ESCA Alta

The Officebooking ESCA Alta sensor monitors room climate and occupancy. The wireless sensor can be easily mounted to the ceiling of your meeting rooms or workspaces.  The sensor monitors temperature, light intensity, sound and humidity. Occupancy is monitored with our ESCA smart PIR technology.

The ESCA Alta is battery powered and communicates via LoRa communication standards. The sensor is fully integrated with the Officebooking IOT-Core platform. Our proprietary ESCA firmware technology uses Artificial Intelligence to minimise false positives, based on the context of the user and historic data. In our extensive officeAdmin dashboard all comfort data is plotted and can be viewed and monitored in real-time.

Room occupancy detection by ESCA smart PIR technology, comfort levels include temperature, humidity and light range. Operates as a stand alone node. Status message every 8 hours. Node sends directly after wake up, after wake up every 5 minutes until 0 detections. Sensitivity threshold and no detections message scheduling configurable.

  • Occupancy, temperature, sound, humidity and light

  • Over The Air (OTA) configuration

  • Remote monitoring

  • Secure IoT

  • Fully GDPR compliant

  • Functionality: LoRaWAN Class A, presence and comfort detection
  • Temperature output range: -40  ̊C to + 80  ̊C, in  ̊C or F
  • Temperature resolution: 0.01 °C
  • Relative humidity measurement range: 0 – 100%
  • Relative humidity resolution: 0.1%
  • Light range: 4 – 4000 LUX
  • Light resolution: 1 LUX
  • Weight: 400 gr, including batteries
  • Dimensions: 115 x 115 x 40 mm
  • Fixation: clip or adhesive tape (3M VHB)
  • Detection: PIR
  • Range to gateway: 50 – 75 m
  • Relay per node (estimated): 1 LoRa Gateway per 500 nodes
  • Frequency plan: EU868, US915, IN865 (AU915, AS925) (depending on deployment region)
  • Processor: STM32L0, ARM Cortex-M0+
  • Power supply: 4 standard AA lithium batteries (included)
  • Expected battery life: 2 – 3 years*
  • Product code: IOT.011

* Battery life indicated above is a theoretical value and has been verified by a fast ageing procedure. However, battery life is dependent on factors such as battery quality, moisture, temperature, etc.

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