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| Products 91 to 120 of 288 |
Sense presence/absence of threads in machined holes.
Ferrous (Ferromagnetic) materials or
Nonferrous (Nonferromagnetic) materials
Ranges:M6x1 - 1/4-20 to M16x2 - 5/8-18 |
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Applications
: In-line density measurement of liquids or multiphase-mixtures
Special features:
Reliability
Robust construction with magnetic transmission of measured values.
Can be used in hazardous areas.
No by-pass required
Wide and clear scale
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Revolution in checking crankshaft web deflection
CSDchek® is an electro-optical measurement system using a single-laser-beam technology to determine the web deflection of crankshafts.
The integrated electronic inclinometer and the utilization of the worldwide unique continuous SWEEP measurement mode increase the accuracy of the measured results. With the conventional five-point method, the crankshaft rotation is generally stopped at predefined positions. This leads to sag in the crankshaft at the bearings, hence influencing the deflection readings; in other words, results are determined with the crankshaft in a status far removed from its condition during operation. Using CSDchek® with continuous SWEEP, web deflection is measured during crankshaft rotation. A rotation of only 60° is enough to obtain reliable results of the web deflection – continuous rotation proving additionally to be a real time saver. Wireless data acquisition, using RF technology ensures safe data transfer and minimizes the sources of possible errors. Automatic report saving and an integrated resume function helps avoid unnecessary re-measuring and loss of data.
In summary, CSDchek® provides following main benefits to the user:
• Precision and increased reliability in results
• Reduced time needed for measurement and the following analysis of results
• Reduction of possible sources of error
• Complete documentation in digital form and reporting of results
• Ease of use |
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The Models 603 HDTM and 303 HDTM are the latest generation of Tinius Olsen's digitally controlled Automatic Deflection Temperature/Vicat test equipment, with an automated testing sequence that proceeds according to user defined control and configuration parameters.
All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine the software products to determine which package is right for your application.
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Intrinsically Safe Laser Tachometer Ex-Tacho 10
Intrinsically Safe Magnet Probe Magnet-Ex 12
Intrinsically Safe Continuity Tester Ex-DT 12
Intrinsically Safe (Radio Time Signal Controlled) Wall Clocks Ex-Times 40/50 (35) |
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| There are two methods for the safe installation of flowmeters in hazardous areas. Either the electronics must be housed in heavy flame-proof enclosure with expensive armoured cable connections (Eexd/Flameproof) or the electronics can be intrinsically safe (IS). The preferable approach is that the flowmeter is intrinsically safe and is not capable of igniting volatile gases. A normal low-cost, non-armoured cable is used to connect the flow-meter to the safe environment where isolator barrier devices are installed. These devices limit the energy passing to the IS transmitter electronics. |
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SnapshotTM TIM Tester
By using an appropriate cable accessory kit, our SnapshotTM for Windows* CE portable data collector can be used to verify and configure Trendmaster® Pro systems, allowing field testing and diagnostics of system components such as cables, transducers, and TIMs. A TIM Tester can operate as a single-purpose device, or it can be combined with other available Snapshot CE functions such as vibration data collection/analysis and machinery balancing. |
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Lower uncertainty for the B-20IS: now 0.025% f.s.
Scandura R&D centre has released the new version of its multifunction multivariable calibrator, series B-20 with uncertainty better of 0,025% f.s.. This value embeds Linearity, Repeatability, Hysteresis and Uncertainty of the Master Reference, with a Level of Confidence close to 95%.
This new development makes the B20 the most accurate portable multifunction multivariable calibrator on the market. Available in both standard and intrinsically safe versions.
A specific version has been improved to satisfy the specific requirements of the gas plant operators. The improvements embedded started from a detailed study led at the laboratories of an international gas company, which have underlined some requirements specifically tied to the gas field.
Major improvements concern:
•special metal case;
•all the connectors have been placed on the front panel (external transducer and connectors – RS232 – battery recharger etc.);
•new absolute pressure transducers (internal and external).
•possibility to use the instrument in extreme environmental conditions without any risk of damaging due to water infiltration, mud and dust.
Provide more GAS to your calibrations!
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Simply powerful intrinsically safe calibration tool
Two channel simultaneous source and measure capability for calibration of transmitters, Power transmitters with internal loop
supply, Store frequently--used test setups for later use, Pressure measurement to 3,000 psi//200 bar using anyof the 8 intrinsically safe ecom 700PEx Pressure Modules, Pressure switch test function to capture set,reset and deadband values.
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| Checks the operating condition of an IR & HF remote control before "condemning" the equipment on vehicles, such as centralized suppression, alarm, etc. |
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Refer to ISO 1928:1995
Isothermal covers both static jacket (CAL2K) and Isoperibol systems.
Isoperibol calorimeters control the temperature of the surrounding jacket so that it is at a constant temperature.
The static jacket has a thermal capacity such that the temperature of the surrounds remains nearly constant without active control. The variation in the static jacket is measured and compensated for.
Bomb construction:
CAL2K: The vessel has a stainless body with an aluminum sleeve pressed over it.
Isoperibol: Stainless steel.
Temperature measurement of surrounds:
CAL2K: The ambient box containing the polystyrene (static jacket) is monitored throughout the determination.
Isoperibol: The jacket is water maintained at a constant temperature.
Temperature measurement of energy:
CAL2K: Sensors placed between the stainless steel body and the sleeve measure the energy released during a determination. A microprocessor is built into the vessel making the calibration independent of the calorimeter.
Isoperibol: The vessel is placed in a bucket of water and then the temperature of the water in the bucket is measured.
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Laboratory Measures Series H & C:
Bottom Drain Slicker Plate Measures
These small drain bottom measures are designed specifically for accurate testing of small meters and dairy holding tanks.
Specifications and outstanding features include: a faucet spout with a male hose coupling on the ball drain valve, slicker plates and an overflow trough. |
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The MCV-2002 “Two interferometers operating at the same time” utilizes a dual beam laser head module to accomplish simultaneous linear and angular (pitch or yaw, straightness, flatness) calibration of axes on machine tools, CMMs, or X-Y tables as well as surface plates. The software enables the operator to automatically collect linear and angular positions simultaneously or angular data on the fly in accordance with various industry standards. Material temperature, air temperature and air pressure variations are automatically compensated. linear measurement range of 33-feet (10-m) with 1 microinch (10nm) resolution, and an angular measurement range of 16-feet (5-m) with 0.2-arcsec angular resolution. Optional ranges up to 200-feet (60-m) linear and 100-feet (30-m) angular are also available upon request..
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The ML10 Gold Standard laser represents the ultimate in calibration for machine tools, co-ordinate measuring machines (CMMs) and other position and motion critical systems. In combination with the extremely accurate EC10 environmental compensation unit, the system boasts ±0.7 ppm linear measurement accuracy.
The ML10 Gold Standard system can improve performance through targeted maintenance and can correct linear positioning errors using error compensation.
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The major features are: the measurement is non-contact; the circular
path radius can be varied continuously from less than 1 mm to 150 mm;
all linear accuracy are traceable to NIST; the feed rate is up to 4 m/sec;
the data rate is up to 1000 Hz; and the actual feed rate, velocity, and
acceleration profiles can also be determined. This information are
important to determine the motion dynamics of the machine and the
servo performance. |
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Versatile system for geometrical measurements. Thoroughly proven reliability and user-friendly design make it easy for you to measure almost anything. Simply add laser transmitters and other accessories to suit your purposes.
Typical applications: Straightness, flatness, squareness, parallelism and spindle direction in machine tools, mechanical constructions, etc. |
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Mastersizer® 2000; Spraytec™
World leader in laser diffraction analysis, Malvern® Instruments offers a comprehensive range of particle size analyzers for many different sample types and applications.
Malvern® Instruments’ extensive knowledge and experience of laser diffraction is encapsulated in the Mastersizer® 2000, an automated instrument used worldwide for particle size measurement. Easy-to-use, with exceptional reproducibility, the Mastersizer 2000 is the preferred option across a wide range of industries for measuring wet and dry samples in the size range 0.02 – 2000 µm.
The system was developed to meet industry’s need for global comparability of results, regulatory compliance, maximum efficiency in the laboratory and optimum deployment of skilled personnel. In support of these requirements, the system is fully automated and easy to use, delivering clear information based on standardized procedures.
Spraytec™ delivers real-time, high-speed measurements that enable the complete characterization of both continuous and pulsed spray events. Its data acquisition rate of 10 kHz (a 100-microsecond time resolution) allows extremely accurate analysis of the dynamics of spray atomization and dispersion. The rapid changes in particle size that take place during inhaler operation can also be followed.
An extended size range from 0.1 to 2000 µm, using just two lens systems, enables the routine characterization of broad size distributions, with a dynamic range of more than 1000:1 covered by each lens. Patented multiple scattering analysis ensures accurate measurements at high spray concentrations, where traditional laser diffraction systems would fail. |
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Utilizing a state-of-the-art CCD detector, Mie theory, and unique design and data reduction features, the Saturn DigiSizer® 5200 provides extremely high analytical resolution available in a laser particle sizing system. Higher resolution gives better information about the sample, providing more accurate results in even the most complex sample types. In addition, the instrument produces fast, detailed results that are repeatable on and reproducible between every Saturn DigiSizer, in every location, all over the world.
The Saturn DigiSizer automatically measures particle sizes ranging from 0.1 to 1000 micrometers in just minutes. Optional features such as fully automated sampling and low-volume sample handling systems make the Saturn DigiSizer ideal for a wide range of production, research, and quality control applications.
In addition, Micromeritics’ all-new Confirm™ 21 CFR Part 11 software assists with compliance to FDA regulations. Combined with Micromeritics' IQ and OQ services, the user can be assured that the Saturn DigiSizer system is validated for accuracy, reliability, consistent intended performance, and provides safeguards to protect the integrity of analysis records. System access is limited to authorized individuals. Secure, computer-generated, time-stamped audit trails are an integral part of the software program. |
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The CILAS 930 gives you the best price/performance ratio of any system on the market. You can measure particles with sizes ranging from 0.2 to 500 µm. All of our more advanced, time saving options and accessories are available for the 930. These include an autosampler, video camera for performing shape analysis, integrated wet and dry dispersion modes and our powerful Size Expert.
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The 1064 is a mid-range instrument offering a wider range of particle size measurements. With two lasers and CILAS’ multi-wavelength optical architecture, this instrument gives you a measurement range from 0.04 to 500 µm in wet or dry mode.
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| The CILAS 1180 sets a new standard in particle characterization. Its integrated wet and dry dispersion modes, built in video camera and short optical path make it the most versatile instrument available anywhere. The unique design of the 1180 provides a measurement range from 0.04 to 2,500µm while maintaining an extremely small footprint. |
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The CILAS EcoSizer is ideal for routine analysis. One laser provides a measurement range from 0.3 to 400 µm. All of our more advanced, time saving options and accessories are available for the EcoSizer. These include, video camera for performing shape analysis, integrated wet dispersion modes and our powerful Particle Size Expert Sofware . All this capability gives the EcoSizer the best price/performance ratio of any system on the market.
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FRITSCH Particle Sizing Instruments offer state-of-the-artlaser technology for an unique price performance ratio, for each particular area of application and utilization. An extra plus: the special, patented FRITSCH measuring method by
laser diffraction inside the convergent laser beam. Your advantage: a simple continuous adjustment of the measuring area as well as up to now unknown number of measuring channels. |
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MR 44 non-contact measuring principle:
Length measuring device based on non-contact principle for production monitoring in fully automatic, unsupervised production. The probe temperature is kept constant.
MR 33 measuring principle scanning function:
Tactile length measuring device for production monitoring in fully automatic, unsupervised production. Direct contact probe with high quality potentiometer (12 mm stroke). |
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Heavy duty measuring unit, dual measuring wheels for better stability and contact, frame/bulkhead mounted.
This rugged instrument has a wide range of applications where an accurate record of length is required. It is a strong, heavy duty unit for use on calenders, tenters, rolling, ribbon winding textile machinery and almost all other continuous manufacturing processes. The unit can incorporate any of the heavy duty mechanical revolution counters described in the totalising and predetermining sections of this site.
• Available with shaft encoder for driving electronic counters or computers.
• Sturdy die-cast construction.
• Uses standard measuring wheels.
• Can tilted out of the way when not in use.
• Supplied with stand as an option.
The 2300 bolts directly onto a bulkhead or frame member. The intregal hinge arrangement allows the unit to be positioned at any angle.
The measuring wheels supplied can be 0.5m or 0.3m (18in or 12in) circumference (specify when
ordering). The weight of the assembly holds it in contact with the material being measured. |
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It is Sistema di Linear Calibrazione Compact for movement measures and calibration of blots tools, CMM or tables XY. The Software allows the operator to collect automatically the data of linear positioning in agreement with the several international Standards comprised ISO, VDI and automatic B5.Compensazione ASTHMA of Temp. Material, Temp. and Pressio_
of Air. Field 15m (opzione50m). Precision 1ěm/m (1ppm) |
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| OPTODYNE's LB-500 Laser/Ballbar (Patent Pending) is an add-on package to OPTODYNE's MCV-500, Linear-Machine Calibration System. The combined system can be used to calibrate CNC machine tools, CMM's (Coordinate Measuring Machines), and other precision measuring machines and stages and perform circular test for servo-tuning and dynamic testing. OPTODYNE's Laser/Ballbar provides a rapid and efficient way of measuring a machine's contouring accuracy along a circular path. |
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PRECISION MEASUREMENT & CONTROL SYSTEMS - WIRE & CABLE INDUSTRY
Beta LaserMike offers the most comprehensive process control instrumentation for the wire and cable industry. As a leader in the marketplace, we understand our customers%u2019 quality, cost, and measurement and process control objectives and work with them to create innovative, reliable solutions that improve product quality while lowering costs.
* Diameter Gauging and Control- In line
* Diameter Gauging - Benchtop
* Wire Draw Gauging
* Ultrasonic Wall Thickness & Eccentricity
* High Frequency Search Coil Eccentricity
* Laser/Inductive Wall Thickness
* Capacitance Monitoring and Control Systems
* Lump & Neckdown Detection
* Length Measurement
* Temperature Measurement
* Weight & Throughput Measurement |
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VisionGauge® high-resolution cable cross-section inspection and measurement systems are designed to carry out high-accuracy automatic measurements of multi-strand cables. Measurements include:
-Insulator thickness over every outer strand
-Minimum insulator thickness
-Cable outer diameter
-Inner diameter (i.e. best fit through the point of minimum insulator thickness on each outer strand)
-ID / OD concentricity
-Insulator area
All of these results are obtained by pressing a single button, in just a few seconds. Furthermore, the measurements are completely operator independent.
These cable measurement systems can accommodate cables with any number of strands.
The VisionGauge® software that runs these systems has a very simple and intuitive interface. You can use it to quickly and easily compute statistics, plot graphs and charts and send measurement data to other software and database applications across your network.
These cable and wire measurement systems are very rugged and well designed. They can be used on either the production floor or in the quality-control area and they require virtually no maintenance.
Standard configurations can accommodate cables and wires up 1.7" in diameter and produce measurements with a resolution of 0.0001" (i.e. 2.5 um). Non-standard configurations are also available. |
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Other measuring instruments
