HARDWARE
Smart objects and sensor systems
hardware
On-board electronics
User identification items to guarantee the connection of waste collection data with associated billing, as well as sensorisation for service optimisation
GREATER CONTROL OVER DECISION-MAKING
Automated job and process system
Maximum ease of service operations
Improved operation and decision traceability and records
Reduction in human factor errors
REAL-TIME DATA COLLECTION AND ANALYSIS
Immediate identification of problems and improved reaction capacity
Process consistency and standardisation
Greater predictability of patterns and trends
INCREASED ENERGY EFFICIENCY THROUGH THE USE OF FILL LEVEL SENSORS
Route optimisation
Resource optimisation and cost reduction
Carbon footprint reduction
Volume sensor
ID-FILL — Ultrasound-based volume sensor for the remote monitoring of container fill level.
Ultrasound sensor that can measure container fill level with a range of 15 to 400 cm and a resolution of 3 cm.
In-container temperature sensor with a range of 0°C to 100°C and an alarm that can be set to 75°C to detect possible fires.
Container inclination sensor with a resolution of 2 degrees.
GPS module to determine the container’s geolocation.
NB-IoT communications for the transmission of data collected. Optional LoRaWAN.
Powered by a non-rechargeable 8500 mAh Li-SO-CI2 battery with a life of 8 years for a transmission frequency of every 4 hours.
Easy to install inside the container lid or side.
Weighing cells
Weighing system for data transmission
On-chassis cells
Chassis-mounted weighing control system integrated with the GPS navigation system for data transmission.
· Latest-generation weighing cells installed on the vehicle chassis designed to measure weight with the utmost accuracy. Available in configurations of 4, 6 or 8 weighing cells, each one with a capacity of 10,000 kg depending on vehicle chassis and tonnage.
Centralised junction box that picks up the signals from the weighing cells and transmits sent to the control unit.
In-cabin control unit with a real-time weight display and the possibility of printing and managing weighing data.
System for taring before weighing to obtain waste net weight.
Autonomous power supply to guarantee continuous operation of the weighing equipment.
Complete user and technical manual for installation, calibration, maintenance and use of the weighing system.
Dynamic cells
Lift-based dynamic weighing control system integrated with our GPS system for data transmission.
Latest-generation 3,000 kg weighing cells designed to measure weight with the utmost accuracy installed on each one of the lifter’s rods or arms.
Centralised junction box that picks up the signal from the weighing cells and transmits sent to the control unit.
One inclinometer or 2 proximity sensors (depending on the collector model) to activate the weighing system.
In-cabin control unit with a real-time weight display and the possibility of printing and managing weighing data.
Autonomous power supply to guarantee continuous operation of the weighing equipment.
Complete user and technical manual for the calibration, maintenance and use of the weighing system.
RFID tags
RFID solutions for controlling liftings, cleaning and maintenance of containers, bins and bags.
Programmable and rewritable
Programmable EPC (Electronic Product Code) that can be overwritten in order to create standard codes to facilitate data analysis.
Encryptable
The EPC can be programmed by blocks with dual decoding processes for encryption and also features the possibility of creating a password to change the tag’s programming, thus guaranteeing data privacy and security.
Encapsulation
The system is encapsulated to minimise deterioration.
RFID cards and key fobs
Solutions for user identification in systems with access control with personalisable permissions, memory and design
MIFARE 1k or 4k technology in accordance with the ISO 14443 type A 1-3 protocol
Programming of the information requested in the memory blocks that configure the tags for the creation of pattern codes to facilitate data analysis.
Programming of the information requested in the memory blocks that configure the tags for the creation of pattern codes to facilitate data analysis.
Personalisable outside screen-printing.
Advantages
Accurate and reliable measurement of container fill level in order to optimise collection routes.
Real-time transmission of container fill level, temperature, inclination and geolocation data.
Durable and low-maintenance parts.
Flexibility and adaptability to service conditions with the possibility of operating in different light and weather conditions and unlimited memory for working in areas where there is no reception.
Passive systems that permit automatic reading and recording with no manual intervention, thereby reducing errors and optimising operations.
Areas of application
Municipal waste
collection
Control of kerbside containers and door-to-door systems, improving service management and efficiency.
Monitoring of kerbside container fill level to optimise collection frequency and avoid overflow.
Weighing of kerbside containers with the utmost load control precision to optimise weight management and distribution on inter-municipal routes.
Commercial
and private
waste collection
Efficient container fill level management in companies and industrial areas.
User identification and waste monitoring in companies and industrial areas, facilitating planning and billing based on precise data.
Events and
specific
collections
Efficient waste management in events and in heavy-use areas, guaranteeing a non-stop and effective service.
