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Related Manuals for Novanta gem with smd24
Summary of Contents for Novanta gem with smd24
- Page 1 User Manual ENGINEERED BY LASER QUANTUM...
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Page 2: Table Of Contents
TABLE OF CONTENTS PAGE Table of Contents Table of Contents ..............................2 Warranty Information ............................... 3 Summary of EU compliance ............................4 Introduction ................................5 Laser Safety ................................6 System Specifications ..............................7 PSU Configuration Drawings ............................. 9 Laser Operation ............................... 10 Cooling Requirements and Power Consumption .................... -
Page 3: Warranty Information
WARRANTY INFORMATION PAGE Laser Quantum USA 47673 Lakeview Blvd Fremont CA 94538, USA TEL: +1 510 210 3034 Laser Quantum Germany Max-Stromeyer-Str. 116 78467 Konstanz Germany TEL: +49 (0) 7531 368371 Warranty Information Laser Quantum provides a return to base warranty across all our product ranges. See contact details in the Support section. Warranty cover for the laser is subject to proper use, care and protection from mistreatment. -
Page 4: Summary Of Eu Compliance
SUMMARY OF EU COMPLIANCE PAGE Summary of EU compliance Reference DOCEU-GEM-1; DOCEU-GEM-2; DOCEU-GEM-4; Laser Quantum Ltd, Stockport, UK Manufacturer Details Product name and description gem 473/532/561/660/671nm DPSS laser + mpc6000 power supply; gem 473/532/561/660/671nm DPSS laser + smd12 power supply; gem 640nm DPSS laser + smd24 power supply;... -
Page 5: Introduction
INTRODUCTION PAGE Introduction The gem is a Diode-Pumped Solid-State (DPSS) laser system emitting light in the visible region of the spectrum at 640 nm. It is a Class 3b or Class 4 laser product. This manual describes the set up requirements and operational procedures to ensure safe operation of the system.. -
Page 6: Laser Safety
LASER SAFETY PAGE Laser Safety The gem is a Class 3b or Class 4 laser product, this is denoted by the laser warning label affixed to the laser head. A further label also appears adjacent to the laser aperture. A further label also appears adjacent to the laser aperture: When operating the laser, those in the environment must adhere to the following instructions to avoid eye damage and prevent the risk of fire: Laser safety goggles must be worn at all times when the laser is in operation. -
Page 7: System Specifications
SYSTEM SPECIFICATIONS PAGE System Specifications A full list of parts supplied with the laser systems appear in Section 3 along with the dimensions (mm) and weights (kg). These measurements should be referred to whilst integrating the system. Parts List The gem laser system comes complete with: gem laser head •... - Page 8 SYSTEM SPECIFICATIONS PAGE Weights and Dimensions gem laser head Weight: 0.75 kg smd24 PSU Weight: 1.2 kg...
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Page 9: Psu Configuration Drawings
PSU CONFIGURATION DRAWINGS PAGE PSU Configuration Drawings Figure 4-1 Warning: Serious Personal Injury The Gem laser contains components which can be damaged if exposed to an electro-static discharge. Ensure the connector pins on the back of the laser head are never exposed to an electro-static discharge. -
Page 10: Laser Operation
LASER OPERATION PAGE Laser Operation Switching the laser “on” Ensure the smd24 is not powered (i.e. 12 V DC source is switched off). Connect the Laser Umbilical Cable to the port marked ‘Laser Umbilical’ on the smd24 before connecting the other end to the laser head. - Page 11 LASER OPERATION PAGE Control Port – Functionality The SMD24 can be operated directly via the Control port (see Fig 4-1) by applying 0 to 5 V, interlocks and push button in accordance with the diagrams in this section. 9-way Function Table and Pin-Out Diagram Function +5 V rail (source) Interlock (connection 2) and Enable LED anode...
- Page 12 LASER OPERATION PAGE RS232 Port – Functionality Control of the laser can be achieved via the RS232 port using a terminal emulator such as HyperTerminal or PUTTY. This allows the operator to: • Turn the laser on/off • Control the laser power •...
- Page 13 LASER OPERATION PAGE This sets the output power of the laser. For example, to set a POWER=### power of 2800 mW, send the string POWER=2800, followed by striking the RETURN key.* Returns the power of the laser (read from the internal POWER? photodiode) Enable (YES) or disables (NO) laser as default at start-up.
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Page 14: Cooling Requirements And Power Consumption
COOLING REQUIREMENTS AND POWER CONSUMPTION PAGE Confirm that the laser has adjusted its power such that the external power meter now reads ###mW within a few If necessary, repeat steps 3 and 4 until the calibration agrees. Once accepted, type the command WRITE to store the new calibration. Important Note: Take extra care to remove back-reflections to the laser. -
Page 15: Laser Maintenance
LASER MAINTENANCE PAGE and the system is operating at the specified power. Peak values are shown in all cases and efficiencies will vary between systems of different wavelengths. Maximum at 240 V supply – using the supplied External Power Supply Source: 120 W At the 12 V input the SMD24 can draw maximum of 8 A Laser System:... -
Page 16: Liability
LIABILITY PAGE Liability Laser Quantum accepts no liability for damage to persons or property caused by incorrect or unsafe use of any of its products; this is the sole responsibility of the user. Proper safety regulations for the use of these products must be observed at all times. - Page 17 Engineered by Laser Quantum & ARGES, part of Novanta 125 Middlesex Turnpike, Bedford, MA 01730, USA Phone: +1 (781) 266-5700 Email: photonics@novanta.com Website: https://novantaphotonics.com May 2022 ©2022 Novanta Corporation.
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