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C911 - precision laser shaft alignment, field balancer, two channel vibration spectrum analyzer - all in one instrument.
Laser alignment - advanced horizontal, vertical mechanism alignment
Balancing program - up to 8 planes, up to 14 points
Displacement, velocity, acceleration measurements and 6400 lines FFT spectrum analysis
Frequency and time domain measurements, enveloping detector
Versatile PC compatible file system (FAT) allows to organize data file management and report print.
Expanable memory of 1GB SD card
USB communication interface, "mass storage device"
Firmware - upgradeable by user
"ConSpect" Windows based data base and analysis software
NiMH battery, USB type charger
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LineLazer is a shaft alignment kit for Leonova™ and its software present some crafty technical innovations to increase accuracy and ease of use.
Easy aiming
The laser beam is spread horizontally and directed towards a 35 mm [1.4 inch] vertical detector. This makes the effective target size larger compared with other high performance measuring units using pencil beams and 18 mm [0.7 inch] square detectors. LineLazer measuring units need no adjustment screws and stay on target even when misalignment is severe.
Coded light
The laser beam is modulated and thus easily and automatically distinguished from interfering light sources.
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No more wire, no more string, no more straight edges. Belt alignment becomes a one-person job with the powerful L80 line laser. 100% billet aluminum construction-not plastic! Mount the laser on the drive unit and cast a line to the driven pulley. The laser line hits the magnetic targets on the driven pulley and the alignment becomes visual, you can see the results. No training and reduced man-power with superior results-now that's a solution! Visit our website for complete specifications.
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For users who want a simple, reliable and cost-effective measuring system for the alignment of horizontally-installed machines. Provides vertical and horizontal alignment solutions, graphically on the display screen. EasyLink for Windows® is included to upload alignment data and export it to Excel®.
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Features
5-30VDC operation
Powers up to 200mW
Red, infrared, blue laser wave lengths available
Gaussian, uniform and DOE optics available
Simple, external hand focusing mechanism
Up to 20MHz Analogue and TTL modulation together (at the same time)
IP67 rated, fully water proof
LED laser operation and pre-failure indicator
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Features
Battery operated laser for line, dot or cross projections
Operated by a 1.5 V battery (AA) or 1.2 V accumulator (patented)
Maintenance-free magnetic On/Off switch
Output power / Wavelength: 1 - 5 mW / 635 nm +/- 10 nm
Dimensions: Ø 20 x 108 mm
Electronics: APC
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Pendulum Instruments has aquired (2005) the assets and operations of XL Microwave, which was a leading manufacturer of test- and measurement instrument for microwave measurements, wireless, or wireline. The products can be used in Research and Development, Production test system, and Service and maintenance.
The Analyze-R (mod 2261) is a Spectrum monitor for WLAN verification. The Analyze-R is designed for those doing site spectrum monitoring and analysis, surveying, installing, maintaining, and troubleshooting the latest wireless communication systems in the unlicenced ISM/U-NII bands. This unique instrument is designed for field use and is a fraction of the cost of a full-featured general-purpose spectrum analyzer - and far easier to use!
The Path Align-R (mod 2220/2240) is an Antenna path alignment tester for microwave links. Because the Path Align-R%u2122 directly drives the site's antennas, the optimization process is done without the need of the antenna site's radios, expensive and complex test equipment, ground technicians, on-site AC power, cell phones, two-way radios, etc. All that is required are the antennas themselves!
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Spectral transmission and reflection measurements at any desired angle can be carried out with the GON360 goniometer. Angles for illumination and measurement can be set independently. Optical fibers are used for connecting the measurement optics with the spectrometer, and the light source with the illumination optics. Models from the LS100 / LS500 series can be used as light sources.
Features:
- manual and motorized versions
- measurement angles adjustable over a full 360º
- independent angle settings for illumination and measurement optics
- digital angle display with 0.1º accuracy and 0.01° resolution
- large selection of holders and stages for the test sample
- optional polarizers and viewing optics
Various adjustable stages are available for proper positioning of the test sample in the GON360 - linear translation stages as well as stages for adjusting height, inclination and rotation. In combination with the independently variable angles for illumination and measurement, the GON 360 lends itself to measurement of any type of test sample. The exact positioning of the measurement spot on the sample can be verified with the optional viewing optics.
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The UGC Vibrating Densitometer accurately measures the density of a flowing fluid at actual operating conditions. This Densitometer was primarily developed for extremely accurate fluid metering (custody transfer), plus many other applications, such as pipeline interface detection, blending, process control, etc. The frequency output of the Vibrating Densitometer is compatible with most flow computers.
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The DENSITRAK® Model D625 liquid density meter utilizes the spring mass principle for measuring the fluid density. A portion of the "u" tube is energized to vibrate at its natural resonant frequency by using an electrical feedback driving system. A change in the vibrating mass, (as a result of change in the fluid density) shifts the resonant frequency. A CSI SPUD signal processing unit for density uses temperature, pressure and the shift in frequency to determine the density of the measured fluid.
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Sievers 500 RL On-Line
GE Analytical Instruments’ new Sievers 500 RL On-Line TOC Analyzer delivers the accuracy, automation, and confidence needed to transition from laboratory to on-line TOC for enhanced operating efficiencies and science-based risk management. Using the proven Sievers laboratory TOC measurement technology, the Sievers 500 RL provides continuous quality assurance for on-line pharmaceutical water release, cleaning validation, and Process Analytical Technology (PAT) quality initiatives.
The Sievers 500 RL On-Line TOC Analyzer uses no reagents and features the revolutionary four-port Super iOS standards introduction device that fully automates system protocols, and transfers critical standards information directly to the Analyzer for secure data management, significantly reducing costs and risks.
The 500 RL Analyzer shares many productivity and ease-of-use features of other Sievers TOC Analyzers, including 12-month calibration stability, a color touch-screen display, USB port, and minimal maintenance (a few hours per year). With a wide operating range of 0.03 ppb to 2,500 ppb, the 500 RL also measures USP conductivity.
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With 1 to 4 line channels and electrical isolation between the measuring circuits, the LINAX 4000L can be used for all standard measurement signals.
The instrument is permanently configured for the desired measuring task at a reasonable price prior to shipment. The recorder can be used in aggressive environments thanks to its rugged housing with metal or plastic door (IP 54).
The LINAX 4000L records zero-frequency quantities, DC 0 / 4...20 mA or 0...10 V, with an accuracy of 0.5%, and is thus suited for use with precision physical or electrical measuring transducers. Measurement values can be archived on 32 m recording charts or 16 m fanfold charts with a chart speed of up to 600 mm per hour.
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Biomass Monitor 220
The Biomass Monitor 220 combines the latest advances in Radio Frequency dielectrics with intuative keypad control of settings and measurements. The Model 220 has an integral Multiplexer allowing up to 4 fermenters to be monitored. Advanced facilities are available with the Model 220 such as frequency scanning, polarisation correction and a multiple frequency system for aerated fermenters. The unique frequency scanning function on the Model 220 can allows changes in viability, cell size and metabolic activity of the cells to monitored
Areas of Use
The Biomass Monitor 220 can be used with all conventional bioreactors for the measurement of viable bacteria, yeast, animal, plant and other cellular biomass. Cells can be measured whilst in free suspension or immobilised on inert carriers such as glass beads and microcarriers. The system is ideal for research/pilot plants but full IOQ documentation can be provided for cGMP.
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Texas Instruments (TI) provides complete digital interface solutions. High-performance solutions that empower you to differentiate your products and accelerate their time-to-market. TI has experience in highspeed, mixed-signal circuits, system-on-a-chip integration and advanced product development processes. Our solutions ensure you receive the silicon, support tools, software and technical documents to create and deliver the best products on-time and at competitive prices.
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Features
5-30VDC operation
Powers up to 200mW
Red, infrared, blue laser wave lengths available
Gaussian, uniform and DOE optics available
Simple, external hand focusing mechanism
Up to 20MHz Analogue and TTL modulation together (at the same time)
IP67 rated, fully water proof
LED laser operation and pre-failure indicator
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Features
Battery operated laser for line, dot or cross projections
Operated by a 1.5 V battery (AA) or 1.2 V accumulator (patented)
Maintenance-free magnetic On/Off switch
Output power / Wavelength: 1 - 5 mW / 635 nm +/- 10 nm
Dimensions: Ø 20 x 108 mm
Electronics: APC
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Malvern® Insitec® systems measure particle size distributions from 0.1 to 1000 µm wet or dry, atline or online, with even mobile solutions.
The Parsum inline particle probe (IPP) delivers continuous real-time data for particles or granulates in the size range 50 - 5900 µm.
The proven laser diffraction technology at the heart of the Insitec® systems is now the standard in most particulate processing industries and has been pioneered and developed by Malvern® Instruments for more than 30 years. Insitec’s rugged construction and robust technology reflect the exacting demands placed on analytical instrumentation in continuous use in a process environment. The instrument, the process interface, analysis software, automation and data reporting can all be customized to the unique needs of individual clients. The sensor's range of changeable lenses allows the tuning of instrument resolution to the needs of the process. The instrument is watertight and dustproof, and certified to industrial protection rating IP66. It is CE badged and meets industrial grade electromagnetic compatibility (EMC) requirements for safe, reliable operation.
The Parsum inline particle probe (IPP) is a rugged particle size analyzer based on the principle of spatial filter velocimetry. Installed directly into a line or unit it delivers continuous real-time data for particles or granulates in the size range 50 - 5900 µm, carried in dry streams. It is simple to use and requires neither calibration nor sample preparation. The Parsum is successfully used in industries ranging from food production to chemical manufacture to monitor processes such as granulation, agglomeration and milling.
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Introducing the Land FTI Mini - the latest concept in continuous, on-line industrial thermal imaging.
The new series of FTI Mini thermal imagers provide continuous thermal monitoring of plant and process within the temperature range -20 to 500°C/-4 to 932°F.
Their compact and rugged design enable them to be used in the most demanding environments.
FEATURES:
Compact, on-line industrial thermal imagers
Robust housing sealed to IP65
Range of mounting and environmental accessories
New wide angle lens (50 x 37.5° Field of view)
New range of interchangeable close up lens, focus range from 70 to 550mm and target as small as 0.13mm diameter
RS422A interface with PC
Remote control from PC
LIPS Mini image processing software provides temperature estimation, five colour palettes, zoom and noise filtering
Alarm functions
Real time image recording and playback
Information exchange with other applications using DDE and OLE, such as Microsoft Office or Lab View
TYPICAL APPLICATIONS:
Process monitoring and thermal surveillance
Surveillance of combustible materials
Flame monitoring
Product/process research
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