The pressure / fill level sensor is based on a ceramic measuring cell. This level sensor was developed for the measurement of levels in waste water, polluted and highly viscous media. As a special feature of this level sensor, the probe and cable part can be separated from one another.

• Nominal pressures up to 100 mH2O
• Accuracy ± 0.35% of the measuring range
• 39.5 mm diameter
• Suitable for sewage, fuels and water
• Ceramic sensor
• Different configurations possible

Moisture sensor for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture sensor for liquid materials has a processing unit with RS232/RS485 interfaces.

• Measurement range: 0 … 100 %
• Limits of permissible absolute error of the measurements: Δ = 0,035 +0,05·W
• Temperature measurement range: -40 … +150 °C

The pressure sensor is well suited for monitoring and displaying air pressure and water pressure. Thanks to its high measuring resolution and high accuracy, this pressure sensor is versatile.

• Measuring range: 0 … 2900 psi, 0 … 200 bar
• Resolution: 1.45 psi, 0.1 bar
• Scaled bar graph
• Measurable media: gases, water
• incl. ISO Calibration Certificate

The PCE-A-315 inline or in-process moisture sensor provides exceptionally accurate grain moisture measurement in real time. The PCE-A-315 in-process moisture meter uses low-power microwaves to penetrate the surface every 0.2 second and obtain interior moisture readings without causing any damage. An integrated temperature probe ensures the readings are accurate from 5°C to 55°C / 41°F to 131°F. Suitable for the continuous monitoring of moisture in corn, soybeans, wheat, rice, sorghum, barley, oats, rye, hops, green coffee, cocoa beans, oil seeds, flax seeds, sunflower seeds, poppy seeds, pumpkin seeds, spelt seeds, buckwheat, sesame, peas, fava beans, scarlet runner beans, triticale, amaranth and jatropha.

• Boasts a measurement range of 5% to 40% for moisture content during  continuous mass flow with an error of just ±0.5% from 5% to 18% grain  moisture
• Lowers energy costs by enabling shorter drying times and reduces labor costs  by automating the moisture monitoring process
• Provides nearly maintenance-free operation, delivering consistently accurate  moisture readings over time
• Analog output of 4 to 20 mA can be converted to digital for dryer control