capaNCDT CS-x Capacitive
capaNCDT CS-x: sensors and measurement devices by Micro-Epsilon for capacitive.
Download the datasheet (opens in a new tab) This series on the Micro-Epsilon site (opens in a new tab)
Shared technical specifications for the series
Properties every model in the series has. What differs is in the models table below.
Range across models
The span covered by the models of the series together — not the range of each model.
| Weight | 0.0018–0.1791 kg |
|---|---|
| Measuring window | 0–20 mm |
| Resolution | 0.000075–0.2 µm |
| Measuring range | 0.125–5 mm |
| Active area size (as specified) | 2.9–17.8 mm |
| Linearity | 0.125–15 µm |
| Number of measurement channels | 1–8 |
| Recommended target diameter | 5–57 mm |
| Accuracy | 0.125–15 µm |
| ADC sampling rate | 1000–8500 samples/s |
Models in the series
One column per model: what differs between the models of the series.
| Parameter | CS-0,25/C | CS-0,5/C | CS-1/B | CS-10/B | CS-2/B | CS-3/B | CS-5/B |
|---|---|---|---|---|---|---|---|
| Weight | 0.0018 kg | 0.0036 kg | 0.0077 kg | 0.1791 kg | 0.0456 kg | 0.0642 kg | 0.0913 kg |
| Protection class (DIN EN 60529) | IP40 | IP40 | IP40 | IP40 | IP40 | IP40 | IP40 |
| Measuring window | 0–0.5 mm | 0–0.25 mm | 0–0.5 mm | 0–20 mm | 0–1 mm | 0–3 mm | 0–5 mm |
| Temperature stability (µm/K) | -0.015 µm/K | -0.025 µm/K | -0.035 µm/K | -0.5 µm/K | -0.13 µm/K | -0.3 µm/K | -0.35 µm/K |
| Interfaces | Ethernet | Ethernet | Ethernet | EtherCAT | EtherCAT | Ethernet | Ethernet |
| Resolution | 0.000075 µm | 0.01 µm | 0.0003 µm | 0.2 µm | 0.0006 µm | 0.06 µm | 0.1 µm |
| Start of measuring range | 0 mm | 0 mm | 0 mm | 0 mm | 0 mm | 0 mm | 0 mm |
| Measuring range | 0.125 mm | 0.5 mm | 1 mm | 5 mm | 2 mm | 1.5 mm | 5 mm |
| Operating temperature | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C |
| Active area size (as specified) | 2.9 mm | 3.9 mm | 5.5 mm | 17.8 mm | 7.9 mm | 9.6 mm | 12.5 mm |
| Linearity | 0.125 µm | 0.15 µm | 1 µm | 15 µm | 0.4 µm | 0.6 µm | 1 µm |
| Linearity reference | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6530 (2-channel base) + DL6510 + CPM6011 controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6238 + DL6228 controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6530 (2-channel base) + DL6510 + CP6001 controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6228 + DL6228 controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6120/IP controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6238 + DL6228 controller contribution. | Official sensor linearity from the current capaNCDT catalog; total measuring-channel linearity also includes the DT6530 (2-channel base) + DL6530 controller contribution. |
| Number of measurement channels | 8 | 8 | 4 | 4 | 1 | 4 | 2 |
| Storage temperature | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C | -50–200 °C |
| Sampling rate reference | DL6230: 5 kHz bandwidth; DT6220 digital rate 3.906 kSamples/s | DL6510 with CPM6011: 8.5 kHz bandwidth in the official maximum-two-channel DT6530 base system | DL6230: 5 kHz bandwidth; DT6220 digital rate 3.906 kSamples/s | DL6510 with CP6001: 8.5 kHz bandwidth in the official maximum-two-channel DT6530 base system | DL6510 with CPM6011: 8.5 kHz bandwidth in the official maximum-eight-channel DT6530 base system | DL6510 with CPM6011: 8.5 kHz bandwidth in the official maximum-two-channel DT6530 base system | DL6222: 20 kHz bandwidth; DT6222 digital rate 3.906 kSamples/s |
| Technical specification details | 0-0.25 mm model-level measuring interval | 0-0.5 mm model-level measuring interval | 0-1 mm model-level measuring interval | 0-10 mm model-level measuring interval | 0-2 mm model-level measuring interval | 0-3 mm model-level measuring interval | 0-5 mm model-level measuring interval |
| Outputs and interfaces | Analog 0-10V | Analog 0-10V | Analog 0-10V | 4-20mA | 4-20mA | Analog 0-10V | Analog 0-10V |
| Recommended mounting position | defined clamping range marked on sensor | defined clamping range marked on sensor | Not specified | Not specified | Not specified | Not specified | Not specified |
| Recommended target diameter | 5 mm | 7 mm | 9 mm | 57 mm | 17 mm | 27 mm | 37 mm |
| Contact | Non-contact | Non-contact | Non-contact | Non-contact | Non-contact | Non-contact | Non-contact |
| Accuracy | 0.125 µm | 0.15 µm | 1 µm | 15 µm | 0.4 µm | 0.6 µm | 1 µm |
| ADC sampling rate | 5000 samples/s | 5000 samples/s | 8500 samples/s | 1000 samples/s | 1000 samples/s | 5000 samples/s | 5000 samples/s |
| Recommended mounting position | Not specified | Not specified | 7.5 mm behind sensor face | 7.5 mm behind sensor face | 7.5 mm behind sensor face | 7.5 mm behind sensor face | 7.5 mm behind sensor face |
| Status | Active | Active | Active | Active | Active | Active | Active |
| Datasheet | PDF — CS-0,25/C (opens in a new tab) | PDF — CS-0,5/C (opens in a new tab) | PDF — CS-1/B (opens in a new tab) | PDF — CS-10/B (opens in a new tab) | PDF — CS-2/B (opens in a new tab) | PDF — CS-3/B (opens in a new tab) | PDF — CS-5/B (opens in a new tab) |
The industries we serve
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Aerospace
- Aircraft door-lock position detection
- Airlines & Aerospace Our balancing machines and moment weighing scales for aerospace drives ensure maximum precision, ease of use, and modular flexibility delivering reliability and performance without compromise contributing to your economic success.
- Automatic balancing machines Automatic balancing machines from Schenck are advanced solutions for precise balancing of rotating components in automated production processes. We offer systems and stations for balancing crankshafts, wheels and tires, turbochargers, electric armatures, drives, axle drive units, torque converters, drive shafts, disc-shaped rotors, as well as fans. Our systems increase productivity, ensure consistent quality, and are tailored to the needs of the automotive, energy, and industrial sectors.
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Medical industry
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Environment
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Electric motor manufacturing
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Food industry
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Automotive industry
- Airlines & Aerospace Our balancing machines and moment weighing scales for aerospace drives ensure maximum precision, ease of use, and modular flexibility delivering reliability and performance without compromise contributing to your economic success.
- Automatic balancing machines Automatic balancing machines from Schenck are advanced solutions for precise balancing of rotating components in automated production processes. We offer systems and stations for balancing crankshafts, wheels and tires, turbochargers, electric armatures, drives, axle drive units, torque converters, drive shafts, disc-shaped rotors, as well as fans. Our systems increase productivity, ensure consistent quality, and are tailored to the needs of the automotive, energy, and industrial sectors.
- Axle Drives With our balancing machines for front and rear axle transmissions, the measured unbalance is corrected by drilling into the drive flanges of the transmissions (welding optional). We support you with our interdisciplinary expertise in the production of front and rear axle transmissions from the initial idea to the design stage through to series production.
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Industrial automation
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Plastics
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Optics
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3D printing
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Battery manufacturing
Frequently asked questions
Answers to the most common questions about our products and services
Separate models span 0.25 to 10 mm. Reduced and extended settings are also defined; do not interchange them when comparing linearity and resolution.
Short-span models have a defined clamping region; other models use the drawing’s mounting position. Specifications refer to circumferential clamping at the recommended location.
No. The table assigns type C or B triaxial sockets by model. Select cable and connector from the corresponding model column.
No. It is typical head linearity under the specified cable conditions. The manufacturer adds the controller contribution for total measuring-channel linearity.
Use the model’s recommended flat-target size for nominal range. It differs from active area and generally increases with measurement span.
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