EvoLoop Barrier Sensor

Name: EvoLoop Barrier Sensor
Brand: BEA
SKU: EVOLOOP
Availability: InStock

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Brand:

BEA

SKU:

EVOLOOP

Product Type:

Automation Accessories

More information

Extended Description

Activation, presence & protection sensor for barriers

The EVOLOOP is the alternative to induction loops and photocells, replacing hard work with smart work. Thanks to the 140° field of view, you can configure up to 3 virtual loops independently to fit your application.

The EVOLOOP can trigger not only the opening and closing of the barrier, but also activate ticketing and license plate recognition systems. Moreover, it can protect both vehicles and pedestrians (EN 12453 type D) by reducing the risk of contact with the boom in all environments and conditions.

FMCW - MoWa inside

FMCW (Frequency-Modulated Continuous Wave) technology operates by continuously emitting a frequency-modulated signal. The sensor sends out a wave that gradually changes in frequency over time. When this wave reflects off an object and returns to the sensor, its frequency is compared to the emitted wave. The difference between these frequencies, known as the beat frequency, is directly proportional to the distance between the sensor and the object.

FMCW technology provides highly precise distance measurements with continuous data updates, which enables the sensor to detect instantaneously both stationary and moving objects.

By continuously analysing changes in frequency over time, FMCW technology can also determine an object’s velocity and direction, making it highly effective in applications requiring real-time tracking and precise positioning.

MoWa inside, which is based on FMCW technology, measures the distance and speed of objects in the detection field. By transmitting a modulated wave and measuring the frequency shift of the reflected signal, it can detect and classify people and all types of vehicles, whether moving or standing still.

Features + Applications

Features

Plug & go: No more dusty road works with noisy and heavy equipment. Enjoy an installer-friendly, clean and time-saving experience with EVOLOOP. Just mount the sensor, plug it and launch a teach-in. Ready to go!
Connect & set: Via mobile app, start a simple teach-in and setup 2 preconfigured loops in no time. If needed, configure up to 3 virtual loops independently to fit the application’s needs. Choose the loop type, target type and add a sense of direction to filter out cross-traffic.
Versatile solution: The EVOLOOP adapts to all applications. Whether you need to setup a paid parking system or need protection against collision with the boom, the EVOLOOP has it covered. It can be installed on all types and lengths of barriers, even with skirt or hinged support.
In any weather, at any time: The EVOLOOP can be installed in any weather all year round. The virtual loops are reliable and resistant in all environments and conditions, including challenging weather like fog, heavy rain, frost or snow.

Tech Specifications

Specifications

Technology: FMCW, Mowa inside (microwave)
Radiated frequency: 60 GHz
Max Detection Field: Up to 7m
Radiated power: < 20 dBm EIRP
Radar Field of view: 140° opening field and 40° in elevation
Reference body for Safeguarding Level D: Corner reflector with RCS = 0.17m²
Antenna angle adjustment: -20° to +20 °
Supply voltage*: 12 – 30V DC +/-10% - 12-24V AC +/-10%
Max Power consumption: <3W
Peak Current at power-on: 1.3A
Cable Length: 3m (standard)
Response Time: Typical 100ms (max 250ms)
Test input: 1 optocoupler (galvanic isolated – polarity free)
LED: 3 RGB LED and 1 white LED for Bluetooth®
Dimensions: 50 mm x 150 mm x 68mm (form factor)
Temperature range: -25°C to +55°C **; 0-95% relative humidity, non condensing
Degree of protection: IP65 (IEC/EN 60529)
Material: PC / ASA / Aluminium ADC12 – black color
Bluetooth®: Operating bandwidth: 2402 MHz – 2480 MHz Maximum transmitted power: 12 dBm
Outputs*: 2 electronic relays (galvanic isolated - polarity free)
1 relay
Conformity: This product conforms to all applicable European Union legislation. Please refer to the Declaration of Conformity for further information.