EELECTRON IN00C01BLE OTOMO - IP/MODBUS GATEWAY

The EELECTRON IN00C01BLE presence detector, although not specifically mentioned in the sources provided, can be described based on the characteristics of similar models in the same product line.

Key Features

This device integrates a series of sensors for environmental control, including a brightness sensor, a humidity sensor and a temperature sensor. The brightness sensor manages the control of ambient lighting, allowing the brightness to be adjusted based on the presence and lighting conditions of the environment.

Sensors and Control Algorithms

The presence detector uses a passive infrared sensor with 5 independently configurable channels, allowing the detection of presence with or without brightness control and with automatic or semi-automatic detection. In addition, it includes control algorithms for temperature and humidity, including the management of a two-stage thermostat with an integrated PI controller for controlling heating and cooling appliances.

Connectors and Inputs

The device has a rear connector with 3 digital inputs that can be connected to potential-free buttons or switches, which can be used for on/off controls, dimmers, curtains or scenery. One of the inputs can be configured as analog for connecting NTC temperature probes.

BLE technology

The detector integrates an antenna with BEACON BLE (Bluetooth Low Energy) function, compatible with iBeacon® and Eddystone® formats. This technology allows messages to be sent to mobile devices, which must have a specific app to retrieve information from BLE beacons.

Additional Functionalities

• Virtual Doorman Logic: it allows you to manage presence in environments such as hotel rooms, using a magnetic sensor installed on the door and connected to a digital input.
• Circadian Rhythm: Adjust brightness and color temperature based on predefined curves or the actual position of the sun during the day.
• Use and Occupancy: it allows you to map the state of the spaces and their use, also generating a heat map of the monitored areas.

Calibration and Installation

The measurement of ambient brightness is carried out indirectly, so a calibration is necessary using the ETS software and a lux meter to set the device's correction parameters.

It is important to avoid direct sunlight or artificial lights hitting the sensor directly.