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| The Accumeasure 9000 is Ultra-high precision capacitive gaging system offering nanonmeter accuracy. It is ideal for a wide variety of displacement, position, vibration and dimensional gaging applications. |
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High resolution, noncontact, capacitive sensors.
Available in compact, embedded systems or modular cabinets.
Ranges: 10µm to 10mm
Resolution: as low as 0.4nm |
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Non-contact capacitive displacement sensors of the capaNCDT series measure distances, lengths, dimensions, or positions of any electrically-conducting targets (e.g. metals). A linearisation function is integrated for measurement against insulator materials.
A wide range of sensor and electronic unit options allows optimum solutions even for the most demanding measurement tasks. The product range includes custom design versions for specific customer requests as well as low-cost versions for OEM applications.
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| Significant scientific and engineering enhancements in advanced materials, Pre-Process and In-Process production methods and in-site testing methods are driving the demand for displacement sensors that can handle extremely high temperatures up to 1832°F (1000°C). Contemporary producers of aircraft engine rotational alignment, plate glass, materials testing extensometry, continuous flow steel, now use standardized high temperature Capacitec sensor solutions for in-process applications to control the quality of their production on a real time basis. Qualification testing of disc brakes, jet engine dynamics and high speed shaft rotations also rely on Capacitec sensors. Advanced materials for automobiles, structural components, and aircraft are also tested for strength and durability with the use of Capacitec's line of extensometers and clip gauges. |
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| Microprocessor chips have found their way into a surprisingly high number of products that are around us every day in our home, car and office. This explosion in worldwide demand has forced semiconductor manufacturers to enhance quality and throughput in ways never before imagined. Capacitec's microinch level positioning sensing systems assist chip processing and handling equipment manufacturers to sense silicon wafers for exact positioning prior to deposition, etching and other processing where generating unwanted particles is preferred. This is accomplished without coming into contact or damaging their highly sensitive surfaces. Other industries where sensitive surfaces must be measured damage free are printing presses, photocopier rollers, computer hard disc drives and molten materials. |
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Products Level Measurement - Capacitive level sensors
All of the capacitive level sensors are now available with automatic calibration should the overall length need to be changed.
The required length can be easily adjusted by the user. Once the length has been shortened the unit will require to be re-calibrated. This is now very simple, just requiring the "Zero Adjustment" button to be pressed with the tank empty and the "Maximum Value Adjustment" button to be pressed with the tank full. The calibration is then done automatically by the integrated micro controller.
The advantages of these level sensors includes the ease of adjustment, voltage or current outputs, extremly robust by virtue of the coaxial measuring principle and a 2" BSP head. Additional switching points are available optional. |
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OptiLevel is the leading edge system for liquid level measurement in smaller storage tanks. The OptiLevel tank gauging system is the best choice for your above and underground storage facilities.
The OptiLevel tank gauging system can be used for all applications in petroleum and petrochemical installations.
The state of the art HLS 3010HF level sensor and designed system architecture enable open interfacing to the Entis Inventory systems and other protocols. |
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Limit switch made of plastic for liquids and bulk goods
CPS 01
Features:
Quick and easy setting via programming by keystroke
Electrical connection: Cable or plug M8
PNP transistor output Housing made of PP or PVDF
Make contact or break contact
Outstanding price-performance ratio
Functional LED display Small and compact
Thread BSP G½"
Description:
Immersing the CPS 01 into the medium will cause a change in capacitance in the electrical capacitor. The change in capacitance is detected by the electronics and the switching operation is initiated.
Adjustment to the corresponding medium is carried out with the help of a programming key (programming via keystroke).
Application:
Designed for level limit detection of liquids and powdery or fine-grained bulk goods. |
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Fully insulated, capacitive rod electrode for level measurement
For use in conductive liquids
All advantages in an overview:
- robust and maintenance-free
- easy installation and mounting
- measurement along the complete probe length
- insulation thickness 2 mm
- instrument from the plics® family
Version rod: - fully insulated
Insulation: PE, PTFE
Length: 0.1 ... 6 m
Process fitting: thread from G¾A
Process temperature: -50 ... +200 °C
Process pressure: -1 ... +64 bar (-100 ... +6400 kPa) |
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Mounting [flush / nonflush] [ B / NB ] NB
Operating distance Sn [mm] 1... 8
Hysteresis H [%SR] 15
Frequency of operating cycles f [Hz] 100
Repeat accuracy R [%SR] 2
Operating temperature range Ta [C°] -30... 60
Temperature drift [range] [%SR] 15 [ -5... 55]
Protection class IP 65
Rated insulation voltage Ui [V] 75 d. c.
Material of housing A. PVC; B: PVC; C: PVC
Utilisation category DC13
Connection 2m / 3x 0,14mm2 PUR |
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| The Series 4000 Capacitec® amplifiers and racks were designed to offer the best signal to noise ratio and wide band width response options in a simple modular package. The 4000 Series was built upon our 20 year proven foundation of 3000 Series amplifiers (3101-SP, 3200, 3201-SP) still in operation. Utilization of individual pins in a 32 pin DIN connector increases reliability for more industrial applications where vibrations are present. The small Euro-style 2U size boards have appeal for small portable packaging as well as high (but lightweight) density applications. When coupled with Capacitec® non-contact displacement probes, they produce a linear output voltage proportional to the gap spacing between the probe and a ground plane. The systems are designed to produce stable and reliable operation with excellent gain and zero shift stability with respect to changes in ambient temperature. Stability is achieved with a digitally derived sine-wave oscillator, having a crystal clock as the frequency reference. |
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Laser Hologage LGH (resolution 0.01 um):
- High-accuracy type with high displacement accuracy (0.1 um), high repeatability (0.02 um), and a length measuring range of 10 mm
- Optimal as a master gage of measuring instruments.
- For detailed information, leaflet is available on request.
Linear Gage LGB2 (slim type, resolution 0.1 um):
- Optimal for incorporation in equipment owing to a slim head type.
- Resolution: 0.1 um, accuracy: 0.8 um, measuring range: 5 mm
- For detailed information, leaflet is available on request.
Linear Gage LGF (resolution 0.1 um):
- A new model with a resolution of 0.1 um added to the lineup in the LGF series.
- A drastic cost reduction has achieved compared with the conventional type. Measuring range: 10 mm, 25 mm depending on the type
- For detailed information, leaflet is available on request. |
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