MicroSense, LLC 2800 Series Capacitive Probe 2810V

Description
2800 Series Probes Many sensor heads, or probes, are available for use with our 4800 series and 8800 series capacitive position sensor. The resolution of our capacitive position sensors is determined by a combination of the active sensing area of the probe, the measurement range, and the measurement bandwidth of the electronics unit (demodulator). Please refer to the Model 4810 data sheet for complete details on probe selection, including mechanical dimensions of our standard probes. Completely non-contact design – use the full measurement range without contacting the target Unlike competitive products, all MicroSense sensors are designed so that the full measurement range is available without contacting the target. Even at the near standoff position, there is always a gap between the probe face and the target. Grounded target design means that only a single measurement probe is required – a significant advantage over dual sensor, parallel plate designs, especially in space restricted applications. Essentially zero thermal dissipation – no electronic components in the probe head. Many probe sizes and shapes are available to meet your exact requirements
Datasheet
Description
2800 Series Probes Many sensor heads, or probes, are available for use with our 4800 series and 8800 series capacitive position sensor. The resolution of our capacitive position sensors is determined by a combination of the active sensing area of the probe, the measurement range, and the measurement bandwidth of the electronics unit (demodulator). Please refer to the Model 4810 data sheet for complete details on probe selection, including mechanical dimensions of our standard probes. Completely non-contact design – use the full measurement range without contacting the target Unlike competitive products, all MicroSense sensors are designed so that the full measurement range is available without contacting the target. Even at the near standoff position, there is always a gap between the probe face and the target. Grounded target design means that only a single measurement probe is required – a significant advantage over dual sensor, parallel plate designs, especially in space restricted applications. Essentially zero thermal dissipation – no electronic components in the probe head. Many probe sizes and shapes are available to meet your exact requirements
Datasheet

Suppliers

Company
Product
Description
Supplier Links
2800 Series Capacitive Probe - 2810V - MicroSense, LLC
Lowell, MA, USA
2800 Series Capacitive Probe
2810V
2800 Series Capacitive Probe 2810V
2800 Series Probes Many sensor heads, or probes, are available for use with our 4800 series and 8800 series capacitive position sensor. The resolution of our capacitive position sensors is determined by a combination of the active sensing area of the probe, the measurement range, and the measurement bandwidth of the electronics unit (demodulator). Please refer to the Model 4810 data sheet for complete details on probe selection, including mechanical dimensions of our standard probes. Completely non-contact design – use the full measurement range without contacting the target Unlike competitive products, all MicroSense sensors are designed so that the full measurement range is available without contacting the target. Even at the near standoff position, there is always a gap between the probe face and the target. Grounded target design means that only a single measurement probe is required – a significant advantage over dual sensor, parallel plate designs, especially in space restricted applications. Essentially zero thermal dissipation – no electronic components in the probe head. Many probe sizes and shapes are available to meet your exact requirements

2800 Series Probes

Many sensor heads, or probes, are available for use with our 4800 series and 8800 series capacitive position sensor. The resolution of our capacitive position sensors is determined by a combination of the active sensing area of the probe, the measurement range, and the measurement bandwidth of the electronics unit (demodulator). Please refer to the Model 4810 data sheet for complete details on probe selection, including mechanical dimensions of our standard probes.

Completely non-contact design – use the full measurement range without contacting the target

  • Unlike competitive products, all MicroSense sensors are designed so that the full measurement range is available without contacting the target. Even at the near standoff position, there is always a gap between the probe face and the target.
  • Grounded target design means that only a single measurement probe is required – a significant advantage over dual sensor, parallel plate designs, especially in space restricted applications.
  • Essentially zero thermal dissipation – no electronic components in the probe head.

Many probe sizes and shapes are available to meet your exact requirements

Supplier's Site Datasheet

Technical Specifications

  MicroSense, LLC
Product Category Linear Position Sensors
Product Number 2810V
Product Name 2800 Series Capacitive Probe
Sensor Technology Capacitive Linear Position Sensor
Unlock Full Specs
to access all available technical data

Similar Products

Heavy-Duty, High-Performance Linear Displacement and Level Measurement Probe - SANTEST GYHR - Exsenco, LLC
Specs
Sensor Technology Linear Encoder
Body Shape Other; Hexagonal Prism
Measurement Range 0.5906 to 78.74 inch (15 to 2000 mm)
View Details
High Temperature Displacement Sensor - KD-1925 - Kaman Measuring & Memory LLC dba KMM Precision Measuring
Kaman Measuring & Memory LLC dba KMM Precision Measuring
Specs
Sensor Technology Inductive Linear Position Sensor/Switch
Body Shape Cylindrical; Threaded Barrel
Measurement Range 0.0 to 0.0500 inch (0.0 to 1.27 mm)
View Details
Position, Proximity, Speed (Modules) - 620-A19520LUBLTN-FSWHPYUETR-ND - DigiKey
Specs
Operating Temperature -40 to 302 F (-40 to 150 C)
View Details
Incremental encoder: Series IERS3-500 - Encoders Series IERS3-500 optical Encoder, digital outputs 3 channels, 250 - 500 lines per revolution - FAULHABER MICROMO
Specs
Sensor Technology Optical Linear Encoder
Repeatability 0.0020 mils (0.0500 µm)
Sampling Frequency 55 kHz
View Details