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General| Aiming Beam | Red diode laser (635 nm) |
|---|---|
| Electrical Requirements | 200-240 VAC, 50/60 Hz |
| Footswitch | Yes |
| Display | Color Touch Screen |
| Weight | Approx. 100 kg |
Explains how to use the service manual and its relation to the operator manual.
Details symbols, notation, and abbreviations used throughout the manual.
Describes the format and meaning of the laser system's serial numbers.
Explains CE mark and compliance with European regulations.
Outlines FDA requirements for service information and warnings.
Introduces installation procedures and safety warnings for service engineers.
Details checks for proper site setup, including AC service and space requirements.
Guides on unpacking the laser system and inspecting it for shipping damage.
Explains how to configure the AC mains voltage settings via jumpers on the PCB.
Details the procedure for adding coolant to the laser's closed-loop system.
Provides instructions for powering on the system and initial checks.
Outlines the steps for demonstrating the system to the customer post-installation.
Lists technical specifications for the VersaPulse PowerSuite laser.
Introduces calibration, alignment, and adjustment procedures for maintaining the laser.
Provides an overview of the checks and adjustments required to maintain the laser system.
Lists critical safety precautions for servicing personnel, including lethal voltages and laser hazards.
Details procedures for aligning optical and electro-mechanical components for optimal performance.
Describes the procedure for aligning the folding mirror, typically for field service.
Outlines the criteria and procedures for aligning the YAG laser channels for optimal output.
Explains the process of making test burns to check and align YAG channels.
Details the adjustments for YAG channel optics, including cavity and relay mirrors.
Describes the steps for aligning the laser resonator cavity for optimal performance.
Provides instructions for aligning the servo mirror used for multiplexing YAG beams.
Details the process of aligning the YAG beam into the fiber port for optimal delivery.
Explains how to align the pyro detector mirrors for accurate system calibration.
Guides on adjusting the aiming beam for coaxial alignment with the treatment beam.
Covers adjustments for fan speed, speaker volume, and electrical configurations.
Explains how to configure the AC mains voltage settings via jumpers on the PCB.
Details the procedure for adjusting the fan speed controller for optimal coolant temperature.
Describes how to adjust the speaker volume using a potentiometer on the Controller PCB.
Describes how to set mechanical switches and latches for proper operation.
Guides on adjusting the external fiber sense switch for proper fiber detection.
Details adjusting the blastshield sense switch for correct debris shield detection.
Explains energy monitor calibration and the automatic laser calibration process.
Verifies optimal system operation after calibration and alignment procedures.
Confirms laser functionality and proper beam alignment into the fiber using a test fiber.
Checks delivered power output at various wavelengths and operating points.
Evaluates flashlamp performance and calibration values for proper operation.
Confirms system functionality, safety interlocks, and proper response to inputs.
Provides information on routine maintenance checks to ensure peak system performance.
Introduces the operational overview and basic functions of the VersaPulse PowerSuite laser system.
Provides a general overview of how the VersaPulse PowerSuite laser operates in surgical applications.
Explains the system's functional aspects, including multiple YAG cavities and beam multiplexing.
Explains how the system manages primary power input and distributes voltages.
Details the required AC input power specifications for the VersaPulse PowerSuite laser.
Outlines how power from the main transformer secondary is distributed to various loads.
Describes the sequence of events from circuit breaker activation to self-test completion.
Lists the conditions under which the system will shut down.
Explains the low voltage power supply outputs and their routing.
Details the closed-loop cooling system, its components, and operation.
Lists and describes the key components of the cooling system.
Describes the electronic control system, including the microprocessor and various circuits.
Provides an overview of the control electronics and its functions.
Details the microprocessor's role and supporting ICs in controlling the system.
Explains the function of digital I/O circuits in reading system status and controlling devices.
Describes the operation of digital-to-analog and analog-to-digital conversion circuits.
Details how DC power supply outputs are monitored for voltage tolerance.
Explains the audio indicator circuit that provides system status tones.
Covers the operation of the safety shutter, footswitch, and remote interlock systems.
Details the servo motor control circuit responsible for mirror positioning.
Oversees flashlamp control, capacitor bank voltage, and HVPS status signals.
Explains the dual-channel energy monitoring system for laser pulse measurement.
Describes the LCD touch screen and remote control interface for user input.
Details the aiming diode laser system for beam alignment.
Monitors the status of the fiber and blast shield for safe operation.
Explains the circuit for the service attenuator used during alignment.
Describes the circuit for the low energy attenuator used for low pulse energies.
Explains the circuits that power and control the flashlamps for laser operation.
Covers optical components, YAG cavities, multiplexing optics, and beam path elements.
Details the system software, including its functions and structure.
Introduces the troubleshooting approach, service philosophy, and self-test procedures.
Outlines the service approach, emphasizing FRU replacement and certified engineers.
Lists critical safety precautions for servicing personnel, including lethal voltages and laser hazards.
Guides on accessing internal components and identifying parts within the laser system.
Explains how to enter and use the service mode for diagnostics and maintenance.
Provides methods for diagnosing and resolving system malfunctions based on fault codes.
Addresses issues related to the system failing to turn on or shutting down unexpectedly.
Guides troubleshooting for malfunctions not accompanied by error codes on the control panel.
Details fault code meanings and troubleshooting steps for reported system errors.
Lists test points and LEDs on the PCBs for diagnostics and troubleshooting.
Lists specialized tools required for servicing the VersaPulse PowerSuite laser.
Lists major assemblies that can be replaced by the user.
Lists part numbers for various printed circuit boards within the control system.
Lists part numbers for high voltage power supply components and related parts.
Lists part numbers for chassis components, covers, and wheels.
Lists electrical and major sub-assemblies related to the chassis.
Lists part numbers for various cable sets and harnesses used in the system.
Lists part numbers for components of the laser's cooling system.
Lists part numbers for common optical components used in the laser.
Lists part numbers for optical components specific to Holmium laser configurations.
Lists part numbers for optical components specific to Neodymium laser configurations.
Index of Field Service Bulletins (FSBs) for the VersaPulse PowerSuite, including dates and titles.
Instructions for coding service actions on the System Certification Report using specific codes.
Provides a high-level overview of the system's functional blocks.
Illustrates the functional relationships between different parts of the system.
Shows how various internal components and PCBs are interconnected.
Schematic diagram for the AC control circuitry of the laser system.
Schematic diagram for the fan speed controller PCB.
Schematic diagram for the main CPU PCB of the VersaPulse PowerSuite.
Schematic diagram for the Optics Bench PCB.
Schematic diagram for the Servo Motor PCB.
Schematic diagram for the Attenuator PCB.
Schematic diagram for the remote control interface.
Schematic showing the interconnects for the power supply system.
Schematic diagram for the Start Indicator PCB.
Schematic diagram for the High Voltage Power Supply (HVPS) controller PCB.
Schematic diagram for the Start/Simmer Control PCB.
Schematic diagram for the DC Injection circuit.
Schematic diagram for the HVPS Motherboard.
Schematic diagram for the Crowbar Driver circuit.
Schematic diagram for the IGBT Driver PCB.
Schematic diagram for the Display Controller.
Schematic diagram for the Deecno 12V Regulator.
