The Parker Ash Probe is a hand portable instrument for measuring the ash content of piles, wagons or trucks of coal. It provides the user with quick and accurate ash readings within seconds.
This cloud-based Starter Kit is the perfect introduction to an IoT infrastructure. Start monitoring machine performance by installing SensoNODE Gold Sensors and accessing Parker's web-based Voice of the Machine Cloud Software.
MPS-33 pressure sensors have two independent PNP or NPN outputs with an additional 1-5 VDC analogue output. The MPS-33 have a red LED pressure display for visual monitoring. Sensors can be used to monitor vacuum pressure and up to 10 bar.
MPS-34 pressure sensors have one independent PNP open collective transistor type output with an additional 4-20 mA output 2 colour Red/Green LED display for visual monitoring. Sensors can be used to monitor vacuum pressure and up to 10 bar.
Parker PGI’s ThermoSync® Thermowell has a patented finned design that reduces the ambient temperature effects on flow calculations, thus providing greater pipeline gas temperature measurement accuracy and minimizing unaccounted for errors.
SensoNODE Gold sensors provide continuous remote monitoring of pressure, temperature, humidity, current, and strain or displacement by catching performance fluctuations and transmitting them to Voice of the Machine Cloud, network based software.
SensoNODE Bluetooth-powered sensors for route-based monitoring, catch performance fluctuations and deliver the data in both real-time and historic trends with Voice of the Machine Mobile App.
System 20 monitors, combined with the inline sensor, give the user accurate and instant readings of oil or water flow, pressure and temperature without the need to shut down the system.
The pressure/temperature sensor SCPT is used for measurement with SensoControl hand meters in mobile and industrial hydraulic.
The iCountMS Range is an online moisture sensor that allows for continuous monitoring of relative humidity (moisture content) in hydraulic and lubricating fluid circuits. Three models available with maximum allowable working pressures up to 420 bar.
Parker PGI ThermoSync® RTD Probes reduce thermal coupling errors from thermowells by using a unique two-piece protection tube. To achieve maximum accuracy, they should be used in conjunction with the ThermoSync® Thermowells.
The pressure sensor SensoControl SCP07 can be used in applications that require a Performance Level d according to EN ISO13849 or a SIL 2 according to IEC 61508.
Parker PGI's ThermoSync® Thermowell RTD Assembly is in an explosion-proof conduit box that offers maximum safety for hazardous locations in a ready-to-install unit. The unit includes a thermowell, RTD probe, fitting, close nipple, and coupler.
The Parker Metallic Wear Debris Sensor goes beyond the scope of normal wear debris sensors to offer even smaller size online resolution. With an unbeatable detection range, the sensor provides a debris count for both ferrous and non-ferrous metals.
The Fluid Condition Sensor (FCS) is an online device designed for constant, real-time monitoring of critical fuel and oil parameters in hydraulic and marine applications, including conductivity, permittivity, moisture content, temperature, and pressure.
Modern mobile equipment calls for a hydraulic fluid ensuring profitable and reliable operation. The FPS monitors online Dielectric, Density, Viscosity and temperature.
Parker PGI's Texas Thermowell's sample probes are used in the extraction of gas or liquid samples from pipelines for analysis. The sample probes are custom configured to the size, process content, flow velocity and temperature of each pipeline.
The Parker Heat Eye is an on-line instrument providing second-by-second measurement of the Ash, Moisture and Nett Calorific Value (Nett CV) ie the energy content of conveyed coal.
MPS-34 pressure sensors have one independent PNP open collective transistor type output with an additional 4-20 mA output 2 color Red/Green LED display for visual monitoring. Sensors can be used to monitor vacuum pressure and up to 145 psig.
SCPSD pressure sensors have one or two independent PNP outputs with an additional 4-20 mA output. SCPSD sensors have a red LED display panel for visual monitoring. Sensors can be used to monitor vacuum pressure and up to 9000 psig.
Parker PGI’s Texas Thermowell 22 Series Protection Tubes feature threaded, flanged, and weld-in styles. Custom designs and modifications to standard models are available.
MPS-33 pressure sensors have two independent PNP or NPN outputs with an additional 1-5 VDC analog output. The MPS-33 have a red LED pressure display for visual monitoring. Sensors can be used to monitor vacuum pressure and up to 145 psig.
Parker PGI’s Texas Thermowell 21 Series thermowells feature threaded, flanged, socket weld, weld-in, Van Stone, limited space and sanitary styles. Custom designs and modifications to standard models are available.
The Parker Ash Eye is a coal quality monitoring system that attaches to conveyor belts to monitor the coal as it is moved from the mine to the stockpile or conveyor transportation, providing real time results of coal quality to the customer.
The Parker Lab Ash is a laboratory instrument providing a quick measurement of the ash content of a crushed sample of coal. It is easy to use and provides accurate results within a few minutes.
Parker Conflow’s Code 5063 is a flow trip safety device used for the isolation of pumps, motors and machinery when fire fighting is taking place in mines and quarries, protecting equipment and people.
The iCountOS is a highly rugged portable particle size monitor that can be used for measuring contamination levels in fuels and/or hydraulic fluids. Capable of operation online (direct connection to system) or offline (sampling from tank or reservoir).
The Parker SCPSi is a fully electronic pressure sensor that measures and monitors the pressure of machines and systems. Its smart functions and settings open up new possibilities in machine design, with considerable savings potential.
The SCTSD-L combination switch was designed to meet the requirements of hydraulic facility construction. It combines the functions of a fixed mechanical level switch with an adjustable temperature switch with display.
The PressureController combines the functions of a pressure switch, a pressure sensor and a display device.
The SCTSD Temperature Controller combines the functions of a temperature switch, temperature sensor, and display in a single instrument.
The WIF sensor is a simple, accurate, affordable and reliable solution for water contaminant detection in fuel.
Flow measurement with low flow resistance. Combined p, T and Q measurement possible with additional sensors.
With its fast response times, the pressure sensor SCP guarantees the safe capture of pressure peaks in hydraulic systems. The robust stainless steel design allows a variety of applications, for example cooling water or pneumatics.
The SCLTSD combines the functions of a level and temperature switch, a level and temperature sensor and a level and temperature indicator: Level and temperature display (thermometer / inspection glass), switching outputs, and analogue signal.
The SCP03 is a pressure sensor for liquid and gaseous media. With its wide range of pressure ranges, output signals and connections, the SCP03 can be used in industrial and mobile applications.
The SCT electronic temperature sensor features a compact design and high pressure resistance. The SCT is used where temperatures have to be measured under high pressure and a compact housing is necessary.
The controller accessories are used in control, regulation or monitoring systems where switching signals or analogue signals are used or a display is required.
SensoControl® cables are designed according to the requirements of industrial sensors and switches.
The pressure sensor SCP08 measures the pressure via a special designed measurement cell and has a high adapted overload pressure to withstand the pressure peaks.
The Level Controller combines the functions of a level switch, a level sensor and a level display. It is ideal for the monitoring of tank contents.
The OilTankController SCOTC combines the functions of a level and temperature switch, a level and temperature sensor and a level and temperature display:
• Level and temperature display
• Switching outputs • Analogue signal
Contactless speed measurement (opto-electronic principle) with the Tachometer SCRPM can be done quickly and easily.
The hydraulic testers SCLV are designed for testing the functionality of motors, pumps, valves and hydrostatic drives. These easy-to-use hydraulic testers can help locate faults in a hydraulic system.
The SCVF geared counter functions as a volume flow meter. A very precisely crafted pair of geared wheels is driven by the fluid flow. The SCVF works over a wide viscosity range. Different seals permit usage in many different applications.
The SCP04 pressure sensor is designed to meet the chemical and physical requirements of hydrogen applications.
MicroStrain 3DM-CV5-AHRS Embeddable Industrial IMU/AHRS
Value-focused embeddable IMU/VRU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for applications including platform stabilization, mobile robots, antenna pointing, and usage monitoring.
Value-focused embeddable IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including platform stabilization, mobile robots, antenna pointing, and usage monitoring.
Tactical grade value-focused embeddable IMU/AHRS. Individually calibrated for optimal performance. Cutting-edge orientation algorithms, advanced time management, and flexible event triggering system make this ideal for mobile robotics applications.
Tactical grade value-focused embeddable IMU/VRU. Individually calibrated for optimal performance. Cutting-edge orientation algorithms, advanced time management, and flexible event triggering system make this ideal for autonomous applications.
High performance embeddable IMU/AHRS featuring fully calibrated and temperature compensated triaxial accelerometer, gyroscope, and magnetometer. Ideal for applications including stabilization, mobile robots, antenna pointing, and usage monitoring.
High performance embeddable IMU/VRU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including stabilization, mobile robots, antenna pointing, and usage monitoring.
High performance embeddable GNSS/INS. Fully calibrated and temperature compensated. Compatible with GPS, GLONASS, BeiDou, and Galileo. Auto-Adaptive Extended Kalman Filter computes accurate outputs in even the most dynamic operating conditions.
High performance embeddable IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Ideal for a wide range of applications including platform stabilization, mobile robots, antenna pointing, and usage monitoring.
Tactical grade GNSS/INS featuring centimeter-level position accuracy. Dual-antenna, RTK-enabled system with Auto-Adaptive Extended Kalman Filter designed for performance in unpredictable conditions. Precision-machined aluminum enclosure for reliability.
High performance IMU/AHRS featuring fully calibrated and temperature compensated triaxial accelerometer, gyroscope, and magnetometer. Dual on-board processors run Auto-Adaptive Extended Kalman Filter. Precision-machined aluminum housing for durability.
High performance IMU/VRU with fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Precision-machined aluminum housing to suit applications including stabilization, mobile robotics, antenna pointing, and usage monitoring.
High performance GNSS/INS. Fully calibrated and temperature compensated. GPS, GLONASS, BeiDou, and Galileo compatible. Auto-Adaptive Extended Kalman Filter delivers accuracy in dynamic conditions. Precision-machined aluminum enclosure for reliability.
High performance IMU featuring fully calibrated and temperature compensated triaxial accelerometer and gyroscope. Precision-machined aluminum housing to suit applications including stabilization, mobile robotics, antenna pointing, and usage monitoring.
Easy to use real time kinematic correction data at your fingertips. Provides simplicity of cellular connection to SensorCloud RTK base station network. Paired with the 3DM-GQ7, this system delivers precise positioning, velocity, and attitude estimates.
Battery powered wireless 3-axis accelerometer in a ruggedized enclosure. Provides low noise waveform data, ideal for vibration, impact, motion, and tilt monitoring applications, as well as long-term condition monitoring and predictive maintenance.
Compact embeddable wireless 3-axis accelerometer. Provides low noise waveform data, ideal for vibration, impact, motion, and tilt monitoring applications, as well as long-term condition monitoring and predictive maintenance.
Battery powered wireless 3-axis accelerometer in a ruggedized enclosure. Complies with ASTM F2137, making it ideal for monitoring dynamic characteristics of amusement rides and roller coasters, as well as vibration, impact, motion, and tilt monitoring.
Value-focused ruggedized IMU/tilt sensor for precision measurements of dynamic inclination, acceleration, and angular rate in challenging environments. Auto-Adaptive Extended Kalman Filter removes errors from vibration, sudden linear motions, and quake.
Ruggedized IMU/tilt sensor for precision measurements of dynamic inclination, acceleration, and angular rate in challenging environments. Auto-Adaptive Extended Kalman Filter removes errors associated with vibration, sudden linear motions, and quake.
3-channel wireless sensor with ruggedized, weatherproof enclosure. Onboard PGA, filtering, and high resolution ADC for precise measurement of sensors including strain gages, load cells, pressure transducers, and accelerometers.
Compact embeddable wireless sensor with 2 analog input channels. Onboard PGA, filtering, and high resolution ADC for precise measurement of sensors including strain gages, load cells, pressure transducers, and accelerometers.
12-channel wireless sensor used for precise measurement of thermocouples and differential output sensors. No calibration required. Low noise temperature or mV data output. Ideal for demanding applications where reliable data acquisition is critical.
Compact 1-channel embeddable wireless sensor used for precise measurement of temperature, mV, or resistance. No calibration is needed when used with thermocouples, RTD, or thermistors. Ready for OEM system integration.
Versatile wireless sensor with 8 analog input channels. Onboard PGA, filtering, and high-resolution ADC for precise measurement of sensor types including strain gages, load cells, and pressure transducers.
USB gateway for easy, reliable data acquisition from MicroStrain wireless sensors. Provides seamless communication between wireless nodes and host computer using SensorConnect or MSCL API. Configure and deploy wireless nodes into a synchronized network.
Parker's Accelerometer and Inclinometer Sensors are MEMs devices with an output voltage dependent on the amount of inertial force applied . The accelerometers and inclinometers have an inertial range up to ±1.5G.
Parker's IQAN-SP pressure transducers belong to the family of IQAN accessories developed to complement IQAN control systems. The SP is a range of pressure transducers for mobile hydraulic applications.
Parker's IQAN-ST temperature transducers belong to the family of IQAN accessories developed to complement IQAN control systems. The ST is a range of temperature transducers for mobile hydraulic applications.
Parker's Analog Lever Distance Sensors are Hall Effect devices with an output voltage dependent upon the angular position of a lever arm. They utilize non-contacting technology and provide linear output over one inch (35 degrees) of travel.
Parker's True Ground Speed Sensor (TGSS) belongs to the family of accessories provided to complement electronic control systems. The TGSS determines true ground speed using Doppler beam technology and reports the information using a frequency signal.
Parker's SCP sensor family is a range of compact pressure sensors for mobile hydraulic applications. The sensors feature compact construction, high linearity and excellent electromagnetic interference resistance.
Parker's Rotary Controls are panel mount Hall Effect devices with an output voltage dependent upon the angular position of it's driver. They have non-contacting electronics and are offered in multiple angular ranges to fit most every application need.
Parker's Rotary Position Sensors are Hall Effect devices with an output voltage dependent upon the angular position of the sensor. They utilize non-contacting technology and are offered in several linear ranges up to 360 degrees of rotation.
Parker's ATS Angle/Tilt Sensors are Hall Effect devices with an output dependent upon the angular movement in one or two horizontal planes. Offered in single or dual axis configurations, they are non-contacting and fit most every level application need.
Parker's Proximity Sensors use non-contacting technology to detect the presence of a magnet target. Designed using reed switch technology and potted electronics, they are very robust and well suited for applications where large air gaps are required.
Parker's Ferrous Proximity Sensors use back-biased reed switch technology non-contacting technology to detect the presence of ferrous targets. Because they are non-contacting with no moving external components they are well suited for many applications.
Parker's GS Gear Speed Sensors provide a sinking output when detecting a ferrous target. They use back-biased, Hall Effect technology for zero speed sensing capability. Offered in multiple mounting configurations, they are immune to alignment issues.
Parker's RM50 tilt switches detect angular movement in a single axis. They are designed using reed switch technology and no moving external components making them very robust and well suited for applications where mercury (Hg) cannot be used.
Parker's LS60 is a solid state, dual axis, level sensor designed to limit the amount of tilt during normal operation. Custom X and Y trip angles can be created quickly with minimal expense to meet your applications specific needs.
Parker's UTS-ID Universal Tilt Sensor for Impact Detection communicates impact events and acceleration signals of impact magnitude and acceleration orientation information using SAE J1939 CAN bus protocol.
Parker’s UTS Universal Tilt Sensors with Gyroscope communicate angle of tilt, pitch, and roll information using SAE J1939 CAN bus protocol. They are engineered with MEMs devices for reliability and built to withstand rugged applications.
Parker’s UTS Universal Tilt Sensors communicate angle of tilt, pitch, and roll information using SAE J1939 CAN bus protocol. They are engineered with MEMs devices for reliability and built to withstand rugged applications.
Value-focused embeddable tactical grade inertial navigation system with external position and velocity inputs. Features an advanced Extended Kalman Filter, cutting-edge orientation algorithms, advanced time management, and event triggering system.
Ruggedized IP68 tactical grade inertial navigation system with external position and velocity inputs. Features an advanced Extended Kalman Filter, cutting-edge orientation algorithms, advanced time management, and event triggering system.
Ruggedized IP68 tactical grade IMU/VRU. Individually calibrated for optimum performance. Features an advanced Extended Kalman Filter, cutting-edge orientation algorithms, advanced time management, and event triggering system.
Ruggedized IP68 tactical grade IMU/AHRS. Individually calibrated for optimum performance. Features an advanced Extended Kalman Filter, cutting-edge orientation algorithms, advanced time management, and event triggering system.
