How to fix display and LED-signals of the SKF Maxilube Water Pump user interface if they are not lit?
If the display and LED-signals of the SKF Maxilube Water Pump user interface are not lit, it indicates that there is no supply voltage at the pumping center. Check the supply voltage.
Why the green LED-signal POWER and the user interface of the SKF MAX-1-2-230-IF105-R-V2 Water Pump control center are not lit?
If the green LED-signal POWER and the user interface of the SKF Water Pump control center are not lit, it could be that the main switch of the control center is in the OFF-position, or the fuse has operated. Turn the main switch to the ON-position and check the fuse.
What to do if the SKF MAX-1-2-230-IF105-R-V2 Water Pump starts but the pressure does not rise?
If the SKF Water Pump starts, but the pressure doesn't rise, the grease filter may be clogged, there may be air in the suction piping of the pump or there may be impurities in the suction head of the pump. You can clean or replace the grease filter cartridge. Remove air from the pump by opening the venting screw of the grease filter or the pressure connection of the pump, ensuring that only grease (not air) comes out.
Why does the SKF MAX-1-2-230-IF105-R-V2 start but the pressure does not rise?
If the SKF Water Pump starts but the pressure doesn't rise, the pressure air level might not be high enough. Check that the pressure at the pressure air regulator is 3,5-4,5 bar and inspect the pressure air supply piping for leaks.
What to do if the SKF MAX-1-2-230-IF105-R-V2 does not start?
If the SKF Water Pump doesn't start, it could be due to several reasons: the pressure air supply might be closed, the pressure air level might not be high enough, or the supply voltage might be off. To resolve this, turn on the pressure air supply by pressing down the shut-off valve button or set the air pressure to 3,5-4,5 bar using the pressure regulator and the pressure gauge. Also, check that the pressure at the pressure air regulator is 3,5-4,5 bar. Inspect the pressure air supply piping for leaks. Ensure the LED-signal of the pump is lit, the supply voltage is on, and the M12 cable is correctly connected and in good condition.
What to do if the SKF MAX-1-2-230-IF105-R-V2 Water Pump user interface displays alarm for high pressure in a lubrication channel?
If the user interface displays an alarm for high pressure in a lubrication channel for the SKF Water Pump, and the pressure at the pressure control unit is above the set pressure low limit value when pressurization starts, the control valve at the hydraulic part may not be operating. Replace control cartridge CHV-100 when necessary.
What to do if there is considerable grease leakage at the lubrication point of the SKF MAX-1-2-230-IF105-R-V2 Water Pump?
If you observe considerable grease leakage at the lubrication point and the bearing temperature rises in your SKF Water Pump, it suggests that the lubrication cycle has been set too short. Check the correct lubrication cycle at the doser setting table of the lubrication system in question.
What does it mean if the SKF MAX-1-2-230-IF105-R-V2 user interface displays lubricant low level alarm in a lubrication channel?
If the user interface of your SKF Water Pump displays a lubricant low level alarm in a lubrication channel, this indicates that the lubricant barrel is empty. Replace the lubricant barrel and then reset the alarm.
General| Brand | SKF |
|---|---|
| Model | MAX-1-2-230-IF105-R-V2 |
| Category | Water Pump |
| Language | English |
Details cases where SKF assumes no liability and warranty does not cover loss.
Guidelines for all persons working on the product and supervisors.
Instructions for safe handling, operation, and maintenance of the product.
Specifies the allowed use of the product for professional users in commercial activities.
Lists prohibited uses that differ from stated instructions.
Prohibits unauthorized conversions or modifications due to safety risks.
Lists other documents to be observed alongside these instructions.
Explains the information found on the product's type identification plate.
Defines qualifications for operators, mechanical specialists, and electricians.
Defines an operator as a qualified person for normal operation and hazard avoidance.
Defines a mechanical specialist's role in hazard detection and avoidance.
Defines an electrician's role in detecting and avoiding electrical hazards.
Outlines information required for external technicians before activities.
States the end-user's responsibility to provide suitable PPE.
General observations for commissioning and operation.
Procedure for conducting an emergency stop by cutting air supply.
Precautions for transport, installation, maintenance, and repair activities.
Ensures all safety devices, connections, and labels are checked before start-up.
Guidelines for safe cleaning, avoiding fire risks and aggressive agents.
Discusses various requirements lubricants must fulfill for different applications.
Guidance on selecting suitable lubricants for centralized lubrication systems.
Lists materials lubricants must generally be compatible with.
Discusses lubricant suitability after prolonged downtime and inspection.
Describes the function and components of the Maxilube pumping centre.
Details the components and PI diagram of the changeover valve unit.
Explains the sequence of operations for the pumping centre.
Critical steps and safety warnings for system commissioning.
Step-by-step guide for commissioning the ECO lid set.
Step-by-step guide for commissioning the STA lid set.
Safety and procedural steps for replacing the lubricant barrel.
Specific steps for replacing the barrel with an ECO lid set.
Specific steps for replacing the barrel with an STA lid set.
Procedure for operating the system manually, especially during malfunctions.
Overview of the IF-105 as the interface for programming and monitoring.
Description of the IF-105 components: display, LEDs, buttons.
Explains the meaning of LED signals for lubrication channels CH1 and CH2.
Explains the meaning of LED signals L1, L2, and P for operational status.
Describes the function of each button on the IF-105 interface.
Explains the display capabilities for time, pressure, and pulse counts.
Details functions like power saving, interval counting, and basic operation.
Explains power saving, interval counting, and pressurization in normal mode.
Lists and explains phase codes for normal and alarm modes.
Describes display codes for MonoFlex and DuoFlex systems.
Describes display codes for the Progressive lubrication system.
Explains how to view line pressure and pulse counter data.
Describes how the system preserves values and resumes after power interruptions.
Explains alarm conditions and LED indicators for one and two-channel systems.
Details the low level alarm condition and reset procedure.
Describes high and low pressure alarms for MonoFlex/DuoFlex systems.
Explains the pulse alarm condition for ProFlex systems.
Describes alarms from SKF Doser monitor for doser operation indication.
Explains alarms triggered by the air pressure switch in spray systems.
Details the warning message for pump changes in Dualset systems.
How to enter and perform manual operation using the IF-105.
Basic values for lubrication cycle and pressurization time.
Procedure for entering the password to access settings.
Steps to select and change setting values.
How to reset the lubrication cycle counter.
How to set the lubrication cycle value.
Lists operating temperature, dimensions, material, and protection class.
Explains abbreviations and symbols used for the IF-105 interface.
Details ambient temperature, air pressure, voltage, power, and weight.
Describes input/output connections and cable channels on the unit.
Explains the designation system for the Maxilube changeover valve unit.
Lists common malfunctions and initial checks.
Provides a detailed table of malfunctions, causes, and solutions.
Procedures for temporarily shutting down the system.
Guidelines for decommissioning and disposing of the product.
Instructions for proper storage conditions and duration.
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