ENCIDA’s Post

Knick’s P16000 is built to receive pulse frequency measurements from speed sensors and rotary encoders, where they are then converted into electrically isolated, standard control signals, (0/4…20 mA or 0…10V). Measuring ranges are possible from 0 … 500 Hz to 0 … 20 kHz. Applications needing confirmation of electrical safety are achievable to SIL 3. Learn more here: https://lnkd.in/gK3Dtch #speedsensors               #frequencymeasurement           #electricalisolation

#Sansel #SanselInstruments #SanselInstrumentsandControls #HighTemperatureCalibrators  Sansel High-temperature dry block calibrators “SANSEL” Series TCAL 1500 / 1500 is a Micro controller Based Precision “Dry Block” Temperature Calibrators Generates True Reference Temperature. The Temperature Controller of the Calibrators Uses a Auto Tune PID Controller Algorithm. This Response Closely Follows the Heating Curve of an Actual Thermal System. Place the Sensor to be Calibrated in the Calibrator. Set the Temperature from 4.3 inch Touch screen . Both True and set Temperature can be Read. When Stabilization Occurs, Simply Read the Temperature and Re- Calibrate the Process System or sensor. TCAL 1500 / 1500 Calibrator may be Used for Calibration of all Type of temperature sensors above 500°C to 1500°C range - K, R, S, B, etc.,. For more Details: www.sansel.net

#Sansel #SanselInstruments #SanselInstrumentsandControls #HighTemperatureCalibrators High-temperature probe calibration “SANSEL” Series TCAL 1500 / 1500 is a Micro controller Based Precision “Dry Block” Temperature Calibrators Generates True Reference Temperature. The Temperature Controller of the Calibrators Uses a Auto Tune PID Controller Algorithm. This Response Closely Follows the Heating Curve of an Actual Thermal System. Place the Sensor to be Calibrated in the Calibrator. Set the Temperature from 4.3 inch Touch screen . Both True and set Temperature can be Read. When Stabilization Occurs, Simply Read the Temperature and Re- Calibrate the Process System or sensor. TCAL 1500 / 1500 Calibrator may be Used for Calibration of all Type of temperature sensors above 500°C to 1500°C range - K, R, S, B, etc.,. For more details: www.sansel.net

Pressure sensors are used to control and measure pressure or vacuum levels in hydraulic or pneumatic systems. They transform the pressure into an electrical signal. They then produce an analogue output which is proportional to the measured pressure and/or one or two switching outputs for which the switching point can be adjusted. The high precision and performance of OsiSense XMLR pressure sensors makes them suitable for numerous industrial applications requiring pressure/vacuum display, control or regulation.

Principle of operation of pressure sensors 😉

#atg #windbellgauge The automatic tank gauge can achieve precise measurement of oil, water level, and temperature in oil tanks through high-precision sensors and advanced measurement technology. This high-precision measurement reduces errors caused by human factors and improves the reliability of data.

Q: How Does the Sensor Work? A: Insensitive to material variations such as particle size, material height & color, our moisture sensors provide continuous, reliable readings with zero maintenance. There is a one-time calibration with a non-drift optical design allowing operational personnel to confidently make immediate process adjustments back on real-time measurements. State of the art components allow the sensor to be installed in the most extreme conditions and also provides true data regardless of gaps and interruptions of product flow.

Inductive Proximity Sensors for Ex-applications Ex area of use: Gas: Zone 0/1/2 / Dust: Zone 20/21/22 Operating distance mm: 2 / 4 / 5 / 8 / 10 / 15 Output: DC PNP / Amplifier relay Supply: 24 Vdc / Amplifier Display: LED IP: 67 / 68 / 69 https://lnkd.in/empQyvKM