SBV System Bus.
A new class of safety radar: variable aperture, fast restart times,
dynamic configuration and multiple detection fields.

ACCESS DETECTION

First safety function: a 3D, variable aperture virtual barrier with up to four different detection fields, providing a secure signal to control machinery.

RESTART PREVENTION

Second safety function: safe presence sensing to prevent machinery from starting as long as operators are in dangerous areas.

DYNAMICALLY SELECTABLE FIELD OF VIEW

The field of view is dynamically selectable both in range and in horizontal aperture (from 10 to 100 deg. in 10 deg. increments): perfect for moving applications.

ADVANCED ETHERNET BUS CONNECTIVITY

The Ethernet safety fieldbus simplifies the integration of the SBV System Bus with any machinery or robot, and allows it to exchange complex information, such as real time operator position.

REMOTE CONFIGURATION AND MAINTENANCE

IP connectivity allows configuration and management of the system from any point in the network.

MUTING FUNCTION

The system can be configured to temporarily deactivate some sensors when they are not required to detect motion in the area, allowing operators to access parts of the working area.

SBV System Bus:

safety and productivity together at last

Maximum flexibility.

One control unit, from one to six sensors: small to large, simple to complex, a solution for every requirement.

  • Automatic background detection and removal allows the system to adapt itself to changing conditions in the work area.
  • 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.
  • Automatic background detection and removal allows the system to adapt itself to changing conditions in the work area.
  • 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.

Technical Details

SBV SYSTEM BUS
Detection method Inxpect motion detection algorithm based on FMCW radar
Frequency Working band: 60 GHz
Transmission power: ≤ 13 dBm - Modulation: FMCW
Detection range From 0 to 5 m (0 to 16.4 ft), depending on the installation conditions
(Long range version available by mid 2021)
Sensing field
and installation range
FOV: 10-100° Horiz. (in 10 deg. increments)
20° Vert., Range: 0.5 to 5 m (1,6 to 16.4 ft)
Power consumption 21,8 W (no OSSD), for a fully loaded system with six sensors
Operating Temperature From -30 to +60 °C (-22 to +140 °F)
Storage Temperature From -30 to +60 °C (-22 to +140 °F)
Communication protocol
(sensors-controller)
CAN complies with standard EN 50325-5
Warranty period 36 months from the date of purchase of the product
SBV-01 SENSOR
Connectors Two 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: PA66 (front) + Aluminum (back) | Bracket: PA66 and glass fiber (GF)
ISC-B01 CONTROL UNIT
Outputs 4 Outputs Signal Switching Devices (OSSDs)
2 dual channel safety outputs
Safety outputs High-side outputs (with extended protection function)
Max voltage 30V dc | Max current: 0,4A | Max power: 12W
Inputs 2 dual channel TYPE3 digital inputs
with common GND
Power supply 24 Vdc (20–28 Vdc) Max current: 1A (no OSSD)
Power consumption 5 W (no OSSD), stand alone with no sensors connected
Assembly DIN guide
Degree of protection IP20
Terminals Removable screw terminals. Section: 1 mm2 | Max Current: 4A with 1 mm2 cables

Nothing has ever been this safe in the industrial sector

Inxpect radar systems adapt to many different usage situations in a wide range of working environments. Below are some of the most common usage scenarios, where radar technology has significantly increased safety levels in industrial environments.

PROTECTION FROM ACCESS TO DANGEROUS AREAS

Find out how Inxpect safety radar systems allow operators to work in total safety next to moving machinery

ANTI-COLLISION SYSTEMS FOR BRIDGE CRANES

Find out how a bridge crane equipped with an Inxpect safety radar system allows operators to work in areas where cranes are operating in total safety

PREVENTION OF ROBOT WORKCELL RESTART

Find out how the Inxpect radar system guarantees total safety for operators performing maintenance inside of a robotic workcell

PREVENTION OF ACCESS TO LOADING AREAS
WITH INDEPENDENT MOTION SYSTEMS (MIR)

Guarda come i sistemi radar possono garantire la sicurezza anche in aree altamente automatizzate