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ENReliable sensors for every container
Developed and built in Norderstedt – matched to the platform.
Our sensors
From the PCB layout to the embedded software on the devices, we develop our sensors ourselves in Norderstedt or work with partners from Germany. This allows us to match sensors and platform optimally and provide you with a solution that works seamlessly. And if you have any special requirements that our sensors do not yet meet, please get in touch!
Packman sensor for compactors
The Packman is our solution for digitizing mobile compactors. Connected to the electrical system of the presses, the Packman transmits the fill-level signals, the status of the power connection, the emergency stop and other information. The current position of the press is displayed live on the adhoc platform via a GPS antenna. Powering the sensor with a battery ensures that the position of the compactor continues to be updated even without a power connection.
Fill-level messages
The Packman can record the fill-level messages from the presses (e.g. 75 % and 100 % messages) and transmit them to the adhoc platform. The messages can be freely configured and sent to any email recipient.
Service notifications
Other signals can be recorded by the Packman, such as the status of the power connection or the emergency stop. This allows uncomplicated remote maintenance to be carried out.
Geoposition GPS
The Packman has a GPS antenna and can display the position of the press live on the adhoc platform. With the help of geofences, the presses can be automatically assigned to specific locations and customers.
Connectivity
The Packman reliably transmits data via the mobile network using the LTE-M and NB-IoT narrow bands. The excellent coverage ensures flawless transmission throughout Europe and in large parts of the rest of the world.
Alarms
When the pre-full or full messages are reached, an automatic notification can be created for any email recipient. Notifications can also be sent when geofences are reached or left.
Battery
The Packman has a battery that is charged when the compactor is connected to the power supply. This means that fill-level messages, for example, remain active after the compactor is disconnected from the power supply.
Assembly
The Packman is usually installed next to the press control cabinet. A pre-assembled cable is installed in the press control cabinet using colour coding and instructions.
Geopositioning for compactors
As the Packman sensor for compactors has GPS localization, geofences can be used to automatically assign presses to locations and customers.
Monitoring can also be set up to register any unwanted removal of the press from its current location.
PhilRay sensor with radar technology
The PhilRay sensor combines optical measurement with radar measurement and is therefore the ideal choice for a large number of applications. The radar measurement is not impaired by contamination or condensate and is also excellently suited to measuring liquid levels. If materials with a low density are to be measured, the optical measuring principle is unbeatable. With the PhilRay no compromises have to be made – the best measuring principle for the application is always available. Both readings are shown in the platform; the one better suited to the application can be selected on the basis of the data and defined in the platform as leading for processing in the other modules.
Fill-level measurement
The PhilRay sensor uses two technologies to measure the fill level. An optical, so-called Time of Flight (ToF) sensor determines the distance to the waste using infrared light. In addition, the PhilRay uses a radar sensor, which can be used for liquids, bio-waste, residual waste and generally in environments with heavy contamination.
Collections
Using a built-in acceleration sensor, the PhilRay can automatically determine the collections of containers emptied by crane. The intelligent function determines the filling quantities before and after the collection event and thus enables the exact recording of the collected quantities.
Connectivity
The PhilRay reliably transmits data via the mobile network using the narrow bands LTE CatM1 and NB-IoT. The excellent coverage ensures flawless transmission throughout Europe and in large parts of the rest of the world. A LoRaWAN variant is also available.
Geoposition
The PhilRay fill-level sensor has a GPS antenna and can be used for tracking with a clear view of the sky. The PhilRay can also be located via the mobile network, which allows the approximate location to be determined with an accuracy of 1 to 2 kilometres, depending on the transmission mast configuration.
Temperature
The PhilRay sensor has a temperature measurement, which continuously records the temperatures together with the fill-level values.
Configuration
The sensor is conveniently configured via the adhoc smart waste platform. The intervals for fill-level measurement and data transmission can be freely selected. Limit values for fill levels and temperatures can also be defined in order to receive immediate notifications in the event of certain occurrences.
Battery
The PhilRay is equipped with replaceable batteries and is designed for a battery life of 5 years. Depending on the signal strength at the location, the runtime can be positively or negatively affected. The battery charge level is displayed in the platform and a notification is sent as soon as the battery level is low.
Assembly
The PhilRay has through-holes and can be mounted in many different ways. Various holders for attaching the sensor at angles from 20 to 90° as well as special holders for using adhesives are available as accessories.
Tracker for logistics optimisation
The Tracker is our solution for the intelligent tracking and management of operating resources and containers. Using a combination of GNSS satellite positioning (GPS, Galileo) outdoors and a WIFI SSID scan indoors, the Tracker keeps mobile resources reliably in view. With various tracking modes and integrated motion detection, location histories can be traced without gaps, long idle times and low turnover can be identified and the unwanted removal from locations is reported immediately. Combined with the adhoc smart waste platform, pure positioning becomes complete container management for optimising your logistics.
Geoposition
The Tracker locates operating resources reliably in any environment. Outdoors the position is determined via GNSS using GPS and Galileo, indoors via a WIFI SSID scan; in addition the location can be determined via the mobile network. This keeps the position traceable in halls, shelters and densely built-up areas. With the help of geofences, resources are also automatically assigned to locations, depots and customers.
Motion detection
An integrated acceleration and tilt sensor allows the Tracker to detect movement and changes in position. Various tracking modes with motion detection ensure that positions are recorded as required – more frequently when moving, sparingly at rest. This saves the battery and still delivers a complete movement profile.
Connectivity
The Tracker reliably transmits data via the mobile network using the LTE-M and NB-IoT narrow bands. The excellent coverage ensures flawless transmission throughout Europe and in large parts of the rest of the world.
Temperature
The Tracker has a temperature measurement, which continuously records the ambient temperature together with the position data. One product variant can also measure humidity in order to ensure the perfect condition of sensitive logistics goods.
Configuration
The Tracker is conveniently configured via the adhoc smart waste platform. Transmission intervals and tracking modes can be freely selected and adapted to the intended use. By default the Tracker transmits three times a day; if required, intervals and limit-value notifications can be set individually.
Battery
The Tracker is equipped with three replaceable AA lithium batteries (LiSOCl2, 3.6 V) and designed for a service life of more than 5 years with one transmission per day. Depending on the transmission interval and signal strength at the location, the runtime can vary. The charge level is displayed in the platform and a notification is sent as soon as the battery is running low.
Assembly
The Tracker is housed in a robust industrial enclosure made of PBT GF20 + ASA with IP69k protection and is therefore resistant to dust, water and high cleaning pressures. Mounting is flexible via screws, rivets or adhesive – ideal for robust use on mobile operating resources.
Special requirements? Get in touch.
We develop our sensors ourselves – and adapt them to your use case where needed.