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Related Manuals for MAXPhotonics MFSQ QCW Series
Summary of Contents for MAXPhotonics MFSQ QCW Series
- Page 1 MFSQ-150/1500W QCW Fiber Laser Series Maxphotonics Co.,Ltd.
- Page 2 Copyright Notation Copyright © Maxphotonics Co ., Ltd ( here after referred to as Maxphotonics). All rights reserved. You may not copy, modify, transmit or publish this publication, in any form, in any media or by any means, without the prior written permission of Maxphotonics, except as allowed under applicable copyright laws.
- Page 3 Thank you again for using Maxphotonics' products. Please take time to read and understand this User's Guide and familiarize yourself with the operating and maintenance instructions before you use the product.
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Page 4: Company Profile
Company Profile Found in 2004, Maxphotonics is one of the first fiber laser manufacturers in China. It is also the first in China to realize independent intellectual property rights and vertical integration in the core technologies of fiber lasers and optical devices. -
Page 5: Table Of Contents
CONTENT Company Profile ………………………………………………………………… 2 Chapter 1 Characteristic Explain ………………………………………… 5 Chapter 2 General Safety Information …………………………………… 6 1-Safety Conventions …………………………………………………………… 6 2-Laser Protection ……………………………………………………………… 7 3-General Safety Instructions ………………………………………………… 8 4-Additional Safety Information ……………………………………………… 12 Chapter 3 Product Description ……………………………………………… 14 1-Features …………………………………………………………………………... - Page 6 CONTENT 6-Maximum Pulse Width And Maximum Frequency Calculation ………… 28 Chapter 6 Service and Maintenance ……………………………………… 29 1-Maintenance Notes …………………………………………………………… 29 2-Service Statements …………………………………………………………… 30 Chapter 7 Warranty Statements …………………………………………… 31 1-General Items ………………………………………………………………… 31 2-Warranty Limitations ………………………………………………………… 31...
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Page 7: Chapter 1 Characteristic Explain
Maxphotonics' MFSQ QCW Fiber Laser Series are Class 4 laser products and are designed and tested with safety. By following this User Guide and applying sound laser safety practices, it will be a safe and reliable device. -
Page 8: Chapter 2 General Safety Information
Chapter 2 General Safety Information 1-Safety Conventions All safety warning symbols during operating process of the laser include: SYMBOLS DESCRIPTION WARNING: Refers to a potential Electrical Hazard to human body. It requires a procedure that, if not correctly followed, may result in bodily harm to you and/or others. Do not proceed beyond the WARNING sign until you completely understand and meet the required conditions. -
Page 9: 2-Laser Protection
LaserVision USA, Kentek Corporation, Rochwell Laser Industries, etc. All the supplier information is provided by Maxphotonics only for the convenience to use, so Maxphotonics assumes no responsibility for any problem caused by using the products of... -
Page 10: 3-General Safety Instructions
WARNING : ◎ The Maxphotonics MFSC laser light is strong enough to cut or weld metal, burn skin, clothing and paint. In addition, this light can ignite volatile substances such as alcohol, gasoline, ether and other solvents. During the operating... - Page 11 Chapter 2 General Safety Information 3、Optical Operating Instructions We strongly recommend that you read the following procedures before operating the laser: 1、Never look directly into the laser output port when the power is turned on. 2、Avoid positioning the laser and all optical output components at eye level. 3、Ensure that all personal protective equipment is suitable for the output power and wavelength range of the laser.
- Page 12 ◎ No operator serviceable parts inside. Refer all servicing to qualified Maxphotonics personnel. ◎ To prevent short circuit, do not remove shell, detach the laser without permission and damage the relevant signs. Any product with unauthorized...
- Page 13 Chapter 2 General Safety Information 5、Environment Conditions and Precautions We strongly recommend that you read the following procedures before operating the laser : 1、Do not expose the laser to a high moisture/high temperature environment. Install the laser in the cabinet with the function of temperature-humidity control and dust-free.
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Page 14: 4-Additional Safety Information
Chapter 2 General Safety Information 7、Safety Labels and Labeling Locations The following shows the pictures of tags and their positions on the product : Pictures of label Label name Label location Light Emission Top Cover CAUTION CAUTION Top Cover 4-Additional Safety Information For additional information regarding Laser Safety, please refer to the list below: Laser Institute of America(LIA) - Page 15 Chapter 2 General Safety Information IEC 60825-1,Edition 1.2 Center for Devices and Radiological Health 21 CFR 1040.10 - Performance Standards for Light-Emitting Products US Department of Labor - OSHA Publication 8-1.7 - Guidelines for Laser Safety and Hazard Assessment. Laser Safety Equipment Laurin Publishing Laser safety equipment and Buyer’s Guides...
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Page 16: Chapter 3 Product Description
1-Features The MFSQ QCW Fiber Laser Series is one of the cutting-edge products of Maxphotonics. Its emergence is revolutionary for the integration of high speed, high resolution laser welding systems. Compact, stand-alone, easy-to-use design that can be integrated directly into the user's device. -
Page 17: 2-Laser Model Designation Codes
MFSQ-150/1500W Maxphotonics 150/1500w QCW Fiber Laser 3 - Certification Maxphotonics certifies that this equipment has been thoroughly tested and inspected and meets published specifications prior to shipping. Upon receiving your equipment, check whether the packaging and accessories have been damaged in transit. If damage is apparent, please contact Maxphotonics... -
Page 18: Chapter 4 Specification
Chapter 4 Specification 1-Optical Characteristic Parameters Characteristics Test Conditions Min. Nom. Max. Unit Pulsed Mode Max 1500 Power Pulse Mode Average Power CW Mode Max Power Maximum Pulse Energy Tuning Range of Output Power Modulation Rate 5000 Pulse Width 0.05 Duty cycle range Emission 100% CW... -
Page 19: 2-General Characteristic Parameters
Chapter 4 Specification Red Guide Laser 100%CW μW Power Feeding Fiber Cable Length Feeding Fiber Cable Bending Radius Feeding Fiber 20 ,50 μm Core Size Output Connector Standard QBH（LOC） 2-General Characteristic Parameters Test Characteristics Min. Nom. Max. Unit Conditions Operating Voltage Rated Power 100%Output ... -
Page 20: 3-Structural Layout
Chapter 4 Specification 3-Structural Layout Standard isolated output head dimensions:（Unit：mm） Laser module dimensions:（Unit：mm）... -
Page 21: Chapter 5 Operation Guide
Instruction manual and test results CAUTION: ◎ If any damage of the external package and internal parts has been found upon receipt of product, please contact Maxphotonics Co., Ltd. or designated agent immediately. 1-DB25 Control Interface Pin Function Pin No... -
Page 22: 2-Quick Wiring Guide
Chapter 5 Operation Guide 2-Quick Wiring Guide 1.The wiring method in the figure is the six wires that the laser must be connected to, if the analog mode is not used.The two wires of the analog quantity can be omitted. 2."Enable input"... -
Page 23: 5-Software Function
Chapter 5 Operation Guide Figure 1 Then select the COM port on the software and click the "Connect" button. After connected, the button will turn green, as shown in Figure 2. Figure 2 5-Software Function 1、Waveform Editing When using the internal control mode, the waveform editing function plays the role of waveform editing,the pulse shape editing is set by the control software, as shown in Figure 3,The pulse shape editing includes the time inflection point and the power at the inflection point of the waveform. - Page 24 Chapter 5 Operation Guide The waveform editor allows to set up to 16 different waveform parameters simultaneously. Click “Select Waveform Download” to send the waveform pattern of the corresponding selected display to the laser; otherwise, the current laser waveform is displayed. 2、Equipment information Mark the status of the information of the laser.
- Page 25 Chapter 5 Operation Guide Figure 5 (1) Power-on PD alarm, light-emitting PD alarm: If the two alarm lights are on, restart the laser. The restart sequence is: 1: first turn off the laser's key switch and turn off the air switch; 2: Power on , the order is to open the air switch first, then open the key switch;...
- Page 26 Chapter 5 Operation Guide (5) The red light is on: it indicates that the laser red light has been turned on; (6) The laser is turned on: it indicates that the laser output laser has been turned (7) Analog alarm: indicates that the external control energy of the laser is set high.
- Page 27 Chapter 5 Operation Guide NOTES: ◎ Click the “current red light is on/off” button to switch the laser red light. ◎ Click the “current laser is on/off” button to switch the laser light. 5、Mode setting Laser mode selection, in the “Laser Control” tab of the software, the laser supports the following six modes.
- Page 28 Chapter 5 Operation Guide Figure 7 External control trigger pulse mode NOTES: ◎ In the externally controlled trigger pulse mode, if LASER_ON only outputs a point pulse, then the width of LASER_ON can be 0.1ms wider than the pulse width edited by the host computer to ensure that a complete pulse can be produced.
- Page 29 Chapter 5 Operation Guide NOTES: ◎ In the external control analog pulse mode, the width of LASER_ON can be the same as the width of the effective analog. (6) The external control analog quantity is continuous External control analog continuous mode, the laser is switched to use the DB25 21 and 22 pins, that is, the laser_on interface, continuous power control uses the DB25 23 and 25 pins, namely the external control analog interface, 10V represents the maximum continuous power .
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Page 30: 6-Maximum Pulse Width And Maximum Frequency Calculation
Chapter 5 Operation Guide 7、Right key control Waveform parameters: represents the maximum frequency, duty cycle, pulse energy, average power, actual operating frequency, and machine temperature related parameters of the currently used waveform. 6-Maximum Pulse Width And Maximum Frequency Calculation (1) Maximum pulse width (ms) = maximum pulse energy (15J) * 1000/Current peak power (W).The following is an example of the maximum pulse width corresponding to different peak power. -
Page 31: Chapter 6 Service And Maintenance
◎ For ensuring that the repairs or replacement within the warranty scope can be carried out, and perfectly maintaining your interests, please submit application to the Maxphotonics or the local representative after finding the faults. Upon receiving our authorization, you need to pack the product in a suitable package and return it. -
Page 32: 2-Service Statements
"User Guide" carefully and flowing the operation steps stictly. Please call the Customer Service Department for other questions. Your problems will be follow-up by our technical support group after verified. If the problems cannot be solved , you may need to return the product to Maxphotonics for further troubleshooting. -
Page 33: Chapter 7 Warranty Statements
Warranty Statements 1-General Clauses Maxphotonics Co.,Ltd. carries out warranty for any defect of the product caused by its material and production technology within the warranty period agreed in contract, and ensures that its product meet the relevant quality and specification requirements specified in the document under normal use condition. - Page 34 IMPORTANT: ◎ Within the warranty scope, purchasers must feed back within 31 days after finding the product defect. ◎ Maxphotonics does not grant any Third Party rights to repair or replace the parts, the equipment or other Maxphotonics products.
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