White LED MR16 and MR11 Bulb Specification and Price Comparison
MR16 Bulb with 48 High Power SMD LEDs
| Image | Part Number |
Lumens | Power Consumption |
Efficacy*2 | Beam Pattern | Color Temperature | CRI | Price |
|---|---|---|---|---|---|---|---|---|
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MR16-CW48SMD | 155 | 3.3 Watts | 47 lm/w | 120° | 6500K | 78 | $14.95 |
| MR16-WW48SMD | 152 | 3.5 Watts | 44 lm/w | 120° | 2900K | 63 | $14.95 | |
*1These bulbs operate on AC or DC voltage, they draw less power on DC voltages resulting in slightly less wattage input and lumen output |
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*2efficacy refers to the amount of light (luminous flux) produced by a lamp usually measured in lumen, as a ratio of the amount of power consumed to produce it, usually measured in watts, resulting a ratio of lm/w or lumen per watt - this is not to be confused with efficiency which is always a dimensionless ratio of output divided by input which for lighting relates to the watts of visible power as a fraction of the power consumed in watts |
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6, 5 & 4 Watt MR16 LED bulbs
| Image | Part Number |
Lumens | Power Consumption |
Efficacy*2 | Beam Pattern | Color Temperature | CRI | Price |
|---|---|---|---|---|---|---|---|---|
 |
MR16-CW4 | 120 | 5.2 Watts | 23 lm/w | 60° | 5250K | 68 | $24.95 |
| MR16-NW4 | 110 | 4.9 Watts | 22 lm/w | 60° | 3200K | 70 | $24.95 | |
| MR16-WW4 | 100 | 5.4 Watts | 19 lm/w | 60° | 2900K | 67 | $24.95 | |
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MR16-CW5 | 180 | 6.8 Watts | 26 lm/w | 60° | 6300K | 80 | $29.95 |
| MR16-NW5 | 110 | 5.6 Watts | 20 lm/w | 60° | 4000K | 94 | $29.95 | |
| MR16-WW5 | 120 | 5.6 Watts | 21 lm/w | 60° | 3000K | 93 | $29.95 | |
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MR16-CW6W-24 | 170 | 7.7 Watts | 22 lm/w | 24° | 6000K | 76 | $29.95 |
| MR16-WW6W-24 | 150 | 7.5 Watts | 20 lm/w | 24° | 3000K | 75 | $29.95 | |
| MR16-CW6W-C24 | 330 | 7.2 Watts | 46 lm/w | 24° | 6000K | 76 | $39.95 | |
| MR16-WW6W-C24 | 250 | 7.2 Watts | 35 lm/w | 24° | 3000K | 83 | $39.95 | |
*1These bulbs operate on AC or DC voltage, they draw less power on DC voltages resulting in slightly less wattage input and lumen output |
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*2efficacy refers to the amount of light (luminous flux) produced by a lamp usually measured in lumen, as a ratio of the amount of power consumed to produce it, usually measured in watts, resulting a ratio of lm/w or lumen per watt - this is not to be confused with efficiency which is always a dimensionless ratio of output divided by input which for lighting relates to the watts of visible power as a fraction of the power consumed in watts |
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MR16 Bulbs with High Power 1 Watt & 3 Watt LEDs
| Image | Part Number |
Lumens | Power Consumption |
Efficacy*2 | Beam Pattern | Color Temperature | CRI | Price |
|---|---|---|---|---|---|---|---|---|
 |
MR16-CWLX1-DI | 24 | 2.5 Watts | 10 lm/w | 100° | 5500K | 69 | $11.95 |
| MR16-WWLX1-DI | 19 | 2.5 Watts | 8 lm/w | 25° or 100° | 3300K | 90 | $11.95 | |
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MR16-CWLX3-DI | 66 | 5.7 Watts | 12 lm/w | 10° or 30° | 5500K | 70 | $14.95 |
| MR16-WWLX3-DI | 50 | 5.7 Watts | 9 lm/w | 10° or 30° | 3400K | 93 | $14.95 | |
*1These bulbs operate on AC or DC voltage, they draw less power on DC voltages resulting in slightly less wattage input and lumen output |
||||||||
*2efficacy refers to the amount of light (luminous flux) produced by a lamp usually measured in lumen, as a ratio of the amount of power consumed to produce it, usually measured in watts, resulting a ratio of lm/w or lumen per watt - this is not to be confused with efficiency which is always a dimensionless ratio of output divided by input which for lighting relates to the watts of visible power as a fraction of the power consumed in watts |
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MR16 Bulbs with 3mm & 5mm LEDs
| Image | Part Number |
Lumens | Power Consumption |
Efficacy*2 | Beam Pattern | Color Temperature | CRI | Price |
|---|---|---|---|---|---|---|---|---|
 |
MR16-W12 | 12 | 1.5 Watts | 8 lm/w | 15° or 100° | 9500K | 74 | $7.95 |
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MR16-W24 | 21 | 1.8 Watts | 12 lm/w | 15° or 100° | 9500K | 82 | $14.95 |
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MR16-W32 | 27 | 2.0 Watts | 13 lm/w | 15° or 100° | 8500K | 80 | $18.95 |
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MR16-W30 | 80 | 2.9 Watts | 28 lm/w | 20° | 9800K | 84 | $19.95 |
*1These bulbs operate on AC or DC voltage, they draw less power on DC voltages resulting in slightly less wattage input and lumen output |
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*2efficacy refers to the amount of light (luminous flux) produced by a lamp usually measured in lumen, as a ratio of the amount of power consumed to produce it, usually measured in watts, resulting a ratio of lm/w or lumen per watt - this is not to be confused with efficiency which is always a dimensionless ratio of output divided by input which for lighting relates to the watts of visible power as a fraction of the power consumed in watts |
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MR11 Base Bulbs
| Image | Part Number |
Lumens | Power Consumption |
Efficacy*2 | Beam Pattern | Color Temperature | CRI | Price |
|---|---|---|---|---|---|---|---|---|
 |
MR11-W12 | 12 | 0.7 Watts | 17 lm/w | 15° or 100° | 8500K | 74 | $8.95 |
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MR11-CWHP6 | 77 | 1.8 Watts | 43 lm/w | 120° | 7000K | 80 | $14.95 |
| MR11-WWHP6 | 55 | 1.8 Watts | 36 lm/w | 120° | 3100K | 84 | $14.95 | |
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MR11-WLX1 | 60 | 1.0 Watts | 60 lm/w | 30° | 5000K | $14.95 | |
*1These bulbs operate on AC or DC voltage, they draw less power on DC voltages resulting in slightly less wattage input and lumen output |
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*2efficacy refers to the amount of light (luminous flux) produced by a lamp usually measured in lumen, as a ratio of the amount of power consumed to produce it, usually measured in watts, resulting a ratio of lm/w or lumen per watt - this is not to be confused with efficiency which is always a dimensionless ratio of output divided by input which for lighting relates to the watts of visible power as a fraction of the power consumed in watts |
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Spectral Graph
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