Our offered Product range includes Handheld Moisture Sensor, Compact Sensor, AC Operated Angular Position Sensor, Moisture In Oil Transmitter and Miniature General Purpose SENSOR.
FeaturesMinimal recharge time of 1 hour , Light weight ergonomic design
Process Sensors new HHRF handheld moisture sensor is a pure dielectric RF moisture gauge, using enhanced phase lock referencing on the generated frequency to measure shift in resonant frequency due solely to changes in moisture throughout the sampling volume. The measurement is not influenced by ionic strength
Wide temperature range: -40C to 1030CResponse time: 25 msOptical Resolution 15:1Green LED alarm indication, aiming support, self-diagnosticAmbient temperature rating up to 80C without coolingScalable analog output: 0-10 V or 0-5 V + alarm output or digital outputUSB programming interface, direct serial 9.6 kBaudinterfaceWide power range 5-7, 12-28 V DC
The R30A RVDT (Rotary Variable Differential Transformer) is an angular position sensor that incorporates a proprietary non-contact design which dramatically improves long term reliability when compared to other traditional rotary devices such as synchros, resolvers and potentiometers. This unique design eliminates assemblies that degrade over time such as slip rings, rotor windings, contact brushes and wipers, without sacrificing accuracy.
The compact design and rugged stainless steel housing allow a space-saving installation in the most demanding applications. The EE364 measures water activity (aw), oil temperature (t) and calculates the absolute water content (x). The measured values are available on two 4-20mA outputs and one digital output with MODBUS RTU interface.
The legendary MHR Series LVDTs provide precision measurements in space restrictive applications. With adiameter of just 38 inch [9.5mm], and an extremely lightweight core, the MHR Series is ideal for applicationswhere excessive core weight could influence the motion of the measurand; with less inertia, accurate measurements at higher displacement speeds are easier to achieve. The lightweight core also reduces mechanical stresses and helps preserve the structural integrity of the core actuation assembly.