Showing results: 331 - 345 of 351 items found.
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779618-01 -
NI
16 AI (16-Bit, 250 kS/s), 2 AO, 6 DI, 4 Sourcing DO, Bank-Isolated, PXI Multifunction I/O Module—The PXI‑6232 is a bank-isolated DAQ device designed for voltage I/O. It offers analog I/O, digital input, sourcing digital output, two 32‑bit counters, and digital triggering. The digital input and outputs are compatible with 24 V signals. It combines the safety and performance benefits of isolation with high-performance timing, amplification, and calibration technologies to offer accurate measurements and precise control. The PXI‑6232 is ideal for test, measurement, control, and design applications in environments with high voltages and electrical noise. You can use the PXI‑6232 to read from encoders, flow meters, and proximity sensors as well as control valves, pumps, and relays.
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779626-01 -
NI
8 AI (16-Bit, 250 kS/s), 2 AO, 6 DI, 4 Sinking DO, Bank-Isolated, PXI Multifunction I/O Module—The PXI‑6239 is a bank-isolated DAQ device designed for current I/O. It offers analog I/O, digital input, sinking digital output, two 32‑bit counters, and digital triggering. The digital input and outputs are compatible with 24 V signals. It combines the safety and performance benefits of isolation with high-performance timing, amplification, and calibration technologies to offer accurate measurements and precise control. The PXI‑6239 is ideal for test, measurement, control, and design applications in environments with high voltages and electrical noise. You can use the PXI‑6239 to read from encoders, flow meters, and proximity sensors as well as control valves, pumps, and relays.
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779622-01 -
NI
4 AI (16-Bit, 250 kS/s), 4 AO, 6 DI, 4 DO, Bank-Isolated, PXI Multifunction I/O Module—The PXI‑6236 is a bank-isolated DAQ device designed for current I/O. It offers analog I/O, digital input, digital output, two 32‑bit counters, and digital triggering. The digital input and outputs are compatible with 5 V TTL/CMOS signals. It combines the safety and performance benefits of isolation with high-performance timing, amplification, and calibration technologies to offer accurate measurements and precise control. The PXI‑6236 is ideal for test, measurement, control, and design applications in environments with high voltages and electrical noise. You can use the PXI‑6236 to read from encoders, flow meters, and proximity sensors as well as control valves, pumps, and relays.
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imc Test & Measurement GmbH
As your specialist for measurement and testing technology, imc designs and manufactures test stands perfectly matching requirements for a complete range of components: whether for servomotors, pumps, brakes or valves – according to your wishes, imc component test stands can quickly and precisely test for perfect operation, verify lifetime, determine energy efficiency, and much more. Thanks to the modern software imc STUDIO, test objects can be tested for complex and wide-ranging scenarios.Test stand solutions from imc are characterized by their flexibility, short set-up times and productive test processes.As a manufacturer of measurement and test technology, it is second nature to us that imc test stands deliver reproducible and verifiable results and ensure productive test processes. Furthermore, we place enormous value not only on first-class technical features for imc test stands, but also on meeting the economic demands of our customers.
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Model T753U -
Teledyne Advanced Pollution Instrumentation
The Model T753U is a portable, microprocessor based precision Calibrator for Ozone gas instruments and sensors. Using a sophisticated Ozone generation system, combined with a sensitive photometer and pneumatic design, the T753U produces stable and reliable concentrations of Ozone in a convenient and rugged package based on our popular T750U Portable Multigas Calibrator platform. The T753U is housed in a high-density, molded travel case which includes an integral handle and wheels for durability and ease of use in the field for virtually any application. An internal zero air option extends the T753U's capabilities to also provide a clean and dry source of zero air, eliminating the need for a separate source of zero air. The internal zero air source module contains a software driven electronic inlet valve manifold allowing the calibrator to automatically switch between internal and external zero air sources depending on the application needs.
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G-MIX 3CH -
BioAge s.r.l.
G-MIX is a versatile integrated system that can be easily used to create innumerable gas mixtures, the gas flows are accurately controlled by three MFCs (Mass Flow Controllers), each MFC has stored within its memory the calibrate tables for 10 gases different. The entire hydraulic system was created using AISI316 stainless steel pipes, fittings and valves, using the best solution available for this type of application. The stoichiometric composition of the gaseous mixture can be easily controlled via a software developed by Bioage, with an intuitive and friendly interface that can be easily installed on a common PC and communication with G-MIX is possible by means of a USB port. The System Can be used in Stand-Alone mode, without any connection to the PC thanks to the easy and intuitive LCD display with which each MFC is equipped, setting the gas parameters using an intuitive keyboard with which the MFC is equipped.
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Teledyne e2v
Te;edyne e2v offers a range of compact modulator systems based around its patented solid-state switching technology. High power pulsed systems are developed for radar and for linear accelerators used in industrial, scientific and medical applications.The compact modulator is a direct switching unit, designed to drive either our microwave tubes or those from other manufacturers. The high voltage modulators and semiconductor switches provide a real proven alternative to conventional "line and hard valve type" modulator technology. Using innovative assemblies of solid-state switches, together with compatible power supplies and energy storage units, gives a significant improvement in pulse shape and quality. A flexible control system gives the ability to remotely vary the pulse parameters on a pulse-to-pulse basis. These features make the units ideal for systems where precise energy control is essential.
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Sanwood Environmental Chambers Co ., Ltd.
Sanwood is the company capable of offering a series of Rapid ESS Test Chamber,Rapid Temperature Change Test Chamber,Environmental stress screening (ESS) test chamber,Environmental stress screening test chamber,Temperature Change Test ChamberEnergy-saving design: Adopting PID + PWM principle of VRF (refrigerant flow control) technology to achieve low-temperature energy-saving operation (electronic expansion valve according to thermal energy conditions refrigerant flow servo control technology) low temperature working state, the heater does not participate in the work, through PID + The PWM regulates the flow rate and flow direction of the refrigerant, and regulates the three-way flow of the refrigerant pipe, the cold bypass pipe, and the hot bypass pipe to achieve automatic constant temperature to the working chamber. This method can reduce energy consumption by 30% under low temperature conditions.
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ReaXus LS Class -
Teledyne LABS
The reliable ReaXus LS Class consists of single-headed, positive displacement piston pumps incorporating advanced cam designs for very low pulsation.The pumps are ideal for a wide variety of applications, Semi-Prep LC, metering & dispensing, and general laboratory use. Standard fluid path materials are Stainless Steel with PEEK options. Other available features include jacketed heads for temperature controlled processes. With 5 mL/min, 10 mL/min, and 40 mL/min versions available, and pressure capability up to 6,000 psi, these versatile pumps will meet the most demanding applications.Features include automatic pressure compensation, Pulse Dampener, integrated Prime-Purge Valve, interactive keypad control, and complete PC control and status through RS-232 and Micro USB 2.0 ports. The unique LS Class provides the highest performance/cost ratio in a compact package.
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Vision AutoPlus & Vision AutoFill -
Teledyne LABS
The Vision® AutoPlus™ is a modern upgrade of the popular Hanson legacy AutoPlus™ autosampler. The Vision AutoPlus comes with a choice of 6 or 8 sampling channels, and DissoScan™ (1-bath) or Maximizer™ (up to 3 baths) configurations. Precision syringe pump mechanics, all-inert tubing and valves, and color touchscreen programming with up to 100 protocols are standard on each instrument.The Vision® AutoFill™ is a sample collector designed for seamless integration with the Vision AutoPlus to save space and to provide a 360 degree view for visual monitoring of the collection process.. Vision AutoFill accessories include choice of collection racks with 13 x 100 or 16 x 100 mm test tubes for UV-Vis, 12 x 32 mm vials for HPLC, sample trays with 12 x 32 mm vials for UPLC®, and more.
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Vivax-Metrotech Corp
In our ever-changing landscape, important assets are buried or paved over making finding for them both difficult and time consuming. Valve and manhole covers are often lost after ground work activities, re-surfacing or after heavy snow falls. Buried boundary markers can also be difficult to find. Most of these items are manufactured using magnetic or ferrous materials. These can be detected using the VM-880. As it detects only ferrous materials, aluminum cans, bottle caps, etc. are rejected. The simple audio and visual user interface has been designed to minimize training requirements while the latest technologies are employed to ensure maximum sensitivity and depth range. Particular attention has been made to ensuring the weight of the VM-880 is minimized, at just 1.54lbs (0.7kg), it is by far the lightest in its class. This has been achieved without compromise to strength. The submersible carbon fiber antenna tube is both lightweight and provides maximum protection to sensitive sensors.
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Pacific Instruments, Inc.
Series 6000 digital I/O modules record signals from frequency counters, flow meters, encoders, discrete transducers, IRIG time, etc. which are often part of the test environment. These digital signals are time aligned and recorded alongside the system’s analog measurements. High density digital inputs provide an opportunity to easily include facility controls like switches, valve positions, relays, lights, etc. along with the test data. Series 6000 digital I/O modules also provide outputs generated by user command or automatically by Sequence, Alarms or DSP. User generated outputs are accomplished in software while sequencers can be programmed prior to a test and initiated by program or hardware control. Alarm conditions preprogrammed on the analog side can automatically generate digital outputs which are typically connected to facility control systems or PLCs. A DSP adds powerful real-time processing and is appropriate for PID control loops, derived parameter calculations and a variety of other real-time operations.
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8601 -
Hydraulic Technology, Inc.
The Radiator Flow Test Machine P/N 8601 meets all requirements of military specification MIL-F-45955A (AL). It is completely self contained and requires only connection to a source of shop electrical power to place in operation. A power cable complete with three prong grounding plug is permanently attached to the machine for this purpose. The unit consists of a water storage tank, a pumping system, a flow measuring system, a support and workstation, and the required hose adapters for connection to different size radiators. The complete unit is mounted on swiveling casters. The flow rate is infinitely adjustable from 0 to 120 gallons per minute by means of a panel mounted control valve. The machine is constructed from heavy 10 gauge steel, is double welded and is coated externally and internally with a water-resistant epoxy coating. Flow measurement is accomplished by a digital panel meter with a calibrated accuracy of plus or minus 3 percent of scale between 5 and 120 gallons per minute. Higher flows available on request.
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ReaXus LD Class -
Teledyne LABS
The versatile LD Class consists of dual-headed, positive displacement piston pumps, delivering unmatched performance for analytical, flash, and small-scale preparative chromatography applications.The pumps are designed for high flow rate accuracy and low pulsation required for Analytical Liquid Chromatography (HPLC). Standard fluid path materials are Stainless Steel, PEEK, in addition to optional Hastelloy. Other available features include jacketed heads for temperature controlled processes. With 12 mL/min, 36 mL/min, and 100 mL/min versions, reaching pressures up to 6,000 psi, these pumps will meet the performance requirements of demanding HPLC needs.The high performance linear cams, along with automatic pressure compensation, provide precise flow rates for very accurate high pressure and low pressure gradients. Standard features include an integrated Prime-Purge Valve, Pulse Dampener, interactive keypad control, and complete PC control status through RS-232 and Micro USB 2.0 ports. The LD Class provides the precise flow and low pulsation for the most challenging separations.
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National Technical Systems
Fluid power systems play a critical role in many industries, and are one of the three major forms of power transmission along with electrical and mechanical power systems. In many cases, however, mechanical and electrical methods cannot provide a practical power transmission solution. In these cases, fluid power (whether hydraulic or pneumatic) is often used because it can deliver linear and rotary motion with high force and torque within a smaller, lighter package than is possible with other forms of power transmission. Some of the most common applications of hydraulic systems are in heavy construction and off-highway equipment. Other applications can be seen in aircraft, mass transportation systems (such as trains), construction, mining, agriculture, waste reduction, and utility equipment. The various components (such as valves, actuators, cylinders, accumulators, etc.) that make up these systems must perform reliably and have a reasonable life span. Only a thorough test program carried out under simulated field use conditions can insure that any component part or assembly will meet its original design goals for performance, reliability and longevity. Many internationally recognized organizations have published test standards that apply to hydraulic/pneumatic and fluid power systems and components. Some of these organizations are:
