New range of tower lights for industrial signaling

With their bright and homogeneous illumination, the new tower lights of the TL 305 series in robust aluminum housing enable extremely reliable signaling. They are preassembled with 3, 4 or 5 segments. The TL 305-IOL models with IO-Link interface have different operating modes offering high flexibility and an almost unlimited selection of colors. Thanks to the three external trigger inputs, the tower lights with 8 preset color and light configurations can be used immediately. The TL 305 signal lamps with predefined color assignment are easy to install: Each segment can be controlled individually via digital inputs. All tower lights are available with optional acoustic signaler.

Access control for systems and conveyor belts

Requirement:
Machine areas or conveyor belt sections are equipped with doors to allow maintenance and cleaning work. During operation, the doors must remain closed and must be monitored for safety reasons.

Solution:
TL 305 signal lamps in combination with an RD 800 safety proximity sensor monitor opening of the doors. If a door is opened, a visual and/or acoustic warning is output.

Visualization of logistics and dispatch processes

Requirement:
Parcels are sorted in a dispatch facility. When a conveyor belt section is almost completely full with boxes, boxes must be removed to prevent disruption along the process sequence.

Solution:
The TL 305 tower lights visualize the occupancy status of the conveyor belt. The bright and clearly visible 360° lights ensure smooth-running processes. To mount the lights at the desired height, multiple extension tubes can be screwed together.

Process monitoring at machines and systems

Requirement:
The operating state of a machine tool is to be monitored. The machine operator must be able to react quickly to any upcoming maintenance tasks or problems with the system.

Solution:
The individually configurable TL 305-IOL tower lights can be parameterized extremely flexibly via the IO-Link interface. The machine state can be signaled individually by means of different brightnesses, lighting sequences, colors or types of signal sound.