Search results for: 'HYDACLAB®'

<div><p>Available versions:<br /> - Standard<br /> - Wit IO-Link interface<br /> - With CANopen<br /></p></div><div><p>The HYDACLab^® HLB 1400 is a multifunctional sensor for online condition monitoring of standard and bio oils in stationary and mobile applications.   A statement can be made about the condition of an oil, e.g. time deterioration or mixing with foreign fluids, on the basis of the measured values for the relative change of the dielectric constant, the relative humidity and the temperature. The measured values as both sequential analogue signal and switching signal (e.g. warning, alarm) are available at the electrical output of the HYDACLab^®.   The measurement values can be depicted on various HYDAC display and measurement devices.   </p><ul><li> Online monitoring of the condition of oils</li><li> Can be used in stationary and mobile applications</li><li> Simple screw-connection mounting</li><li> 4 measured variables:   - Relative humidity   - Temperature   - Electrical conductivity and its relative change<br /></li></ul><p> - Dielectric constant and its relative change</p></div>

<p>Oil condition sensors facilitate online monitoring of the oil condition in industrial and mobile applications. The HYDACLab^® HLB 1400 is a multifunctional sensor for online condition monitoring of standard and bio oils. The user is thus informed of changes in the fluid promptly and can immediately take action to rectify unacceptable operating conditions.<br /></p><p>Online measurement:</p><ul><li>Parameters of the electric fluid<br /></li><li>Dielectric constant <br /></li><li>Relative change in conductivity<br /></li><li>Water: saturation level <br /></li><li>Temperature<br /></li><li>Digital, analogue and switch outputs</li></ul>

<p>The FluidMonitoring Software FluMoS Professional is a software program for reading in, displaying and editing data from HYDAC fluid sensors. It enables the simultaneous connection of 16 sensors. FluMoS Professional can be used in conjunction with sensors with HSI interface (CS 1000, FCU 1000, MCS 1000, AS 1000, FMM, HYDACLab®) and sensors without one (CS 2000, FCU 2000, FCU 8000).</p><ul><li><p>Parametrisation of the devices via sensor dialogue</p></li><li><p>Tabular and graphic online depiction of the measured values on the PC</p></li><li><p>Saving of log files to the hard drive</p></li><li><p>Depiction of log files from hard drive/floppy disk and backup as graphics file</p></li><li><p>Processing of saved log files, e.g. with Microsoft Excel</p></li><li><p>Update to new release through the Internet</p></li><li><p>Support by email</p></li><li><p>Very easy to use</p></li><li><p>Remote monitoring of the sensor measurement values</p></li><li><p>Condition-based maintenance</p></li></ul><p>FluMoS Light version available with reduced scope of functions.</p>

<div>The ContaminationSensor Module CSM 1000 is an Online Condition Monitoring System for the continuous measurement of solid particle contamination in hydraulic and lubrication fluids with high proportions of air bubbles. Air bubbles are brought into solution by means of an integrated air bubble suppression and are therefore not measured as particles. The CSM 1000 is the ideal complete solution for counting out a fluid for particles, independent of the total hydraulic system.</div><div><ul><li> Total flow rate (standard pump) ≈ 100 ml/min<br /> Total flow rate (pump, stable under primary pressure) ≈ 180 ml/min</li><li> Permitted pressure at output 5 bar max.</li><li> Permissible viscosity range for measurement operation: 10 ... 1000 mm²/sec</li><li> Ready for connection, complete solution for tanks and pressure lines in lubrication systems and test benches</li><li> Air bubble suppression</li><li> Optionally with AquaSensor AS 1000 and/or HYDACLab^®</li><li> Lubrication oil system monitoring in the paper, steel and energy industry</li><li> Preventive, proactive preparation of maintenance work</li><li> Component cleanliness monitoring in test benches</li><li> Oil cleanliness monitoring in storage tanks</li></ul></div>