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- Virginia Panel Corporation
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Signal, Module, Receiver, TriPaddle, 90 Series, 64 Position, w/ Right Angle Contacts
510104187
Primary mating module 510108101. (May mate with other ITA modules, as well.)
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Angle Position On-Axis
The magnetic rotary position sensor product family detects the absolute angular orientation of an on-axis two-pole magnet rotating over the center of the IC. The absolute angular position can be provided in various formats, including PWM, ABI and UVW, or directly read through the host interface. According to the application’s requirements, resolutions from 8-bit up to 14-bit are available. This technology can be employed in high-accuracy angle position detection, high-speed rotation systems and brushless DC motor control. Any rotary magnetic position sensor can replace either absolute or incremental optical sensors, other magnetic and inductive technologies, potentiometers or magnetic switches.
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Angle Position Indicators
NAI offers a wide variety of Angle Position Indicators (APIs) that perform high quality analog-to-digital conversions of Synchro or Resolver data. These measurement instruments deliver industry-leading performance in a variety of accuracy and resolution grades, with various packaging options available. Multiple communication control interfaces include:*Touch screen*Front panel*Optical mouse*IEEE-488*Ethernet*USB
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Synchro And Resolver Angle Position Indicator
AP-501
The AP-501 is a high accuracy, auto-ranging, broad band synchro and resolver angle position indicator. The synchro or resolver angle is displayed on a bright 0.56 inch LED display. The indicator maintains a accuracy up 0.03 degrees even with synchro or resolver phase shifts up to 45 degrees over a frequency range of 47-300 Hz. The 800B301 is a low profile rack mounted synchro/resolver angle position indicator with 360 degree offset capability via front panel thumb wheel switches.
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Angle Position Indicator, High Accuracy
8810A
NAI's 8810A Angle Position Indicator (API) is a rack-mount or bench-top measurement instrument featuring front panel controls and input terminals. The use of an intelligent DSP design eliminates push buttons and allows all programming to be done either via an integrated touch-screen, front panel USB optical mouse interface, or with the multipurpose increment/setup knob. Improved flexibility is provided by two fully independent inputs that can be used to read two separate input signals simultaneously, or can be combined to measure multi-speed Synchros or Resolvers.Read more: http://www.naii.com/Angle-Position-Indicator-High-Accuracy/P196#ixzz3ztgONPA5
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4 Digit Angle Position Indicator (API)
TA-900
This has been the New standard in Angle Position Indicators. 4 digit API has fault monitoring for both low-level and loss of signal (LOS) and this status is shown on the front panel led. The unit provides simultaneous connection of both synchro and resolver devices.
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Signal, Module, Receiver, TriPaddle, 64 Position, w/ Right Angle Contacts
510104109
Primary mating module 510108101. (May mate with other ITA modules, as well.)
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Signal, Module, ITA, TriPaddle, 90 Series, 64 Position, with Right Angle Contacts
510108112
Primary mating module 510104134. (May mate with other Receiver modules, as well.)
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Signal, Module, ITA, TriPaddle, 90 Series, 96 Position, with Right Angle Contacts
510108125
Primary mating module 510104135. (May mate with other Receiver modules, as well.)
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Signal, Module, Receiver, TriPaddle, 90 Series, 96 Position, w/ Right Angle Contacts
510104135
Primary mating module 510108125. (May mate with other ITA modules, as well.)
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Signal Module, ITA, QuadraPaddle, 192 Position, Right Angle Contacts For Custom PCB Mounting (510 151 107 And 510 109 316)
510151121
This kit has everything you need to attach a VPC ITA Module to a custom designed PCB. This includes the right angle header (P/N 510 109 316) and the ITA Module (P/N 510 151 107).
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Signal Module, Receiver, QuadraPaddle, 192 Position, Right Angle Contacts For Custom PCB Mounting (510 150 130 And 510 109 315)
510150152
This kit has everything you need to attach a VPC Receiver Module to a custom designed PCB. This includes the right angle header (P/N 510 109 315) and the Receiver Module (P/N 510 150 130).
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Phase Angle Voltmeter, Industry Standard
2250A
NAI's 2250A Phase Angle Voltmeter is the most accurate and versatile AC measurement tool in the Synchro/Resolver and LVDT/RVDT marketplace. Considered the industry standard and based on the latest DSP and FPGA technologies, the 2250A substantially extends and simplifies the capabilities of the legacy 2250 model.
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Astrosystems Position Sensors
HST-21U Transducer and Encoder
NAI offers resolver-based Astrosystems Absolute Position Sensors for the packaging, material handling, and automated manufacturing industries. Specifically designed for rugged defense and industrial applications, these highly accurate and programmable units feature standard interfaces and rugged designs. They simplify machine set-up, reduce overall costs, extend product life, and provide a very high level of application flexibility.
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Porket Geological Compass
DQL-8
DQL-8 pocket geological compass is mainly used in the measurement of the trend, the tendency, the inclination angle, the fixed position, the measured angle, the fixed level, the vertical angle measurement.
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Synchro/Resolver
With so-called synchro/resolver cards, rotation angle sensors that work according to the synchro/resolver principle can be measured. Depending on the angle of rotation, these generate a sine and cosine signal, in order to determine the position and direction of rotation.
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VXI Synchro/Resolver Module
VX3701
With so-called synchro/resolver cards, rotation angle sensors that work according to the synchro/resolver principle can be measured. Depending on the angle of rotation, these generate a sine and cosine signal, in order to determine the position and direction of rotation.
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Angle Sensors
Angle sensors of the PRAS/PRDS series are based on a contact-free and absolute measurement principle. The position sensing element is a permanent magnet.
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Distance Sensor Technology
Inductive sensors
Inductive sensors measure the position changes of metal objects without contacting them. The ever increasingly optimized repeatability paired with the outstanding precision in measuring paths, angles, and positions when applied increase the productivity of every machine.
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Pin-Line™ Vertisocket™
Series 0517
Pin-Line Vertisockets. For mounting components, jumpers, etc., at right angle to PC board. Available 1 to 25 positions; cuttable to any number desired.
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Incremental Encoders
Versatile, compact and flexible – Incremental encodersIncremental encoders are used when retention of absolute position upon power loss is not required. These encoders provide information about the position, angle and number of revolutions. The number of lines per revolution determines the resolution. The current position can be determined by counting these pulses from a reference point. Upon activating the machine, a reference run to the reference point is required to determine the absolute position of the encoder.
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Reliable CAN Measurement Technology
CNT evo CAN MM Series
The CNT evo is a high-precision measurement module designed for measuring frequencies, pulse widths, incremental displacement measurements, rotation angles, position measurement, event counting and period measurements.
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Stepper Motors
Stepper motors provide precise motion without the need for position feedback or commutation. Our stepper motors are available in unipolar or bipolar configuration and 1º to 90º step angles.
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Synchro/Resolver to Digital Converters
Resolvers and synchros are transducers that convert the angular position and/or velocity of a rotating shaft to an electrical signal. Both deliver signals proportional to the sine and/or cosine of the shaft angle. A resolver-to-digital or synchro-to-digital converter converts these signals to a digital output corresponding to the shaft angle and/or velocity. ADI’s family of RDCs and SDCs offer solutions for these applications.
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2-28 Vrms Input, 2-115 Vrms Exc, 47 Hz - 1 kHz Freq
SDx
Synchros and Resolvers are transformer-type voltage/current transducers that convert a shaft or other rotating device's angular position and/or velocity to a multi-wire AC electrical signal. Both deliver signals proportional to the Sine and/or Cosine of the shaft angle. A Resolver-to-Digital or a Synchro-to-Digital converter is used to convert these signals to a digital output corresponding to the shaft angle and/or velocity.
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Absolute Optical Encoder Kit Version
A2K
The A2K absolute encoder is a non-contacting optical rotary position sensor which reports the shaft angle within a 360 deg. range. As opposed to incremental encoders, the A2K reports the absolute position rather than the change in position. When powered up, it does not require a home cycle, even if the shaft was rotated while the power was off. In multi-turn mode, it tracks the position in a 32-bit counter as long as the power supply is maintained. Internally, an infrared LED flashes through a circular bar code onto a linear array sensor. The microcontroller decodes the image into a unique position. All user programmable parameters such as resolution, origin, direction and mode are permanently stored in an internal EEPROM
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Absolute Optical Encoder
A2
Product DescriptionRestriction of Hazardous SubstancesThe A2 absolute encoder is a non-contacting optical rotary position sensor which reports the shaft angle within a 360 deg. range. As opposed to incremental encoders, the A2 reports the absolute position rather than the change in position. When powered up, it does not require a home cycle, even if the shaft was rotated while the power was off. In multi-turn mode, it tracks the position in a 32-bit counter as long as the power supply is maintained. Internally, an infrared LED flashes through a circular bar code onto a linear array sensor. The microcontroller decodes the image into a unique position. All user programmable parameters such as resolution, origin, direction and mode are permanently stored in an internal EEPROM
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Non-contacting Position Sensors
For use in harsh environments, Vishay offers non-contacting position sensors based on Hall Effect technology. Linear displacement, rotational (single- and multi-turn), and kit design options all provide a full 360° measurement range with no dead angles and very long life, since there is no wear and tear on sensor elements. Applications for Vishay’s non-contacting position sensors include any system where vibration, shock, or dithering is to be expected, such as embedded applications in vehicles.
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Goniophotometer
GMS2000
In this goniophotometer, the tested luminaire rotates in the prescribed burning position and around the vertical axle and a reflecting mirror rotates around the horizontal axle, meanwhile, a synchronous axle will rotate toward the opposite direction synchronously. The combined motion of the luminaire and mirror permit luminous measurement at the direction of any horizontal or vertical angle without tilting the luminaire, therefore, the luminous intensity will be not variation. The photometer head located at a fixed position of the limiting photomet- ric distance in front of the reflecting mirror to gather the light in each direction.
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EZ-Glider Position Control Telescoping Torque Arms
The position control telescoping torque arms help manufacturers detect and eliminate costly screw-fastening errors during the assembly process. Position Control telescoping torque arms are designed to reduce the risk of improperly fastened screws, ensuring that every screw is in the correctly tightened in the correct sequence. Using the EZ-Glider Position Control torque arm is like putting the eyes and ears of a quality control manager where they are needed most - right on the assembly area.The EZ-Glider Position Control telescoping torque arm consists of a torque reaction arm with encoders mounted at the base and a control box. The control box is used for programming and it tracks the axis movement by converting angle counts to the precise position of the screwdriver. The location is calculated from encoder values, allowing the operator to easily teach the torque arm a programmed sequence pattern and then use it to control the assembly process
