Installation And Set Up; Power Requirements; Ac Power Operation - Philips Showline SL NITRO 510 Installation And User Manual

Led strobe luminaire
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SL NITRO 510 LED STROBE Luminaire

INSTALLATION AND SET UP

1. Power Requirements

The SL NITRO 510 LED STROBE Luminaire operates on AC input voltages from 100 to 240 VAC.
WARNING! This unit does not contain an ON/OFF switch. Always disconnect power input cable to completely
remove power from unit when not in use.

AC Power Operation

When connected to an AC source, the unit operates on 100 to 240 volts AC (+/- 10%, auto-ranging). The luminaire
contains an auto-ranging power supply. Each luminaire can draw up to 360 Watts.
WARNING! Maximum amount of units that may be daisy-chained is (A) 5 units 100VAC (20 Amps) or (B) 13 units
240VAC (20 Amps). Refer to
Note: For wiring of AC input connector, refer to
Power" on page
WARNING! *These figures are based on the Maximum Allowable Input Current of 20 Amps (and the maximum
power supply limit of 360 Watts). Do not overload circuits!
IMPORTANT AC POWER CONNECTION NOTES:
a. When using the daisy-chain connection method, ONLY connect SL NITRO 510 LED STROBE
Luminaires to AC Output Connection of SL NITRO 510 LED STROBE Luminaires. DO NOT
CONNECT OTHER TYPES OF LUMINAIRES OR DEVICES!
b. Use only use approved cable types.
c. Do not overload circuits!
d. Do not connect SL NITRO 510 LED STROBE Luminaires to dimmed circuits.
e. The MAXIMUM allowable number of SL NITRO 510 LED STROBE Luminaires which can be 'daisy-
chained' on one power feed are listed in
Sh wline
Table 1
for detailed information at various voltages.
8.
Table 1: SL NITRO 510 LED STROBE Luminaire Voltage vs. Current
Voltage
Total
(AC)
Current (A)
100
3.60
110
3.27
120
3.00
130
2.77
140
2.57
150
2.40
160
2.25
170
2.12
"Connecting SL NITRO 510 LED STROBE Luminaires to AC
Maximum
number of
Voltage
units that can
(AC)
be linked
together*
5
180
6
190
6
200
7
210
7
220
8
230
8
240
9
Table
1, above. DO NOT EXCEED!
Installation & User's Manual
Maximum
number of
Total
units that can
Current (A)
be linked
together*
2.00
10
1.89
10
1.80
11
1.72
11
1.64
12
1.57
12
1.50
13
Power Requirements
7

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