Related Manuals for Oxford Instruments Andor HLE-700
Summary of Contents for Oxford Instruments Andor HLE-700
- Page 1 8.2 x 8.2 mm / 512 x 512 sensor Lowest Noise Imaging EMCCD High Power Laser Engine Version 1.1 rev 07 July 2022 User Guide Covers models HLE-700 andor.oxinst.com © Andor Technology Ltd. 2022...
-
Page 2: Table Of Contents
Table of Contents Section 1: Introduction ..........................16 Technical Support ..............................17 Disclaimer ..................................18 Copyright and Protective Notices ........................18 Trademarks and Patent Information ......................18 Supplied Components ............................19 1.5.1 Optional Components ................................20 Section 2: Product Overview .......................21 HLE Front Panel ................................21 2.1.1 HLE-FL1 Switch ....................................22 2.1.2 Output Couplers ....................................22... - Page 3 Lasers ....................................34 2.5.1 Primary Shutter ....................................34 2.5.2 Laser Intensity Control ................................34 2.5.3 Laser On/Off Control..................................34 2.5.4 Laser Blanking....................................34 Section 3: Installation..........................35 Location and Mounting ............................35 Ventilation ..................................35 Assembly ..................................35 Section 4: Operation ..........................36 Emergency Mains Disconnection ........................36 Power-up Sequence (HLE-700) ........................36 Power-down Sequence (HLE-700) ......................
- Page 4 version 1.1 rev 07 July 2022...
- Page 5 Revision History Version Released Description 25 February 2022 Initial release. Updated China RoHS table. Updated laser module order codes. Updated Laser Powers. Updated 07 July 2022 access panel labels. Added BCU power supply information. Updates to the Manual Changes are periodically made to the product, and these will be incorporated into new editions of the manual. Please check for new releases of the manual at: andor.oxinst.com/downloads. If you find an issue in this manual, please contact your customer support representative (Section 1.1) with a description of the issue.
- Page 6 Safety and Warning Information PLEASE READ THIS INFORMATION FIRST BEFORE USING YOUR PRODUCT CAUTION – USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPO- SURE. If the equipment is used in a manner not specified by Andor, the protection provided by the equipment may be impaired. WARNING: The BCU must be switched on when the HLE is emitting, otherwise serious damage will occur to the BCU due to the power of the HLE laser radiation.
- Page 7 Electromagnetic Compatibility: As required by IEC/EN 61326-1, we must inform you that electromagnetic emissions in excess of that required by this EMC standard for the emissions class of this product can in theory occur due to its connection to other equipment. Electromagnetic Compatibility: This product has been designed and tested to perform successfully in a normal (basic) electromagnetic environment, e.g.
- Page 8 Laser Safety READ AND DO NOT IGNORE! CAUTION – USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE • This product contains lasers, so you must be aware of the hazards associated with the use of the powerful laser radiation that can be emitted by this product.
- Page 9 Figure 2: Dual-HLE BCU Class 4 Labels, location on the top of the BCU. These labels are not provided for a BCU driven by a single HLE as the label on the HLE is sufficient to cover it. However, in a dual-HLE configuration the output of the BCU is a combination of HLE outputs and so the combined power must be given. • The power indicated on this product would be very tame if it was a light bulb, but this should not deceive you as laser radiation is quite different.
- Page 10 • Ensure that the safety interlock system is in good condition and that you test it every day by opening and closing the various interlocked items and checking that the laser emission LEDs operate as expected. • Ensure that all users of this product have read the laser safety material in this user guide and that they have received adequate training in the general safe use of laser products and specifically in the use of this product.
- Page 11 Laser Safety Labelling Another important protective measure is labelling, which is described in the following sections, and you must understand what these mean. Laser Aperture Locations • A laser aperture label indicates where laser radiation is emitted as a warning. •...
- Page 12 Access Panels The following labels are located on panels that should only be opened by our Customer Support Team and which are not interlocked as they are tool-accessible: Figure 5: Access panel labels. Laser Product Classification Labels with Explanatory Text • Copies of these labels can be found at the beginning of the Laser Safety Special Warnings section. •...
- Page 13 CDRH Certification Label The rear panel label includes the words “Complies with 21 CFR 1040.10 and 1040.11 except for conformance with IEC 60825-1 Ed. 3., as described in Laser Notice No. 56, dated May 8, 2019”. This means that it complies with the U.S. Federal Regulations for laser products as overseen by the Center for Devices and Radiological Health (CDRH), which is part of the Food and Drug Administration (FDA), by means of IEC 60825-1 Edition 3 as allowed by CDRH Laser Notice No. 56, except for some additional requirements as described in that Notice.
- Page 14 Symbols on Product Laser radiation hazard General warning symbol Lift must be performed by more than one person (See “Multi-person Lift” on page 15) EU CE Mark by which we indicate that this product meets the requirements all the relevant EU Product Directives that require this mark, including the Low Voltage Directive for safety (as this product in manufactured in Northern Ireland, it does not require the UKCA Mark) Certified for product safety in the United States and Canada...
- Page 15 Multi-person Lift This product is heavy (see “Mechanical Specifications” on page 43) and therefore requires careful lifting and handling. Two people must lift it at all times, as shown in the warning label in Figure 7, using the two handles highlighted in Figure 8.
-
Page 16: Section 1: Introduction
Section 1: Introduction This manual provides an overview of the High Power Laser Engine (HLE). This product is intended for professional scientific research applications, especially bio-imaging, photo-stimulation and spectroscopy. The HLE is a laser combiner system that utilises modern lasers. These are more efficient and smaller than previous generations. Thus, the HLE is designed as a fully integrated instrument with only an a.c. mains cable required to provide electrical power and a USB or serial cable to provide command and control communications. -
Page 17: Technical Support
1.1 Technical Support If you have any questions regarding the use of this equipment, please contact the representative* from whom your system was purchased, or: Europe Andor Technology Ltd. Andor Technology 7 Millennium Way 300 Baker Avenue Springvale Business Park Suite # 150 Belfast Concord... -
Page 18: Disclaimer
The publication of information in this documentation does not imply freedom from any patent or proprietary right of Andor Technology or any third party. 1.4 Trademarks and Patent Information Andor and the Andor logo are trademarks of Andor Technology. Andor Technology is an Oxford Instruments company. All other marks are property of their owners Manufacturers Information Andor Technology Ltd., Belfast, BT12 7AL, UK. -
Page 19: Supplied Components
1.5 Supplied Components Description Quantity High Power Light Engine (HLE) Model as ordered Keys for HLE laser power Country specific switch power cable Fibre optic cable USB cable (2 metre) RS-232 Test report communication cable Triggering and User guide Interlock cables (in electronic format) (BNC) Power supply unit... -
Page 20: Optional Components
1.5.1 Optional Components The standard HLE system may be configured with up to 7 laser sources and delivered into multimode fibre. The HLE can further be equipped with one or two additional fast switched fibre outputs, thereby supporting multiple illumination methods, as is possible for example by Andor Dragonfly systems. version 1.1 rev 07 July 2022... -
Page 21: Section 2: Product Overview
Section 2: Product Overview This section provides an overview of HLE-700 models. 2.1 HLE Front Panel HLE-FL1 switch Output coupler (Output A) System power indicator LEDs Emission enabled indicator LEDs Output coupler (Output B) Power monitor cover Output coupler (Output C) Laser power key switch Optical input (not used) Figure 9: HLE front panel. -
Page 22: Hle-Fl1 Switch
2.1.1 HLE-FL1 Switch The HLE-FL1 controller switch turns OFF the electrical power to the HLE-FL1 fibre laser (LM-HLE-560-1000). This laser will run continuously when the power is on, so it is advisable to turn it off when not in use. 2.1.2 Output Couplers Laser is emitted from the unit via the output couplers. A single output is standard but dual output and triple outputs are available. They couple the internal laser outputs into MM fibre(s) attached depending on the requirements for the specific system configuration. A locking mechanism is provided for each of the outputs. This protects each fibre from disconnection from its output coupler. -
Page 23: System Power And Emission Enabled Indicator Leds
2.1.4 System Power and Emission Enabled Indicator LEDs The upper green system power indicator LEDs light when the rear panel mains rocker switch is turned ON. The internal AC/DC power supply is receiving power from the mains power supply. Figure 10: System power indicator LEDs and emission enabled indicator LEDs. The upper red LED is turned ON a few moments after the Laser Power Key Switch is turned on. The lower red LED is turned ON when the primary shutter is opened a few seconds after the laser power is turned on. This indicates that laser emission is possible and could be imminent. Both red LEDs are turned off if the interlock is open (See “2.2.3 Remote Interlock” on page 25). Note that there are two LEDs for redundancy, in case one fails. If one LED fails, notify Andor Service. 2.1.5 Power Monitor Cover The power monitor is only accessible to service personnel and not accessible to users. -
Page 24: Hle Rear Panel
2.2 HLE Rear Panel Programmable TTL Output Programmable TTL Input Remote Interlock RS-232 Serial Comm Port Auxiliary Comm Port TTL Control Port 12 V Power Input Mains Inlet Figure 11: HLE rear panel. Table 1: Rear panel connector types. Connection Description USB 2.0 Standard Series B Receptacle Programmable TTL Output... -
Page 25: Usb/Rs-232
2.2.1 USB/RS-232 Either of the USB or the RS-232 connections may be used to communicate with the HLE to control and monitor the lasers and other functions. The RS-232 uses the following settings: 19200 bps, 8 data bits, 1 stop bit, no parity, no hardware flow control. The USB connection uses the human interface device (HID) protocol and is automatically detected by compatible software programs. -
Page 26: Power Input
2.2.5 12 V Power Input Connection for PS-13 when optional HLE-FL1 laser present. 2.2.6 Mains Inlet A power switch is located above the power input socket (IEC 60320 C14 mains inlet) on the rear panel of the HLE. version 1.1 rev 07 July 2022... -
Page 27: Beam Conditioning Unit (Bcu)
2.3 Beam Conditioning Unit (BCU) THE BCU MUST BE SWITCHED ON WHEN THE HLE IS EMITTING, OTHERWISE SERIOUS DAMAGE WILL OCCUR TO THE BCU DUE TO THE POWER OF THE HLE LASER RADIATION. IT IS IMPORTANT THAT THE BCU INTERLOCK CONNECTOR IS WIRED INTO THE INTERLOCK SYSTEM CORRECTLY AS THIS WILL STOP THE HLE EMITTING TO PROTECT THE BCU. -
Page 28: Power Input
2.3.3 Power Input A 2.1 mm input connector is used to provide DC power from the power supply unit to the BCU. Do not use any other power supply than the one supplied. See “BCU External AC/DC Power Supply Requirements” on page 2.3.4 Fibre Lock A locking mechanism is provided on the rear panel of the BCU that closes over the input MM fibre coming from the laser source. This fibre lock must be put in place at time of installation by the installer. -
Page 29: System Overview
2.4 System Overview 2.4.1 Power Connections Power connections for the HLE and the BCU are identified in the diagrams provided in “Figure 11: HLE rear panel.” on page 24 and “Figure 13: Rear panel of the BCU.” on page 27. As shown in Figure 14, the BCU is connected via the PS-11and the HLE is connected from the mains slot via the IEC 60320 C14. -
Page 30: Optical Connections
2.4.2 Optical Connections System overviews are provided below for both a single and dual HLE-700 system set up. A system overview is provided below for a typical triple output HLE connected to a Mosaic, Micropoint and Dragonfly (via the BCU) in Figure 15. A typical system overview for a dual HLE-700 is provided in Figure 16. For models with multiple output couplers Mosaic is always connected to the top output coupler. -
Page 31: Interlock Connections
2.4.3 Interlock Connections A BNC connector is provided so that the user can interlock the HLE lasers using external switches or sensors present on microscopes, doors, etc. The contacts must be shorted for the lasers to operate. When the interlock contacts are open, the primary shutter closes, and all the lasers are disabled. The system is sold with a Class 4 Laser-Lock that has two types of interlock inputs: 1) standard interlock for microscope components and 2) remote interlock, typically for the lab door. - Page 32 Figure 18: Interlock connection schematic for dual HLE. The Laser-Lock port connections for the single and dual HLE system set up are provided in the Table 3. Table 3: Laser-Lock rear panel connections for single and dual HLE configurations. Port Single HLE system Dual HLE system Laser device 1 HLE unit 1 HLE unit 1 Laser device 2...
-
Page 33: Laser Blanking Connections
2.4.4 Laser Blanking Connections These connections will be set up by your installation engineer. If you require further assistance please contact Andor customer support. version 1.1 rev 07 July 2022... -
Page 34: Lasers
2.5 Lasers Refer to “HLE Laser Output Power Specifications” on page 45 and the laser safety sections in the preface of this manual for further information. 2.5.1 Primary Shutter As part of the laser safety system, a primary shutter is incorporated that interrupts the output beam prior to the output coupler(s). -
Page 35: Section 3: Installation
Section 3: Installation WARNINGS: THE HLE MUST BE INSTALLED BY AN AUTHORIZED INSTALLATION ENGINEER ACCORD- ING TO THE INFORMATION PROVIDED BY ANDOR ANY INSTALLATION STEPS INVOLVING LASERS MUST BE PERFORMED BY QUALIFIED PERSONNEL USING PERTINENT LASER SAFETY PROTOCOLS SETUP AND OPERATION OF OTHER SYSTEM COMPONENTS ARE DESCRIBED IN THEIR RESPECTIVE GUIDES. -
Page 36: Section 4: Operation
Section 4: Operation WARNINGS: IF THE EQUIPMENT IS USED IN A MANNER NOT SPECIFIED BY ANDOR SYSTEM DISTRIB- UTORS, THE PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED. READ THE USER GUIDES SUPPLIED WITH YOUR SYSTEM COMPONENTS PRIOR TO USE. 4.1 Emergency Mains Disconnection In case of emergency, the disconnecting point of the equipment is the mains power cord connected to the external power supply, or the mains socket switch. -
Page 37: Risk Mitigation
4.4 Risk Mitigation 4.4.1 Mechanical Housings Once installed, the HLE and other system components including Borealis, CSU and the microscope form the protective housings of the product. No components, panels, connections or linkages should be loosened or removed to avoid exposure to hazardous radiation. 4.4.2 Hazards Due to Moisture or Liquids Please do not put components including power cables or external power supply in places with high moisture or near water. -
Page 38: Using The Hle
4.5 Using the HLE Please refer to your software guide supplied with the control software, e.g. iQ, for a full description on the functionality available. 4.5.1 Pulse Width Modulation (PWM) Laser Control Pulse Width Modulation (PWM) can be selectively enabled to support lower power levels and finer control than is possible by direct modulation alone. When active, PWM typically delivers power settings from 5% down to 0.01% in 0.01% increments and provides significant benefit to TIRF and localization microscopy using photo-activation. -
Page 39: Section 5: Maintenance
Section 5: Maintenance WARNINGS: • THE SYSTEM SHOULD BE POWERED DOWN PRIOR TO USER PERFORMING ANY MAINTENANCE PROCEDURES. • DO NOT USE EQUIPMENT THAT IS DAMAGED. • CONTACT YOUR ANDOR REPRESENTATIVE IF THERE ARE ANY QUERIES OR ISSUES WITH YOUR HLE. 5.1 Cleaning and Decontamination The most critical aspect of maintenance by the user is to ensure that the system is in a clean environment that is suitable for sensitive electro-optical equipment. -
Page 40: Annual Electrical Safety Checks
5.4 Annual Electrical Safety Checks It is advisable to check the integrity of the insulation and protective earth of the product on an annual basis, e.g. U.K. PAT testing. 5.5 Replacing the Fuse A fuse is located in the power inlet on the rear of the HLE (see Section 2.2.6). If this requires replacement, replace with fuse of same type and rating: T4H250V 5 x 20 mm, 250 V 4 A slow blow/time delay Littelfuse 0215004. -
Page 41: Section 6: Troubleshooting
Section 6: Troubleshooting Fault Possible cause Action Check the power cables are connected and power switched Green power LEDs do not light Unit not receiving power Check that fuse is not blown. Replace fuse if necessary, with same type and rating. All laser safety interlocks must be closed for lasers to operate. Check the interlock system is connected. Confirm that Red LED Emission indicators light. -
Page 42: Appendix A: Technical Specifications
Appendix A: Technical Specifications Model Specifications HLE-700 Max number of lasers Output mode Multimode only Wavelength range (nm) 405-785 Multiport switch outputs Up to 3 Multiport switch time (ms) <7 Blank/TTL modulation (diode) MHz Blank/TTL modulation (Fibre) kHz Blank/TTL modulation (OPSL) kHz Computer control interface RS-232 or USB 2.0 Ext TTL only... - Page 43 Mechanical Specifications Dimensions See “Appendix B: Mechanical Drawings” on page 50 Weight (HLE only*) 35 kg Weight (external power supply) 1 kg See “BCU Mechanical Drawings” on page 51 Dimensions Weight (BCU only*) 7 kg Weight (external power supply) 1 kg * The weight is the head only with no cables.
- Page 44 HLE Laser Specifications Output Specifications Maximum of 2 lasers can be turned on at once under Fusion control. This is an IEC 60825-1 classification value and is far greater than in normal use. See Single HLE maximum output power Up to 4 W the ‘specifications for the individual lasers on the following pages and more information in ‘Laser Product Classification Labels with Explanatory Text’...
- Page 45 HLE Laser Output Power Specifications Power at internal module Power at coupler output, Power at 50 μm, 1.2 NA, output, mW fibre output, mW Laser Order code wavelength, Typical Maximum Typical Maximum Typical Maximum LM-405-488-DUAL-MM LM-445-515-DUAL-MM 2290 2560 1860 2110 1600 1880 LM-405-488-DUAL-MM 1470 1670 1270 1490...
- Page 46 BCU Laser Output Power Specifications Power at fibre output for BCU-120 and BCU-220, mW Order code Laser wavelength, nm Typical Maximum LM-405-488-DUAL-MM LM-445-515-DUAL-MM 1160 LM-405-488-DUAL-MM LM-445-515-DUAL-MM LM-HLE-560-1000 LM-HLE-561-150 LM-HLE-594-100 LM-HLE-640-600-MM LM-640-730-DUAL-MM LM-685-780-DUAL-MM LM-HLE-730-600-MM LM-640-730-DUAL-MM LM-780-800-MM Wavelength tolerances: 560, 592 & 642 ±0.5 nm; 561, 594 ±2 nm; 685±3 nm; 405, 515, 638 & 730 ±5 nm; 448 +5/-2 nm; 780 ±3 nm version 1.1 rev 07 July 2022...
- Page 47 Electrical Power Specifications Mains input for main HLE unit 100 – 240 VAC, 50 – 60 Hz Current rating for main HLE unit* CAT II An overvoltage category of CAT II means that the equipment is designed to Mains overvoltage category cope with transient voltages above the rated supply that would be experienced by any product connected to a standard single-phase mains socket in a building.
- Page 48 HLE-FL1 External AC/DC Power Supply Requirements HLE-FL1 (PS-13) Mains input 85 – 264 VAC, 47 – 63 Hz 12 V +/- 5% Low voltage supply Low voltage supply current (rated) 11.5 A Hirose JR13WCC-6(72) Black connector cable clamp M16x0.75 Low voltage supply cable plug Hirose RM15WTPZ-2S(71) 2POS circular connector plug, female Low voltage supply cable plug Insertion view...
- Page 49 BCU External AC/DC Power Supply Requirements BCU (PS-11) Mains input 100 – 240 VAC, 50 – 60 Hz 12 V Low voltage supply Low voltage supply current 3.34 A Standard DC coaxial connector with 2.1 mm inner diameter and 5.5 mm outer diameter (a.k.a. P1J) Low voltage supply cable plug CUI Devices, PJ-005A, power barrel connector jack 2.00 mm ID (0.079”), Low voltage supply product socket...
-
Page 50: Appendix B: Mechanical Drawings
Appendix B: Mechanical Drawings HLE Mechanical Drawings HLE dimensions: mm 209.0 450.9 450.9 If you did not buy a Fibre Laser, e.g. LM-HLE-560-1000, then you will not have the HLE-FL1 Controller on top of the main unit as shown. version 1.1 rev 07 July 2022... - Page 51 BCU Mechanical Drawings BCU dimensions: mm 260.4 200.7 200.7 95.8 282.6 282.6 282.6 nal Assembly\BCU Works-Small-Projects\Projects\BCU Blue Diffuser\03 Final Assembly\BCU version 1.1 rev 07 July 2022...
-
Page 52: Appendix C: Other Information
Appendix C: Other Information C.1 Terms and Conditions of Sale and Warranty Information The terms and conditions of sale, including warranty conditions, will have been made available during the ordering process. The current version for the US is available here, for all other regions (except Japan) please click here. -
Page 53: Appendix D: Hle China Rohs Hazardous Substances Declaration
Appendix D: HLE China RoHS Hazardous Substances Declaration Name and Content of Hazardous Substances in the Product 产品中有害物质的名称及含量 产品中有害物质的名称及含量 This table is applicable for the High Power Laser Engine (HLE). 下表适用于高能激光器相关操作 Hazardous Substance: 有害物质 Lead Mercury Cadmium Chromium VI Polybrominated Polybrominated (Pb) (Hg) (Cd) Compounds Biphenyls (PBB) Diphenyl Ethers Component Name 部件名称... - Page 54 PS-11 External Power Supply (Mean Well GSM40A12-P1J) PS-11 外接电源 (Mean Well GSM40A12-P1J) PS-13 External Power Supply (Mean Well GST160A12-R7B) PS-13 外接电源 (Mean Well GST160A12-R7B) All other parts 其余配件 This table was developed according to the provisions of SJ/T 11364 本表格依据SJ/T 11364 的规定编制 O - The content of such a hazardous substance in all homogeneous materials of such a component is below the limit required by GB/T 26572 O -表示该有害物质在该部件所有均质材料中的含量均在GB/T 26572 规定的限量要求以下...
- Page 55 This table shows images for parts within the High Power Laser Engine (HLE). 下表展示了高能激光器相关部件的图片 HLE-FL1 Laser HLE-FL1激光 器 Hex Stand-offs 六角隔撑 Fibre receptacle cap 光纤头保护帽 Keyswitch 钥匙开关 Optical Fibre 光纤 Screw Locks 螺丝锁定 version 1.1 rev 07 July 2022...
Need help?
Do you have a question about the Andor HLE-700 and is the answer not in the manual?
Questions and answers