FAYb Laser Marker LP-RV SERIES

FAYb Laser Marker LP-RV SERIES Conforming to Conforming to FDA regulations GB 7247.1 Short Pulse Fiber Laser 2020.01　industrial.panasonic.com/ac/e/

Short Pulse Fiber Laser In 1999, we introduced the FAYb laser marker LP-F series, the world's first laser markers equipped with a fiber oscillator. Since then, we have launched various product lineups as a leading manufacturer of fiber laser markers for approximately 20 years. The fiber oscillation system is recognized as an ecological system because its consumption power is low and the laser diode service life is long compared with YAG or YVO4. However, there was a problem that it's difficult to generate short pulse laser. Through adopting a new three-unit configuration, the LP-RV series with fiber oscillation system has realized a short pulse with the pulse duration of 1 ns. This will contribute to providing overwhelming improvement on expressive power and application needs. LP-RF SERIES LP-Z SERIES Removable SMART 13w 25w The head features an IP64 rating. This all-round laser marker features 3D marking This is an entry model of the FAYb laser marker capability and wide 330 × 330 mm 12.992 × 12.992 in with basic functionality. marking area. Pulse oscillation fiber laser marker (FAYb laser) Long life and high reliability What is FAYb laser? The LD contains reliable and durable InGaAs (gallium indium arsenide). Since the LD lights only In a revolutionary method, the FAYb laser amplifies a weak laser beam during marking, the heat load remains minimal and from a master oscillator as it passes through a fiber treated with the the product provides a long life. element ytterbium to emit a strong laser beam. High efficiency and energy saving Low-output Low-output Fiber transmission LD LD Because laser amplification takes place inside the Master fiber containing ytterbium, high beam-to-beam oscillator Head conversion efficiency of approximately 50 % is achieved. Ytterbium Laser beam Fiber Compact head laser unit Low-output Low-output LD LD The amplification section is contained inside the oscillator unlike solid lasers such as YVO4, so the Fiber laser unit head is compact and contributes to the reduction of equipment size. 2

LP-RV SERIES Removable SMART 17w • Short pulse laser • Compact head featuring IP64 rating • Controller offering high resistance to noise • Removable head • Smart condition setting function • Direct linkage with machine vision system • 3-unit configuration LP-S/SW SERIES LP-M/MA SERIES Removable SAFER IP67G 17w 42w 16w 40w 80w The head features an IP67G rating. This high-end model features a head with an IP64 rating This model can be used for a marking operation under a and is capable of 3D marking. The laser interception harsh condition such as an environment containing oil mist. mechanism and interlock are redundantly equipped. This The head is removable. model realizes high productivity and safety. Small electronic part Nameplate Resin mold Gold plating peeling IC package Illuminated switch Metal part Cleaning process 3

Short Pulse Laser Through adopting our new technology, the new series with fiber system has achieved to generate a short pulse with the pulse duration of 1 ns. The expressive power has been overwhelmingly improved. Small thermal effect As the thermal effect caused by the short pulse [kW] Characters marking by the LP-RV laser on the workpiece is small, burning, discoloration, or deformation due to heat is minimized. Therefore, the short pulse laser can Characters marking by a conventional model be used as an optimal laser marker for devices where the thermal effect need to be suppressed such as ICs or thin metals or for high contrast marking on resin surfaces. [ns] Pulse duration High repetition pulse BEFORE AFTER oscillation As the LP-RV can generate a short pulse laser beam in high repetition pulse oscillation, even if the laser beam is scanned at a higher speed, marking or processing is possible without spaces between laser-irradiated dots as shown on the right figure. This contributes to shortening the laser marking or processing takt time and to improving the quality. Pulse cycle Pulse cycle Marking extra small characters As the short pulse laser can prevent heat from spreading when laser is irradiated on a workpiece, it allows marking characters in much 0.15 mm finer line segment. 0.006 in It is possible to mark characters as small as 0.15 mm × 0.15 mm 0.006 in × 0.006 in. Marked characters are highly visible, not illegible at all. 4 Power Peak power Power

LP-RV SERIES Rich marking expressions [W] LP-RV series short pulse laser not only allows color marking on resin materials, but also provides higher marking quality for various materials and faster Metal engraving marking speed. The following section shows Black marking parameters for marking condition as reference. * E ach parameter value is given for reference. Marking state Shallow engraving / varies depending on the surface condition, etc. of the paint peeling material used. White marking * Note that corrections may have been applied to some of the Material: laser settings given below with respect to marking Stainless steel conditions for surface preparation, characters, and 2D [ns] 1 4 8 16 30 120 200 (SUS) codes. For further details about the parameter values, please contact us. Pulse duration ABS Marking conditions 2D code: Data Matrix (Overall size: 6.24 mm 0.246 in, Cell size: 0.24 mm 0.009 in) Character size: 1.8 mm 0.071 in Power: 35 %, Scan speed: 1,000 mm/s 39.370 in/s Pulse duration: 4 ns, Pulse cycle: 9 μs Marking takt: 0.9 sec. PBT PET POM Power: 50 %, Scan speed: 1,000 mm/s Power: 40 %, Scan speed: 1,000 mm/s Power: 40 %, Scan speed: 1,000 mm/s 39.370 in/s 39.370 in/s 39.370 in/s Pulse duration: 4 ns, Pulse cycle: 8 μs Pulse duration: 4 ns, Pulse cycle: 17 μs Pulse duration: 200 ns, Pulse cycle: 40 μs Marking takt: 0.7 sec. Marking takt: 2.1 sec. Marking takt: 0.6 sec. Elastomer PA66 PEEK Power: 70 %, Scan speed: 1,000 mm/s Power: 70 %, Scan speed: 1,000 mm/s Power: 80 %, Scan speed: 1,000 mm/s 39.370 in/s 39.370 in/s 39.370 in/s Pulse duration: 8 ns, Pulse cycle: 24 μs Pulse duration: 4 ns, Pulse cycle: 12 μs Pulse duration: 16 ns, Pulse cycle: 6.2 μs Marking takt: 0.6 sec. Marking takt: 0.6 sec. Marking takt: 0.9 sec. Acrylic LCP (Liquid Crystal Polymer) ADC12 Power: 80 %, Scan speed: 1,500 mm/s Power: 35 %, Scan speed: 1,000 mm/s Power: 80 %, Scan speed: 1,000 mm/s 59.055 in/s 39.370 in/s 39.370 in/s Pulse duration: 200 ns, Pulse cycle: 90 μs Pulse duration: 4 ns, Pulse cycle: 9 μs Pulse duration: 16 ns, Pulse cycle: 6.2 μs Marking takt: 0.6 sec. Marking takt: 0.9 sec. Marking takt: 4.6 sec. AZ31 (rolled): Mg alloy Stainless steel (SUS302) Copper Power: 80 %, Scan speed: 1,000 mm/s Power: 80 %, Scan speed: 60 mm/s Power: 40 %, Scan speed: 1,000 mm/s 39.370 in/s 2.362 in/s 39.370 in/s Pulse duration: 8 ns, Pulse cycle: 6.2 μs Pulse duration: 16 ns, Pulse cycle: 0.7 μs Pulse duration: 120 ns, Pulse cycle: 20 μs Marking takt: 4.6 sec. Marking takt: 18.4 sec. Marking takt: 0.9 sec. Alumite Brass Titanium Power: 60 %, Scan speed: 100 mm/s Power: 25 %, Scan speed: 1,000 mm/s Power: 35 %, Scan speed: 1,000 mm/s 3.937 in/s 39.370 in/s 39.370 in/s Pulse duration: 16 ns, Pulse cycle: 6.2 μs Pulse duration: 120 ns, Pulse cycle: 30 μs Pulse duration: 4 ns, Pulse cycle: 9 μs Marking takt: 0.7 sec. Marking takt: 0.6 sec. Marking takt: 0.9 sec. 5 Power Resin coloring

Easy to install The LP-RV is configured to provide not only superior environmental resistance, but also easy installation and maintenance for quick recovery from a possible problem so that it can be used at ease any place in the world. Removable head With a conventional model, the head cannot be separated from the controller. Therefore, installation or maintenance work requires the handling of the head that weighs more than 10 kg. The LP-RV series features a removable head, thus allowing the installation of the controller and head individually. This contributes to the reduction of man-hours required for installation and maintenance. Only the removable unit needs to be moved through the The head unit has to be moved through clearance in the equipment. the clearance in the equipment. Product with non- Product with removable head removable head Three-unit configuration The laser marker features a three-unit configuration that allows each one of the three individual units to be separately removed and replaced depending on the problem in case any Laser he problem occurs. It contributes to shortening the ad down time. Lase * Before removing the unit, please contact your r oscillato sales representative. r Controller 6

LP-RV SERIES IP64 rating Fanless compact head It has inherited the rugged laser head achieved by the LP-M series with the fanless structure. It prevents moisture or dust from entering inside the head and thus eliminates the possible cause of problems. Duplicate interlock circuit Laser power source Interlock circuit 1 Interlock circuit 2 The interlock circuit using a contactor features a duplicate configuration. It reliably shuts off the laser power source unit in the event an abnormality occurs. Also, the laser excitation time is one second or less, which contributes to shortening Contactor 1 Contactor 2 the reset time. In addition, the LP-RV series is complete with safety features such as the broken line notification function Terminal for monitoring of contact failures and erroneous irradiation detection function. Controller offering high resistance to noise The controller is equipped with a power transformer and noise suppression parts to provide high resistance to noise. It helps prevent unexpected problems caused by sudden electrical noise. COLUMN FT noise Reduced by 90 % Measure against power supply noise Surge noise Reduced by 70 % (Typical values) Electrical noise produced by equipment using a large amount of electrical current or Voltage generated in the surrounding area can affect the operation of the internal parts of the Without noise equipment and causes problems. Therefore, UPSs (uninterruptible power supply units) prevention measures With noise prevention are installed to equipment in many production facilities as a measure against power measures supply noise. The laser marker controller of the LP-RV series is equipped with anti-noise parts such as a power transformer and varistor to ensure safe and reliable use of the laser marker on the production floor. This protects the internal parts of the laser marker from electrical noise and prevents problems caused by noise. Time 7

Easy setting "Non-confusing setting with parameters" "Marking or processing as you imagine" Its user interface allows users to set the desired laser marking or processing in the shortest time. A software which provides operability of ordinary drawing software and allows intuitive laser setting is mounted as standard feature. Laser Marker NAVI smart Simple 3-step setting Using the software, characters, logo marks, and 2D code can be set and (1) Arrange the characters and arranged on a PC or tablet. The screen layout can be customized to suit each figures to be marked. work environment. The screen can be switched according to the purpose of use, such as for parameter setting or for workers. (2) Set the laser irradiation condition. (3) I rradiate the laser beam using the test marking function. Navigation for attaining optimal marking result Smart condition setting function The one-touch function is packed with our extensive know-how of laser marking parameters such as laser power, scan speed and pulse oscillation frequency. The user can select a desired marking result from 14 types of material and image. Iron, stainless steel Iron, stainless steel (shallow engraving) (deep engraving) Aluminum (deep engraving) ABS (white) PC (white) PP (black) 8

LP-RV SERIES Open network connection (optional) Automatic update function If you connect EtherNet/IP or PROFINET to the laser The main unit has a built-in counter and clock so that the marker using the laser marker communication unit*, characters to be marked can be automatically updated. marking contents or laser parameters can be set via the The lot marking function allows the replacement of the open network. counter value, date, and time with desired character * Optional strings. This enables the use of only the laser marker’s LP-ANW10: EtherNet/IP internal function for generating and marking a sequential LP-ANW11: PROFINET number necessary for serial-number-based product PROFINET is a registered trademark of PROFIBUS and PROFINET International. EtherNet/IP is a registered trademark of ODVA (Open DeviceNet Vendor Association Inc.). management. AI data conversion plug-in Display of estimated marking The supplied plug-in software converts AI data prepared time with Adobe® Illustrator®* to marking data for use by the laser marker. This lets the user to flexibly design the The software displays approximate marking / processing characters to be marked. time estimated based on the entered marking data and laser condition. This enables the calculation of the takt time without actually operating the equipment for off-line parameter data production. True Type font marking capability The LP-RV series can directly mark the True Type fonts set with Laser Marker NAVI smart. * I nstallation of Adobe® Illustrator® (for Windows) is required for the use of the plug-in. Regarding the supported versions of Adobe® Illustrator®, contact our company. Adobe® Illustrator® are registered trademarks or trademarks of Adobe Systems Incorporated in the United States and other countries. Direct linkage with machine vision system Automatic marking position correction and scan check Machine vision system The LP-RV series can be connected directly to the PV230 series machine vision system. PV230 This enables the execution of a series of operations, such as detection of the position of approximately placed workpiece, correction of the laser irradiation position, laser marking, and cross-checking of scanned information of marked QR code, etc., without using a PLC. Automatic marking Laser marking Cross-check of scanned position correction code information ABC ABC The PV230 scans and detects the The angle is corrected based on Whether the marked 2D code can position of the workpiece placed in the scanned position information be scanned properly is checked, and the equipment. before the LP-RV irradiates laser the scanned information is cross- beam. checked with the marking data. 9

Maintenance Easy maintenance Long-term reliable operation For long and stable operation of your laser markers, Panasonic offers a full lineup of maintenance parts. They expand the range of maintenance work that can be performed by the user. [Daily maintenance] When the laser marker is used in an environment full of oil mist or dust, it is recommended to wipe the lens protection glass on the laser head with a dry cloth and clean or replace the fan filters in the controller. Replacement of fan filters Cleaning of lens protection glass [User-replaceable limited-life parts and consumable parts] It is recommended to replace long-term maintenance parts (replacement interval of several years) such as the physically moving drive section, sections exposed to oil mist and dust particles, and consumable parts. Those parts in our previous products had to be replaced by our service personnel, but the mechanisms in the LP-RV series were redesigned to allow replacement by the user. Internal battery Contactor kit Lens protection glass Fans 10

LP-RV SERIES Laser marker installation process flow 1 Consultation We propose the most suitable model according to the details of the customer's request pertaining to the laser marking / processing operation, cycle time and budget and based on the record of actual applications of our products. 2 Testing and reporting of test results We conduct a laser marking test with the workpiece supplied by the customer and check the laser marking / processing result. After the test, we return the workpiece together with the test report. 3 Demonstration using actual equipment We can take our laser marker to the customer's facility to conduct a marking / processing demonstration with actual equipment so that the customer can check the marking quality and deepen the understanding of laser marker operation. 4 Discussion with the customer If the customer is considering installation of a laser marker to equipment, we discuss with the customer regarding the equipment specifications and laser marker communication specifications. 5 Attendance during commissioning, explanation of operating procedures We can provide support during the commissioning of equipment and explain the operating procedures to operators when so requested by the customer. 6 After-sales service When requested by the customer, we conduct maintenance at the installation site or change the customer's laser marker with a substitute unit and take the customer's unit to our service center for detailed inspection and maintenance. 11

Global Network Panasonic’s sales network extends to various parts of the world, including Asia, the United States and Europe. Based on the concept of “local production, local consumption,” Panasonic is strengthening the local production and development functions in order to meet diversifying market needs and accelerating the global business expansion. Panasonic Industry (China) Co., Ltd. Panasonic Industrial Devices Sales Korea Co., Ltd. Panasonic Industrial Devices Sales Company of America Panasonic Electric Works　 Panasonic Corporation Europe AG Panasonic Industrial Devices Sales Taiwan Co., Ltd. Panasonic Life Solutions Sales (Thailand) Co., Ltd. Panasonic Industrial Devices Automation Controls Sales Asia Pacific Global Bases of Panasonic Industrial Device Business Division Panasonic Corporation: Division Panasonic Industrial Devices SUNX Panasonic Industrial Devices SUNX Panasonic Industrial Devices SUNX Headquarters Tatsuno Co., Ltd. (Tatsuno, Japan) (Thailand） Co., Ltd. (Ayutthaya) Suzhou Co., Ltd. (China) Panasonic Industrial Devices SUNX Panasonic Industrial Devices SUNX Co., Ltd. (Aichi, Japan) Kyushu Co., Ltd. (Kagoshima, Japan) Panasonic Motor (Thailand) Co., Ltd. Panasonic Motor (Hangzhou) Co., ltd. Panasonic Corporation: Automotive Products Headquarters (Daito, Japan) Panasonic Corporation: (Kaga, Japan) Panasonic Motor (Zhuhai) Co., Ltd. Panasonic Manufacturing Xiamen Co., Ltd. 12

LP-RV SERIES Product Lineup of Industrial Device Business Division FA sensors Safety light curtains and Safety Programmable controllers devices The lineup includes various sensors such as The lineup includes safety light curtains, safety We provide compact yet high performance optical, proximity, or pressure sensors switches, or safety controllers designed to PLCs ranging from small-scale models with available depending on the sensing targets secure safety of workers. fewer I/O points to large-scale models for (workpieces). applications from controlling machines to collecting information. Machine vision systems Measurement sensors Static removers (ionizers) These are used together with cameras to Dimensions of a workpiece or a distance to These are used to eliminate troubles caused inspect dimensions, profiles, damage or the workpiece are detected in ultra-high by static electricity in various processes. stains. They can be also used for reading speed with high accuracy. They can be used Different models such as spot ionizers, various 2D codes or recognizing characters. for various detection applications such as wide-area ionizers, or fan ionizers are high resolution detection for objects 0.01 μm available for you to select suitable ones or less. depending on your applications. Programmable displays Energy Management Solutions Touch panel displays that interface between people These devices measure power or air consumption and machines. They are used in various markets and "visualize" energy consumption to support such as factories, buildings, or outdoor equipment. energy saving. AC servo motors Brushless motors and Motors for facility / home geared motors appliance & automotive Compact, lightweight, and high speed AC The lineup of geared motors includes Compact, lightweight, low noise, and low servo motors. With the high-speed network induction motors, reversible motors, motors vibration motors are available to meet motion such as the RTEX, these servo motors with electromagnetic brakes, and 2-pole customers' application needs. contribute to improving performance of round shaft motors. The lineup of brushless customers' devices. motors includes speed control models and position control models. 13

Specifications Item LP-RV200P Laser type Yb fiber laser; λ= 1,064 nm 0.0419 mil Class4 laser Average oscillator output 20 W Average output at processing point (Note 1) 17 W (±5 %) Laser oscillation system Pulse oscillation Pulse duration 1 ns, 4 ns, 8 ns, 16 ns, 30 ns, 120 ns, 200 ns (switchable in seven steps) Pulse cycle (Note 2) 0.5 μs to 500 μs Guide laser / pointer Red semiconductor laser; λ= 655 nm 0.026 mil, Class 2 laser, Maximum output; 1 mW or less Scanning method Galvano scanning method Beam shielding device Shutter (mounted inside the head) Marking field (X, Y) (Note3) 90 mm × 90 mm 3.543 in × 3.543 in Work distance (Note 3) 190 mm 7.480 in Marking workpiece status Stationary object, moving object Scan speed (Note 4, 5) Maximum 12,000 mm/s 472.441 in/s Moving object line speed (Note 4) Maximum 240 m/min 787.402 ft/min Number of registered files 10,000 files Number of marking data (number of registered objects) 2,000 items/file Capital and small letter of alphabet, numeric, symbol, user defined characters (up to 50 characters can be set) Character types Japanese characters: Katakana, Hiragana, Kanji (JIS level-1 and level-2) Simplified Chinese characters: GB 2312 level-1 and level-2 Barcodes CODE39, CODE93, CODE128 (GS1-128) , ITF, NW-7, EAN/UPC/JAN GS1 DataBar Limited, GS1 DataBar Stacked, GS1 DataBar Limited CC-A, GS1 DataBar Stacked CC-A 2D codes QR Code, Micro QR Code, iQR Code, Data Matrix, GS1 Data Matrix, PDF417 Graphic data (Note 6) VEC, DXF, HPGL, BMP, JPEG, AI, EPS TrueType TrueType Font on a PC where the Laser Marker NAVI smart is installed (Note 7) Data for processing Point radiation Character height and width (Note 4) 0.1 mm to 90 mm 0.004 in to 3.543 in (Set in increments of 0.001 mm 0.0394 mil) I/O port I/O terminal block (40 pins), I/O connector (40 pins) Communication interface EIA-RS-232C, Ethernet, EtherNet/IP (Note 8), PROFINET (Note 8) Supplied software Laser Marker NAVI smart, logo data editing software, ExportVec, font maker software OS supported by the supplied software ® (Note 9) Windows 10 Pro (32-bit, 64-bit), Windows® 8.1 Pro (32-bit, 64-bit), Windows® 7 Professional SP1 (32-bit, 64-bit) Laser Marker NAVI smart connection method USB, Ethernet Laser Marker NAVI smart display language Japanese, English, Simplified Chinese character, Traditional Chinese character, German, Korean System startup time 10 sec. approx. Laser excitation time 1 sec. approx. Power supply (Note 10) 180 - 264 V AC (including power voltage fluctuation of ±10 %), 50/60 Hz Consumption power (consumption current) (Note 11) 310 VA or less (2.1 A or less) Cooling method Head: Naturally air cooling, Controller / oscillator unit: Forced air cooling Ambient temperature (Note 12, 13) 0 to +40 °C +32 to +104 °F Ambient temperature for storage (Note 13) -10 to +60 °C +14 to +140 °F Ambient humidity (Note 13) 35 to 85 % RH Head protective structure (Note 14) IP64 Compliance standards and certificates FDA Regulations, GB Standard, KC mark, Machinery Directive (Declaration of Incorporation) , EMC Directive, RoHS Directive Fiber cable length 2.0 m ±0.2 m 6.562 ft ±0.656 ft, Minimum bending radius 80 mm 3.15 in Head 8.0 kg approx. Oscillator unit 13 kg approx. Controller 28 kg approx. Notes: 1) Indicates the output for the following settings: laser power: 100, pulse duration: 4 ns, and pulse cycle: 1.6 μs. (Factory default) 2) The pulse cycle setting range varies depending on the pulse duration. 3) There is an individual difference of approximately ±0.5 mm 0.020 in for every product. 4) The indicated values show the allowable setting range. The setting values that can maintain the marking / processing quality vary depending on the marking condition and target material. 5) Depending on the setting data, the scan speed may be subject to upper-limit restriction in some cases. 6) VEC is a figure file format designed exclusively for laser markers. If figure files in the AI or EPS format are used, they must be converted to VEC-format files in advance using the ExportVEC software provided with the product. 7) Depending on the character type, it may not be possible to use the laser marker. Letters written from right to left (Arabic letters, Hebrew letters, etc.) and letters that use ligature (Indian letters, etc.) cannot be marked using the laser marker. 8) For communication, prepare optional items separately. LP-ANW10: EtherNet/IP, LP-ANW11: PROFINET 9) The OS versions for which Microsoft terminated its support are excluded from supported OS. 10) Frequency is selected and set automatically. 11) The rush current (typical value) at startup is as follows: 220 V AC (current flowing time of 10 ms or less): 60 A 12) Laser power setting of 46 or higher: 0 to +36 °C +32 to +97 °F, Laser power setting of 1 to 45: 0 to +40°C +32 to +104 °F 13) Common to the controller, head, and oscillator unit. There must be no dew condensation or icing. If there is a temperature difference between the storage place and the operating place, gradually adapt the devices to the ambient temperature to prevent condensation. 14) The oscillator and controller are not designed as protective structures. The protective structure of the head exhibits its performance only when the fiber unit, laser beam emission port protection glass, various cables, and cable connector covers are all properly mounted. PROFINET is a registered trademark of PROFIBUS and PROFINET International. EtherNet/IP is a registered trademark of ODVA (Open DeviceNet Vendor Association Inc.). Windows is a registered trademark or trademark of Microsoft Corporation in the United States and other countries. 14 Net Marking object types Marking laser weight

LP-RV SERIES DIMENSIONS (Unit: mm in) LP-RV200P Head LP-RV200P Fiber unit 260 10.236 (392 15.433) 45 With fiber unit removed 1.772 31 1.220 (397 15.630) 80 R .150 D Laser beam A E emission R3 19 50 1 135 1 hole height: ø7 0.748 69 3.1 0.039 5.315 0.039 (20 0.787) ø0.276 F 2.717 0 RC R8 152 5.984 20 0.787 40 40 40 40 62.2 2.449 1.575 1.575 1.575 1.575 G 60 60 2.362 2.362 Head positioning pin hole: H Elongated hole ø4 +0.1× 5 ø0.157+0.004 0 0 × 0.197, depth 5 0.197 A: Laser beam emission port diameter E: Center of marking area (protruded section): ø100 mm ø3.937 in F: Frame grounding screw: M4 screw, depth 5 0.197 B: Work distance: 190 mm 7.480 in G: Head mounting screw hole (10 locations*): M6 C: Marking field (X, Y): 90 × 90 mm screw, depth 6 0.236 3.543 × 3.543 in *Use six or more screws to mount the head D: Laser pointer beam emission port diameter: H: Head positioning pin hole: Marking example ø26 mm ø1.024 in (lens section: ø20 mm ø4+0.1 +0.004 0 ø0.157 0 depth 5 0.197 ø0.787 in) LP-RV200P Controller 60 4 4 0.157 0.157 2.362 100 R R3.937 R100 R3.937 270 25 430 105 10.630 0.984 16.929 4.134 [Precautions] 350 31 13.780 1.220 Laser safety Controller mounting screw hole (4 locations): M5 screw, depth 10 0.394 • This product is classified as a Class 4 Laser Product in IEC/JIS/ * AC power cable is not attached to the laser marker body. (Sold separately) FDA regulations 21 CFR 1040.10 and 1040.11. Never look at or touch the direct laser beam and LP-RV200P Oscillator its reflection. • The labels shown on the right are attached to the product. Handle the product according to 3 0.118 the instruction given on the warning labels. (Warning labels A are not shown in the product photographs in this catalog.) • The laser used by this product generates infrared light that is R100 invisible to the R3.937 human eye. Use particular caution R100 R3.937 when the laser is 30 340 130 400 158 B 98 operating. 1.181 13.386 5.118 15.748 6.220 3.858 Warning / instruction labels A Recommended use of a dust collector • Depending on the object being marked, harmful gasses or smoke 340 13.386 30 1.181 that have a detrimental effect on the human body or the laser marker may be generating during marking. If your application falls A: Oscillator securing screw holes (4 holes each in the bottom and on the left side (facing the front)): under this description, use a dust collector. For more information, M5 screws, depth 6 0.236 B: Frame grounding screw: M4 screw, depth 5 0.197 contact your sales representative. 15 40 40 1.575 1.575 287 170 1 11.299 37 1.457 B 6.693 0.039 30 210 400 20.079 20 1.181 8.268 15.748 0.787 290 11.417 15 100 284 11.181 3 0.591 3.937 330 12.992 0.118 R 160 10 6.299 208 R3.9 0 3 8.189 RR 7 3 1 . 00 382 15.039 937 3 0.118 148 R1 5.827 R 0 8 0 0 R R 3.9 (231 9.094) 3.1 3 5 7 0 130 5.118 50 1.969 83.5 3.287 94 3.701

LP-RV SERIES Disclaimer The applications described in the catalog are all intended for examples only. The purchase of our products described in the catalog shall not be regarded as granting of a license to use our products in the described applications. We do NOT warrant that we have obtained some intellectual properties, such as patent rights, with respect to such applications, or that the described applications may not infringe any intellectual property rights, such as patent rights, of a third party. Please contact .......... Industrial Device Business Division 1006, Oaza Kadoma, Kadoma-shi, Osaka 571-8506, Japan industrial.panasonic.com/ac/e/ ©Panasonic Corporation 2020 No.CE-LPRV-7 January, 2020 Specifications are subject to change without notice.