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NYX 330 FF WITH LENSES
Complete LED modules for easy and energy-efficient upgrade of existing Nyx 330 luminaires.
Specifications
Specifikationer
LED Low lumen
| LED with lenses | FF-DA T3 for local roads, P, HS, and C classes |
|---|---|
| Operational life | min 100,000 hours at ta max 25° C, L90B10 |
| Constant lumen output | |
| Temperature range | -30 to +35° C |
| Colour temperature | 2700, 3000, or 4000 Kelvin |
| Colour rendering | min 70, typically 75 Ra, option for 80 Ra* |
| * OBS: Longer lead times for 80 Ra | |
| Colour accuracy | 5 steps SDCM |
| Luminous flux | The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire. |
| LED-lumen, 1xFF, 70 Ra | 3000K: 450-3250 lm |
| 4000K: 475-3500 lm | |
| LED-lumen, 1xFF, 80 Ra | 2700K: 375-2750 lm |
| 3000K: 400-2900 lm | |
| 4000K: 410-3050 lm | |
| Output ratio | 85% |
| Luminous intensity class, 13201-2 2015 | G*1 |
| Glare index class | D6 |
LED High lumen
| LED with lenses | FF-DA T3 for local roads, P, HS, and C classes |
|---|---|
| Operational life | min 100,000 hours at ta max 25° C, L90B10 |
| Constant lumen output | |
| Temperature range | -30 to +35° C |
| Colour temperature | 2700, 3000, or 4000 Kelvin |
| Colour rendering | min 70, typically 75 Ra, option for 80 Ra* |
| * OBS: Longer lead times for 80 Ra | |
| Colour rendering | 5 steps SDCM |
| Luminous flux | The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire. |
| LED-lumen, 1xFF, 70 Ra | 3000K: 450-4500 lm |
| 4000K: 475-4850 lm | |
| LED-lumen, 1xFF, 80 Ra | 2700K: 375-3800 lm |
| 3000K: 400-4000 lm | |
| 4000K: 410-4250 lm | |
| Output range | 85% |
| Luminous intensity class, 13201-2 2015 | G*1 |
| Glare index class | D6 |
Driver data
| Driver, Low lumen | Xitanium Full Xi FP 22 W 0.2-0.7 A, programmable |
|---|---|
| Inrush current | max 15 A (50% after 295 µs) |
| Driver, High lumen | Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable |
|---|---|
| Inrush current | max 22 A (50% after 290 µs) |
| Nominal voltage, AC | 220-240 Vac |
| Operational voltage, AC | 198-264 Vac |
| Nominal voltage, DC | 186-250 Vdc |
| Operational voltage, DC | 165-275 Vdc |
| Nominal frequency | 50-60 Hz |
| Operational frequency | 45-66 Hz |
| Max pre-protection | 16 A |
| Surge protection | L/N-GND: 10 kV, (SR driver: 8 kV) |
| L-N: 6 kV | |
| Operational life | min 100,000 hours |
| Dimming/control | 5 steps dimming within the lumen intervals |
| Other control options | DALI-2, LineSwitch or |
| via Zhaga book 18 socket |
Variants and options
| Item No. | |
|---|---|
| 1921- | 40 W, 2x8 FF-DA, T3 |
| 1946- | 22 W, 2x8 FF-DA, T3 |
| Options | |
|---|---|
| Shade prepared for Zhaga socket |
Combine with
| Colour temperature | Dimming/control |
|---|---|
| 730 = 3000 K, 70 Ra | empty = programmable |
| 740 = 4000 K, 70 Ra | D = Dali-2 (4/5 conductor) |
| 827* = 2700 K, 80 Ra | F = LineSwitch |
| 830* = 3000 K, 80 Ra | S = Zhaga book 18 socket, downwards* |
| 840* = 4000 K, 80 Ra | * New shade required |
| * OBS: Longer lead times |
| Protection class | |
|---|---|
| empty = class II | |
| J = class I |
LED Low lumen
| LED with lenses | FF-DA SCL for pedestrian lanes |
|---|---|
| Operational life | min 100,000 hours at ta max 25° C, L90B10 |
| Constant lumen output | |
| Temperature range | -30 to +35° C |
| Colour temperature | 2700, 3000, or 4000 Kelvin |
| Colour rendering | min 70, typically 75 Ra, option for 80 Ra* |
| * OBS: Longer lead times for 80 Ra | |
| Colour accuracy | 5 steps SDCM |
| Luminous flux | The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire. |
| LED-lumen, 1xFF, 70 Ra | 3000K: 450-3250 lm |
| 4000K: 475-3500 lm | |
| LED-lumen, 1xFF, 80 Ra | 2700K: 375-2750 lm |
| 3000K: 400-2900 lm | |
| 4000K: 410-3050 lm | |
| Output ratio | 80% |
| Glare index class | D5 |
LED High lumen
| LED with lenses | FF-DA SCL for pedestrian lanes |
|---|---|
| Operational life | min 100,000 hours at ta max 25° C, L90B10 |
| Constant lumen output | |
| Temperature range | -30 to +35° C |
| Colour temperature | 2700, 3000, or 4000 Kelvin |
| Colour rendering | min 70, typically 75 Ra, option for 80 Ra* |
| * OBS: Longer lead times for 80 Ra | |
| Colour accuracy | 5 steps SDCM |
| Luminous flux | The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire. |
| LED-lumen, 1xFF, 70 Ra | 3000K: 450-4500 lm |
| 4000K: 475-4850 lm | |
| LED-lumen, 1xFF, 80 Ra | 2700K: 375-3800 lm |
| 3000K: 400-4000 lm | |
| 4000K: 410-4250 lm | |
| Output ratio | 80% |
| Glare index class | D5 |
Driver data
| Driver, Low lumen | Xitanium Full Xi FP 22 W 0.2-0.7 A, programmable |
|---|---|
| Inrush current | max 15 A (50% after 295 µs) |
| Driver, High lumen | Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable |
|---|---|
| Inrush current | max 22 A (50% after 290 µs) |
| Nominal voltage, AC | 220-240 Vac |
| Operational voltage, AC | 198-264 Vac |
| Nominal voltage, DC | 186-250 Vdc |
| Operational voltage, DC | 165-275 Vdc |
| Nominal frequency | 50-60 Hz |
| Operational frequency | 45-66 Hz |
| Max pre-protection | 16 A |
| Surge protection | L/N-GND: 10 kV, (SR driver: 8 kV) |
| L-N: 6 kV | |
| Operational life | min 100,000 hours |
| Dimming/control | 5 steps dimming within the lumen intervals |
| Other control options | DALI-2, LineSwitch or |
| via Zhaga book 18 socket |
Variants and options
| Item No. | |
|---|---|
| 1969- | 40 W, 2x8 FF-DA, SCL |
| 1970- | 22 W, 2x8 FF-DA, SCL |
| Options | |
|---|---|
| Shade prepared for Zhaga socket |
Combine with
| Colour temperature | Dimming/control |
|---|---|
| 730 = 3000 K, 70 Ra | empty = programmable |
| 740 = 4000 K, 70 Ra | D = Dali-2 (4/5 conductor) |
| 827* = 2700 K, 80 Ra | F = LineSwitch |
| 830* = 3000 K, 80 Ra | S = Zhaga book 18 socket, downwards* |
| 840* = 4000 K, 80 Ra | * New shade required |
| * OBS: Longer lead times |
| Protection class | |
|---|---|
| empty = class II | |
| J = class I |