LED High Bay 100W PRODUCT DATA SHEET

Transcription

1 LED High Bay 100W PRODUCT DATA SHEET

2 1. Product introduction CLD high performance, energy efficient 100W LED High Bay adopts high-purity aluminium with anodic oxidation processing on its surface, which looks compact and beautiful. The unique sheet radiator design which effectively generate the heat to radiator and transfer heat by air when the LED is lighting, thereby reducing the operating temperature of LED and ensure the h lifespan of LED. 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 second distribution curve with lens and reflector to make the light curve symmetric with a circular spot. Areas of application: - Great installation height; - Industry; - Production halls; - Warehouses. Features: - Energy efficient replacement; - Easy installation; - 3 Years warranty. Benefits: - Long service life: h; - High system luminous efficacy between 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 500 ma Osram LCW-CRDP.PC Features of the LED Chip: Package: SMD ceramic package with silicone resin and silicone lens Typical luminous flux: 5000K Typical luminous efficacy: K Viewing angle at 50% Iv: 150 Colour: 3000 K K (neutral white) Typical CRI: 72 Corrosion Robustness: Superior Corrosion Robustness Lumen Maintenance: Test results according to IESNA LM-80 available ESD-withstand voltage: up to 8 KV (acc. to ANSI/ESDA/JEDEC JS-001-HBM, Class 3B) Electro-optical characteristics Model IF (ma) VF typ. (V) Flux av. (lm) CRI typ. LUW-CRDP ~ Maximum Ratings (Ts: 25 C) Parameter Symbol Measurement Unit Value Operating temperature T op C Storage temperature T stg C Junction temperature T j C 135 Forward current I F ma Min:100/Max:800 Surge current I FM ma 2000 Figure 2.1 Relative spectral emission V(λ) = Standard eye response curve: φref = f (λ),ts = 25 C,IF = 350 ma

4 Figure 2.2 Radiation characteristics: Irel = f (ϕ), TS = 25 C Figure 2.3 Forward current: IF = f (VF), TS = 25 C Figure 2.4 Relative forward voltage: ΔVF = VF VF(25 C) = f (Tj), IF= 350 ma Figure 2.5 Relative luminous flux: TS = 25 C Figure 2.6 Relative luminous flux: TS = 25 C

5 Figure 2.7 Chromaticity Coordinate Shift: Cx, Cy = f(if), TS = 25 C Figure 2.8 Chromaticity Coordinate Shift: Cx, Cy = f(tj), IF = 350 ma 2.2 DRIVER Specifications: Lifespan: h; Device losses (at 240V): 17 W; Input current (AC, at 240V): 440 ma; Output voltage (DC): 26 V; Output current (DC): 3.13 A; Output power (at 240V): W; ECG efficiency: 83 %; Dimmable: no; Inrush current: <=40 A; Galvanic isolation primary/secondary: <= 3 ma; Surge capability (L/N-Ground): 2 kv; Surge capability (L-N): 1 kv; Length: 148 mm; Width: 83.5 mm Height: 38.5 mm Weight: 395 g; Casing material: Aluminium; Overheating protection: Yes; Overload protection: Yes; Short-circuit protection: Yes; No-load proof: Yes; Type of protection: IP 65 (highbay IP rating).

6 3. Electrical and Photometrical data of High Bay Electrical parameters Parameter Measurement Unit Min Average Max Mains voltage V (ac) Mains current ma Operating frequency Hz System wattage W PF Photometrical parameters Testing condition: 25 C temperature Type of reflector 120 Parameter Measurement unit Min Average Max Luminous flux Lm Beam angle deg Illuminance Area 1 m lx m lx m lx m lx m lx Color Temperature K CRI Ra General parameters Parameter Measurement Unit Min Average Max Working temperature C Working humidity % 20% - 80% Storage temperature C

7 4. Photometrical report and graphs Figure 4.1 Luminous intensity distribution (120 reflector) Figure 4.2 Lux distance curve (120 reflector) Figure 4.3 ISO - Intensity (V-H) (120 reflector)

8 Figure 4.4 ISO candela diagram on circular web (120 reflector) Figure 4.5 ISO illuminance diagram (120 reflector) Figure 4.6 Luminance limiting curve (120 reflector)

9 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 Figure 4.7 Coefficient utilization curve (120 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.

10 Electrical parameters at UK mains voltage Model number Figure 5 Real time measurements Mains voltage [V] Mains current [ma] P [W] Q [VAr] S [VA] LEDHB PF 6. Product display and dimensions Figure 6 LED 100W High Bay dimensions

11 7. Installation recommendations Step 1 Drill 3 holes in the ceiling for hanger Step 2 Fix the hanger onto ceiling properly Step 3 Hang high bay on the hanger Step 4 Connect the wires 8. Packaging Packaging information Model LEDHB100 N.W [kg] Manner of packaging Dimension s of inner box [cm] G.W of inner box [kg] Dimensions of outer box [cm] G.W of outer box [kg] 23.9 Light Body pcs in 1 inner carton, 8 inner boxes in 1 master carton 26x26x x44.5x54.5 Reflector pcs in 1 carton / / 54x54x Reflector pcs in 1 carton / / 47x47x Reflector pcs in 1 carton / / 47x47x