Showing results: 706 - 720 of 2290 items found.
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Series S -
Teledyne Relays
The Series S single-phase relays are designed for all types of loads. The design incorporates an SCR or triac output. The relays utilize optical isolation to protect the control from load transients. All contain an internal snubber for output protection. High-current models are excellent for motor and UPS control. Zero-Cross or Random switching options available.Available options include:S24D25 25A, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; Zero-CrossS24R40 40A, 12-280Vrms, 600Vpeak Load; 3-30Vdc Control; RandomS24D40 40A, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; Zero-CrossS24D40 40A, 12-280Vrms, 600Vpeak Load; 90-240Vac/Vdc Control; Zero-CrossS48R25 25A, 24-520Vrms, 1200Vpeak Load; 4-30Vdc Control; RandomS48D25 25A, 24-520Vrms, 1200Vpeak Load; 5-30Vdc Control; Zero-CrossS48D50 50A, 24-520Vrms, 1200Vpeak Load; 5-30Vdc Control; Zero-CrossS48R75 75A, 24-520Vrms, 1200Vpeak Load; 90-240Vac/Vdc Control; Zero-CrossS48A50 50A, 24-520Vrms, 1200Vpeak Load; 90-240Vac/Vdc Control; Zero-CrossS48A50-22/R 50A, 24-520Vrms, 1200Vpeak Load; 17-80Vac/Vdc Control; Zero-CrossS48R125 125A, 24-520Vrms, 1200Vpeak Load; 4-30Vdc Control; RandomS60D50 50A, 24-690Vrms, 1600Vpeak Load; 7-30Vdc Control; Zero-CrossS60D125 125A, 24-660Vrms, 1600Vpeak Load; 7-30Vdc Control; Zero-Cross
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Dynamic Load Monitoring Ltd.
DLM TW-3.0 Data Logging Software enables PC data logging of load readings displayedon a TW-3.0 display which is connected to a TW-3.0 compatible DLM Load Cell. The applied load on the Load Cell is recorded by the software and shows a live graph against the live time and date.
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Series SD -
Teledyne Relays
Series SD dual-phase relays are designed for all types of loads. The design incorporates two relays in a single package. The relays utilize optical isolation to protect the control from load transients. High-current models are excellent for motor and phase angle control. SD relays are available with faston or screw terminals, and Zero-Cross or Random switching.-06 = Faston TerminalsAvailable options include:SD24R50 50Arms, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; RandomSD24D40-06 40Arms, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; Zero-CrossSD24D50-06 50Arms, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; Zero-CrossSD24R50-06 50Arms, 12-280Vrms, 600Vpeak Load; 4-30Vdc Control; RandomSD48D50A 50Arms, 24-600Vrms, 1200Vpeak Load; 10-30Vdc Control; Zero-CrossSD48D50A2 50Arms, 24-600Vrms, 1200Vpeak Load; 10-30Vdc Control; Zero-CrossSD48D40-06 40Arms, 24-600Vrms, 1200Vpeak Load; 5-30Vdc Control; Zero-Cross
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Series STH -
Teledyne Relays
Series STH relays offer high performance in a flexible and innovative package. Designed for all types of loads, they deliver output to 75A, 600Vac for resistive loads. They have removable touch-proof terminal covers for versatile, easy, and quick connections. STH relays feature a metal base-plate and are up to 30% lighter than standard relays, and are Zero-Cross switching.Available options include:STH24D12 12A, 12-280Vac, 600Vpeak Load; 3-32Vdc ControlSTH24D25 25A, 12-280Vac, 600Vpeak Load; 3-32Vdc ControlSTH24D35 35A, 12-280Vac, 600Vpeak Load; 3-32Vdc ControlSTH48D50 50A, 24-600Vac, 1200Vpeak Load; 3-32Vdc ControlSTH24D50 50A, 12-280Vac, 600Vpeak Load; 3-32Vdc Control
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Series SH /AC -
Teledyne Relays
Series SH relays offer high performance in a flexible and innovative package. Designed for all types of loads, they provide output to 125A, 690Vac. They incorporate removable touch-proof terminal covers for versatile, easy, and quick connections. SH relays feature a metal base plate and built-in LED, and are up to 30% lighter than standard relays. Zero-Cross and Random switching options available.Available options include:SH24D25 25A, 12-275Vac, 600Vpeak Load; 3-32Vdc Control; Zero-CrossSH24A25 25A, 12-275Vac, 600Vpeak Load; 20-265Vac/Vdc Control; Zero-CrossSH48D35 35A, 12-510Vac, 1200Vpeak Load; 3.5-32Vdc Control; Zero-CrossSH48A50 50A, 12-510Vac, 1200Vpeak Load; 20-265Vac/Vdc Control; Zero-CrossSH48D95 95A, 12-510Vac, 1200Vpeak Load; 3.5-32Vdc Control; Zero-CrossSH48A95 95A, 12-510Vac, 1200Vpeak Load; 20-265Vac/Vdc Control; Zero-CrossSH48R125 125A, 12-510Vac, 1200Vpeak Load; 3.5-32Vdc Control; RandomSH48D125 125A, 12-510Vac, 1200Vpeak Load; 3.5-32Vdc Control; Zero-CrossSH48A125 125A, 12-510Vac, 1200Vpeak Load; 20-265Vac/Vdc Control; Zero-CrossSH60D50 50A, 12-510Vac, 1600Vpeak Load; 3.5-32Vdc Control; Zero-CrossSH60D125 125A, 24-690Vac, 1600Vpeak Load; 3.5-32Vdc Control; Zero-Cross
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Shimadzu Corp.
This is a structural fatigue testing machine for researching the dynamic behavior of full-size or model structures by applying repeated loads. The actuator that supplies the loads to the specimens can be installed on load frames, reaction floors, reaction walls, etc.
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S94520B -
Keysight Technologies
S94520B Arbitrary Load Impedance X-parameters enables an X-parameter model to be collected over a user defined set of load impedances. S94520B still requires an application to control the load impedance such as S94521B or Maury ATS or IV Cad.
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IVCAD MT930 Series -
Maury Microwave Corporation
IVCAD advanced measurement and modeling software, offered by Maury Microwave and AMCAD Engineering supports multiple load pull techniques including traditional load pull using external instrumentation, VNA-based load pull, active load pull and hybrid load pull. It performs DC-IV and pulsed-IV measurements and incorporates device modeling tools. Its modern visualization capabilities give users a greater ability to view, plot and graph measurement data in an intuitive manner.
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National Technical Systems
To determine the failure point or break strength, you will need to define what a break is (break detector). Generally, there are two common types of breaks: the sharp break is referred to the measurement when load or force drops by 5% from its peak load measurement. A percentage break is another form of break and is generally determined by the sample material and its relationship to load degradation from a peak load measurement. A plastic material will likely have a load drop of 5%, but not represent a break. In this case, a percentage break would need to be applied. In a tensile test, the breaking load is the break strength.
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Series G -
Teledyne Relays
Series G relays are designed for medium-power loads. The design incorporates a thyristor output. Series G relays utilize optical isolation to protect the control from load transients. An internal MOV is also provided to protect against load transient voltages. The compact size makes it ideal for designs where space is limited. Zero-Cross and Random switching options available.Available options include:G24R12-06 12Arms, 12-320Vrms, 520Vpeak Load; 3-32Vdc Control; RandomG24D12-06 12Arms, 12-320Vrms, 520Vpeak Load; 3-32Vdc Control; Zero-Cross
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LXinstruments GmbH
An electronic load offers the possibility of testing the specimen under different loads. Various load changes are simulated, as they can occur in normal operation. For this purpose, the relevant load current is set in a defined range and electronically controlled. For the test, different operating states are either programmed or entered into the system via an interface (USB, RS-232, GPIB...). For easy handling and quick use, there are four operating modes.
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Holding Informtest
Measure current using either "Average responding" meters reading linear loads or "True RMS" meters measuring non linear loads.
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SUBT-3.0 -
Dynamic Load Monitoring Ltd.
The Subsea Tensile Link is specially designed for working in subsea conditions and is used for measuring tensile loads. With an optional integral 4-20mA amplifier the load cell is packaged in a wooden case with a subsea rated signal cable to customer specific lengths or alternatively can be supplied with a TW-3.0-S display. Fully sealed with a subsea connector and pressure tested to over 250Bar the load cell is the ideal instrument for easily and accurately measuring subsea loads.
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PI-41400 -
Pulse Instruments
The PI-41400 is a dual channel Clock Driver card capable of operating up to 190 MHz into a 50-ohm load and up to 80 MHz at an amplitude of 8 volts into a 1-megohm load. Into a high impedance load the output voltage range is from a –3 volts to 8 volts with the output pulse amplitude ranging from 0.5 V to 9 V. When driving a 50 load the voltage range is –1.5 volts to 4.5 volts with the output pulse amplitude ranging from 0.25 V to 4.5 V. The rise and fall times of the output pulse are variable from 1.2 ns to 9 ns into a 50-ohm load and <5 ns to 9 ns into a HiZ load. The output pulse amplitude and the load being driven determine the range of variability. The driver output can be set for tri-state operation and the output polarity can be set for ‘Normal’ or ‘Inverted’ operation through software.
