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General| Model | JP 4-54 |
|---|---|
| Max Head | 54 m |
| Voltage | 230 V |
| Frequency | 50 Hz |
| Maximum Operating Pressure | 6 bar |
| Outlet Connection | 1 inch |
| Enclosure Class | IP44 |
| Insulation Class | F |
| Weight | 13 kg |
| Liquid Temperature Range | 0°C to 40°C |
| Inlet Connection | 1 inch |
Information about the intended users of the installation and operating instructions.
Explanation of symbols and warnings used in the document for safety.
Steps to check the product upon receipt for correctness and compliance, and list of items included.
Guidelines for choosing a suitable installation site for the product, considering access and environment.
Detailed instructions for the physical mounting and setup of the pump.
Procedure for correctly positioning and securing the pump on its foundation.
Instructions on how to attach the optional lifting handle to the JP pump.
Guidance on how to connect the inlet and outlet pipes to the pump.
Information on system pressure limits and protection measures for the pump.
General precautions for connecting inlet and outlet pipes, including sizing and installation.
Illustrative examples of how to install the pump for different suction sources.
Example installation for drawing water from a tank.
Example installation for drawing water from a well.
Procedure for connecting pumps that come with a power plug.
Instructions for wiring pumps that do not have a pre-attached plug.
Steps to connect a power supply cable to a pump that is delivered without one.
A diagram illustrating the electrical connections for the pump.
Procedure for filling the pump with water before starting it for the first time.
Steps to follow after priming to get the pump running and operational.
Specific startup instructions for JP pumps equipped with a pressure manager.
Information about the initial operation period for the shaft seal and expected leakage.
Description and features of the JP pump, including its construction and capabilities.
Description and features of the JP Booster models and their variants.
Specifies the recommended applications and limitations for the product.
Details on the types of liquids suitable and not suitable for pumping with this product.
Explains how to identify the pump model and its specifications using the nameplate.
An example of a product nameplate with explanations of each field.
Key to understanding the product naming convention and model designations.
Guidance on routine maintenance tasks for the product, including cleaning.
Instructions for checking and maintaining the pressure tank's precharge pressure.
Procedure for adjusting the air pressure inside the pressure tank.
Information on available service kits and where to find them.
Instructions for draining the JP pump and JP Booster with a vertical pressure tank.
Instructions for draining the JP Booster with a horizontal pressure tank.
Guidelines for storing the product, especially during periods of non-use or winter.
Measures to prevent damage from freezing when the product is not in use.
Troubleshooting steps for when the pump fails to initiate operation.
Troubleshooting steps for intermittent pump operation due to overheating or other faults.
Troubleshooting for reduced water output, identifying causes like blockages or high suction lift.
Specific troubleshooting for JP Boosters equipped with a pressure manager.
Explanation of the indicator lights and buttons on the PM 1 pressure manager.
Troubleshooting the alarm indicator, often related to anti-cycling function.
Diagnosing why the power indicator is off, checking fuses and circuit breakers.
Troubleshooting scenarios where the pump status is 'on' but the motor is not running.
Diagnosing issues where the pump fails to start when water is needed.
Troubleshooting for pumps that fail to shut off, possibly due to pressure settings or defects.
Troubleshooting specific issues for boosters that use a pressure tank.
Diagnosing and resolving frequent starting and stopping cycles in pressure tank systems.
Specific troubleshooting guide for problems related to the pressure switch.
Steps to troubleshoot why the motor fails to start, focusing on the pressure switch.
Troubleshooting why the motor continues to run after water demand has ended.
Diagnosing and fixing rapid cycling of the pressure switch during regular water usage.
Details on environmental and operational conditions such as pressure, temperature, and humidity.
Specifications for the maximum head (vertical lift) and flow rate for different pump models.
Maximum allowable inlet pressure specifications for various pump models.
Additional technical data, including cut-in pressure and storage temperature.
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