To Next PageTo Next PageWhat to do if the UV intensity is too low in my BWT Water Filtration System?
If the UV intensity is too low, remove and clean the quartz glass sleeve and sensor. Also, verify that the water quality meets the necessary requirements and install a filter if needed. If the issue persists, replace the UV lamp.
What to do if the UV system detects a problem with the UV lamp in my BWT Water Filtration System?
If the UV system has detected a problem with the UV lamp, try resetting the lamp protection circuit by unplugging the unit for 10 seconds. If the issue continues, replace the UV lamp with an identical one, using the spare part number indicated on the silver label of the UV reactor or on the maintenance parts display.
What to do if the module indicated is no longer communicating with the BWT Water Filtration System?
If a module is no longer communicating with the system, make sure all modules are properly plugged in and that the UV system recognizes the correct connection. You can test the modules individually by plugging them in one after the other and rebooting the UV system. Replace any module that isn't detected when plugged directly into the controller.
What to do if a missing or incorrect lamp key was detected in my BWT Water Filtration System?
If a missing or incorrect lamp key is detected, ensure that the supplied lamp key is installed and that the old key is unplugged. Verify that the part number of the new lamp key matches the new UV lamp.
Provides essential safety guidelines for product operation, handling, and maintenance.
Defines the applicability of the manual to specific product versions and target audiences.
Specifies the required expertise for installation and operation, distinguishing between qualified specialists and instructed persons.
Outlines precautions for safe handling during transport and initial setup.
Explains the meaning of various symbols and pictograms used throughout the manual for hazard communication.
Details the format and structure of safety information, including signal words and hazard descriptions.
Highlights critical safety warnings and procedures directly related to the device's operation and potential hazards.
Defines the intended application of the UV disinfection unit for drinking water.
Lists conditions and actions that constitute improper use of the unit, voiding warranty.
States manufacturer's limitations of liability regarding unauthorized modifications or non-compliance.
Advises users to observe all provided supplier documents for complete system understanding.
Explains the core design principles, components, and UVC ray generation for disinfection.
Discusses system rating based on water quality and flow rates, and the impact of exceeding them.
Specifies requirements for the installation location, including temperature, frost protection, and electromagnetic interference.
Details the necessary water quality parameters and hydraulic conditions for optimal system performance.
Provides guidance on pipe material selection, filtration, and pre-treatment considerations.
Provides step-by-step instructions for safely cleaning the quartz glass sleeve to maintain UV transmittance.
Details the procedure for cleaning the UV sensor to ensure accurate intensity measurements.
Describes the functions and features of the full-colour LCD control display for system monitoring.
Explains the power-up diagnostic sequence and module initialization process.
Details the displays and navigation for units without UV-sensor monitoring.
Describes the UV intensity monitoring screens and warning indicators.
Explains the system's countdown for lamp replacement and associated warnings.
Provides instructions for safely replacing the UV lamp and its associated key.
Guides users on accessing additional product and maintenance information via QR codes.
Describes additional modules like UV sensors and their connection via the Infinite Expandability Port (IEP).
Explains how to connect remote devices for alarms, status indication, or system control.
Details the module for outputting UV intensity signals to external data loggers or computers.
Outlines the operator's duties including commissioning, operation, and decommissioning.
Lists routine checks the operator must perform, covering water pressure, quality, and system status.
Specifies periodic inspection activities and intervals required by EN 806-5 for the operator.
Details part replacement cycles and cleaning schedules for wearing parts as per EN 806-5.
Defines critical water quality parameters essential for effective UV disinfection and pretreatment recommendations.
Provides instructions for safely shutting down and dismantling the unit by qualified personnel.
Outlines proper methods for disposing of the unit, packaging, batteries, and lamps, respecting regulations.
Provides essential safety guidelines for product operation, handling, and maintenance.
Defines the applicability of the manual to specific product versions and target audiences.
Specifies the required expertise for installation and operation, distinguishing between qualified specialists and instructed persons.
Outlines precautions for safe handling during transport and initial setup.
Explains the meaning of various symbols and pictograms used throughout the manual for hazard communication.
Details the format and structure of safety information, including signal words and hazard descriptions.
Highlights critical safety warnings and procedures directly related to the device's operation and potential hazards.
Defines the intended application of the UV disinfection unit for drinking water.
Lists conditions and actions that constitute improper use of the unit, voiding warranty.
States manufacturer's limitations of liability regarding unauthorized modifications or non-compliance.
Advises users to observe all provided supplier documents for complete system understanding.
Explains the core design principles, components, and UVC ray generation for disinfection.
Discusses system rating based on water quality and flow rates, and the impact of exceeding them.
Specifies requirements for the installation location, including temperature, frost protection, and electromagnetic interference.
Details the necessary water quality parameters and hydraulic conditions for optimal system performance.
Provides guidance on pipe material selection, filtration, and pre-treatment considerations.
Provides step-by-step instructions for safely cleaning the quartz glass sleeve to maintain UV transmittance.
Details the procedure for cleaning the UV sensor to ensure accurate intensity measurements.
Describes the functions and features of the full-colour LCD control display for system monitoring.
Explains the power-up diagnostic sequence and module initialization process.
Details the displays and navigation for units without UV-sensor monitoring.
Describes the UV intensity monitoring screens and warning indicators.
Explains the system's countdown for lamp replacement and associated warnings.
Provides instructions for safely replacing the UV lamp and its associated key.
Guides users on accessing additional product and maintenance information via QR codes.
Describes additional modules like UV sensors and their connection via the Infinite Expandability Port (IEP).
Explains how to connect remote devices for alarms, status indication, or system control.
Details the module for outputting UV intensity signals to external data loggers or computers.
Outlines the operator's duties including commissioning, operation, and decommissioning.
Lists routine checks the operator must perform, covering water pressure, quality, and system status.
Specifies periodic inspection activities and intervals required by EN 806-5 for the operator.
Details part replacement cycles and cleaning schedules for wearing parts as per EN 806-5.
Defines critical water quality parameters essential for effective UV disinfection and pretreatment recommendations.
Provides instructions for safely shutting down and dismantling the unit by qualified personnel.
Outlines proper methods for disposing of the unit, packaging, batteries, and lamps, respecting regulations.
General| Product Type | Water Filtration System |
|---|---|
| Brand | BWT |
| Model | BEWADES blue 0.5 |
| Filtration Technology | Ion Exchange |
| Capacity | 0.5 m³/h |
| Operating Pressure | 2 - 8 bar |
| Operating Temperature | 5 - 35 °C |
| Regeneration | Automatic |
| Water Hardness Reduction | Yes |
| Connection Size | 1 inch |
| Weight | Approx. 25 kg |
