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The ROTOSCAN RS4-4E is a non-contact optical area scanner. Like a radar laser scanners permanently scan the complete field of work in an angle of 190° and a radius of several meters and so monitor a two-dimensional area. Within this work area independent detection and warning zones can be programmed with a PC software. Persons entering the detection zones will be detected and an emergency stop signal will be generated for machinery.
The applications of the ROTOSCAN RS4 4E are the protection of persons by vertically safeguarding danger points and access as well as danger area guarding at stationary machines and mobile systems.
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The new OptoShield OS3101 uses harmless laser light to sense an intrusion into a guarded area. It can be configured for multiple irregular-shaped hazardous areas, making it an excellent choice for safeguarding work cells, transfer lines, robot stations, and automated guided vehicles. It’s the only laser scanner with patented Intrusion Indicators for instant visual feedback. Operators love it for its efficiency, as they can locate the intrusion and clear it immediately. Best of all, our configuration software is so intuitive, you can learn it today and remember it months from now.
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Optoelectronic safety device are used as entry, danger point or danger zone guards.
LS 30 range safety laser scanners detect invisibly and without physical contact over an angle of 190° and are mainly utilised as hazardous zone guards. The zone to be guarded can be individually definded, i.e. to suit the particular case, by means of user-oriented software. Up to two pairs of protection and warning zones can be monitored without the need for an additional safety monitoring module. By virtue of conventional means to guard the dangerous zone is either only realisable at the cost of high outlay or even completely impracticable, such as on pipe-bending machines, industrial robots and automated guided vehicles (AGV). LS 30 safety laser scanners achieve Control Categroy 3 to EN 954-1.
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The new OptoShield OS3101 uses harmless laser light to sense an intrusion into a guarded area. It can be configured for multiple irregular-shaped hazardous areas, making it an excellent choice for safeguarding work cells, transfer lines, robot stations, and automated guided vehicles. It’s the only laser scanner with patented Intrusion Indicators for instant visual feedback. Operators love it for its efficiency, as they can locate the intrusion and clear it immediately. Best of all, our configuration software is so intuitive, you can learn it today and remember it months from now.
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The Proximity Laser Scanner FLSC is a scanning distance sensor. With it, persons and objects can be recognized inside a defined protection field.
A pencilled LASER beam is deflected by a rotating mirror. With it, a
circular area with a aperture angle of 180o and a radius of approx. 15 m is scanned.
The semicircular area is divided in two recognition areas:
Personal protective recognition area: Radius 4m
Object recognition area: Radius 15 m
In every recognition area a protective field can be fixed.The form of the protective field is independently eligible resp. programmable: The delivered with communication software enables to fix the form of the respective protective field with a PC on your own. The coordinates of the protective fields are saved in the Proximity Laser Scanner FLSC. The Proximity Laser Scanner FLSC compares themeasured datas with the saved protective fields,and recognizes, if a object is in a protective field.
If the emitting beam meets a object inside the working field (person or thing ),he will be reflected. A part of the reflected diffuse radiation is collected by the receiving part of the Proximity Laser Scanner FLSC.
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S300 safety laser scanner:
compact, flexible, intelligent.
- Extremely space-saving installation through ultra-compact housing
- Only 1.2 kg for even easier integration
- Extremely wide scanning range of 270° for many areas of use
- Astonishingly flexible thanks to switchable protective fields and
adjustable object resolution
- Plug & play through integrated configuration memory
- Excellent price/performance ratio for even more economic
efficiency
For the machine tool industry, handling and warehousing systems,
robotics and automotive industry
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Perfect all around protection up to category 3 (according to EN 954-1) is promised by our optical distance sensors. In a working angle of 190° and over a distance of up to 4.0 m (in non-safety applications up to 15 m), the laser scanner reliably detects any object or person.
This is how it works: The distance sensor transmits light pulses in regular intervals. If they hit an obstacle, the sensor receives the reflected light and analyzes it. If the defined, to be protected area is compromised, a stop function will be triggered. With up to four programmable and runtime-switchable protective field pairs, our laser scanners can be optimally adapted to any application, e.g. machines, production robots, conveyor systems and vehicles.
In doing so, the various models enable an optimal system integration with the automation: whether conventionally into the safety circuit, via PROFIBUS with PROFIsafe or via AS Interface with ASIsafe.
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Precise temperature distribution measurement
Temperature range from -50°C up to 3000°C
Scan angle up to 90°
Application specific solutions
Dual mode - stand alone and remote control
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Raytek presents a new Process Imaging System for Kiln Shell Temperature Monitoring. The Raytek CS200 is a comprehensive temperature measurement system for monitoring, control, and analysis of rotating kilns primarily used in cement and lime production. This unique combination of infrared sensor technology and a powerful, industrial software program allows accurate detection and monitoring of refractory hot spots to prevent costly kiln damage and extend production runs between refractory replacement.
The CS200 offers a OPC server functionality, powerful database applications, full- color thermograms of the kiln surface, user-defined alarms, automatic fan control and extensive historical data analysis capability. Additional point sensors can be installed to monitor the burning zone of the kiln and the portions of the kiln “shadowed” from the main sensor. The system also supports features like Live Ring Migration software to monitor tire slip. The results are fully integrated into one display allowing the operator to monitor the complete kiln without switching back and forth between different applications. All error reports and alarm reports are fully integrated, as is the OPC interface with other applications
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LANDSCAN infrared linescanning systems thermally map the entire surface of an object resulting in a highly detailed temperature map, enabling the user to analyze the process and control quality.
LANDSCAN infrared linescanners are designed for process imaging and ease of operation and maintenance in hostile industrial environments, and have a measurement performance equivalent to the best radiation thermometers available.
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The SCAN infrared line scanner is used for remote temperature map measurement (thermography) for process control monitoring.
This fast speed infrared imaging (up to 400 lines per second) has applications in a wide range of industries such as:
• cement
• glass
• steel
• metallurgy
• paper
• tobacco
• plastic
• electronics
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The SCAN infrared line scanner is used for remote temperature map measurement (thermography) for process control monitoring.
This fast speed infrared imaging (up to 400 lines per second) has applications in a wide range of industries such as:
• cement
• glass
• steel
• metallurgy
• paper
• tobacco
• plastic
• electronics
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Who wants complexity when these new Océ colour scanners give you true professional results just by pressing one button? That means no time consuming setup procedures. No difficult manual adjustments. No trial & error. No staff training. Just the results you want, when you want them. Right first time, every time. That's what we mean by ease of use.
Highlights
- We've made colour scanning simple…with oustanding results everytime
- Optimum handling of your hard-copy documents
- Complete wide format copying and scanning solution
- Available with intuitive Océ Colour Copy Software
- Flexible, easy to install and economical
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NTI offers a full range of mirrors to complement our optical scanning products. The mirrors are designed to optimize beam aperture and minimize inertia for high speed performance. Substrate materials are selected to maximize reflectivity and minimize absorption, flatness and inertia. NTI mirrors are mounted in low inertia mounts. Mounted mirrors are mass balanced and adjusted so that they are parallel to the axis of rotation.
NTI offers a full range of sizes including 3, 5, 7, 10, 15, 20 and 30mm X/Y sets. A full range of coatings is offered, which covers most of the laser spectrum. If you need a custom design, we would like to discuss your needs and offer a solution
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The value for money deflection unit range from RAYLASE. The RLA series provides you with reliable and efficient deflection units at competitive prices without cutting corners on quality. The RLA series is available with 10, 15 and 20 mm apertures ideal for use with Nd:YAG and CO2 lasers.
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NTI's RazorHead Scan Heads offer higher performance in a ruggedpackage. The scan head is designed to ease design-in and manufacturing issues by reducing the need for specialized tooling and highly skilled assemblers.
Packaged in a class IV enclosure, RazorHeads can operate in harsh industrial environments. They arrive to you optically aligned, electrically match tuned and ready to bolt up, plug in and operate with most laser systems.
The RazorHead can be configured for different scan angles and wavelengths. They are available with digital or analog electrical interface options.
Advanced laser / scanner PC based control electronics and software are available to support the full range of your integration requirements.
Throughout the assembly process, all NTI scan heads are run through a battery of tests and must pass an extensive over night burn-in. Each head makes witness marks before leaving NTI. Component information and performance data in is stored in a device history record.
RazorHeads feature NTI's reliable and most accurate RS-15 galvanometers with exclusive SLR stator technology for superior performance. RazorHeads also feature high quality ceramic ball bearings for long life operation.
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Optech's CMS Cavity Monitoring System is the ideal scanning solution for dangerous and inaccessible cavities. With wireless control using the included Netpad handheld computer and an extendable boom system, the CMS can go deeper and farther than other scanning solutions, all while maintaining operator safety. The unit is fully programmable, allowing the user to define scan parameters including elevation step, azimuth step and scan limits.
CMS provides efficient and accurate measurements of voids and cavities in underground mines. It can be inserted through boreholes as narrow as 25 cm (10 inches).
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Packed with state-of-the-art communication and data collection functionality, the 9500 features a sleek, lightweight and rugged design, making it perfect for robust mobile applications in transportation, logistics and parcel delivery. Multiple full keypad options make the 9500 ideal for situations where alphanumeric data entry is required.
Designed for the Mobile User—Full keypad design and comfortable, intuitive ergonomics combine to make scanning, keyboard data input and voice communication easy.
Industrial-Grade Construction—constructed to advanced specifications to withstand real-world use in harsh environments, indoors and out.
Wireless Full Area Networking (WFAN™)—Integrated Wireless PAN, LAN and WAN communications provide real-time data exchange and multi-mode voice communication—anytime, anywhere.
Adaptus® Imaging Technology 5.0—Multifunctional data capture enables linear and 2D bar code reading, scanning of specialty and damaged codes, plus digital image capture.
Shift-PLUS™ Power Management—Powers bar code reading and RF-intensive applications beyond an entire work shift, allowing uninterrupted data processing and enhanced worker productivity— all while greatly reducing battery replacement costs.
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7530 G2 Hand-Held Computer
The 7530 G2 is a rugged handheld PC engineered to meet the performance and durability requirements for data collection in the harshest of environments. The 7530 G2 is designed to perform in the most extreme outdoor and indoor conditions in your warehouse, manufacturing facility, yard, distribution centre, freezer or port. The 7530 G2 is designed for maximal uptime under the most challenging environmental conditions.
Operating system Windows CE 5.0
520 MHz Xscale PXA 270 Processor
Integrated Bluetooth radio
IP67 rating for maximum dust and water protection
Can withstand multiple 6.0Ft/2M drops to polished concrete
1/4 VGA sunlight-readable touchscreen display
Backlit, hard-capped keypad
Compact flash, SD/MMC and Type III PC-Card expansion slots
WLAN (802.11 and Narrowband), WWAN (GSM/GPRS, CDMA) radio options make the 7530 G2 as flexible as the application requires
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All-Digital Scan Head Components. Advancing the State-of-the-Art of Galvo-Based Laser Steering Systems, Cambridge Technology has a full complement of All-Digital Scan Head Components allowing you to simplify your system integration while cost-effectively providing your customers with the fastest, highest performing, highest marking speed, intelligent laser scanning capabilities worldwide. Self-tuning digital servos with real-time status back-channels, ethernet-based marking system controllers, USB-based all-in-one controller/servos are all available to complement the wide selection of high-speed, high-stability galvanometers and lens-ready open-frame mounting blocks.
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Features of the 6200 Closed Loop Galvanometer Family
Highest Galvo Speeds and Step Response Times: The 6200H series' positioning speed comes from advanced galvanometer and new actuator design for the highest system resonant frequency and RMS power capability. The newest design of the actuator features extremely high torque along with very little electrical inductance, thus providing high scanner speeds at reduced power supply voltages. These characteristics combine to produce superior system bandwidths, the fastest step response times and the highest repetition rates with excellent wobble and jitter performance.
Maintaining Position Accuracy and Repeatability at High Speeds: CTI's newest innovation in position accuracy is the advanced optical position detector, which was designed to provide high positioning repeatability, linearity and stability over time and temperature while operating at high speeds.
High System Performance and Reliability Over Time: Superior product lifetime and reliability result from disciplined design technique, the best in bearing technology and quality manufacturing processes and workmanship. Our scanner designs are computer modeled and have been life-test proven to billions of cycles of operation. CTI's high standards of manufacturing quality guarantees the performance consistency that you need to design the high quality systems demanded in today's competitive marketplace.
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Nutfield Technology's QuantumScan-30 (QS-30) galvanometer scanners are used to position laser beams fast and accurately over millions of cycles. The limited rotation moving magnet motor is coupled to a highly sensitive position detector. The device is controlled through a PID based servo driver to provide amazingly fast and accurate closed loop control.
NTI's engineers are veterans of the scanning industry and have been designing galvos for two decades. They have been continuously researching ways to improve scanner performance, which has lead to several patents and patent pending designs including our exclusive ceramic rotor designs. This first of a kind rotor has exceptionally low inertia and high stiffness, which results in higher bandwidth performance. The QS-30 uses high quality bearings with tested and patent pending bearing preload designs to ensure a long lifetime of operation.
The QS-30 Position Detector was designed close to the mirror for the best possible accuracy. Further position detector refinements give the QS-30 galvanometer up to 10 times greater signal-to-noise; the highest in the industry. This means greater pointing accuracy and repeatability in your application.
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