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Max Head | Up to 14 m |
---|---|
Impeller Type | Vortex |
Protection Class | IP68 |
Insulation Class | F |
Type | Submersible |
Application | Sewage |
Material | Cast Iron |
Frequency | 50 Hz |
Voltage | 230V or 400V (depending on model) |
Specifies input voltage range for pumps.
Indicates flow rate information is on a separate page.
Refers to electric data plate for motor specifications.
Head measurement is available on the electric data plate.
Power consumption details are on the electric data plate.
Max/min liquid temperatures for different uses.
Maximum depth the pump can operate at.
Recommended temperature range for storing the pump.
Noise level data is provided.
Covers carrying handle, damaged cable replacement, and dry running prohibition.
Mentions compliance with EC Directive 89/392/EEC.
Advised support for dirty wells to prevent clogging.
Ensure suction strainer is clear of blockages.
Use pipes matching delivery mouth diameter to avoid performance loss.
The pump must be fully immersed in water.
Ensure float moves freely and borehole dimensions are adequate.
Check valve is recommended for fixed installations and manual operation.
How to connect pipes and hoses, including coupling and hosetail usage.
Direct connection to mains with thermal overload protection.
Requires motor protectors, isolating switch, and fuses.
Damaged cables must be replaced by qualified personnel.
Steps to check correct rotation using kick-back or flow rate.
How to adjust float switch for start/stop levels.
Specific minimum stopping levels for VS-VX 550-750 and 1000-1200 models.
Ensure intake strainer is always in place during operation.
Limit starts per hour to avoid excessive thermal shock.
Prevent freezing by ensuring no water residue in inactive pumps.
Rinse pump after use with substances causing deposits.
Detailed steps for checking and changing sealing oil.
Diagnoses for a non-starting motor with no noise.
Checks for a pump that fails to deliver fluid.
Troubleshooting for a pump that fails to stop.
Identifies causes for reduced pump flow rate.
Reasons for the thermal overload protection activating.