In a typical production environment, there are many factors such as dust, welding slag, sawdust, smoke, and moisture, which can interfere with ordinary optical sensors and lead to unnecessary machine downtime. The LBK safety radar system solves the limitations of optical sensors in harsh conditions and is characterized by its strong adaptability, especially for the protection of dangerous areas in harsh environments.
Since the LBK safety radar system emits electromagnetic waves in three-dimensional space, the surface area and space capacity will be monitored, and LBK will be able to detect anyone entering or staying in a dangerous area, regardless of whether the person is standing, squatting or lying down.
In order to better meet the different application needs of our customers, LBK security radar system has been upgraded
New product portfolio LBK SBV201 and LBK SBV205 models
Detection distance: LBK SBV201:5 meters, LBK SBV205:9 meters
Enhanced configuration with asymmetric horizontal inspection field of view and aisle inspection field of view, which can independently adjust the inspection Angle of the left and right sides as well as the detection of rectangular areas
For large metal objects moving near the detection field of view (such as forklifts, AGVs, etc.), the tolerance displacement is reduced by 200mm.
Lloyd’s new controller combination LBK ISC100E-F and LBK ISC11X models
Small size makes it easy to back up and restore without a PC, as well as replace faulty sensors
With Ethernet interface, compatible with all sensor types, new sensors can be integrated automatically
Signal system repair of the controller via local input or fieldbus
Mechanical protection scheme: Add mounting bracket
In case of accidental mechanical impact, the safety radar will not be misaligned or damaged
In the design of the mechanical area of the safety bracket, there is no shadow or occlusion affecting the detection area of the radar
The safety radar can be adjusted on three axes with an adjustment range of -40° to 40°
The safety protection scheme of the entrance and exit of the material transfer station
Requirements: Use forklifts or trucks to load materials onto the conveyor belt, and then transport them to the loading area. Safety protection must be carried out on the entrances and exits of the area. In order to ensure optimal capacity utilization of the robot unit, the loading area should also be allowed to operate uninterrupted during loading.
Solution: The multi-beam safety grating of the MLD series can be used to protect the entrance and exit side of the conveyor loading area, and the LBK safety radar system can be installed to detect the presence of personnel in the material temporary storage area, which can achieve all-round safety protection.
Lloyd’s Test provides you with efficient and reliable safety covering the entire life cycle of your machine