is excessive in my ITT Goulds Pumps XHD Water Pump?
If the runout for the impeller wear ring is excessive in your ITT Water Pump, the shaft may be bent and needs replacement. Alternatively, the wear ring may have been machined improperly, requiring replacement or re-machining of the impeller.
Why is my ITT Goulds Pumps XHD Water Pump so noisy or vibrating?
If your ITT Water Pump is noisy or vibrates, several factors could be responsible. Start by realigning the pump and driver. Check the impeller for any clogs and back-flush the pump to clean it. Inspect the impeller and shaft for breaks or bends, replacing them if necessary. Ensure the foundation is rigid by tightening hold-down bolts and properly grouting the baseplate. Replace worn bearings. Properly anchor and support the suction or discharge piping. Finally, address cavitation by locating and correcting the system problem.
Why is my ITT Water Pump not producing enough flow or pressure?
If your ITT Water Pump isn't producing the rated flow or head, there are several potential causes. Begin by checking for air leaks in the gasket or O-ring and replace them if necessary. Inspect the stuffing box for air leaks and replace or readjust the mechanical seal. Back-flush the pump to clean a partly clogged impeller. Adjust the impeller clearance if it's excessive. Ensure the suction head is sufficient by fully opening the suction-line shutoff valve and clearing any obstructions. Finally, examine the impeller for wear or damage and replace if needed.
Why does my ITT Goulds Pumps XHD motor require so much power?
If your ITT Water Pump motor requires excessive power, several factors could be contributing. If the discharge head has dropped below the rated point, install a throttle valve. If that doesn't resolve the issue, consider trimming the impeller diameter. Check the specific gravity and viscosity of the liquid, as a heavier liquid requires more power. Ensure the stuffing-box packing isn't too tight; readjust or replace it if worn. Inspect rotating parts for rubbing and ensure proper clearances. Adjust the impeller clearance if it's too tight.
Why are there no LEDs flashing on my ITT Water Pump?
If there are no green or red flashing LEDs on your ITT Water Pump, the battery may be dead, requiring replacement of the condition monitor. Alternatively, the unit may be deactivated, in which case you should activate the condition monitor.
Why are the red LEDs flashing on my ITT Goulds Pumps XHD Water Pump when temperature and vibration are normal?
If the red LEDs are flashing on your ITT Water Pump but the temperature and vibration are at acceptable levels, the baseline may be bad. Check the temperature and vi- bration levels and reset the condition monitor.
Why are the bearings on my ITT Water Pump running hot?
If the bearings on your ITT Water Pump are running hot, it could be due to a few reasons. The pump and driver might not be aligned properly, so realign them. Check the lubricant for suitability and level to ensure there is sufficient lubrication. Also, verify that the lubrication is being cooled properly by checking the cooling system.
What causes horizontal alignment issues in ITT Goulds Pumps XHD?
If horizontal (side-to-side) alignment cannot be obtained (angular or parallel) in your ITT Water Pump, it may be because the driver feet are bolt-bound. Loosen the pump's hold-down bolts, and slide the pump and driver until you achieve horizontal alignment. Another cause could be that the baseplate is not leveled properly and is probably twisted. Determine which corners of the base- plate are high or low. Remove or add shims at the appropri- ate corners. Realign the pump and driver.
Why are there no LEDs flashing on my ITT Goulds Pumps XHD Water Pump condition monitor?
If there are no green or red flashing LEDs on your ITT Water Pump, the battery may be dead, requiring you to replace the condition monitor. The unit could also be deactivated, in which case you should activate the condition monitor.
What causes excessive runout for the bearing-frame flange on my ITT Goulds Pumps XHD?
If the runout for the bearing-frame flange on your ITT Water Pump is excessive, it could be caused by a bent shaft, which would require replacing the shaft. Another possibility is that the flange of the bearing frame is distorted, in which case you should replace the bearing-frame flange.
Purpose of the manual for installation, operation, and maintenance.
General safety precautions and warnings to prevent injury and property damage.
Explanation of hazard levels, symbols, and safety messages.
Rules for personal safety, including protective equipment and electrical connections.
Guidelines for ATEX directives and compliance for explosive atmospheres.
Overview of CSA, UL, IEC, and explosion-proofing standards for product approval.
Special care for potentially explosive environments and intended use guidelines.
Details on product warranty coverage, limitations, and claim procedures.
Procedures for inspecting packages and units upon delivery for damage or missing items.
Precautions and methods for safe lifting and handling of pumps during transport.
Recommendations for proper storage locations and environmental conditions.
Specific storage requirements based on the duration the unit is stored.
Information on how pump frostproof capabilities are affected by various conditions.
Overview of the i-ALERT®2 condition monitoring device for pumps.
Explanation of pump nameplate fields and their meanings for identification and ordering.
Preparations before installing the pump, including location and foundation requirements.
Steps for preparing and mounting the baseplate using shims, wedges, or jackscrews.
Procedures for installing and aligning pump and driver components with v-belt drives.
Detailed procedures for aligning the pump and driver for optimal performance.
Checklists for ensuring proper piping installation, support, and integrity.
Essential tasks and warnings before starting the pump operation.
Procedure to verify the correct direction of pump rotation.
Methods for setting impeller clearance for optimal pump performance and efficiency.
Guidelines for V-belt drive installation checks, monitoring, and protection.
Overview of available shaft sealing options, including mechanical seals and stuffing boxes.
Procedures for priming the pump using various suction supply configurations.
General precautions for safe and efficient pump operation under various conditions.
Steps to perform final pump and driver alignment at operating temperature.
Overview of maintenance inspections including routine, 3-month, and annual tasks.
Guidelines for bearing lubrication and replacement schedules based on operating hours.
Guidelines for selecting and applying appropriate greases for pump lubrication.
Maintenance procedures for mechanical seals and packed stuffing boxes.
Safety warnings and precautions to follow before starting pump disassembly.
Precautions to follow before disassembling the pump's wet end.
Detailed steps for disassembling the wet end components for metal-lined pumps.
Steps specific to the disassembly of rubber-lined pump components.
Procedure for removing the power end from XHD and XHD Value Option models.
Steps to disassemble the oil-lubricated power end for XHD pumps.
Common operational symptoms, their causes, and recommended remedies.
Troubleshooting guide for alignment issues and their potential causes.
Troubleshooting common problems related to pump assembly.
Guide for troubleshooting the i-ALERT®2 Equipment Health Monitor.
Exploded view diagrams of pump components for metal-lined and rubber-lined models.
Purpose of the manual for installation, operation, and maintenance.
General safety precautions and warnings to prevent injury and property damage.
Explanation of hazard levels, symbols, and safety messages.
Rules for personal safety, including protective equipment and electrical connections.
Guidelines for ATEX directives and compliance for explosive atmospheres.
Overview of CSA, UL, IEC, and explosion-proofing standards for product approval.
Special care for potentially explosive environments and intended use guidelines.
Details on product warranty coverage, limitations, and claim procedures.
Procedures for inspecting packages and units upon delivery for damage or missing items.
Precautions and methods for safe lifting and handling of pumps during transport.
Recommendations for proper storage locations and environmental conditions.
Specific storage requirements based on the duration the unit is stored.
Information on how pump frostproof capabilities are affected by various conditions.
Overview of the i-ALERT®2 condition monitoring device for pumps.
Explanation of pump nameplate fields and their meanings for identification and ordering.
Preparations before installing the pump, including location and foundation requirements.
Steps for preparing and mounting the baseplate using shims, wedges, or jackscrews.
Procedures for installing and aligning pump and driver components with v-belt drives.
Detailed procedures for aligning the pump and driver for optimal performance.
Checklists for ensuring proper piping installation, support, and integrity.
Essential tasks and warnings before starting the pump operation.
Procedure to verify the correct direction of pump rotation.
Methods for setting impeller clearance for optimal pump performance and efficiency.
Guidelines for V-belt drive installation checks, monitoring, and protection.
Overview of available shaft sealing options, including mechanical seals and stuffing boxes.
Procedures for priming the pump using various suction supply configurations.
General precautions for safe and efficient pump operation under various conditions.
Steps to perform final pump and driver alignment at operating temperature.
Overview of maintenance inspections including routine, 3-month, and annual tasks.
Guidelines for bearing lubrication and replacement schedules based on operating hours.
Guidelines for selecting and applying appropriate greases for pump lubrication.
Maintenance procedures for mechanical seals and packed stuffing boxes.
Safety warnings and precautions to follow before starting pump disassembly.
Precautions to follow before disassembling the pump's wet end.
Detailed steps for disassembling the wet end components for metal-lined pumps.
Steps specific to the disassembly of rubber-lined pump components.
Procedure for removing the power end from XHD and XHD Value Option models.
Steps to disassemble the oil-lubricated power end for XHD pumps.
Common operational symptoms, their causes, and recommended remedies.
Troubleshooting guide for alignment issues and their potential causes.
Troubleshooting common problems related to pump assembly.
Guide for troubleshooting the i-ALERT®2 Equipment Health Monitor.
Exploded view diagrams of pump components for metal-lined and rubber-lined models.
General| Brand | ITT |
|---|---|
| Model | Goulds Pumps XHD |
| Category | Water Pump |
| Language | English |
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