eldoLED POWERdrive 106/S

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More product documentation and eldoLED’s terms and conditions are available at www.eldoled.com.

Pay attention when connecting the LED groups:

• polarity reversal results in no light output and often damages the LEDs

• combining + and - of different groups damages the driver

Wiring diagram POWERdrive 106/S (PWR106S1)

WARNING: Risk of electrical shock. May result in serious injury or death. Disconnect power before servicing or installing.

CAUTION: The device may only be connected and installed by a qualified electrician. All applicable regulations, legislation and build-

ing codes must be observed. Incorrect installation of the device can cause irreparable damage to the device and the connected LEDs.

120-277VAC

The driver accepts a universal mains voltage input of 120-277VAC,

50/60Hz.

DALI

Use these connectors to connect the driver to a DALI network. Always

combine a DA+ and DA- connector for either data input or data output.

DMX in/LedSync out

Use these connectors when the driver is used in a DMX network. For

DMX in, connect the network cable’s DMX+, DMX- and DMX shielding

wire (the orange/white, orange and brown wire in a CAT5 cable) to the

DMX in+, DMX in- and DMX in shield connector respectively. For

LedSync out, connect the network cable’s DMX+, DMX- and DMX

shielding wire to the LedSync out+, LedSync out- and LedSync shield

connector respectively.

LED wire length

Maximum wire length from LED driver to LED engine at full load:

Ext in

You have the possibility to connect an external control device (0-10V

control device, 10kΩ potentiometer or show selection switch) to the

driver’s Ext in+ and Ext in- connectors. Configure the driver for use

with an external control device over the 3-button user interface.

LED groups

Indicates the location of the connectors for your LED groups. R(ed)

represents channel 1, G(reen) represents channel 2, B(lue) repre-

sents channel 3 and W(hite) represents channel 4. The default group

color allocation can be changed over the 3-button user interface.

Output voltage vs output current for 4 outputs with symmetrical load

typ

is 57V, LED current ranges from 200mA - 1050mA

LEDcode/NTC

Use these connectors to connect a 47kΩ NTC thermistor for closed

loop LED engine temperature control.

AWG value 20 19 18 17 16

Distance (m)1418222836

Distance (ft) 45.9 59 72.2 91.9 118.1

Please observe voltage drop over long wire lengths.

Longer wire lengths increase EMI susceptibility.

1050

420

200

830

60V

30V



4 LED groups,

4 control channels

LEDcode / NTC

DALI

{

VAC

120-277

{

DMX in shield

DMX in

DMX in +

LedSync out shield

LedSync out

LedSync out +

Ext in

Ext in +

9 mm

0.35 inch

0.5-1.5 mm

AWG 20-16

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Summary

Safety and Installation

Electrical Safety

Warning regarding electrical shock, serious injury, or death. Disconnect power before servicing or installing.

Qualified Electrician Installation

Device must be connected and installed by a qualified electrician, observing regulations and codes.

Power and Control Connectivity

Universal Voltage Input

Driver accepts a universal mains voltage input of 120-277VAC, 50/60Hz.

DALI Network

Connect to a DALI network using DA+ and DA- connectors for data input or output.

DMX and LedSync

Connect DMX/LedSync signals using DMX+, DMX-, and DMX in shield connectors.

External Control Input

Connect an external control device (0-10V, potentiometer, switch) to Ext in+ and Ext in-.

LED Temperature Monitoring

Connect a 47kΩ NTC thermistor for closed-loop LED engine temperature control.

LED Output Performance

LED Group Wiring

Connect LED groups to R, G, B, W channels. Default color allocation is configurable.

LED Wire Length

Maximum wire length from driver to LED engine at full load, based on AWG value.

LED Group Output Configurations

Connecting 3 LED Groups

Output voltage vs output current graph for 3 outputs with symmetrical load.

Connecting 2 LED Groups

Output voltage vs output current graph for 2 outputs with symmetrical load.

Connecting 1 LED Group

Output voltage vs output current graph for 1 output with symmetrical load.