To Next PageTo Next PageWhat to do if work is required on live parts of BFI Automation 2.0GT?
If you need to work on live parts of the BFI Automation Scanner, ensure a second person is present to disconnect the power in an emergency. Use only insulated tools during the process.
How to prevent electrical current danger with BFI Automation 2.0GT Scanner?
To prevent life-threatening situations with the BFI Automation Scanner, always disconnect the flame amplifiering system from the power supply network before working on any electrical components.
What to do if defects or faults ascertained in BFI Automation 2.0GT?
If you find any defects or faults in the BFI Automation Scanner, correct them immediately. Until the issues are resolved, switch off the device.
General| Brand | BFI Automation |
|---|---|
| Model | 2.0GT |
| Category | Scanner |
| Language | English |
Provides an overview and purpose of the operating instructions for safe and efficient device operation.
Explains the meaning of different warning symbols used in the document for hazard communication.
Details the confidentiality and usage restrictions of the operating instructions.
Provides guidance on the proper disposal of electrical and electronic components of the device.
Outlines the manufacturer's warranty terms and conditions, including voiding factors.
Defines the responsibilities of the user regarding safe operation, staff training, and hazard management.
States limitations of liability for damages resulting from improper use or non-compliance with instructions.
Confirms compliance of the system with relevant EC Directives and European standards.
Provides the contact details and address of the manufacturer, BFI Automation GmbH.
Specifies the exclusive purpose of the flame scanner and its role in a complete flame amplification system.
Defines qualifications, training, and conditions for personnel working with the device.
Lists essential safety precautions to prevent accidents and ensure proper operation of the flame scanner.
Details fundamental safety equipment and specific safety devices integrated into the flame scanner.
Covers general checks of safety equipment and locking devices for safe operational condition.
Lists the specific safety features built into the flame scanner, such as housing and earth connection.
Provides essential safety guidelines for performing maintenance, troubleshooting, and repairs on the device.
Covers general aspects for maintenance, emphasizing deadlines, equipment, and qualified personnel.
Details crucial safety rules and precautions for working with the device's electrical and electronic components.
Outlines testing requirements for device coupling/installation according to German safety regulations.
Describes the mandatory safety test procedure involving burner start/stop cycles for correct operation.
Summarizes the key features and capabilities of the flame scanner, including standards compliance and testing.
Provides detailed specifications for the device's electrical, optical, and mechanical components and connections.
Specifies the weight of the flame scanner.
Provides the physical dimensions (length, width, height) of the flame scanner.
Describes the adjustment mechanisms, specifically the sensitivity potentiometers, for optimizing flame signal amplification.
Explains the function and adjustment procedure for the potentiometers controlling the spectral sensitivity of the scanner.
Details the optical aperture, its function in controlling radiation energy, and the procedure for adjusting it.
Presents a block diagram illustrating the internal components and signal flow of the flame scanner.
Lists the standard components included in the delivery of the flame scanner and checking procedures.
Describes the packaging materials used for shipping the flame scanner and disposal guidelines.
Provides essential instructions for handling the device during transport to prevent damage.
States the weight of the flame scanner.
Illustrates the physical space and dimensions required for the installation of the flame scanner.
Guides the user through the process of installing the flame scanner, including mounting and alignment.
Details the initial adjustment procedures performed by the company for the flame scanner's sensitivity and aperture.
Explains how to align and set up the flame scanner for optimal performance with specific fuel types and combustion zones.
Provides detailed instructions and diagrams for making the correct electrical connections to the flame scanner.
Explains the specific procedure for laying and connecting the special KW5 cable, including shielding requirements.
Details the correct handling and connection of the outer and inner shieldings for the KW5 cable.
Specifies the recommended conditions for storing the flame scanner and accessories to maintain their integrity.
Explains the operating principle and functional aspects of the flame scanner based on spectral analysis.
Describes the required testing procedure for the flame scanner to ensure correct and safe operation.
