DLE25,35 Series Datasheet by XP Power

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: XP Power 25W 12V 2100 mA 9 712V 13.546.20V 79.0% DLE25PS12 25 W 24V 1050 mA 12 , 24 V 216732.40 V 80.0% DLE25PS24 25 W 36V 700 mA 24 , 36 V 41.474560 V 80.0% DLE25P536 24 W 45V 500 mA 33 , 48 V 552764.80 V 80.0% DLE25PS45 20 W 57V 350 mA 40 , 57 V 65.546.95V 75.0% DLE25P557 30W 12V 2500 mA 9 712V 13.546.20V 80.0% DLE35P812 34 W 24V 1400 mA 12 , 24 V 27 32.40 V 81.0% DLE35P524 36 W 36V 1000 mA 24 , 36 V 41. 745.60 V 82.0% DLEasPSSs 34 W 45V 700 mA 33 , 48 V 552764.80 V 83.0% DLE35P545 25 W 57V 500 mA 40 , 57 V 65.546.95V 82.0% DLE35P557 25W 12V 2100 mA 9 712V 13.546.20V 79.0% DLE25PS21007AD 25 W 24V 1050 mA 12 , 24 V 216732.40 V 80.0% DLE25PS10507AD 25W 36V 700 mA 24 , 36V 80.0% DLE25PS7007AD 24W 45V 500 mA 33 , 48V 80.0% DLEZSPSSODVAD 20 W 57V 350 mA 40 , 57 V 75.0% DLE25P83507AD 30W 12V 2500 mA 9 , 12V 13 5716.20V 80.0% DLE35PS25007AD 34W 24V 1400 mA 12 , 24V 81.0% DLE35PS14007AD 36W 36V 1000 mA 24 , 36V 41.445.60V 82.0% DLE35PS10007AD 34 W 45V 700 mA 33 , 48 V 552764.80 V 83.0% DLE35PS7007AD 25W 57V 500 mA 40 , 57V 65.546.95V 82.0% DLE35P85007AD
DLE25/35 Series LED Drivers
xxx Series
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1
Notes
1. Typical efficiency at full load and 230 VAC input.
AC Input LED Driver
Constant Voltage/Constant Current Operation
Constant Current Dimming Versions
High Efficiency
Water Proof to IP67
Class 2
3 Year Warranty
Dimensions:
DLE25/35:
4.33 x 2.89 x 1.30” (110.0 x 73.5 x 33.0 mm)
25/35 Watts
Models & Ratings - Constant Voltage / Constant Current Models
Output Power Output Voltage Output Current Output Voltage Range in
Constant Current Mode OVP Range Efficiency(1) Model Number
25 W 12 V 2100 mA 9 - 12 V 13.8-16.20 V 79.0% DLE25PS12
25 W 24 V 1050 mA 12 - 24 V 27.6-32.40 V 80.0% DLE25PS24
25 W 36 V 700 mA 24 - 36 V 41.4-48.60 V 80.0% DLE25PS36
24 W 48 V 500 mA 33 - 48 V 55.2-64.80 V 80.0% DLE25PS48
20 W 57 V 350 mA 40 - 57 V 65.5-76.95 V 78.0% DLE25PS57
30 W 12 V 2500 mA 9 - 12 V 13.8-16.20 V 80.0% DLE35PS12
34 W 24 V 1400 mA 12 - 24 V 27.6-32.40 V 81.0% DLE35PS24
36 W 36 V 1000 mA 24 - 36 V 41.4-48.60 V 82.0% DLE35PS36
34 W 48 V 700 mA 33 - 48 V 55.2-64.80 V 83.0% DLE35PS48
28 W 57 V 500 mA 40 - 57 V 65.5-76.95 V 82.0% DLE35PS57
Models & Ratings - Dimmable Models
Output Power Output Voltage Output Current Output Voltage Range in
Constant Current Mode OVP Range Efficiency(1) Model Number
25 W 12 V 2100 mA 9 - 12 V 13.8-16.20 V 79.0% DLE25PS2100-AD
25 W 24 V 1050 mA 12 - 24 V 27.6-32.40 V 80.0% DLE25PS1050-AD
25 W 36 V 700 mA 24 - 36 V 41.4-48.60 V 80.0% DLE25PS700-AD
24 W 48 V 500 mA 33 - 48 V 55.2-64.80 V 80.0% DLE25PS500-AD
20 W 57 V 350 mA 40 - 57 V 65.5-76.95 V 78.0% DLE25PS350-AD
30 W 12 V 2500 mA 9 - 12 V 13.8-16.20 V 80.0% DLE35PS2500-AD
34 W 24 V 1400 mA 12 - 24 V 27.6-32.40 V 81.0% DLE35PS1400-AD
36 W 36 V 1000 mA 24 - 36 V 41.4-48.60 V 82.0% DLE35PS1000-AD
34 W 48 V 700 mA 33 - 48 V 55.2-64.80 V 83.0% DLE35PS700-AD
28 W 57 V 500 mA 40 - 57 V 65.5-76.95 V 82.0% DLE35PS500-AD
The DLE series of AC input LED drivers incorporate universal input with active power
factor correction in a two power stage design, eliminating flicker while providing a high
efficiency solution. Designed as a class II isolation product, without the need for a safety
earth, DLE series LED drivers are also approved as a class 2 limited power source,
making them suitable for a wide range of applications. Dimmable constant current
versions are available with the facility for PWM, voltage and resistance programming.
—-: X ' XP Power
DLE Series
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LED Drivers
Input
Output
Characteristic Minimum Typical Maximum Units Notes & Conditions
Output Voltage 12 57 VDC See models and ratings table
Minimum Load No minimum load required
Start Up Delay 2.0 s Measured at 115 VAC
Hold Up Time 20 ms
Line Regulation ±0.5 %
Load Regulation ±1 %Constant voltage mode
±5 Constant current mode
Turn On Overshoot 7%Constant voltage mode
Transient Response 4%
Deviation, recovery to within 1% in 10 ms for a 50%
load change
Ripple & Noise 200/250/300 mV pk-pk ≤24 V/≤48 V/57 V. Measured using 12” twisted pair with 0.1 µF
and 47 µF capacitors in parallel at 20 MHz bandwidth, at 25 °C
Overvoltage Protection See models and ratings table, recycle AC to Reset
Overload Protection 95 105 % Auto Recovery
Short Circuit Protection Trip & restart (hiccup mode)
Temperature Coefficient 0.06 %/˚C
Overtemperature Protection 95 ˚C
Characteristic Minimum Typical Maximum Units Notes & Conditions
Input Voltage - Operating 90 305 VAC See derating curve
Input Frequency 47 63 Hz
Power Factor >0.9 Measured at 230 VAC, full load
Input Current 0.6 A115 VAC
0.3 230 VAC
Inrush Current 45 A 230 VAC cold start, +25 ºC
Input Protection Internal T1.0 A/250 V fuse fitted in line
General
Characteristic Minimum Typical Maximum Units Notes & Conditions
Efficiency 82 % See models and tables
Isolation: Input to Output 3750 VAC
Switching Frequency 100 kHz
Mean Time Between Failure >200 kHrs MIL-HDBK-217F at 25 °C GB
Weight 0.77 (350) lb (g)
10010 20 30 40 50 60 70 80 90
Vo max
Vo min
0
Output Current (%)
Output Voltage
Trip & Restart Zone
Load Regulation in
Constant Current Mode
Constant Current Curve
X' XP Power l'l Ll Load 1%)
DLE Series
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LED Drivers
3
Environmental
Characteristic Minimum Typical Maximum Units Notes & Conditions
Operating Temperature -20 +50 °C See derating curve
Operating Humidity 5 100 % RH, non-condensing
Storage Temperature -40 +80 °C Some specification parameters maybe exceeded
until after 20 minutes warm up period.
Operating Altitude 3000 m
Shock 30 g pk, half sine, 6 axes EN60068-2-27, -2-47
& MIL-STD-810F 514.5 cat 4
Vibration 10-500 Hz, 2 g, 10 mins/cycle, 6 cycles in each
of axes
Derating Curves
Safety Approvals
EMC: Immunity
Phenomenon Standard Test Level Criteria Notes & Conditions
Equipment for General Lighting
Purposes EN61547 as below as below
ESD Immunity EN61000-4-2 3/2 A ±8 kV air ± 4 kV contact
Radiated Immunity EN61000-4-3 2A
EFT/Burst EN61000-4-4 2A
Surges EN61000-4-5 Installation class 3 A
Conducted EN61000-4-6 2A
Magnetic Field EN61000-4-8 2A
Dips and Interruptions EN61000-4-11
Dip: 30%, 200 ms A/B At 230 VAC/100 VAC
Int: 100%, 10 ms A
Int: 100%, 8.4 ms A
EMC: Emissions
Phenomenon Standard Test Level Notes & Conditions
Conducted EN55015 Class B
Radiated EN55015 Class B
Harmonic Current EN61000-3-2 Class C
Voltage Fluctuations EN61000-3-3 Pst = 6% of limit, PIt = 4.3% of limit
Safety Agency Safety Standard Notes & Conditions
CB IEC60950-1:2005 Information Technology
UL UL8750 Approved as Class 2 product
TUV EN61347
CE CE Mark
IEC IEC61347-2-13 used in conjunction with IEC61347-1
IP IEC60529
0 10 20 30 40 50 60 70
20
40
60
80
100
0
-20 -10
Temp (˚C)
Load (%)
100 30590
20
40
60
80
100
0
Input Voltage (VAC)
Load (%)
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DLE Series
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LED Drivers
1. Dimensions shown in inches (mm).
2. Weight: 0.77 lb (350 g).
3.Tolerance: 0.X = ±0.008 (±0.2)
0.XX = ±0.002 (±0.05)
Notes
Mechanical Details - Constant Voltage / Constant Current
Mechanical Details - Dimmable Version
2.89
(73.5)
4.01 (102.0)
0.65 (16.7)
5.90 ±0.78 (150 ±20)
5.90 ±0.78 (150 ±20)
4.33 (110.0)
3.68 (93.5)
0.65
(16.7)
1.29
(33.0)
1.57
(40.0) UL 2517 20 AWG 2C
SJTW 18 AWG 2C
AC N (Blue)
AC L (Brown)
V+ (Red)
V- (Black)
4.01 (102.0)
0.65 (16.7)
5.90 ±0.78 (150 ±20)
5.90 ±0.78 (150 ±20)
4.33 (110.0)
3.68 (93.5)
0.65
(16.7)
1.29
(33.0)
1.57
(40.0)
2.89
(73.5)
UL 2517 20 AWG 4C
SJTW 18 AWG 2C
AC N (Blue)
AC L (Brown)
V+ (Red)
V- (Black)
Dim+ (Blue)
Dim- (White)
DLE E \
DLE Series LED Drivers
V+
V-
DLE
Dim+
Dim-
Connect a variable resistor between Dim+ and Dim-.
The Dimmed output current can be determined using the equation:
Where the value of R is between 10 kΩand 100 kΩ. The corresponding
range of output current is 10% to 100%
A Pulse Width Modulated (PWM) signal with duty cycle
DPWM can be applied between Dim+ and Dim-.
The dimmed output current is given by:
Where Dpwm is the % of PWM duty cycle between 10% and 100%. The
corresponding range of output current is 10% to 100%. PWM frequency
should be in the range 0.5 kHz to 5 kHz
The dimmed output current is given by:
Where V is the value of control voltage in the range of 1.0 V to 10.0 VDC.
The corresponding range of output current is 10% to 100%.
Connect a variable voltage betwen Dim+ and Dim-
Output Current Adjustment by Variable Resistor
Output Current Adjustment by DC Voltage
Output Current Adjustment by PWM
Dimmed Current 100 k
Maximum Current x R
=
Dimmed Current 10 k
Maximum Current x V
=
=
Dimmed Current Maximum Current x DPwm %
DLE
Dim-
PWM
GND
0 V
10 V
Dim+ V+
V-
5www.xppower.com 04 Aug 16

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