Effective noncontact sensing
- Speed Wedge MKII - true-ground speed radar
- OptoSpeed - optical true-ground low speed, X & Y direction
- AccoSat - true-ground speed DGPS + accelerometer fusion
- RaDist P60 - radar distance measurement
- OptoDist - optical distance measurement
- SprayRay - spray quality detection deploying radar
- Axmat Duo - distribution and flow of "free" thrown particulate material
- SeeDector - radar for liquid and particulate material flow in ductwork
- SprayMon - integrated radar system assessing and monitoring spray quality for OEM and retrofit
- SeedMon - integrated radar system monitoring particulate material flow / blockage e.g. for fert & seed.
True-ground speed measurement
Speed Wedge MKII speed sensor
Contactless doppler radar based slip- and slide-free speed measurement & motion & direction of movement detector for application on vehicles, conveyor belts, material flow e.g. water in chutes.
More about Speed Wedge MKII
OptoSpeed provides for optical noncontact measurement of low speed for industrial applications e.g. forklifts, automated guided vehicles AGVs.
Delivers speed in both forward & perpendicular direction.
More about OptoSpeed
AccoSat Speed Sensor
For precise speed measurement of vehicles e.g. in off-highway applications - without the need to calibrate - we do offer the MSO AccoSat speed sensor.
AccoSat combines a 3D accelerometer with a DGPS receiver with high sensitivity delivering true ground speed measurement for outdoor, off-highway applications.
More about AccoSat
RaDist P60: Radar distance sensor
60 GHz pulse radar for close range distance measurement with update rate up to 100 Hz and high resolution.
More about RaDist P60
The MSO OptoDist is a close-up range ToF (time of flight) laser distance sensor with high sampling rate for industrial in-door applications.
More about OptoDist
SprayMon: spray quality monitoring
The SprayMon system integrates the SprayRay sensors monitoring the quality of the spray of the nozzles of a sprayer. SprayMon alarms the operator when a configurable level of deviation of the spray quality occurs.
More about SprayMon
SprayRay: spray measurement
The SprayRay sensor measures the radar signature of a spray thus enabling characterization and assessment of spray quality in the application in real-time.
More about SprayRay
Monitoring seeding & fertilizing
SeedMon: blockage monitor system
The SeedMon Blockage monitor provides for monitoring of material flows in hoses / pipes / tubes while seeding and application of mineral and liquid fertilizer e.g. slurry. The SeedMon system consists of MSO SeeDector sensors, main hubs and a head unit (MSO on-board computer, alternatively an ECU of an OEM). A blockage is detected in an early stage of building up if and when the material flow throughput drops underneath a threshold percentage set on the head unit by the operator.
The software of the MSO SeedMon head unit (on-board computer) is tailored for easy to be operated uncluttered blockage monitoring and detection.
More about SeedMon
Material flow measurement
SeeDector: material flow measurement in ductwork
SeeDector enables real-time measurement of amount and speed of a material flow conveyed through plastic pipes or tubes on e.g. pneumatic seed drills or applicators for mineral fertilizer or liquids e.g. slurry. SeeDector deploys a novel measurement technique based on Doppler microwave radar measuring material flow in movement.
The sensor is directly clamped onto a plastic pipe/tube with a steel sheet bracket (wide range of diameters available) without alteration of the existing design - no cutting, nothing built into, no alteration, no disturbance of the flow.
More about SeeDector
Axmat: free flow measurement
The Radar Sensor System from MSO GmbH is the core measurement component of the Rauch Axmat System for measurement and control of the lateral distribution of disc spreaders. The sensor system measures the amount of material and its lateral distribution over the "launch zone" as it is thrown from the rotating disc.
The Rauch Axmat system adjusts the lateral distribution accordingly by adjusting the delivery point of the material flow onto the disc.
The lateral distribution of the material is thus optimized on the go. The Rauch Axmat swivel arm system has been further developed to the Rauch Axmat with two radar sensor arrays each with 27 radar sensors mounted on ring segments.
More about Axmat