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Linear Motion
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Contacting Linear Motion
A spin-off of the Trimpot trimming potentiometer product line, the contacting linear motion position sensor was developed to meet the needs of designers wishing to detect movement of position. Applications for these compact components include: Solenoid positioning sensors for automated controllers, volume control on audio equipment, joystick controllers, satellite dish positioning, and robotics.
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Linear Motion Potentiometers
A spin-off of the Trimpot trimming potentiometer product line, the linear motion potentiometer was developed to meet the needs of designers wishing to detect movement of position. Applications for these compact components include: Solenoid positioning sensors for automated controllers, volume control on audio equipment, joystick controllers, satellite dish positioning, and robotics.
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Micropositioner
MP-40
Engineered for highly demanding probing needs, the Korima Model MP-40 Micropositioner is precision-built for micropositioning to meet ever smaller industry standards. Featuring linear motion on all three axes, the MP-40 provides precise control for sub-micron probing.
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Linear Rail Systems
Haydon Kerk offers both motorized and non-motorized linear rails, guides and splines that deliver enhanced system stability, high positional accuracy, low friction and long life for a variety of linear motion applications.
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CamTrac Z-Axis Test Fixture Kits
CT Serie
The CT Series Mechanical Kits, utilizing the patented CAM mechanism1, offset the same precision linear motion. The 'Z' axis motion is ideal for a larger point count mechanical test applications.The CT Series features a hinged 3/8" FR4 probe board, tooling holes for precision alignment, removable sides, precision shafts and cam slide block assemblies, and a pan latch assembly.
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CAM/TRAC Test Kits
Series 47
The VP Series 47 CAM/TRAC mechanical kits, utilizing the patented CAM mechanism, offer precise Z axis linear motion when testing higher point count and finer pitch test centers. By using the Z axis motion, side load of the test probes is minimized thus increasing probe life and performance. The Series 47 provides interface compatibility using the Virginia Panel ITA G12 interface. The ITA frame is offered as an option for those wanting to provide their own ITA Interface.
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ACCUplace Macro Calibration Standard
AP-M Series
With both X & Y axis metric scales, these dual axis targets are ideal for calibrating optical magnification in microscopes, linear distance, stage motion and squareness. In addition, with the larger area calibration scale, the calibration of low power optical systems over the longer distances can be easily carried out. The AP-M is offered on two standard materials; Glass (CG) and Opal (OP).
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Recirculating Slide Guides
Del-Tron's slide guides provide linear motion solutions for applications involving long travels and designs where space constraints must be considered. These recirculating guides consist of a block and a guide rail, both having two R-shape raceway grooves that are machined and precision ground. The block consists of a main body with two raceways and a resin return cap to ensure smooth circulation of balls.
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Micropositioner
MP-80
Engineered for highly demanding probing needs, the Korima Model MP-80 Micropositioner is precision-built for micropositioning to meet ever smaller industry standards. Featuring linear motion on all three axes, the MP-80 provides precise control for sub-micron probing.
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Linear Motion Tandem Transducer
Columbia Research Laboratories
The Columbia Model LMT-50 is a unitized rugged package consisting of tandem linear variable differential transformers (LVDT's) with probe assembly. The LMT-50 is designed so that the likelihood of a single failure affecting both output signals is extremely improbable. The model LMT-50 offers flight proven performance, even in the most severe environments.
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Fluid Power Actuators
CQ
The CQ range provides an innovative fully-concentric and balanced actuator design for quarter-turn valves. The design features a helical mechanism that transforms linear piston motion into quarter-turn valve stem rotation. CQ actuators provide a much higher torque output for a given footprint than scotch yoke designs typically utilised to operate many quarter-turn valve types. It is therefore ideally suited for installation in confined spaces. Further, Rotork’s unique helical pin design provides higher efficiency than a helical gear mechanism utilised by other valve actuator manufacturers.As standard, the CQ torque output profile, like that of a scotch yoke actuator, is engineered to parallel the torque demand profile typically found with popular quarter-turn valve types. The CQ design however is unique in that the torque profile can be custom engineered and manufactured to meet specific, non-standard valve torque requirements.In our experience, the CQ standard range of sizes is suitable for applications that require a pneumatically powered actuator with torque demand less than 150,000 Nm. However, we also engineer CQ actuators with greater output and/or hydraulic power. Please apply to Rotork for these applications.
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Position Sensors
A Position sensor is any type of device which detects the movement of a chosen object in either a Linear or Rotary motion and converts the movement into output signals which are suitable for processing, transmission or control depending on the application.
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Flexible Captured Ball Bearing Control Cables
Roller bearing controls, delivering linear motion between two points thru complex Airframe.
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Final Test Manipulators
for test heads up to 250 kg / 550 lbsfinal test dedicatedhandler docking prolowest possible floor loadeasy motion in z-direction to facilitate docking processforce feedback control feature ensuring operator safety and protecting equipment during set-upactive cable managementdurable and robust designoptimized footprint for various test heads580 mm linear in/out motion for handler service access160 mm linear side-to-side feature270 column pivoting featurenumerous additional, unique features for individual set-up requirements
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Control Cables
TRIUMPH specializes in cable controls which are mechanical connections between controls and actuation systems used in a variety of applications. Our systems provide higher reliability, lighter weight, and greater control box selection. Current controls include wire rope, push-pull controls, sliding friction controls, ball-bearing controls and low-resistance and backlash mechanical control system cables. Wire Rope Controls: Wire Rope is used in applications where weight is critical, and the system operates in tension only. Assemblies are built to your required standards with unlimited configuration capabilities. Sliding Friction Controls: High load capacity in tension and compression. Flexible in any direction, wide temperature range and easy installation. No adjustment or lubrication needed during the life of the control. Ball Bearing Controls: Ball Bearing controls are a self-contained system that performs linear motion under tension or compression loads.Precise and accurate movement with high load capacity offering weight savings, low friction and high efficiency. Quick disconnect ends available.
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Pneumatic and Electro-Pneumatic Positioners
Pneumatic and electro-pneumatic positioners are control devices that satisfy a wide range of applications. They provide fast, sensitive, and accurate positioning of pneumatic single or double-acting, linear or rotary motion actuators.
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Linear Motion Speedometer
ST-1210
The ST-1210 linear motion speedometer measures the passing time between the specified two points, and calculates the passing speed using the distance between the two points and the measured passing time. Useful to measure the plunger speed of an injection cylinder and the passing speed of open/close sections (doors) of the vehicle, and the passing speed of the vehicle with a high precision.
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CAMGATE Test Kits
Series 457
The VP Series 457 CAMGATE mechanical kits, utilizing the patented CAM mechanism, offer precise Z axis linear motion when testing higher point count and finer pitch test centers. By using the Z axis motion, side load of the test probes is minimized thus increasing probe life and performance. The Series 457 provides interface compatibility using the Virginia Panel ITA G12 interface. The ITA frame is offered as an option for those preferring to provide their own ITA Interface. The CAM/GATE utilizes a cam roller system for precision guiding and smooth operation and 1.00” push plate movement. The gate assembly is movable to three different positions which allows for the versatility of top side probing, or relocating the frame assembly for PCA’s the have tall components.
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Compact Micro-Translation
M-112
Physik Instrumente GmbH & Co. KG
M-110, M-111 and M-112 are ultra-high resolution motorized translation stages providing linear motion of 5 to 25 mm in an extremely compact package. They feature a precision leadscrew with sub-micron resolution and precision linear ball bearings guaranteeing <0.5 m straightness of travel.
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Posi Drives® (Lead Screw Driven)
Del-Tron's Posi-Drive™ lead screw actuators are compact and economical, taking the work out of designing linear motion systems. Available in 3 size profiles, our lead screw actuators require no alignment of components and install with standard fasteners. They are fitted with anti-backlash lead screws and multi-beam couplings with high speed misalignment capability and standard NEMA motor mounts. Available in one, two or three axis configurations these stages travel up to 12”.
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CAM/GATE Test Kits
Series 45
The CG Series 45 CAM/GATE linear over clamp kits utilize the same patented “Z” axis motion as our CAM/TRAC® Series products offering precise Z axis linear motion when testing higher point count and finer pitch test centers. By using the Z axis motion, side load of the test probes is minimized thus increasing probe life and performance. The latch assembly engages and disengages when actuating the clamping assembly. The CAM/GATE utilizes a cam roller system for precision guiding and smooth operation and 1.00” push plate movement. The gate assembly is movable to three different positions which allows for the versatility of top side probing, or relocating the frame assembly for PCA’s the have tall components
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CAM/TRAC Test Kits
Series 40
The CT Series 40 CAM/TRAC mechanical kits, utilizing the patented CAM mechanism, offer precise Z axis linear motion when testing higher point count and finer pitch test centers. By using the Z axis motion, side load of the test probes is minimized thus increasing probe life and performance.
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Nanopositioning Stage & Controller
PInano
Physik Instrumente GmbH & Co. KG
PInano® XY and XYZ low-profile piezo scanning stages are optimized for easy integration into high-resolution microscopes. They feature a very low profile of 20 mm (0.8") and a large aperture designed to hold Petri dishes and standard slide holders. The long travel ranges of up to 200 x 200 x 200 µm with nanometer closed-loop resolution are ideal for leading-edge microscopy and imaging applications. PInano® series piezo positioning stages are available in two versions: A) Highest Stability, Linearity and Precision with capacitive feedback sensors. B) High Precision with lower cost piezoresistive sensor feedback. Both types provide very high sensitivity and responsiveness as well as nanometer resolution. A proprietary servo controller significantly improves the motion linearity of the piezoresitive version compared to conventional piezoresistive sensor controllers.
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CAM/TRAC Test Kits
Series 43
The GR Series 43 CAM/TRAC®1 kits, utilizing the patented CAM mechanism, offer precise Z axis linear motion when testing higher point count and finer pitch test centers. By using the Z axis motion, side load of the test probes is minimized thus increasing probe life and performance. The Series 43 provides interface compatibility by using a 12 position, GR2270 style I/O block interface. This interface accepts the industry standard I/O, power, and coax blocks.
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Miniature Size - AC Operation
Columbia Research Laboratories
The M Series of LVDT's designed by Columbia Research Labs are ideal for use on small, high-speed mechanisms and in sensitive low-displacement applications. Linear motions over the ranges of +/-0.003" to +/-0.150" are translated into precisely proportional voltage for measurement and control.
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External Rotary Encoders
External rotary encoders excel at measuring rotational motion, angular velocity, and even linear motion when combined with mechanical elements. Areas of application include electric motors, machine tools, printing machines, textile machines, robots, handling equipment, measuring devices, and inspection equipment. The high signal quality of their scanning signals enables nearly perfect speed and motion control within the control loop.
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Container & Package Testing
*Incline Impact. *Drop. *Cobb. *Static and Dynamic Compression. *Dart Puncture. *Environmental Conditioning. *Vertical Linear, Rotary Motion, Sinusoidal and Random Vibration. *Internal Pressure. *Vacuum
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Magnetic Position Sensors
We offer a broad family of robust, contactless absolute position sensor ICs to sense linear or rotary motion. Our low-latency, high-accuracy sensors are ideal for optimized control of electric motors and actuators.
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Advanced 4-Axis Servo & Stepper Motion Controller With Modular Design
PCIe-8154
The PCIe-8154 delivers high-frequency pulse rates up to 6.55 MHz and hardware-controlled emergency stop, software security protection, card index switching, and simultaneous linear/ circular run, exceeding industrial cost/performance requirements. Compatible with Mitsubishi, Panasonic and Yaskawa servos and any pulse-train controlled servo and stepper drives, the PCIe-8154 allows complex moving patterns through multiple axes that move with linear and circular interpolations using continuous contouring. Applicable for a variety of linear and circular trajectories, the PCIe-8154 delivers the smoothest motion control for a wide range of manufacturing applications. Modularized configuration accommodates ADLINK extension boards for distributed I/O control and high-speed triggering functions.
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DSP-Based 4/8-Axis Advanced Pulse-Train Motion Controllers
AMP-204C/AMP-208C
ADLINK"s new AMP-204C/AMP-208C DSP-based 4/8-axis advanced pulse-train motion controllers incorporate up-to-date floating-point DSP and FPGA technology, enabling high pulse output and encoder input frequency up to 6.5 MHz and 20 MHz respectively. Leveraging ADLINK" s Softmotion technology, the AMP-204C/AMP-208C offer impressive comprehensive and application-oriented motion functionality to reduce development time while maintaining superior throughput and accuracy. Superior synchronous motion control performance combines with point-table function integrating multi-dimensional interpolation, such as 3D linear/circular/spiral interpolation with enhanced trajectory and velocity planning, for contouring applications in semiconductor, display and conventional manufacturing industries. The AMP-204C/AMP-208C also support PWM control with three different control modes for frequency or duty cycle, benefiting laser engraving/marking/cutting applications. Moreover, hardware-based position comparison and trigger output are applicable in AOI applications.
