Fast response times guarantee the reliable detection of disturbing pressure peaks in the hydraulic system. The robust stainless steel construction allows a wide range of applications, e.g. for cooling water or in compressed air systems.

All the advantages of analog SCPT sensors combined with future-proof CAN bus technology. Easy wiring due to SPEEDCON® quick plug-in screw connection. Plug-&-amp;-play functionality without major configuration effort.

Rotational speed-dependent performance data, such as the flow rate of controlled pumps, can ideally be determined in combination with a pressure and volume flow measurement of a hydraulic drive. The non-contact speed measurement (optoelectronic principle) is quick and easy to perform.

Fast response times guarantee the reliable detection of disturbing pressure peaks in the hydraulic system. The robust stainless steel construction allows a wide range of applications, e.g. for cooling water or in compressed air systems.

All the advantages of analog SCP sensors combined with future-proof CAN bus technology. Easy wiring due to SPEEDCON® quick plug-in screw connection. Plug & play functionality without major configuration effort.

The converter is approved for voltages up to ± 48 V, currents up to ± 4 A, frequencies up to 5 kHz and for the supply of external sensors up to 24 V/100 mA.

A turbine wheel is driven by the oil flow and set in rotation. The generated frequencies are processed by digital electronics. The influences of disturbing flow effects are compensated for.

The hydraulic testers have been designed for testing the functions on motors, pumps, valves and hydrostatic transmissions. These easy-to-use hydraulic testers can help locate faults in a hydraulic system.

Temperature measurements in hydraulics are used to troubleshoot and prevent damage due to excessive temperatures on critical components such as pumps or proportional valves.