LED Dimmable High Bay 150W PRODUCT DATA SHEET

Transcription

1 LED Dimmable High Bay 150W PRODUCT DATA SHEET

2 1. Product introduction The 150 W Dimmable LED High Bay is a new addition to the Comus LED range. The High Bay features a heat sink radiator that uses copper heat pipe cooling technology and riveted fins, providing excellent thermal conductivity from the light source, through the fins. The benefits are superior temperature control and prolonged lamp life. Lamp Shade has a respirator design being waterproof at the same time. This helps avoid condensation (by clearing the fog) and improves product quality and lifetime. The angle of the reflector is 62 with a reflective rate as high as 92%. 13 bracket adjustment points, the angle can be adjusted 216 Deg and can be changed arbitrarily. Light source adopts single imported high power chip integrated style design. This design produces a high thermal conductivity, low luminous decay pure light colour output. The power supply is adopted with high efficiency, high PF power supply control system which equipped with PWM constant current and temperature compensation technology. It applies to wide input voltage (AC V), which overcomes the damage and unstable operation of the low bays due to the instability of the lighting grid and to avoid eye irritation and fatigue during working. It reduces the energy consumption by 80% compared with incandescent, 70% compared with mercury and more than 50% compared to metal halide. It uses 90 Cree LED chips in a 15 x 6 configuration. Areas of application: - Factories; ; - Production halls; - Warehouses; - Ships; - Airports; - Subways; - Commercial sites; - Landmark; - Panorama lighting; - Gymnasiums; - Golf courses; - Overpasses; - Outdoor advertising. Features: - Energy efficient replacement; - Easy installation; - IP67 protection; - 4 Years warranty. Benefits: - Long service life: h; - High system luminous efficacy of 84 lm/w; - High power factor up to 0.95 or more; - Reduced maintenance costs; - Cool-running; - Instant on no flicker or hum.

3 2. Product components: 2.1 LED CHIP 466 ma Cree XLamp XB-D Features of the LED Chip: Cree s smallest lighting class LED: 2.45 x 2.45 mm XB-D white 85 C Typical luminous efficacy: up to 136 lm/w in cool white (@ 85 C, 350 ma) Available in white, 80 minimum CRI white and 70 minimum CRI cool white 1 A maximum driver current Wide viewing angle: 115 (white) Unlimited floor life at 30 C / 85% RH Electrically neutral thermal path Reflow solderable JEDEC J-STD-020C compatible RoHS and REACh - compliant Electro-optical characteristics (@ 85 C) Model IF (ma) VF typ. (V) Flux av. (lm) CRI min. XLamp XB-D-R ~ 150 > 70 Ra Parameter Symbol Measurement Unit Typ. Max. Thermal resistance, junction to solder point C/W Viewing angle FWHM Deg Temperature coefficient of voltage - mv/ C DC Forward current I F ma Reverse voltage VR V - -5 LED junction temperature Tj C Figure 2.1 Relative Spectral Power Distribution

4 Figure 2.2 Relative Flux vs. Junction Temperature (IF = 350 ma) Figure 2.3 Forward Current vs. Forward Voltage (Tj = 85 C) Figure 2.4 Relative Flux vs. Forward Current (Tj = 85 C) Figure 2.5 Typical Spatial Distribution Figure 2.6 Thermal Design

5 2.2 DRIVER MeanWell HLG-150H Specifications: Lifespan: h; Device losses: 9 W; Output voltage (DC): V; Output current (DC): 2.8 A adjustable; Output power: 142 W (+/- 1W); ECG efficiency: 94 %; Dimmable: Yes; Inrush current: 65 A; Galvanic isolation primary/secondary: Yes; Surge capability (L/N-Ground): 1.5 kv; Surge capability (L-N): N/A; Length: 228 mm; Width: 68 mm Height: 38.8 mm Weight: 1.15 Kg; Casing material: Metal; Overheating protection: Yes; Overload protection: Yes; Short-circuit protection: Yes; No-load proof: Yes; Type of protection: IP Electrical and Photometrical data of High Bay Electrical parameters Parameter Measurement Unit Min Average Max Mains voltage V (ac) Mains current (at 220 V) ma 760 Operating frequency Hz System wattage W 159 PF

6 Photometrical parameters Testing condition: 25 C temperature Type of reflector 62 Parameter Measurement unit Average Luminous flux Lm Illuminance Area 1 m lx m lx m lx m lx m lx m lx m lx Colour Temperature K 5700 CRI Ra 73 General parameters Parameter Measurement Unit Min Average Max Working temperature C Relative humidity % Storage temperature C Photometrical report and graphs Figure 4.1 Luminous intensity distribution (62 reflector)

7 Figure 4.2 Lux distance curve (62 reflector) Figure 4.3 ISO - Intensity (V-H) (62 reflector) Figure 4.4 ISO candela diagram on circular web (62 reflector)

8 Figure 4.5 ISO illuminance diagram (62 reflector) Figure 4.6 Luminance limiting curve (62 reflector) Luminance table γ C C C Glare table Glare Quality Service Values Illuminance (lx) 1.15 A <= B <= C <= D <= E <=300 a b c d e g g h

9 Figure 4.7 Coefficient utilization curve (62 reflector) 5. UK Mains Voltage Test Original measurements were taken in our factory and were conducted usually at 220V. To provide the most accurate values for the electrical parameters we conducted a series of measurements in real time. The highbay was connected to mains voltage and linked to a high-end power meter. The measurements obtained are the relevant values for active power (P), reactive power (Q), apparent power (S), input current (I) and power factor (PF, not cosϕ) when the products are used with UK voltage. Electrical parameters at UK mains voltage Model number Mains voltage [V] Figure 5.1 Real time measurements Mains current [ma] P [W] Q [VAr] S [VA] LEDHB150D PF

10 6. Product dimensions 7. Packaging Packaging information Figure 6.1 LED 150W Dimmable High Bay dimensions Model LEDHB150D Body and reflector Net weight (including driver) [kg] Carton size [cm] EPE frame size [cm] Overall weight G.W [kg] x 47.5 x x 22 x Figure 7.1 High Bay packaging

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