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General| Fuel Type | Gasoline |
|---|---|
| Engine Type | 4-Stroke OHV |
| Starting System | Recoil |
| Power Output | 120V |
| Outlet Types | 2x 120V 20A |
Details manufacturer information and CE marking compliance.
Lists all components included with the HF generator and Beamer.
Outlines warranty terms, repair conditions, and authorized service.
Provides contact information for technical support and service inquiries.
Defines the purpose of the electrosurgical unit for tissue cutting and coagulation.
Explains the fundamental principles of monopolar electrosurgery.
Details the operational principles of bipolar electrosurgery.
Details the various socket modules and connectors on the unit's front panel.
Explains the rear panel connectors for power, data, and accessories.
Describes the function of the unit's operational controls and buttons.
Indicates the currently active program displayed on the unit.
Shows the unit's status, prompts, or current operational information.
Displays power, current type, and activation source for each output channel.
Indicates the connection and operational status of the neutral electrode.
Guides users on adjusting the power output for specific channels.
Details the process of choosing and applying different current types.
Explains how to configure footswitch activation for output channels.
Covers management of user-defined programs, including creation and saving.
Outlines system configuration options like language, sound, and display settings.
Describes various monopolar cutting current modes and their characteristics.
Details monopolar coagulation current types and their applications.
Explains bipolar cutting current types and their specific advantages.
Describes bipolar coagulation current types and their intended uses.
Provides essential tests to perform before initial operation for safety and functionality.
General safety warnings and precautions for using electrosurgical units.
Guidelines for proper patient positioning to ensure safety during electrosurgery.
Instructions for correct and safe application of the neutral electrode.
Rules and precautions for safe use of the active electrode and avoiding interference.
Additional safety advice, including precautions for flammable anesthetics and specific procedures.
Specific safety measures required when operating near pacemakers or implants.
Methods to prevent or minimize electromagnetic interference with other medical devices.
Covers initial setup, controls, and connections for the maxium Beamer.
Instructions for connecting power and gas supply to the Beamer unit.
Details the physical connection between the Beamer and the main HF generator.
Explains how to connect the specialized handles for Beamer operations.
Guidance on mounting the Beamer system onto trolleys or ceiling mounts.
How to configure and operate the Beamer, including gas flow settings.
Crucial safety information specific to the operation of the maxium Beamer.
Procedures for inspecting system components and verifying proper functionality.
Instructions for cleaning and disinfecting the unit and its accessories.
Permitted sterilization methods and temperatures for reusable components.
Guidelines for cleaning and disinfecting non-sterilizable accessories.
Comprehensive technical data, power ratings, and certifications.
Graphs showing HF output power vs. connection resistance for cutting.
Graphs showing HF output power vs. connection resistance for coagulation.
Graphs illustrating HF output power vs. connection resistance for bipolar cutting.
Graphs showing HF output power vs. connection resistance for bipolar coagulation.
Graphs illustrating HF voltage output vs. setting for monopolar cutting.
Graphs showing HF voltage output vs. setting for monopolar coagulation.
Graphs illustrating HF voltage output vs. setting for bipolar cutting.
Graphs showing HF voltage output vs. setting for bipolar coagulation.
Information regarding packaging disposal and recycling options.
Notes on safe operation concerning emissions and energy conservation.
Guidelines for the proper disposal and recycling of the unit at end-of-life.
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