The DEEneo-ISC inline signal conditioner was developed for operating inductive LVDT sensors (full bridge) and is integrated into the sensor connection cable. The electronics supply the sensor and convert the sensor signal into a standardized, analogue output signal with the help of a microcontroller. DEEneo-ISC is designed for the operation of eddylab LVDT displacement transducers with fixed cable output or 4-pin M12 connector output. Operation of all commercially available LVDT sensors is also possible.
The frequency and amplitude can be set using the eddySetup configuration software for optimum performance of the measuring chain. A pushbutton (SET button) is used for basic configuration and for setting the measuring range limits - this enables quick and easy adaptation to the customer‘s application.
Please note: Where possible, eddylab calibrates the sensor and electronics as a measuring chain. The sensor characteristic curve can be linearized to meet the highest accuracy requirements.
MODEL | DEEneo-ISC |
---|---|
Output signal | 0...20 mA, 4...20 mA (load < 300 Ohm) 0...5 V, ± 5 V; 0...10 V, ± 10 V |
Output protection | signal output impedance 150 Ohm |
Power supply | 9...36 VDC |
Power consumption | 70 mA at 24 VDC, 130 mA at 12 VDC |
Sensor supply | standard: 3V / 3.3 kHz, can be modified by software |
Settings (factory setting) | frequency, amplitude, output signal |
Resolution | 16 bit |
Signal processing | digital via microcontroller |
Signal adjustment | via SET-button or software |
Filter corner frequency | digital adjustable, standard 300 Hz |
Linearisation of sensor | yes, optionally possible |
Isolation stability | >500 VDC |
Reverse polarity protection | yes |
Overvoltage protection |
output: 16 V bipolar suppressor diode / permanent overvoltage up to 24 V input: Bipolar suppressor diode 36 V / Polyfuse 0.5 A on sensor side: 12 V |
Cable break detection | yes |
Operating temperature | -40...+85 ° |
Storage temperature | -40...+85 ° |
EMC | EN IEC 61326-1:2021 |
Mounting | bore ø5,2 |