Showing results: 361 - 375 of 379 items found.
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Response Dynamics Vibration Engineering, Inc.
Sensitivity testing involves making predictions of system response to environmental disturbance. The significance and importance of the system sensitivity estimates is very often overlooked. This gets companies in trouble and is one of the top reasons why we are called upon to provide timely solutions. Most teams are focused on getting their product to work and get it out the door. An engineering team will often not know how to quantify what to expect in the customer environment and how to test for those expected disturbances. We design hundreds of sensitivity tests and can explain the important concepts to consider in designing the tests and making the right measurements that allow for sound estimates of system response. This is an important expertise we use in our vibration, acoustic and magnetic field consulting services.
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Barben Analytical
The analyzer is suitable for direct field installation (NEMA 4X) in hazardous area (Class I, Division 2). The optical fiber sensor platform allows small inline sensors to be installed into sample tubing lines (1/4”), flow cells using NPT fittings, or directly into tanks or process lines using our retractable “hot tap” sensor design. BOS optical oxygen sensors are impervious to typical O2 poisons (H2S) and interferences (combustibles, magnetic, CO2 and H2) with high accuracy and long-term stability measurements without the need for complex or advanced sample conditioning systems. The threaded version of the optical sensor has optional Dual Seal (ANSI/ISA 12.27.01) classification for high pressure applications up to 1200 PSIG (82.7 BAR).
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Model 8515-D -
Magnetic Instrumentation Inc.
The Model 8515-D is a medium-energy, high voltage, and capacitor discharge type ringing demagnetizer capable of desaturating Ceramic and Rare Earth magnetic materials. The Model 8515-D is easily adapted to a wide range of production and laboratory demagnetizing requirements. A modern solid-state electronic control circuit, coupled with a rugged, heavy-duty discharge SCR and fixture, make this demagnetizer a highly reliable, low maintenance unit. The electronic voltage control circuit prevents the Model 8515-D from being discharged before the preset energy level has been reached, avoiding incomplete magnet desaturation. An easy to read front panel meter monitors the capacitor voltage. The energy storage level can be easily changed in the field. Integral electrical interlock and fail-safe circuitry provide a high degree of operator safety.
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ECO-Vibe neo -
EMIC Corporation
ECO-Vibe neo has been designed for an eco-friendly vibration test system. The test conditions with a vibration test system depends on a unit under test. Generally, the exciting force required for performing a vibration test can be calculated by the product of mass (e.g. test article, jig, table, etc.) and test acceleration. But, when the required exciting force is smaller than the maximum rated exciting force of the vibration test system, the field power supply that the constant current has to be continuously provided to produce the DC magnetic field constitutes a large part of power consumption compared with the drive power for the moving element. ECO-Vibe neo can reduce the power consumption by choosing the exciting force in this case. In addition, you can enjoy a reduction merit of the running cost from the first year when the system is introduced because initial cost is zero.
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Varcorder -
SensorLink
The Varcorder measures and records Amps and Power Factor. A voltage constant is then applied in software to calculate VARs. The Varcorder uses the same current sensor technology as the original Ampstik. This patented amp sensor does not use magnetic materials and has no moving parts. The opening of the sensor is electronically closed, and external currents are electronically rejected. The accuracy, external current reject, and range of currents measured by the patented amp sensor substantially exceed the performance of the best clamp-on sensors. The true power factor is calculated by measuring the electric field in comparison with the current reported from the amp sensor. The key feature of the unit is the ability to leave it deployed on the line to record readings every 15 minutes for 90+ days. It easily attaches to the line with a standard shotgun style hotstick. Once on the line, it immediately begins to collect and record the current and power factor on the line.
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MR3 -
Alpha Lab, Inc.
The MR3 Magnetoresistive Milligauss Meter measures and displays the three vectorcomponents (X, Y, Z) as well as the magnitude (M) of the static magnetic field. Update is two times per second. The three sensors are in a 25 mm (1") cube at the end of a flexible 100 cm (40") cable. It can be powered by 4 AA batteries (included) or a Worldwide AC adaptor (included). It can collect and store data (X, Y, Z and M) for later download or stream data live via USB connector. Both the instantaneous values of X, Y, Z and M, and their peak values, are displayed on the meter screen. "Peak" values are the highest values seen since the peak reset button was pressed. Maximum error of sensitivity is +/- 0.5 % of the reading, and the maximum error of the offset is +/- 0.50 milligauss. Range is +/- 1999.99 milligauss with resolution 0.01 milligauss (or 1 nT) over the full range, displayed simultaneously for X, Y, Z and M.
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INFINITY-Deep AEMD-USB -
JFE Advantech Co., Ltd.
INFINITY-Deep is an autonomously deployable data logger for current speed measurements in the deep oceans. The currents in the deep oceans are very weak. It is too hard to accurately measure the deep water currents by some ADVs (Acoustic Doppler Velocimeters) that detect the Doppler-effect by scatter with the suspended particles in the water, because the concentration is very low. INFINITY-Deep measures 2-D current data through a magnetic field according to Faraday's law. Therefore, even if the suspended particles do not exist around the sensor, it can provide the accurate current data. The depth rating is 6,000m. Compared to INFINITY-EM, the instrument has a depth and a tilt sensors to monitor mooring status. Also, the battery capacity doubles for long-term current velocity measurements.
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Electronic Systems of Wisconsin, Inc.
ESW Stator Test Systems come fully equipped with the latest industry features. The on-screen display in our testers allows the operator to visually see the part lead hook-up to the tooling connections. Our software makes it easier to read, track, and record your stator test information. While performing tests, you can watch the testing throughout the process in real time. You can view various wave-forms for surge or magnetic field, which can be displayed real-time and printed if desired. The software logs all test results, so that you do not have to worry about losing important information. ESW designs the tooling to be simple to connect the part. We work closely with you to define and implement your customized testing needs. The videos and slideshow below show some of our Stator Testers.
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Site Sentinel CXT -
Teledyne Gas & Flame Detection
Command functions include alarm reset, alarm acknowledge, alarm test and radio silence. In normal operation the control panel provides real time display of gas concentrations or the status of other field devices; battery charge levels, network RF signal quality and any number of fault diagnostic conditions affecting either an individual field device or the entire network. These fault conditions are displayed on the control screen.Options include audio alarm, visual alarm, external alarm port, alarm reset switch and up to 4 external wired sensor inputs. Standard features include a power-in port and power switch.The control panel is rated for Class 1, Division 2; Groups A, B, C, D hazardous areas. Operator interface is non-intrusive via magnetic contact switches located behind the glass lens cover. This advanced design takes advantage of a low power LCD with back light and ultra low power components. Power is provided by an internal rechargeable battery and/or 11.5 to 30VDC. Operating time is 1-2 months before recharge is required. An optional solar charging panel can be used to extend operating time for virtually any application.
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SystematIC
On basis of extensive experience in Hall Sensor readout and related intellectual property SystematIC has developed several customer-specific and application-specific Hall IC products.For isolated current sensing at DC and low frequencies the Hall sensing technique is a valuable technique. It allows full integration of the sensor elements (Hall plates) and the readout electronics in standard CMOS technology. SystematIC succeeded in combining the full integration with good accuracy parameters and high bandwidth. With a compact die containing magnetic field sensors and programmable readout amplifiers SystematIC contributed to the customers fully integrated current sensor product.SystematIC did the full integrated circuit development and supported in wafer and final test programming. As a result of cooperation with our customer a current-sensor-IC with low offset, high gain accuracy, low TC's and excellent isolation properties has been released for production.
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MOTOMEA
*Uses Hysteresis brake for measurement devicesIn addition to minimizing the magnetic field aperture in which the hysteresis cup rotates, this component minimizes the cup’s moment of inertia, enabling improved torque-control precision and controlling vibrations at high RPMs.*Enables stable measurements from low through high RPMsTorque is detected by the force exerted by the brake stator, enabling stable torque measurements from low through high RPM rages. This component features a maximum speed of 30,000 rpm (depending on torque rating). In addition, optional components can be used to improve speed resolution for use with low-speed motors of 100 rpm or less.*Compatible with broad range of torque ratings from 5mN*m through 50 N*mMeasurements components can be selected to suit motor power to ensure high-precision measurements. Users can select from 14 models of TA/TB torque measurement components, offering differing torque ratings.*Long-lasting non-contact brake Hysteresis brakes are non-contact devices and offer long service life. Except for bearings, hysteresis brakes have virtually no maintenance requirements.*Superior heat resistanceAnother hysteresis brake advantage is its resistance to changes in torque values due to increases in brake temperature or surrounding temperature.
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CM8856 -
Rinch Industrial Co.,Limited
* It meets the standards of both ISO2178 and ISO 2361 as well as DIN, ASTM and BS. It can be used both in the laboratory and in harsh field conditions.* The F probes measure the thickness of non-magnetic materials (e.g. paint,plastic, porcelain enamel, copper, zinc,aluminum , chrome etc.) on magnetic materials (e.g. iron, nickel etc.) . often used to measure the thickness ofgalvanizing layer, lacquer layer, porcelain enamel layer, phosphide layer, copper tile, aluminum tile, somealloy tile, paper etc.The N probes measure the thickness of non - magnetic coatings on non-magnetic metals .It is used on anodizing, varnish, paint, enamel,plastic coatings, powder, etc. appliedto aluminum, brass, non-magnetic stainless steel, etc.* Automatic substrate recognition.* Manual or automatic shut down.* Two measurement mode: Single andContinuous* Wide measuring range and highresolution.* Metric/Imperial conversion.* Digital backlit display gives exactreading with no guessing or errors.* Can communicate with PC computerfor statistics and printing by theoptional cable.* Can store 99 groups of measurements.* Statistics is available.2.SPECIFICATIONSDisplay: 4 digits LCD, backlitRange: 0~1250 μm/0~50mil(other ranges can be specified )Min.radius workpiece: F: Convex 1.5mm/Concave 25mmN: Convex 3mm/ Concave 50mmMin. measuring area: 6mmMin.Sample thickness : 0.3mmResolution: 0.1 μm (0~99.9μm);1 μm (over 100μm)Accuracy: ±1~3%n or 2.5 μm or 0.1mil(Whichever is the greater)Bttery Indicator: Low batter indicator.PC interface: with RS-232C interfacePower supply: 2x1.5 AAA(UM-4) batteryOperating condition: Temp. 0~50℃ .Humidity <95% .Size: 126x65x35 mm; 5.0x2.6x1.6 inchWeight: about 81g(not including batteries)Standard accessories:Carrying case ...................1 pc.Operation manual ............ 1 pc.F probe in built .................1 pc.NF probe in built...............1 pc.Calibration foils ..............1set.Substrate (Iron) ................1 pc.Substrate (Aluminium)......1 pc.Optional accessories: RS-232C cable & software:1.USB adaptor for RS-232C2.Bluetooth interface
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AXOS5 -
Laplace Instruments Ltd.
The AXOS5 is an ultra-compact immunity tester that performs all the most commonly used transient immunity tests, including Surge, EFT, Dips/Interrupts and AC/Surge Magnetic Field. The simplified user interface provides quick selection of tests and test levels, and even lets you change test parameters “on the fly” while running a test.The actual EUT power mains voltage and current are indicated in the display. Using the Electronic-Fuse function, the user can set an upper limit for EUT power mains current. This feature is useful to protect the EUT from unnecessary damage.Whether you test to the IEC 61000 series “CE Mark” standards, the IEC 60601 Medical Device standards, or any number of telecom and product specific standards, the AXOS5 tester is your one stop test station for everything from precompliance to full compliance to product development testing.A wide range of cost-efficient Coupling / Decoupling Networks for symmetrical and asymmetrical data- and signal-lines is available as an option.
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AXOS8 -
Laplace Instruments Ltd.
The AXOS8 is an ultra-compact immunity tester that performs all the most commonly used transient immunity tests, including Surge, EFT, Dips/Interrupts and AC/Surge Magnetic Field. The simplified user interface provides quick selection of tests and test levels, and even lets you change test parameters “on the fly” while running a test.The actual EUT power mains voltage and current are indicated in the display. Using the Electronic-Fuse function, the user can set an upper limit for EUT power mains current. This feature is useful to protect the EUT from unnecessary damage.Whether you test to the IEC 61000 series “CE Mark” standards, the IEC 60601 Medical Device standards, or any number of telecom and product specific standards, the AXOS8 tester is your one stop test station for everything from precompliance to full compliance to product development testing.A wide range of cost-efficient Coupling / Decoupling Networks for symmetrical and asymmetrical data- and signal-lines is available as an option.
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IBEKO Power AB
Contact resistance measurement is one of the most important and common tests during switchgear manufacturing, commissioning and maintenance stages. Besides switchgear testing, the RMO digital micro-ohmmeters are designed for simple, safe and efficient testing of:disconnecting switches,high-current bus bar joints,cable splices,welding joints,and different high-current links in factory and high-induction field environments.All DV Power RMO micro-ohmmeters use Kelvin’s 4-point measurement principle which is the most convenient for very small resistance measurements. The measurements are accurate and in accordance with international standards for AC high-voltage circuit breakers testing (IEEE C37.09 and IEC 62271-100).Starting from 2003, DV Power has been a trend-setter on the market when our first 500 A micro-ohmmeter weighing only 8 kg (RMO500A / CPM500) was released.Currently, DV Power products portfolio includes 16 models, divided into 3 series:13 portable models: RMO-A (6) and RMO-G (7) series.6 handheld models: RMO-H (6) seriesThe instruments generate a user-selectable and ripple-free test current up to 800 A in an automatically regulated test ramp. Test current ramping significantly decreases the influence of the magnetic transients to measurement.
