Need help?Do you have a question about the New Wave Research Solo PIV I and is the answer not in the manual?
General| Brand | New Wave Research |
|---|---|
| Model | Solo PIV I |
| Category | Measuring Instruments |
| Language | English |
Explains the Solo Nd:YAG laser system and safe operation procedures.
Discusses risks of infrared radiation and necessity of safety glasses.
Outlines precautions for handling laser beams, reflections, and eye protection.
Warns about lethal voltages and advises against opening covers.
Details built-in safety features like laser covers and interlocks for safe operation.
Describes the protective housing preventing access to radiation, except the output beam.
Explains interlocks preventing exposure and damage, including head cover, umbilical, and water flow.
Describes the beam shutter on the laser head for blocking the beam.
Recommends purchasing ANSI standards for laser safety and provides contact information.
States the Solo is classified as Class IV based on US and European standards.
Provides the Declaration of Conformity for the Solo PIV laser system.
Shows the location of safety, certification, and ID labels on the laser system.
Illustrates the identification label on the power supply.
Shows the identification label for the laser head.
Displays the international warning label for Solo I, II, III, IV models.
Displays the international warning label for the Solo 120 model.
Shows the warning label specific to Solo I, II, III, IV models.
Shows the warning label specific to the Solo 120 model.
Illustrates the label indicating laser radiation emission from the aperture.
Shows the label for a defeatable interlock.
Introduces the chapter covering the Solo Nd:YAG laser system and its specifications.
Explains the optical layout of the Solo Nd:YAG laser head with options.
Describes the optional attenuator for controlling laser energy without affecting beam quality.
Explains the process of generating 532nm radiation using a KTP crystal.
Details the generation of UV radiation at 355 nm for single-head operation.
Describes generating 266 nm light by doubling the 532 nm second harmonic light.
Explains external firing via pulse generator and external control via TTL Direct Port.
Details internal and external interlocks for safety and system protection.
Describes the power supply's construction and function in controlling the laser.
Explains the AC power input module and its on/off switch.
Details the closed-loop cooling system circulating de-ionized water.
Presents performance specifications for various Solo models in tables.
Specifies operating voltage range (100-240 VAC) and fuse requirements.
Lists the types and manufacturers of power line fuses for different models.
Instructs on connecting laser umbilicals to the power supply for safe operation.
Locates the control panel on the power supply's front panel.
Explains the external interlock connector for safety switch integration.
Provides instructions for filling the cooling system with de-ionized water.
Details the step-by-step procedure for starting the laser system safely.
Describes the standard procedure for safely turning off the laser system.
Explains the controls and indicators on the control panel and power supply.
Discusses the AC input module, power switch, and LED indicators.
Details the controls, knobs, buttons, and LEDs on the control panel.
Explains the function of internal and external interlock switches for safe operation.
Lists the specific internal interlocks: cover, umbilical, water temp, water flow.
Describes how external interlocks can be wired for additional safety.
Explains the two-step process of firing the laser and trigger modes.
Details the BNC connectors for triggering and synchronization.
Specifies the input requirements for firing the flashlamp.
Specifies the input requirements for firing the Q-switch.
Describes the output signal for synchronizing with the flash lamp firing.
Describes the output signal for synchronizing with the Q-switch firing.
Explains internal and external trigger modes for the Q-switch.
Explains internal and external trigger modes for the flashlamp.
Details the simplest way to run the laser using internal control.
Explains how users can control pulse timing externally.
Allows external Q-switch firing while internal controls manage the flashlamp.
Allows external flashlamp firing while internal controls manage the Q-switch.
Explains external control of laser parameters via TTL signals.
Lists pin assignments and functions for the TTL Direct Port connector.
Describes selecting wavelengths using dichroic mirrors for harmonic generation.
Explains the SHG's function, polarization, and adjustment procedure.
Details the iterative process of aligning beams from two laser heads for overlap.
Outlines essential maintenance to keep the laser clean and functional.
Lists weekly, monthly, and yearly maintenance tasks.
Discusses flushing the cooling system and the importance of de-ionized water.
Provides a step-by-step procedure for replacing the de-ionization cartridge.
Details the procedure for replacing flashlamps due to reduced energy or fluctuations.
Lists observed conditions and recommended procedures for resolving issues.
Presents a table of common laser issues and corresponding solution procedures.
Offers detailed steps to resolve common laser operational problems.
Provides checks for when the laser fails to start.
Offers troubleshooting steps when the laser starts but emits no light.
Lists checks for low fundamental output energy.
Provides checks for unstable laser energy output.
Details checks for a clipped laser beam profile.
Offers troubleshooting steps for low second harmonic energy output.
To Next Page