MOONS' MU120HxxxAQ_CLKS Series General - Outdoor LED Driver

Document Number: MSSD-5787 A0

Features

Input voltage: 90-305VAC
Built-in active PFC function: 0.99 Typ.
Low THD: 10% Typ.
High efficiency: 91% Typ.
IP67 design for indoor or outdoor installations
High surge immunity
Support Time-shared dimming function
Compliance to worldwide safety regulations for lighting
Suitable for dry/damp locations

Specifications

Model	035	045	053	070	085	105	120	140	175	210	245	280	300	315	350	420	500
Efficiency(120Vac) (Typ.) Note. 1	89%	89%	89%	88%	88%	88%	88%	88%	87%	87%	87%	86%	86%	86%	85%	85%	85%
Efficiency(230Vac) (Typ.) Note. 1	91%	91%	91%	90%	90%	90%	90%	90%	89%	89%	89%	88%	88%	88%	87%	87%	87%
Voltage Range (V) Note.2	90~305Vac, OR 127~430Vdc (Derating may be needed under low inputs, Refer to 'Derating Curve')
Voltage Rate (V) Note.2	100-277Vac
Frequency Range (Hz)	47~63
Input Power Factor(Typ.)	0.99 (Typ.), with 80%~100% load, at 120Vac 0.96(Typ.), with 80%~100% load, at 230Vac 0.9(Typ.), with 80%~100% load, at 277Vac
THD(Typ.)	<15% (typical), at 100~277Vac input, with 80%~100% load conditions <10% (typical), at 220Vac/50Hz input, with 80%~100% load conditions
AC Current(Typ.)	1.4A at 100VAC input, 0.7A at 230VAC
Inrush Current(Max.)	15A at 230Vac input 25°C Cold Start (time wide=500uS, measured at 50% Ipeak, Not applicable for the inrush current to Noise Filter for less than 0.2ms
Leakage Current(Max.)	1mA at 277Vac/60Hz
Output Voltage range (V)	171~34	33~26	13~22	8~17	10~14	5~11	4~10	50~100	43~86	34~69	29~57	24~48	21~43	20~40	19~38	17~34	14~28	12~24
Rated Current(mA)	350	450	530	700	850	1050	1200	1400	1750	2100	2450	2800	3000	3150	3500	4200	5000
Rated Power (W)	120	120	120	120	120	120	120	120	120	120	120	120	120	120	120	120	120
Ripple&Noise Current(Typ.)	<30%((PK-AV typical) /AV) with LED default mode and full load)
Output Current Tolerance	±5%
Line Regulation	±3%
Load Regulation	±3%
Current ADJ. Range
Turn on delay Time	<1.2s, at 120Vac; <1s, at 277Vac
Over Voltage(V)	446	347	280	222	180	148	134	112	90	74	62	56	52	49	44	36	31
Protection type	Protection type: constant current limiting, recovers automatically after fault condition is removed.
Over Current	Constant current limiting, recovers automatically after fault condition is removed.
Short Circuit	Constant current limiting, recovers automatically after fault condition is removed.
Over temperature	When the Tc of PSU rise to 90~110°C, Decreases output current, returning to normal after over temperature is removed.
Operating Temp.	-40~+70°C (Refer to 'Derating Curve')
Tc	90°C max
Operating Humidity	10~100%RH
Storage Temp., Humidity	-40~+80℃, 5-100%RH
Vibration	10-500Hz, 5G 12min/cycle, period for 72min each along X, Y, Z axes
Temp. Coefficient	0.03%/°C (0~50℃)
Safety Standard	UL8750, UL1012, EN61347-1, EN61347-2-13
Withstand Voltage	I/P-O/P:3.75KVac I/P-FG:1.875KV O/P-FG:1.5KV
Isolation Resistance	I/P-O/P, I/P-FG, O/P-FG:100M Ohms/500Vdc/25°C/70%RH
EMC Emission	EN55015/FCC Part 15, EN61000-3-2 Class C, EN61000-3-3
EMC Immunity	EN61000-4-2,3,4,5,6,8,11 (Surge L,N-FG 6KV, L-N 4KV), EN61547
MTBF	300,000 Hours, measured at full load, 25°C ambient temperature
Lifetime	50,000 Hours at Tc 75°C (Refer to "Life Time VS. Tcase (Ref.)")
Dimension	202 x 67.5 x 40 (mm) (LxWxH)
Weight	0.95kg

Notes:

Note. 1: Measured at full load and steady-state temperature in 25°C ambient (Efficiency will be about 2% lower if measured immediately after startup).
Note. 2: Derating may be needed under low input voltages, Please Refer to 'Derating Curve'.
Note. 3: All parameters NOT specially mentioned are measured at 230VAC input, rated load and 25°C of ambient temperature.

Subject to change without notice

Graphical Data

The document includes several graphs illustrating performance characteristics:

Derating Curve: Shows load percentage versus input voltage (for 120Vac and 220Vac) and ambient temperature.
Power Factor VS. Load Curve: Displays power factor across different load percentages for 120Vac, 220Vac, and 277Vac.
Efficiency VS. Load Curve: Shows efficiency at various load percentages for 120Vac, 220Vac, and 277Vac.
THD Curve: Illustrates Total Harmonic Distortion (THD) at different load percentages for 120Vac, 220Vac, and 277Vac.
Life Time VS. Tcase (Ref.): Plots estimated lifetime in hours against the case temperature (Tc) in degrees Celsius.

Instruction

1. Field Programmable Topology

The programmable driver can be programmed using special PC software and a programmer module. The setup involves a programmable driver, a programmer, and USB cables.

2. Dimming Interface Description

The dimming interface uses a 3-pin connector with the following assignments:

Pin 1 (Vaux 12V): Provides a 10.8V-13.2V passive dimmer power supply.
Pin 2 (Dim+/Program): Serves as the dimming/programming input (0-10V).
Pin 3 (Dim-): DC Ground (OV).

3. Dimming Software Function Instruction

Adjustable Output Current (AOC)

Users can set the rated current between 10% of the maximum current and 100% of the maximum current. This is configured via software, allowing selection of module current and power.

Adjustable Startup Time (AST)

This function sets the "Start Fade up Time", which is the duration the driver takes to reach the user-set "Module Current". Valid values include 0s, 1s, 2s, 5s, 10s, 20s, 40s.

1-10V Dimming

Allows users to set the maximum and minimum output current and corresponding output voltage to define the 1-10V dimming curve. An input of 0-10V on the dimming interface controls the output. Default settings are: input <1V results in 10% output current, and input >10V results in 100% output current. The software interface allows selection of dimming interface type (1-10V, PWM, etc.) and setting of min/max dim levels.

PWM Dimming

An input PWM signal on the Dim+/Program pin adjusts the output current. Users can select "Positive Logic" or "Negative Logic" for the PWM signal. The PWM duty cycle can range from 1% to 99%, with frequencies from 500Hz to 5kHz, and signal voltages from 3V to 10V.

Integrated Dynadimmer

This feature allows dimming to predefined light levels based on nightly operating time. It supports up to 5 dimming levels and time intervals. The driver uses a virtual clock, synchronized by the duration of nightly operation. After 3 ON-OFF cycles, the driver calculates the virtual clock time. A valid ON-time is defined as continuous operation for 4 to 24 hours. The dimming plan takes effect from the 4th day after configuration.

Integrated Dynadimmer Time Based

This interface allows users to set up to 5 dimming levels with specific start and stop times for each level, enabling customized lighting schedules.

Constant Light Output (CLO)

The CLO feature ensures constant lumen output throughout the LED's lifespan by automatically adjusting the output current to compensate for LED depreciation. Users can enable CLO and set the "Set Module Working hrs" (SMW) to define the expected working hours. The driver then calculates the required output current based on the CLO percentage, which can be set between 85%-100%.

No Dimming

When selected, the driver operates in a constant output mode without any dimming functionality.

Set MODULE Working hrs (SMW)

Allows users to input the expected working hours of the LED module, which is used in conjunction with the CLO function.

Mechanical Specification

1. Dimensions (Unit:mm)

The driver has dimensions of 202 x 67.5 x 40 mm (Length x Width x Height). Detailed diagrams show the placement of AC input, DC output, and dimming control wires, along with specific measurements.

AC Input: UL SJTW PVC (3*AWG#18) ODØ7.8±0.3. Wires: WHITE(ACN), BLACK(ACL), GREEN(GND).

Dimming Control Wire: UL 2517 PVC (3*AWG#22) ODØ4.5±0.3. Wires: YELLOW(Vaux 12V), PURPLE (DIM+), GRAY (DIM-).

DC Output: UL SJTW PVC (2*AWG#18) ODØ7.3±0.3. Wires: RED (V+), BLUE (V-).

2. Terminal wire Type

The document details various wire types and their assignments for AC input, DC output, and dimming control, including compliance with different safety standards like ENEC/CE, UL, and PSE.

RoHS Compliance

Products comply with the European Directive 2002/95/EC, focusing on the elimination of lead and other hazardous substances from electronic products.