New LED Stack Light offers four operating modes for versatile, cost-effective signalling

(See Murrelektronik at MachineBuilding.Live, 2 October 2024, on stand 36)

With 20 RGB LED slices, 21 adjustable colours and ten different light patterns, the Modlight60 Pro RGB IO-Link signal tower from Murrelektronik offers flexible options for clear, attention-grabbing signalling by visually separating the individual RGB LED slices even in challenging environments.

The LED brightness can be variably adjusted, with an eco mode reducing the brightness by 50 percent to create an energy-efficient signal tower. One version of the tower has a buzzer with eight different sounds for customized acoustic signalling.

Benefiting from IP65 dust and splash protection, the signal tower is simple to set up and does not require any extensive configuration. It can be connected using an unshielded M12 cable and commissioned without IODD (IO Device Description). The two different IODDs enable customized control of the RGB LED slices in terms of colours, flash patterns and process data animations.

One tower with multiple signal types

The signal tower offers four operating modes, which means users can have several signal types with just one tower. In stack mode, individual LED slices can be split into up to five segments to create a classic signal tower. The size and colours of these segments can be customised.

The autoscale function enables automatic and symmetrical distribution of the LED slices to achieve full-surface signalling for maximum visibility. Users can select level mode for a precise, percentage-based depiction of operating processes, displaying information such as production progress or fill levels. In slice mode, meanwhile, the colour, light pattern and animation of each individual LED slice can be controlled separately.

Modlight60 Pro RGB has cURus certification for the US and Canadian markets and can be used in numerous sectors, including the automotive, intralogistics, machine tool, packaging and semiconductor industries.