Product code
PU28
Palco
PU28.01: Palco LV spotlight Ø 19 - Spot beam - 3.4W 109.8lm - 3500K - CRI 90 - White
Technical description:
Miniaturised adjustable spotlight with adapter for installation on a 48V Filorail low voltage track. Made of die-cast zamak with a passive dissipation system. The adapter is made of a thermoplastic material and includes a driver circuit with PWM (Pulse with modulation) technology. The integrated PWM technology allows the light intensity to be adjusted by creating the effect of a dimmed light without altering the quality of the light. The swivel joints allow the spotlight to be rotated by 360° and tilted by 90°. The set back position of the optic unit guarantees a high level of visual comfort with a thermoplastic high definition lens. A rapid tool-free system for connecting the adapter electrically and mechanically to the track.
Installation:
On a low voltage Filorail track. A tool-free system for connecting the product electrically and mechanically to the track.
Weight (Kg):
0.05
Wiring:
LED driver integrated in adapter - direct connection on 48V track. Track power supply unit to be ordered separately.
Notes:
<br>The miniaturized projectors use the DALI Broadcast protocol and can only be installed on the straight section of the track.
Class III;IP20

Product configuration: PU28.01
PU28.01: Palco LV spotlight Ø 19 - Spot beam - 3.4W 109.8lm - 3500K - CRI 90 - White
Product characteristics:
Total lighting output [Lm]: 110
Total luminous flux at or above an angle of 90° [Lm]: 0
Total power [W]: 3.4
Emergency luminous flux [Lm]: /
Luminous efficacy [Lm/W]: 32.3
Voltage [V]: 48
Life Time: > 50,000h - L80 - B10 (Ta 25°C)
Number of optical assemblies: 1
Optical assembly Characteristics Type 1:
Light Output Ratio (L.O.R.) [%]: 61
Number of lamps for optical assembly: 1
Lamp code: LED
Socket: /
ZVEI Code: LED
Ballast losses [W]: 1.4
Nominal power [W]: 2
Colour temperature [K]: 3500
Nominal luminous [Lm]: 180
CRI: 90
lamp_rf: 93
lamp_rg: 99
Lamp maximum intensity [cd]: /
Wavelength [Nm]: /
Beam angle [°]: 14°
MacAdam Step: 2