Search Results for motion control

(DFAN) systems, requires precise control instrumentation for their Neutron™ acoustic drivers. DFAN tests subject space payloads to high-intensity sound pressures exceeding 140 dB, ... Spindle force and motion testing : n: Fluid pressure testing : n: Ride and handling : POWERTRAIN DEVELOPMENT : n: Improvement of performance, fuel economy, and ...

7.5.3 Control of Documented Information .....14 . Quality Management System Policy Manual Quality System ... pressure, force, shock, or vibratory motion for commercial, military and aerospace applications. . . Quality Management System Policy Manual Quality System Manual Level: I Revision: R Revision Date: 12/4 ...

Temposonics ® R-Series V sensors are the most advanced linear position sensors on the market, combining the latest magnetostrictive technology with innovative smart diagnostics for industrial applications.. Powerful linear position sensor with high accuracy and reliability; More robust due to improved shock and vibration resistance; Up to 30 positions and speeds can be measured simultaneously

motion, as described in working drafts of ISO 16063-31 “Methods for the calibration of vibration and shock transducers - Part 31: Testing of transverse vibration sensitivity”. ... Shock is by its nature difficult to control, so is not considered here as a source of excitation for transverse sensitivity. If extreme amplitudes are needed ...

Complete a system with AISG compliant accessories including RET Control Units, Actuators, Control Cables, Bias-Ts, Surge Arrestors and more.

Precision Air-Bearing shaker option for Model 9155 Calibration System. Includes 396C11 air-bearing shaker with useable frequency range of 5Hz to 20kHz and ultra low transverse motion.

of control valves, fluid cylinders and drives in power plants for pitch settings at water- or wind turbines or for ship control systems and floodgates. ... The magnet, connected to the object in motion in the application, generates a magnetic field at its location on the waveguide. A short current pulse is applied to the waveguide. This creates a

Ceramic Insert Precision Air-Bearing Shaker Option for Model 9155 Calibration System. Includes 396C10 air-bearing shaker with a useable frequency range of 5 Hz to 15 kHz and ultra-low transverse motion per ISO 16063 recommendations

motion in the application, generates a magnetic field at its location on the waveguide. A short current pulse is applied to the waveguide. This creates a momentary radial magnetic field and torsional strain on the waveguide. The momentary interaction of the magnetic fields releases a torsional strain pulse that propagates the length of the ...

relative to the force, strain, or motion applied to the transducer. The unit is typically integrated with a PLC or data acquisition system for process and/or quality control. Two analog outputs are available; a ±10 V “Continuous” Waveform Output, which is buffered from the output of the

The most commonly used technology is our proprietary integrated circuit piezoelectric, ICP® (IEPE) accelerometers, which require constant current power supply. Most data acquisition, digital control, and portable data systems provide ICP® sensor power. Each directional axis measured requires one channel of the data system or signal conditioner.

Rapid forward motion. Ethical. Upholding integrity with our employees, customers, and operations. Collaborative. Working willingly alongside customers, coworkers, community, and sister operations . Experience. Founded in 1966; Involvement in the development of international connector specifications through EIA®, IEC and ISO as well as PICMG®

Piher Sensing Systems designs and manufacturers current sensors based on Hall-effect and TMR technology for accurate measurement of currents in automotive battery management and motor control applications. Piher’s 3-phase precision current sensors improve motor or solenoid control applications and grid monitoring.

All settings under control with the smart assistants for the R-Series V The TempoLink ® and the TempoGate smart assistants support you in setup and diagnostics of the R-Series V. For more information of these assistants please see the data sheets: • TempoLink® smart assistant (Document part number: 552070) • TempoGate® smart assistant

cantilevers, two on its top surface and two below, constraining the mass to planar motion and assuring extremely low transverse sensitivity. The direction of sensitivity is normal to the mounting surface. The Lid and Base layers provide mechanical stops to protect against over-travel of the mass, and grooves in the Lid and Base control the flow of

motion in the ap plication, generates a magnetic fi eld at its location on the waveguide. A short current pulse is applied to the waveguide. This creates a momen tary radial magnetic fi eld and torsional strain on the waveguide. The momentary interaction of the magnetic fi elds releases

CO2-based Ventilation Control Where Required and Recommended Amphenol Advanced Sensors ® Application Note Ventilation is an important part of maintaining a comfortable, healthy, productive environment for students

Amphenol’s MotionGrade M23 and M40 products are ideally suited for advanced servo drive encoder feedback applications, packaging, robotics, printing, machine tool, medical and automation environments where control signal transmission or power are required in a robust and compact delivery system.

4 Temposonics® R-Series V RH5 EtherCAT ® Data Sheet TECHNICAL DATA Output Interface EtherCAT® Ethernet Control Automation Technology Data protocol EtherCAT® 100 Base-Tx, Fast Ethernet Data transmission rate 100 Mbit/s (maximum) Measured value Position, velocity and acceleration/option: Simultaneous multi-position, multi-velocity and multi-acceleration

Periodic Acceleration - acceleration that continuously varies over the duration of the event, and is quite repetitive. Examples include the vibration of rotating machinery such as motors and bearings or the acceleration experienced by a free-swinging pendulum. Periodic acceleration is the result of continuous motion.