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General| Print Technology | Thermal Transfer |
|---|---|
| Print Resolution | 300 dpi |
| Max Print Width | 53 mm |
| Ribbon Width | 20 mm to 55 mm |
| Air Supply | Not Required |
| Print Speed | Up to 1000 mm/sec |
| User Interface | 8.4 inch touchscreen |
| Print Area | 53 mm x 75 mm |
| Ribbon Length | 1200 m |
| Operating Temperature | 5°C to 40°C |
| Connectivity | Ethernet, USB |
| Supported Materials | Labels |
Details the main components of the Videojet DataFlex 6530 printer, including the printhead and HMI display.
Explains the purpose and intended audience of the service manual, emphasizing its role as a supplement to formal training.
Lists other manuals available for reference, such as the Operator Manual, and explains language codes for ordering.
Describes the manual's structure, writing styles, positional references, units of measurement, and safety information conventions.
Provides a glossary of common abbreviations and acronyms used throughout the manual for clarity and reference.
Outlines the structure of the manual, detailing the content covered in each of the fifteen chapters and appendices.
States Videojet's commitment to safety and outlines the purpose of safety guidelines in the manual.
Provides critical safety guidelines for operating and handling the equipment to prevent injury and damage.
Details safety precautions related to electrical power supply, cables, bonding, and grounding to prevent electrical hazards.
Covers essential safety measures and considerations for installing the printer in various environments and locations.
Specifies safety requirements for handling and storing print ribbons to prevent damage and ensure proper operation.
Includes guidelines for cleaning procedures and understanding warning labels to ensure safe operation and maintenance.
Provides a detailed overview of the main components of the Videojet DataFlex 6530 printer.
Explains how to connect various external devices and signals to the printer, including sensors and communication ports.
Guides the user through the process of inspecting and unpacking the printer kit, listing included parts.
Outlines the requirements and procedures for physically installing the printer, including power and signal connections.
Discusses critical factors for mounting the printer, such as orientation, space, and operator access for optimal performance.
Details the procedure for loading a new ribbon into the cassette and ensuring correct setup.
Explains the simple procedure for powering on the printer via the PSU switch.
Describes the meaning of different LED indicators on the printhead to help diagnose printer status.
Covers printer configuration using the CLARiTY Configuration Manager software for optimal performance.
Explains how to configure the printer's input/output system to interface with packaging equipment.
Details how to configure the printer for reactive or predictive ribbon end detection modes.
Describes how to set up strict control of batch sizes and job printing using print allocations.
Introduces the CLARiTY operator control system and how to access its functions via the Tools button.
Explains the layout and elements of the CLARiTY Home screen for basic operation.
Details navigation through the Tools screen to access Setup, Diagnostics, Databases, and Help functions.
Describes how to set up and manage password protection for different user access levels within CLARiTY.
Lists spare parts for which replacement instructions are available, guiding users on obtaining them.
Provides a schedule and procedures for routine maintenance tasks to ensure printer longevity and performance.
Directs users to the operator manual for detailed information on printer error messages and remedies.
Refers users to the operator manual for troubleshooting CLARiTY HMI and PSU related faults.
Explains the classification of errors into warnings and faults and provides a table of common faults and their remedial actions.
Explains the symbolic representation and alphanumeric system used in the Illustrated Part List (IPL) for identifying parts.
Identifies the main assemblies of the printer (HMI/PSU and Printer) and directs to detailed part lists.
Lists available accessories for the printer, including cables and power cords, with their part numbers.
Details other accessories such as encoders, mounting hardware, slave printers, and conversion kits.
Presents a comprehensive breakdown of the menu options and parameters available within the CLARiTY Configuration Manager software.
Explains how to use the external serial interface for communication with the printer via RS232 and TCP/IP.
Guides on setting up and running the text communications system for printer control and data exchange.
Details how to establish and manage communications sessions, including command syntax and responses.
Explains the structure and formatting requirements for CIFF data files used for updating printer information.
Introduces the section on test points, noting that references are viewed from the front of the PCB.
Identifies specific test points on the Main Control Board (MCB) and their acceptable voltage ranges for diagnostics.
Lists test points on the Printhead PCB (Right Hand) and their acceptable voltage ranges for troubleshooting.
Lists test points on the Printhead PCB (Left Hand) and their acceptable voltage ranges for troubleshooting.
Identifies test points on the CLARITY Controller PCB and their corresponding acceptable voltage ranges.
Introduces the principles of thermal transfer printing technology used by the printer.
Explains the mechanics of continuous motion printing, including substrate movement and printhead operation.
Introduces the Master/Slave capability, its benefits, applications, and terminology.
Describes the physical connections and setup required for a Master/Slave printer group.
Details the procedures for configuring printers in both basic and advanced Master/Slave modes.
Explains the role and behavior of Slave printers in different Master/Slave modes.
Provides instructions on how to disable or remove printers from a Master/Slave configuration.
Introduces availability tools for analyzing operational and equipment downtime and identifying causes.
Defines and explains how to calculate Equipment Availability based on total time and downtime.
Defines and explains how to calculate Operational Availability based on production time proxies.
Describes how to navigate and interpret the Availability page for examining equipment and operational data.
Details the process for exporting availability metrics and event logs to a USB stick for further analysis.
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