3m laser pointer manual
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3m laser pointer manualThe laser beam can cause vision problems. If the remote control starts to If you will not use the remote control for an extended Do not mix a new battery with used one. Amazon calculates a product’s star ratings based on a machine learned model instead of a raw data average. The model takes into account factors including the age of a rating, whether the ratings are from verified purchasers, and factors that establish reviewer trustworthiness. See All Buying Options Add to Wish List Disabling it will result in some disabled or missing features. You can still see all customer reviews for the product. It could be my stupidity but those that I used before could not open the link embedded in the slide. This one can as it functions like a mouse. One question reamined is the media mode. The manual said 'read overleaf' but I cannot find what the 'media mode' it should be about. Alas, this device was OK on the mouse functionality but useless for controlling PowerPoint in normal view as it has no slide forward and backwards buttons in this mode. As this is how I tend to use PowerPoint - I train people for 3 days at a time and slide show view is useless for complex presentations using multiple applications I was most disappointed. 3M, this product is a dog - I know you can do better. Please try again later. PoDDuaNg 5.0 out of 5 stars I used other presenters before. It could be my stupidity but those that I used before could not open the link embedded in the slide. The manual said 'read overleaf' but I cannot find what the 'media mode' it should be about.Please try again later. Please try again later. Gyroid 5.0 out of 5 stars This device has precisely the forward-backward functionality they were asking for (an easy-to-use rocker switch on the side - operated by your thumb). This means that this device can initiate videos within presentations (using the mouse buttons) as well as simply running forwards and backwards through the slides.http://bannermaul.com/userData/board/3par-v400-manual.xml
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It can even move windows around on the screen, if you want to get that fancy.Please try again later. Please try again later. Daniel C. Goldemberg 5.0 out of 5 stars I've managed to use it with both systems and had no problem at all. It also features an interesting option to disable the laser pointer.Please try again later. Please try again later. Purple Linzi 4.0 out of 5 stars The rocker to change slides is great. Although the mouse is a little slow its really useful too. The only reason I haven't given it 5 is because my laser pointer doesn't work but now I can't be without it to send it back.Please try again later. Please try again later. Pradeep M. 4.0 out of 5 stars If 3M redesigns this with a darker colour and provides a smaller USB adapter, it would be the best presenter in the market. If you are looking for a presenter with real mouse controls, look no further. Highly recommended product.Please try again later. Please try again later. S. Napper 4.0 out of 5 stars Easy to use with presentations or just Windows as it has full mouse control. Simple install, just plug in USB device and it loads drivers automatically. Bit tricky to turn on laser pointer but apart from that excellent.Please try again later. Please try again later. GIA 5.0 out of 5 stars The button on the side - down to move on and up to move back - is very easy and comfortable to use. Great valuePlease try again later. Please try again later. M. Law 1.0 out of 5 stars Alas, this device was OK on the mouse functionality but useless for controlling PowerPoint in normal view as it has no slide forward and backwards buttons in this mode. As this is how I tend to use PowerPoint - I train people for 3 days at a time and slide show view is useless for complex presentations using multiple applications I was most disappointed. 3M, this product is a dog - I know you can do better.Please try again later. Please try again later. You can edit your question or post anyway. Please try again.http://www.cargoservice.pl/cargoservice/userfiles/3pj-manual.xmlIn order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. Create a free account Representative 21.9 APR (variable). Credit offered by NewDay Ltd, over 18s only, subject to status. Terms apply.Please try your search again later.You can edit your question or post anyway.For exceptions and conditions, see Return details.Page 1 of 1 Start over Page 1 of 1 In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. The universal remote control will work with any laptop with a USB port, and allows you full command over your presentation, and use of your mouse, via remote control. Thanks to the multi-directional radio signals, you needn't worry about distance or pointing towards the screen to have full control. A handy Laser Pointer enables you to focus the attention of your audience.The universal remote control will work with any laptop with a USB port, and allows you full command over your presentation, and use of your mouse, via remote control. Thanks to the multi - directional radio signals, you needn't worry about distance or pointing towards the screen to have full control. A handy Laser Pointer enables you to focus the attention of your audience. Left and right mouse button. The 3M Wireless Presenter Mouse and Laser Pointer is a FSK (Frequency Shift Key) transmitter for the frequency band 433-435 MHz. The 3M Wireless Presenter Mouse and Laser Pointer offers a full-integrated PLL synthesizer and a high efficiency power amplifier to drive a loop antenna, A special circuit design and an unique power amplifier design are used to save current consumption and to save battery life. The 3M Wireless Presenter Mouse and Laser Pointer is a great companion of Microsoft Power Point as it provides the user with full mouse and presentation control.http://www.drupalitalia.org/node/67130 When browsing the internet the mouse functionality enables the user to navigate with accuracy and reliability.Amazon calculates a product’s star ratings based on a machine learned model instead of a raw data average. The model takes into account factors including the age of a rating, whether the ratings are from verified purchasers, and factors that establish reviewer trustworthiness. Please try again later. PoDDuaNg 5.0 out of 5 stars I used other presenters before. The manual said 'read overleaf' but I cannot find what the 'media mode' it should be about.This device has precisely the forward-backward functionality they were asking for (an easy-to-use rocker switch on the side - operated by your thumb). It can even move windows around on the screen, if you want to get that fancy.I've managed to use it with both systems and had no problem at all. It also features an interesting option to disable the laser pointer.The rocker to change slides is great. The only reason I haven't given it 5 is because my laser pointer doesn't work but now I can't be without it to send it back.If 3M redesigns this with a darker colour and provides a smaller USB adapter, it would be the best presenter in the market. Highly recommended product.Easy to use with presentations or just Windows as it has full mouse control. Bit tricky to turn on laser pointer but apart from that excellent.The button on the side - down to move on and up to move back - is very easy and comfortable to use. Great valueAlas, this device was OK on the mouse functionality but useless for controlling PowerPoint in normal view as it has no slide forward and backwards buttons in this mode. As this is how I tend to use PowerPoint - I train people for 3 days at a time and slide show view is useless for complex presentations using multiple applications I was most disappointed. 3M, this product is a dog - I know you can do better. Our payment security system encrypts your information during transmission.http://creaturegraphics.com/images/3m-infrared-thermometer-manual.pdf We don’t share your credit card details with third-party sellers, and we don’t sell your information to others. Please try again.Please try again.Register a free business account Please try your search again later.This remote is ready to use and does not require programming, just insert 2 x AAA batteries (batteries are not included) and enjoy your remote. This remote certainly provides all the basic commands for your device that allows you to turn it on and off, navigate the menu and select video source and many of additional functions. Voltarea remote has a built-in laser pointer, that is a great tool for performing classes, presentations or meetings. User manual of the remote can be found on our web-site or by contacting us. Amazon calculates a product’s star ratings based on a machine learned model instead of a raw data average. Please try again.Create a free account. Please try your search again later.You can edit your question or post anyway.Consult an overview of exceptions and conditions on our Help Page Amazon calculates a product’s star ratings based on a machine learned model instead of a raw data average. After reading, store them in a safe place for future reference. About this manual Various symbols are used in this manual. The meanings of these symbols are described below. WARNING This symbol indicates information that, if ignored, could possibly result in personal injury or even death due to incorrect handling. CAUTION This symbol indicates information that, if ignored, could result possibly in personal injury or physical damage due to incorrect handling. ? ? Please refer to the pages written following this symbol. All other trademarks are the property of their respective owners. Next Multimedia Projector. Operator's Guide. Thank you for purchasing this projector. Page 2 ContentsPage 4 Part namesProjectorControl buttons LAMPPage 7 Setting up. Arrangement. Refer to the illustrations and tables below to determine the screen size and projectionThe. Page 8 Setting up. Adjusting the projector's elevatorAbout the ?lter cover for bottom-up use. Page 10 Setting up. Connecting your devices. Attempting to connect. Page 11 Setting up. Examples of connection with a computerConnecting power supplyPage 14 Remote controlLaser pointer. Using the remote control. Do not lookPage 20 ASPECTPage 22 Operating. Operating the computer screenPage 24 Multifunctional settingsEASY Menu (continued)PICTURE Menu (continued)PICTURE Menu (continued)IMAGE Menu (continued)INPUT Menu (continued)With the SETUP menu, items shown in the table below canSCREEN Menu (continued)SCREEN Menu (continued)OPTION Menu (continued)NETWORK Menu (continued). This projector provides the NETWORK function. When you start to use this function, please. Page 42 Multifunctional settings. NETWORK Menu (continued). Information Screen 3NETWORK Menu (continued). Page 44 MaintenanceLampWhen the indicators or a message prompts you to replace the lamp, replace theAir ?lterPage 47 Maintenance. Other careRelated messages. When the unit's power is on, messages such as those shown below may beRelated messages (continued)Page 50 Troubleshooting. Regarding the indicator lamps. Lighting and ?ashing of the POWER indicator, the LAMP indicator, and the TEMPRegarding the indicator lamps (continued)Page 52 Troubleshooting. Phenomena that may easily be mistaken for machine defects. Page 53 Troubleshooting. Phenomena that may easily be mistaken for machine defects (continued)Page 54 Speci?cationsProduct name Liquid crystal projector. Liquid. Page 55 Speci?cations. Speci?cations (continued)Accessories. Part NumberBefore operating this machine, please read this entire manual thoroughly. The 3MTM Multimedia Projectors are designed, built, and. Since even relatively small amounts of laser light can lead to permanent eye injuries, the sale and usage of lasers is typically subject to government regulations.These regulations impose upon manufacturers required safety measures, such as labeling lasers with specific warnings, and wearing laser safety goggles when operating lasers. Consensus standards, such as American National Standards Institute (ANSI) Z136, provide users with control measures for laser hazards, as well as various tables helpful in calculating maximum permissible exposure (MPE) limits and accessible exposures limits (AELs).Even moderately powered lasers can cause injury to the eye. High power lasers can also burn the skin. Some lasers are so powerful that even the diffuse reflection from a surface can be hazardous to the eye.If the laser is sufficiently powerful, permanent damage can occur within a fraction of a second, literally faster than the blink of an eye. For example, some people exposed to high power Nd:YAG laser emitting invisible 1064 nm radiation may not feel pain or notice immediate damage to their eyesight.Another mechanism is photochemical damage, where light triggers chemical reactions in tissue. Photochemical damage occurs mostly with short-wavelength (blue and ultra-violet ) light and can be accumulated over the course of hours. Laser pulses shorter than about 1 ?s can cause a rapid rise in temperature, resulting in explosive boiling of water. The shock wave from the explosion can subsequently cause damage relatively far away from the point of impact. Ultrashort pulses can also exhibit self-focusing in the transparent parts of the eye, leading to an increase of the damage potential compared to longer pulses with the same energy.A laser beam can be focused to an intensity on the retina which may be up to 200,000 times higher than at the point where the laser beam enters the eye. Ultraviolet light with wavelengths shorter than 400 nm tends to be absorbed by lens and 300 nm in the cornea, where it can produce injuries at relatively low powers due to photochemical damage. Infrared light mainly causes thermal damage to the retina at near-infrared wavelengths and to more frontal parts of the eye at longer wavelengths. The table below summarizes the various medical conditions caused by lasers at different wavelengths, not including injuries due to pulsed lasers.However, laser exposure may create dangerous conditions such as flash blindness. If this occurs during a critical moment in aircraft operation, the aircraft may be endangered.The MPE is measured at the cornea of the human eye or at the skin, for a given wavelength and exposure time.For example, deep-ultraviolet light causes accumulating damage, even at very low powers. Infrared light with a wavelength longer than about 1400 nm is absorbed by the transparent parts of the eye before it reaches the retina, which means that the MPE for these wavelengths is higher than for visible light. In addition to the wavelength and exposure time, the MPE takes into account the spatial distribution of the light (from a laser or otherwise). Collimated laser beams of visible and near-infrared light are especially dangerous at relatively low powers because the lens focuses the light onto a tiny spot on the retina. Light sources with a smaller degree of spatial coherence than a well-collimated laser beam, such as high-power LEDs, lead to a distribution of the light over a larger area on the retina. For such sources, the MPE is higher than for collimated laser beams. In the MPE calculation, the worst-case scenario is assumed, in which the eye lens focuses the light into the smallest possible spot size on the retina for the particular wavelength and the pupil is fully open. Although the MPE is specified as power or energy per unit surface, it is based on the power or energy that can pass through a fully open pupil (0.39 cm 2 ) for visible and near-infrared wavelengths.In addition to EN 207, European standard EN 208 specifies requirements for goggles for use during beam alignment. These transmit a portion of the laser light, permitting the operator to see where the beam is, and do not provide complete protection against a direct laser beam hit. Finally, European standard EN 60825 specifies optical densities in extreme situations.OEM lasers, designed to be parts of other components (such as DVD burners), are exempt from this requirement.Note that these values hold only for static, point-like laser sources (i.e. collimated or weakly divergent laser beams). The classifications categorize lasers according to their ability to produce damage in exposed people, from class 1 (no hazard during normal use) to class 4 (severe hazard for eyes and skin). The latter reflects the greater knowledge of lasers that has been accumulated since the original classification system was devised, and permits certain types of lasers to be recognized as having a lower hazard than was implied by their placement in the original classification system. The revised system is part of the revised IEC 60825 standard. From 2007, the revised system is also incorporated into the US-oriented ANSI Laser Safety Standard (ANSI Z136.1). Since 2007, labeling according to the revised system is accepted by the FDA on laser products imported into the US. The old and revised systems can be distinguished by the 1M, 2M and 3R classes used only in the revised system and the 2A and 3A classes used only in the old system.This is usually a maximum power (in W) or energy (in J) that can be emitted in a specified wavelength range and exposure time that passes through a specified aperture stop at a specified distance. It is the responsibility of the manufacturer to provide the correct classification of a laser, and to equip the laser with appropriate warning labels and safety measures as prescribed by the regulations. Safety measures used with the more powerful lasers include key-controlled operation, warning lights to indicate laser light emission, a beam stop or attenuator, and an electrical contact that the user can connect to an emergency stop or interlock.Additionally, classes 2 and higher must have the triangular warning label shown here and other labels are required in specific cases indicating laser emission, laser apertures, skin hazards, and invisible wavelengths. For classes I to IV, see the section old system further below.This means the maximum permissible exposure (MPE) cannot be exceeded when viewing a laser with the naked eye or with the aid of typical magnifying optics (e.g. telescope or microscope). To verify compliance, the standard specifies the aperture and distance corresponding to the naked eye, a typical telescope viewing a collimated beam, and a typical microscope viewing a divergent beam. It is important to realize that certain lasers classified as Class 1 may still pose a hazard when viewed with a telescope or microscope of sufficiently large aperture.Class 1M lasers produce large-diameter beams, or beams that are divergent. The MPE for a Class 1M laser cannot normally be exceeded unless focusing or imaging optics are used to narrow the beam. If the beam is refocused, the hazard of Class 1M lasers may be increased and the product class may be changed.Intentional suppression of the blink reflex could lead to eye injury. Some laser pointers and measuring instruments are class 2. As with class 1M, this applies to laser beams with a large diameter or large divergence, for which the amount of light passing through the pupil cannot exceed the limits for class 2.With a class 3R laser, the MPE can be exceeded, but with a low risk of injury. Visible continuous lasers in Class 3R are limited to 5 mW. For other wavelengths and for pulsed lasers, other limits apply.The AEL for continuous lasers in the wavelength range from 315 nm to far infrared is 0.5 W. For pulsed lasers between 400 and 700 nm, the limit is 30 mJ. Other limits apply to other wavelengths and to ultrashort pulsed lasers. Protective eyewear is typically required where direct viewing of a class 3B laser beam may occur. Class-3B lasers must be equipped with a key switch and a safety interlock. Class 3B lasers are used inside CD and DVD writers, although the writer unit itself is class 1 because the laser light cannot leave the unit.By definition, a class 4 laser can burn the skin, or cause devastating and permanent eye damage as a result of direct, diffuse or indirect beam viewing. These lasers may ignite combustible materials, and thus may represent a fire risk. Class 4 lasers must be equipped with a key switch and a safety interlock. Most industrial, scientific, military, and medical lasers are in this category.It is still used by US laser product safety regulations. The laser powers mentioned are typical values. Classification is also dependent on the wavelength and on whether the laser is pulsed or continuous. For laser classes 1 to 4, see the section on the revised system above.This can be either because of a low output power (in which case eye damage is impossible even after hours of exposure), or due to an enclosure preventing user access to the laser beam during normal operation, such as in CD players or laser printers.Output power may be up to 1 mW. This class includes only lasers that emit visible light. Some laser pointers are in this category.Commercial laser scanners are in this subclass.Output power does not exceed 5 mW. Many laser sights for firearms and laser pointers commonly used for presentations are in this category.A diffuse reflection is generally not hazardous but specular reflections can be just as dangerous as direct exposures. Protective eyewear is recommended when direct beam viewing of Class IIIb lasers may occur. Lasers at the high power end of this class may also present a fire hazard and can lightly burn skin.Diffuse reflections of the laser beam can be hazardous to skin or eye within the nominal hazard zone. (The nominal hazard zone is the area around a laser in which the applicable MPE is exceeded.) Many industrial, scientific, military and medical lasers are in this category.This awareness is not just a matter of time spent with lasers; to the contrary, long-term dealing with invisible risks (such as from infrared laser beams) tends to reduce risk awareness, rather than to sharpen it, primarily due to complacency. Users should never put their eyes at the level of the horizontal plane where the beams are, in case of reflected beams that leave the table. All non-optical objects that are close to the optical plane should have a matte finish in order to prevent specular reflections. Eyewear must be selected for the specific type of laser, to block or attenuate in the appropriate wavelength range. For example, eyewear absorbing 532 nm typically has an orange appearance (although one should never rely solely on the lens color when selecting laser eye protection), transmitting wavelengths larger than 550 nm. Such eyewear would be useless as protection against a laser emitting at 800 nm. If the IR radiation is allowed into the beam, which happens in some green laser pointers, it will in general not be blocked by regular red or orange colored protective eyewear designed for pure green or already IR-filtered beam.For example, eyewear with OD 3 will reduce the beam power in the specified wavelength range by a factor of 1000. In addition to an optical density sufficient to reduce beam power to below the maximum permissible exposure (see above ), laser eyewear used where direct beam exposure is possible should be able to withstand a direct hit from the laser beam without breaking. The protective specifications (wavelengths and optical densities) are usually printed on the goggles, generally near the top of the unit. In the European Community, manufacturers are required by European standard EN 207 to specify the maximum power rating rather than the optical density.Class 3B and 4 lasers typically provide a connection for an external interlock circuit. Many lasers are considered class 1 only because the light is contained within an interlocked enclosure, like DVD drives or portable CD players.However, because enforcement is often not very strict, laser pointers of class 2 and above are often available for sale even in countries where they are not allowed. His eyesight fully recovered within two days, at the time of his eye exam. An intravenous fundus fluorescein angiogram, a technique used by ophthalmologists to visualise the retina of the eye in fine detail, identified subtle discoloration of the fovea.These include short-lived flash blindness if the beam is encountered in darkened surroundings, as when driving at night. This may result in momentary loss of vehicular control. Lasers pointed at aircraft are a hazard to aviation. For these and similar reasons, the US Food and Drug Administration has advised that laser pointers are not toys and should not be used by minors except under the direct supervision of an adult.The resultant exit beam is quite divergent, so eye safety is highly dependent on distance, and if a magnifying device is used.In this case, there is no eye aversion response. These can create a significant hazard if viewed incorrectly, particularly if they are abnormally high power. Such visible fault finders are usually classified as Class 2 up to 1 mW, and Class 2M up to 10 mW.However these power levels are contained within the amplifier module. An additional factor with these systems is that light around the 1550 nm wavelength band (common for optical amplifiers) is regarded as relatively low risk, since the eye fluids absorb the light before it is focused on the retina. This tends to reduce the overall risk factor of such systems.If any optical power is present, and a simple magnifying device is used to examine the fiber end, then the user is no longer protected by beam divergence, since the entire beam may be imaged onto the eye. Therefore, simple magnifying devices should never be used in such situations. Optical connector inspection microscopes are available which incorporate blocking filters, thus greatly improving eye safety.This, coupled with high pressure water for cooling the laser and other associated electrical equipment, can create a greater hazard than the laser beam itself.Optical tables, lasers, and other equipment should be well grounded. Enclosure interlocks should be respected and special precautions taken during troubleshooting.Chemical hazards may include materials intrinsic to the laser, such as beryllium oxide in argon ion laser tubes, halogens in excimer lasers, organic dyes dissolved in toxic or flammable solvents in dye lasers, and heavy metal vapors and asbestos insulation in helium cadmium lasers. They may also include materials released during laser processing, such as metal fumes from cutting or surface treatments of metals or the complex mix of decomposition products produced in the high energy plasma of a laser cutting plastics.Interlocks, shutters, and warning lights are often critical elements of modern commercial installations. In older lasers, experimental and hobby systems, and those removed from other equipment (OEM units) special care must be taken to anticipate and reduce the consequences of misuse as well as various failure modes.Archived from the original on 2007-12-06. Archived from the original on 2009-01-11. Laser Institute of America. Archived from the original on 2013-07-24. Retrieved 2012-03-22. Health And Wellness For Women. By using this site, you agree to the Terms of Use and Privacy Policy. This manual is written with the assumption that a unit is disassembled or assembled from start to finish. In reality, only component parts or modules would be replaced during a repair. Note that rotating the base at 90 intervals exposes each of the 4 screws. Reference figure Using a Phillips screwdriver, remove 4 cross cross-slot plate screws M2.5 6 (5-10), then remove the baseboard part (5-11) and base part (5-12). Reference figure Figure Figure 4 Figure Figure 7 Figure 8 Prepared By: Tim Wojo Revision - Date: Page 3 of 16. Reference see figure Figure 9 Prepared By: Tim Wojo Revision - Date: Page 4 of 16. Reference see figure Using a soldering iron, de-solder all connection lines between the laser modules and the connecting board (eight pieces in all). Using a Phillips screwdriver, remove 4 cross-slot plate screws M2 8(5-6-14), then remove laser source module2 (5-6-15). Reference see figure Figure Figure 11 Prepared By: Tim Wojo Revision - Date: Page 5 of 16 Two poles with M2 screw holes are in the front (see figure 12). 3. Using a Phillips screwdriver, remove 2 cross-slot plate screws M2 3(5-11-3), then remove off the buzzer module (5-11-4). 4. Using a Phillips screwdriver, remove 3 cross plate screws M2 6 (5-11-5), then remove partition ring (5-11-6). Remove the left shell (3-14) and right shell (3-15) 3.0 Schematic Diagram The schematic diagram shows function blocks and general wire connections. It does not detail operation of each functional block. While Manual-leveling, Self-leveling, and Automatic-leveling (motor driven) devices have different mechanisms that require calibration, there are similarities with optics that is consistent regardless of the leveling mechanism. This section of the service manual discusses calibrations specific to the Each item discussed is shown below. 4.1 Initial Set up 4.2 Quantifying Accuracy Error 4.3 Plumb up and Plumb Down Calibration 4.4 Front, Left, and Right Laser Calibration 4.5 Alarm Adjustment 4.1. Initial Set-up Establish the set up shown in the following drawing referring to the instructions below.