Cellocator Concrete Mixer Sensor

Increases Concrete Mixer Efficiency

The Concrete Mixer Sensor monitors the speed and direction of the drum rotation and provides a smart solution for the construction vertical market.

Using this accessory increases concrete mixer efficiency, while ensuring high standard cement delivery and the reducing of costs by detecting fraud.

  • The device enables a full monitoring solution of the concrete supply cycle and its various supply cycle stages, including: ‘engine on’; arrival at the concrete plant; loading (mixing) the concrete; agitating the concrete while traveling; arrival at the construction site; unloading the concrete; washing the mixer and exiting the construction site.
  • Detects mixer rotation direction and speed.
  • Enables alerts when unloading concrete outside the construction site, or for timing issues and failures to comply with expected work procedures.
 
Supply voltage: 8 to 30 Volts DC
Supply current: 10 to 40 mA
Frequency range : 0-10 kHz
Enclosure standard: IP67
Environmental standards: Rust proof, vibration proof, and mechanical shock proof
Operating temperature range: -40 to 125 °C
Dimensions : Ø18mm x 53mm
Housing material: 303 stainless steel
CR-300

The Cellocator CR300B is Cellocator’s entry-level unit for fleet management and vehicle security applications, available in 2G / 3G modem variants.

The CR300B is equipped with a rechargeable backup battery (1000mAh) and GSM jamming detection algorithms for improved compliance with vehicle security applications.

Cello-IQ

Advanced Fleet Management Solution with Driver Behavior Monitoring

Cello-IQ is a driver behavior monitoring and eco-driving device, designed to reduce fleet operating costs, improve productivity and increase fleet safety. The Cello-IQ processes and interprets vehicle dynamics and driving patterns into a safety score, which reflects the driver’s potential of involvement in a road accident, and an Eco score, indicating the vehicle’s fuel efficiency and emission footprint.

Cello-CANiQ

Intelligent Fleet Management, Driver Behavior & Diagnostics Solution

A fleet management solution, utilizing a smart algorithm to combine data from various vehicle environment interfaces. These interfaces include standard CANBUS and OBD, driver identification, serial communication with third party devices, discrete, analog and frequency measurement ports, voice channel, and others. In addition to various logic methods calculating Trip Fuel Consumption, based on different vehicle’s parameters.

  • Specs

    8 to 30 Volts DC

    10 to 40 mA

    0-10 kHz

    IP67

    Rust proof, vibration proof, and mechanical shock proof

    -40 to 125 °C

    Ø18mm x 53mm

    303 stainless steel

  • Related Products
    • CR-300
      CR-300

      The Cellocator CR300B is Cellocator’s entry-level unit for fleet management and vehicle security applications, available in 2G / 3G modem variants.

      The CR300B is equipped with a rechargeable backup battery (1000mAh) and GSM jamming detection algorithms for improved compliance with vehicle security applications.

    • Cello-IQ
      Cello-IQ

      Advanced Fleet Management Solution with Driver Behavior Monitoring

      Cello-IQ is a driver behavior monitoring and eco-driving device, designed to reduce fleet operating costs, improve productivity and increase fleet safety. The Cello-IQ processes and interprets vehicle dynamics and driving patterns into a safety score, which reflects the driver’s potential of involvement in a road accident, and an Eco score, indicating the vehicle’s fuel efficiency and emission footprint.

    • Cello-CANiQ
      Cello-CANiQ

      Intelligent Fleet Management, Driver Behavior & Diagnostics Solution

      A fleet management solution, utilizing a smart algorithm to combine data from various vehicle environment interfaces. These interfaces include standard CANBUS and OBD, driver identification, serial communication with third party devices, discrete, analog and frequency measurement ports, voice channel, and others. In addition to various logic methods calculating Trip Fuel Consumption, based on different vehicle’s parameters.

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