Table is scrollable
| Sensor basic data | |
| Diameter with collar | 80.0 mm |
| Diameter without collar | 78.0 mm |
| Housing height | 43.1 mm |
| Height with socket | 56 mm |
| Weight | 0.625 kg |
| Housing material | Stainless steel 1.4305 |
| Cover material | Stainless steel 1.4301 |
| Wear plate material | Ceramic AI203 |
| Process connection | Clamping flange |
| Protection class | IPX9K/IP68 |
| Sensor exchange without recalibration | Yes |
| Technology | Streaming |
| Sensor for moisture content | |
| Measured variable | Electrical permittivity high resolution, depending on material moisture content and material density |
| Frequency | 21-25 MHz |
| Operating temperature | 5-70 °C |
| Material penetration depth (depending on material) | 3-5 (measuring part influence decreasing exponentially with depth) cm |
| Sensors for temperature | |
| Measured variable | Open the 1st Oscillator temperature Open the 2nd Plate temperature |
| Output temperature resolution | 0.01 K |
| Measuring range | -10 to 80 °C |
| Measurement value transfer | |
| Bus type | CAN 2.0 B ISO 16845 certified |
| Baud rate | 250,000 bit/s |
| Transceiver | 3.3 V cross-circuit protection, overvoltage protection up to +/- 36 V, loss of ground protection, overheating protection (thermal shutdown) and common-mode transient protection of +/- 100 V |
| Bus scheduling | External, internal possible |
| Electrical connection | |
| Supply voltage | 12 (min/max 6-36) V |
| Power consumption | 0.3 Amax/17 mA@12V |
| Reverse polarity protection | Yes |
| Connection | |
| Connection | DEUTSCH DT 15-4P |
| 0V/GND | Pin 1 |
| CAN-Low | Pin 2 |
| CAN-High | Pin 3 |
| +12V | Pin 4 |
| CAN messages | |
| Format identifier | 29-Bit-Identifier, Extended frame format |
| Number of bytes in the data field (DLC) | 8 |
| Measured value identifier | 0x01505043 |
| NTC1 | Electronics temperature: Integer with 2 decimal places Indication: °C + 40 °C |
| NTC2 | Temperature behind ceramic plate: Integer with 2 decimal places Indication: °C + 40 °C |
| C_value | Humidity sensor capacity value: Integer with 2 decimal places |
- Indirect measuring method: Capacity determination in the high frequency stray field. This method uses the different dielectric constant (permittivity) of water and different materials (solids and liquids).
- Fully reproducible sensors: If the plant is subsequently extended with sensors or if sensors are replaced, no recalibration is necessary thanks to the built-in microprocessor.
- Waterproof and dustproof: The sensor is also suitable for the harshest environments thanks to its IP68/IPX9K protection class.
- Process control and regulation: Thanks to extensive interfaces, the moisture measurement can be integrated into process control systems and controls.
- Cost saving: Time-consuming and costly laboratory analyses are no longer necessary or can be reduced.
- Temperature measurement/temperature compensation: The sensor can also be used to determine the temperature of the medium.
- Limit values: Maximum or minimum limits can be set using the software. Light or sound signals can be triggered if required.
- Median filter and mean value calculator: The sensor passes on already averaged values to the higher-level control.
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