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General safety rules for operating and handling the product, emphasizing reading the manual and using PPE.
Defines the applicability and intended audience of the manual, including installers and service technicians.
Specifies the required qualifications for qualified specialists and instructed persons for safe operation.
Guidelines for safely transporting and installing the unit, including handling and securing the product.
Explains the meaning of various safety and operational symbols used throughout the document.
Explains the format, signal words, colors, and structure of safety instructions in the manual.
Highlights specific hazards like high voltage, ozone inhalation, and hot exhaust air, with necessary precautions.
Explains the coding system used to identify different Bewazon VULW unit configurations and options.
Describes the primary purpose of ozone generation units for water disinfection and oxidation.
Outlines improper uses that should be avoided, such as unauthorized modifications or using non-approved parts.
States the manufacturer's limitations of liability for improper use or modifications.
Explains the function and operation of the dual-air drying system, including regeneration cycles.
Details the process of ozone generation via corona discharge and its operating modes.
Describes how the unit's functions, output, and dryer status are monitored via the touch panel.
Explains the unit's behavior during and after a power failure, including parameter storage and dryer regeneration.
Overview of external control interfaces like remote on/off and booster pump signals.
Details safety features such as gas detectors, emergency stop buttons, and door safety switches.
Specifies safety assessment requirements, performance levels, and necessary protective circuits.
Defines environmental and site requirements, including ambient temperature, humidity, and gas concentrations.
Outlines requirements for adequate ventilation in the installation room, considering regeneration heat.
Provides procedures for safely transporting and unloading the unit cabinets, including handling precautions.
Step-by-step instructions for setting up and assembling the unit cabinets securely.
Details on connecting the ozone gas line using appropriate piping materials and specifications.
Instructions for connecting the cooling water supply and drainage, including flushing and insulation requirements.
Information regarding electrical connections, to be performed by BWT service staff or trained personnel.
General guidance and cautions for operating the unit, emphasizing trained personnel and touch panel use.
How to navigate and adjust PLC settings such as language, time, and system diagnostics via the touch panel.
Describes the start screen, operating states of dryers and ozone generation, and color indicators.
Details the optional cooling water loop system for temperature monitoring and water replacement.
Configuration and operation of optional P/PID controllers and analogue output for ozone level control.
Explains the different operating modes and status indicators for the unit's dryers.
Information on connecting the unit to a building automation system via Profinet or Profibus.
Details daily and periodic inspections, including checking values, leaks, and lamp function.
Procedures and intervals for unit maintenance, including dew point monitoring and wearing parts replacement.
How the unit displays and manages maintenance reminders and confirmations.
Explains the fault signal lamp, message display, status codes, and how to acknowledge messages.
Lists potential warnings, their monitored conditions, causes, and recommended remedies.
Details faults that pose hazards, their causes, device reactions, and required actions or remedies.
Technical specifications for standard single-circuit ozone units (models 12, 25, 45).
Technical specifications for standard units across various models (70 to 350).
Technical specifications for standard units across various models (420 to 700).
Information regarding the unit's identification plate, including its components and importance.
Procedure for temporary shutdown and contact information for customer service.
Guidelines for permanent removal and disposal, emphasizing national regulations and safety precautions.
Instructions for proper disposal of the product, packaging, batteries, and lamps, adhering to environmental laws.
Information on the legal framework and declarations regarding the use of ozone in accordance with EU regulations.
General safety rules for operating and handling the product, emphasizing reading the manual and using PPE.
Defines the applicability and intended audience of the manual, including installers and service technicians.
Specifies the required qualifications for qualified specialists and instructed persons for safe operation.
Guidelines for safely transporting and installing the unit, including handling and securing the product.
Explains the meaning of various safety and operational symbols used throughout the document.
Explains the format, signal words, colors, and structure of safety instructions in the manual.
Highlights specific hazards like high voltage, ozone inhalation, and hot exhaust air, with necessary precautions.
Explains the coding system used to identify different Bewazon VULW unit configurations and options.
Describes the primary purpose of ozone generation units for water disinfection and oxidation.
Outlines improper uses that should be avoided, such as unauthorized modifications or using non-approved parts.
States the manufacturer's limitations of liability for improper use or modifications.
Explains the function and operation of the dual-air drying system, including regeneration cycles.
Details the process of ozone generation via corona discharge and its operating modes.
Describes how the unit's functions, output, and dryer status are monitored via the touch panel.
Explains the unit's behavior during and after a power failure, including parameter storage and dryer regeneration.
Overview of external control interfaces like remote on/off and booster pump signals.
Details safety features such as gas detectors, emergency stop buttons, and door safety switches.
Specifies safety assessment requirements, performance levels, and necessary protective circuits.
Defines environmental and site requirements, including ambient temperature, humidity, and gas concentrations.
Outlines requirements for adequate ventilation in the installation room, considering regeneration heat.
Provides procedures for safely transporting and unloading the unit cabinets, including handling precautions.
Step-by-step instructions for setting up and assembling the unit cabinets securely.
Details on connecting the ozone gas line using appropriate piping materials and specifications.
Instructions for connecting the cooling water supply and drainage, including flushing and insulation requirements.
Information regarding electrical connections, to be performed by BWT service staff or trained personnel.
General guidance and cautions for operating the unit, emphasizing trained personnel and touch panel use.
How to navigate and adjust PLC settings such as language, time, and system diagnostics via the touch panel.
Describes the start screen, operating states of dryers and ozone generation, and color indicators.
Details the optional cooling water loop system for temperature monitoring and water replacement.
Configuration and operation of optional P/PID controllers and analogue output for ozone level control.
Explains the different operating modes and status indicators for the unit's dryers.
Information on connecting the unit to a building automation system via Profinet or Profibus.
Details daily and periodic inspections, including checking values, leaks, and lamp function.
Procedures and intervals for unit maintenance, including dew point monitoring and wearing parts replacement.
How the unit displays and manages maintenance reminders and confirmations.
Explains the fault signal lamp, message display, status codes, and how to acknowledge messages.
Lists potential warnings, their monitored conditions, causes, and recommended remedies.
Details faults that pose hazards, their causes, device reactions, and required actions or remedies.
Technical specifications for standard single-circuit ozone units (models 12, 25, 45).
Technical specifications for standard units across various models (70 to 350).
Technical specifications for standard units across various models (420 to 700).
Information regarding the unit's identification plate, including its components and importance.
Procedure for temporary shutdown and contact information for customer service.
Guidelines for permanent removal and disposal, emphasizing national regulations and safety precautions.
Instructions for proper disposal of the product, packaging, batteries, and lamps, adhering to environmental laws.
Information on the legal framework and declarations regarding the use of ozone in accordance with EU regulations.
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General