Cameo
ZENIT® W600i

DMX512

Communication standard DMX512 was developed specially for lighting systems in 1986. Up to 32 DMX devices can be daisy-chained and controlled via a control source (e.g. a light mixer).

Environment-friendly

The high energy efficiency, the long service life of the LED lamps and the low level of heat dissipation make this device particularly environment-friendly.

LED technology

LEDs are ideal for use in lighting systems: They are bright and have a low level of heat dissipation, a long operating life and low energy consumption. Moreover, LED systems often weigh less than conventional lighting systems.

Master & slave

Master/slave operation allows identical DMX devices to be controlled by a DMX device of the same model and software standard. All the devices are connected by DMX cables in series. The master device is then set to run in standalone mode and the slave devices are set to run in slave mode.

RGB additive colour system plus white LEDs

Additional white LEDs create more contrast and clearer colour boundaries. What is more, they improve the creation of white and pastel colours.

Standalone mode

In standalone mode, the device functions are controlled via integrated programmes, so no light mixer or “master” controller is required.

Strobe

Strobes emit fast flash sequences, which makes movements appear “frozen” and creates a kind of slow-motion effect.

RDM

This device has full RDM capability. The RDM protocol supplements the DMX protocol and enables bidirectional communication via a standard DMX network. It simplifies configuration, administration and monitoring of RDM devices connected to an RDM controller.

The calibration chip ensures that the mixed colours of the lamp are reproduced identically when using several fixtures, thereby preventing any deviations in colour between the lamps.

The IP code of the protection class indicates how well the sensitive parts of a device are protected against the ingress of foreign bodies and water. This unit is fully protected against the ingress of dust and temporary immersion.