Level Sensors
Open the catalog to page 1Level Sensors Contents Technique and application for Level Sensors Sensors Terminology Installation and operation Level sensors Microwave meter Series MFP Microwave-compact Series MFC Microwave-compact Series Serie MFK Capacitive sensors-compact Series KGF / KGMR / KGFR / KFC Opto switch-compact Series UFGS / UFS Conductive compact model Series CFC Hydrostatic level meter Series DGC Capacitive analog-sensors up to 200 °C Series KFA Capacitive – 230 °C-low temperature Series KGFP Capacitive 230 °C-high temperature Series KGFT / KGFT-CER Capacitive amplifiers Series KK / KU / KUA Level Sensors...
Open the catalog to page 2Level Sensors Technique & Application Sensors Microwave meter The MFP level meter for continuous monitoring of various liquids allow measurement of the fill level in plastic or metal tanks of any size. The devices offer a high measurement precision. They work with numerous liquids such as water, oil or emulsions. Principle of measurement: The microwaves are “guided” along the rod – and are reflected at the surface of the medium. From this the sensor determines the fill level. No adjustment is necessary for various media. The devices are made of aluminium and AISI 316 Ti stainless steel and are...
Open the catalog to page 3Level Sensors Technique & Application Sensors/ Terminology Opto-Sensors UF... Optical sensors react to a change of the refraction index within the proximity of the sensor tip when being immersed into fluid. The sensor does not have to be adjusted. In rare cases, the container wall or particles within the fluid may reflect the light emitted by the sensor and thus interfere with the fluid detection. A trial run is recommended in such instances. The sensors are designed to be used with the respectively listed fluids under ntormal conditions. The chemical compatibility and technical suitability of...
Open the catalog to page 4Level Sensors Technique & Application Terminology Assured operating distance sa Switching current Current consumption The assured operating point takes into account all the external influences, sample and media variances and is in the range from 0% to 72% of the rated operating distance point. Within this range a guaranteed switching is ensured. This current gives the maximum longterm current for the switching output of the sensor at an ambient temperature of 25 ºC and ohmic load. At an elevated ambient temperature, the current load capability decreases. For analog outputs, the boundary values...
Open the catalog to page 5Level Sensors Technique & Application Installation and operation Collocation Instructions for mounting The sensor tip of short level sensors installed from the side must be located inside the container. To prevent buildup, it is recommended to install these sensors at a tilted angle of approx. 20°. With rod-style sensors, make sure that the tip is not affected by lateral forces. Such forces may occur, for example, when using sensors near filling openings or mixers. Only use materials for housing and sealing that are suitable for the respective application. When collocating the sensors, a minimum...
Open the catalog to page 6Level Sensors Probes Compact models Amplifiers EGE-ELEKTRONIK SPEZIAL-SENSOREN GMBH TEL. +49 (0)4346 / 41580 . ege-elektronik.com
Open the catalog to page 7LEVEL SENSORS Microwave meter Analog output or 2x PNP output High precision Water-based liquids Guided Microwave Design Output Single probe 4...20 mA, linear Single probe 2x PNP, programmable NO NC ID-No. Type-sensor length L Supply voltage Current consumption Current output Load resistance RL Switching current Reverse protection Precision Transition zone* [mm] [mm] Amvient temperature [°C] Medium temperature [°C] Sensitivity [εr] Protection [EN 60529] Housing material Material Sealing material Compressive strength [bar] Connection * Depending on the installation conditions and the medium, deviations...
Open the catalog to page 8LEVEL SENSORS Microwave meter Analog output or 2x PNP output High precision Liquids from oil to water Guided Microwave Design Output Parallel probe 4...20 mA, linear Parallel probe 2x PNP, programmable NO NC ID-No. Type-sensor length L Supply voltage Current consumption Current output Load resistance RL Switching current Reverse protection Precision Transition zone* [mm] [mm] Amvient temperature [°C] Medium temperature [°C] Sensitivity [εr] Protection [EN 60529] Housing material Material Sealing material Compressive strength [bar] Connection * Depending on the installation conditions and the...
Open the catalog to page 9LEVEL SENSORS Microwave meter Analog output or 2x PNP output High precision Easy cleaning Liquids from oil to water Guided Microwave Design Output Coaxial probe 4...20 mA, linear Coaxial probe 2x PNP, programmable NO NC ID-No. Type-sensorlength L Supply voltage Current consumption Current output Load resistance RL Switching current Reverse protection Precision Transition zone* [V] [mA] [mA] [Ω] [mA] [mm] [mm] [mm] Ambient temperature [°C] Medium temperature [°C] Sensitivity [εr] Protection [EN 60529] Housing material Material Sealing material Compressive strength [bar] Connection * Depending...
Open the catalog to page 10LEVEL SENSORS Microwave meter Analog output or 2x PNP output High precision Probe surface coated for aggressiv media Guided Microwave Design Output Single probe 4...20 mA, linear Single probe 2x PNP, programmable NO NC ID-No. Type-sensorlength L Supply voltage [V] Current consumption [mA] Current output [mA] Load resistance RL [Ω] Switching current [mA] Reverse protection [mm] Precision [mm] Transition zone* [mm] Ambient temperature [°C] Medium temperature [°C] Sensitivity [εr] Protection [EN 60529] Housing material Material Sealing material Compressive strength [bar] Connection * Depending on...
Open the catalog to page 11LEVEL SENSORS Microwave meter Analog output or 2x PNP output High precision Wetted parts are non-metalic Guided Microwave Design Output Single probe 4...20 mA, linear Single probe 2x PNP, programmable NO NC ID-No. Type-sensorlength L Supply voltage [V] Current consumption [mA] Current output [mA] Load resistance RL [Ω] Switching current [mA] Reverse protection [mm] Precision [mm] Transition zone* [mm] Ambient temperature [°C] Medium temperature [°C] Sensitivity [εr] Protection [EN 60529] Housing material Material Sealing material Compressive strength [bar] Connection * Depending on the installation...
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