- Thread Author
- #1
Leuze LBK 3D Radar, enhanced with CIP Safety certification, provides reliable human detection in dusty, smoky, and low-visibility areas. It also simplifies network integration.
Leuze has added CIP Safety integration to the LBK 3D radar safety system. This allows for easy integration into EtherNet/IP networks and offers more reliable solutions compared to optical sensors. Ideal for those working in environments with dust, smoke, and high particulate matter, the radar system reduces false alarms and shutdowns by ceasing to detect static objects like pallets. With multi-sensor support, the LBK provides unique human detection that is robust and flexible, offering advanced machine protection.
Safe and Smart Machine Protection with Leuze LBK 3D Radar Safety System
The LBK's new CIP Safety-enabled interface allows safety signals to be sent over standard EtherNet/IP, simplifying wiring and PLC integration. It also facilitates system diagnostics and ignores static objects (pallets, boxes, etc.), detecting only actual human presence.
Leuze adds CIP Safety to LBK 3D radar system for safer, smarter machine protection.
Robustness and Reliability in Harsh Environmental Conditions
3D radar technology continues to detect without being affected by external factors such as dust, smoke, and ambient light. One controller supports up to six sensors, and with a four-channel configuration, a total of 24 sensors can be used. This allows large areas, AGV routes, crane paths, or material handling points to be secured. The radar distinguishes between people and static objects (pallets, containers), ensuring accurate detection even in difficult conditions.
Advanced Human Detection and Static Object Exclusion
The radar can identify people who are moving and those who are stationary. It also provides high accuracy in rail areas or applications with limited line of sight. The system ignores non-moving objects like pallets or containers, thereby preventing false alarms and production loss.
Ease of Installation and Integration
In LBKs, one controller supports six sensors. Without the need for programming, you can easily set areas, range, and direction with the LBK Designer software. Compatible with CIP Safety, PROFIsafe, and FSoE protocols, the system ensures seamless integration into existing safety infrastructures.
The LBK uses radar and can negate common environmental influences that would halt most area scanners.
Safety and Modernity Combined with CIP Safety
CIP Safety integration provides direct compatibility of the Leuze LBK radar system with EtherNet/IP-based safety systems. Application areas include monitoring optical sensors in hazardous zones, and securing AGV or crane paths. Suitable for industries seeking safe and practical solutions in challenging conditions, the LBK minimizes stoppages and shutdowns caused by static objects.
In conclusion, the Leuze LBK 3D radar system sets a new standard in industrial safety with reliable human detection and advanced network integration. It ensures the safety of work areas while minimizing production interruptions.
The LBK looks for non-static objects rather than simple presence detectors.
Leuze has added CIP Safety integration to the LBK 3D radar safety system. This allows for easy integration into EtherNet/IP networks and offers more reliable solutions compared to optical sensors. Ideal for those working in environments with dust, smoke, and high particulate matter, the radar system reduces false alarms and shutdowns by ceasing to detect static objects like pallets. With multi-sensor support, the LBK provides unique human detection that is robust and flexible, offering advanced machine protection.
Safe and Smart Machine Protection with Leuze LBK 3D Radar Safety System
The LBK's new CIP Safety-enabled interface allows safety signals to be sent over standard EtherNet/IP, simplifying wiring and PLC integration. It also facilitates system diagnostics and ignores static objects (pallets, boxes, etc.), detecting only actual human presence.
Leuze adds CIP Safety to LBK 3D radar system for safer, smarter machine protection.
Robustness and Reliability in Harsh Environmental Conditions
3D radar technology continues to detect without being affected by external factors such as dust, smoke, and ambient light. One controller supports up to six sensors, and with a four-channel configuration, a total of 24 sensors can be used. This allows large areas, AGV routes, crane paths, or material handling points to be secured. The radar distinguishes between people and static objects (pallets, containers), ensuring accurate detection even in difficult conditions.
Advanced Human Detection and Static Object Exclusion
The radar can identify people who are moving and those who are stationary. It also provides high accuracy in rail areas or applications with limited line of sight. The system ignores non-moving objects like pallets or containers, thereby preventing false alarms and production loss.
Ease of Installation and Integration
In LBKs, one controller supports six sensors. Without the need for programming, you can easily set areas, range, and direction with the LBK Designer software. Compatible with CIP Safety, PROFIsafe, and FSoE protocols, the system ensures seamless integration into existing safety infrastructures.
The LBK uses radar and can negate common environmental influences that would halt most area scanners.
Safety and Modernity Combined with CIP Safety
CIP Safety integration provides direct compatibility of the Leuze LBK radar system with EtherNet/IP-based safety systems. Application areas include monitoring optical sensors in hazardous zones, and securing AGV or crane paths. Suitable for industries seeking safe and practical solutions in challenging conditions, the LBK minimizes stoppages and shutdowns caused by static objects.
In conclusion, the Leuze LBK 3D radar system sets a new standard in industrial safety with reliable human detection and advanced network integration. It ensures the safety of work areas while minimizing production interruptions.
The LBK looks for non-static objects rather than simple presence detectors.
