Xitanium LED linear drivers – non-isolated / high voltage

Description

Xitanium non-isolated drivers are ideal for linear Indoor systems. These drivers are available in Sensor Ready (D4i), MasterConnect, 1-10V, and DALI, or without a control interface. The output current can be set via configuration or via an external LEDset-resistor. These drivers are available in two versions, one with a fixed single output current and another with multiple fixed output currents, which can be set manually via a DipSwitch. These drivers feature a low output current ripple of up to 4% for both high and low frequencies, as well as low standby specifications.

Benefits

• The low output current ripple ensures no interference with security systems, cell phones, web cameras, or barcode scanners.

• These drivers offer a wide range of features, offering ease of design-in and simplifying the approbation process.

• Complete range of Sensor Ready (SR) drivers for connected systems.

• These drivers support easy integration in high-voltage / non-isolated linear luminaire systems, as well as in industrial high-bay systems (iXt).

• Flexible output current configuration of DALI drivers is available via MultiOne software, utilising either a wired DALI interface or a wireless SimpleSet (NFC) interface.

• Wide operating windows offer great flexibility to design a luminare system and reduce complexity.

• Complete range of Sensor Ready (SR) drivers for connected systems based on DALI-D4i protocol.

• Low flicker and stroboscopic effect for optimal visual perception (TLA).

• Box configuration - Configure the whole box of drivers at once.

Features

• Non-isolated DALI and fixed-output drivers are available in 11 mm, 16 mm, and 21mm heights.

• Five-year system warranty

• Lifetime 100,000 hours

Applications

Office, Retail, Industrial highbay, School, Indoor parking spaces

Warning & Safety

• Safety warnings and installation instructions must be taken into account during the design-in and manufacturing processes.

• Avoid touching live parts.