The highest level of industrial safety.
The first and only SIL2/Pld certified radar sensor system in the world.
LBK System. 3D safety radar
LBK system detects access or the presence of operators in a dangerous area. In any environmental conditions (dust, smoke, swarf, water aerosols), it guarantees a level of safety never before reached by any other system in the world. The radar waves of the sensor cover the entire dangerous area, creating a 3D protected zone.
Maximum configuration flexibility.
The system is composed of a controller that can be connected to up to 6 LBK-S01 sensors.
- Perfect alignment among the sensors is not necessary.
- The software supplied with the system allows for multiple configurations: assisted automatic configuration for regularly-shaped areas and manual configuration for monitoring more complex areas.
- Programmable muting allows the creation of differentiated intervention areas where operators can gain safe access according to production logic.
Each LBK sensor can create a configurable virtual barrier that delineates an alarm area and a pre-alarm area, providing a secure signal that can slow down or stop the machine.
The system can detect operator micro-movements and prevent machine restart, ensuring complete operator safety.
The controller manages the statuses of all the sensors, including the muting function, used to temporarily deactivate some sensors when they are not required to detect motion in the area. When properly configured, the muting function allows operators to temporarily access non dangerous areas.
Safety area 3D configurator
The Inxpect Safety Application can be used to configure the alarm and pre-alarm areas in 3D, and to create optimum coverage of the dangerous area using different beam angles from the sensors, which is then validated by the software once the system is physically installed.
The system response time is less than 100ms, which reduces the area required to protect the machine to a minimum.
|Detection method||Inxpect motion detection algorithm based on FMCW radar|
|Frequency||Working band: 24–24,25 GHz (24.05-24.25 for UK and FR)|
Transmission power: ≤ 13 dBm – Modulation: FMCW
|Detection interval||From 0 to 4 m (0 to 13.1 ft), depending on the installation conditions|
|Sensing field and|
|Wide FOV configuration: 110° Horiz. | 30° Vert., Height: 0 to 3 m (0 to 9.8 ft)|
Narrow FOV configuration: 50°Horiz. | 15° Vert., Height: 0 to 3 m (0 to 9.8 ft)
|Guaranteed response time||< 100 ms|
|SIL (Safety Integrity Level)||2|
|PL (Performance Level)||d|
|Category||2 (3 for the outputs)|
|Total consumption||11 W (controller and six sensors)|
|Operating Temperature||From -40 to +60 °C (-40 to +140 °F)|
|Storage Temperature||From -40 to +80 °C (-40 to +176 °F)|
|Communication protocol (sensors-controller)||CAN complies with standard EN 50325-5|
|Warranty period||36 months from the date of purchase of the product|
|Connectors||2 5-pin M12 connectors (1 male and 1 female)|
|CAN bus termination resistance||120 Ω (not supplied, to be installed with termination connector)|
|Power supply||12 V dc ± 20%, through controller|
|Degree of protection||IP67|
|Material||Sensor case: PA66 | Bracket: PA66 and glass fiber (GF)|
LBK-C22 Control UNIT
|Outputs||4 relay outputs:|
1 dual channel safety output | 2 auxiliary outputs
|Safety relay outputs||Forced guided relays|
Max voltage: 30 V dc | Max current: 8 A dc | Max power: 240W
|Auxiliary relay outputs||Electromechanical relays|
Max voltage: 30 V dc | Max current: 2 A dc | Max power: 60W
|Inputs||3 dual channel digital inputs with common GND:|
1 type 1 | 1 type 2 | 1 type 3
|Power supply||24 V dc (20–28 V dc) Max current: 0.6A|
|Consumption||Max 3,8 W|
|Degree of protection||IP20|
|Terminals||Section: 2.5mm2 | Max Current: 12A with 2.5mm2 cables|
CAN BUS CABLES
|Section||2 x 0.34mm2 power supply – 2 x 0.34mm2 data|
|Type||Two twisted pairs: power supply and data|
|Impedance||120 Ω ±12 Ω (f = 1 MHz)|
|Shield||Shield with twisted wires in tin-plated copper. Requires ground connection.|
|Length||30m (98.4ft) from controller to sensor (configuration with 1 sensor)|