*Not Sold in North America
A distance extender for one output of a SYMPL pixel Node
The Pixel Range Extender is a distance extender for one output of a SYMPL pixel Node. It is designed for bridging long distances between a SYMPL pixel Node controller and the LED fixture. Simply connect the Pixel Range Extender to your fixture and you can cover distances of up to 300 m (depending on installation setup, cable quality, and fixture type) to the controller.
Pixel Range Extender (2 pcs):
IC: AM394020035
EAN: 4055462317285
Certifications & Approbations
Dimensions (W x H x D) | 51.3 x 53.1 x 20 mm / 2 x 2.1 x 0.8 in (excl. plug connector) |
Weight | 20g / 0.04 lb |
Power Supply | Pass back power from fixtures terminal (e.g. from Pixel Strip): 5…24 V DC |
Power Feedthrough | 10 A max. |
Power Consumption | 0.1 W |
Operating Temperature | -30 … 50 °C / -22 … 122 °F |
Storage Temperature | -40 … 70 °C / -40 … 158 °F |
Electrical Safety | SELV |
Operating/Storage Hum. | 0 … 80% RH, non-condensing |
Protection Class | IP20 |
Installation | Indoor installation only intra building connections only restricted to commercial, industrial, or business environment (FCC Class A) |
Housing Material | General purpose ABS, UL94-HB |
Mounting | With slotted holes on any stable surface |
Certification | CE, ETL, RoHS, UKCA, FCC |
Output Connectors | 1 x serial addressable LED pixel output and power supply on 5-pin terminal plug |
Output Wiring | Cable length between Pixel Range Extender and fixture up to 3 m |
Input Connector | 1 x output of SYMPL pixel Node on 3-pin terminal plug |
Input Wiring | Cable length between SYMPL pixel Node and Pixel Range Extender up to 300 m* (*depending on installation setup, cable quality, and fixture type) |
User Interface | LEDs for activity, device power |
The tool to realise simple to highly sophisticated architectural lighting control projects – one software fits all!
The innovative, scalable, and easy-to-install controller portfolio is flexible, modular, and ideally suited for a variety of control tasks.
DMX is very common for the control of dynamic luminaires and offers many advantages, but the differential protocol (D+,D-) must be converted e.g. into an asynchronous protocol for the control (dimming) of luminaires and pixels.
The SYMPL pixel Node is an LED pixel controller which supports various serial addressable LED pixel products like strips, dots and boards with individually controllable pixels. It can control a wide range of asynchronous and synchronous protocols (SPI).
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