261C
Colour
Technical Data
last update: 02/12/2025Description
Fixed linear module with 10 optical elements with reduced flux, specially made for connection in a continuous row with the other prepared modules (High Contrast Low Output with 5 and/or 10 cells). Possibility of continuous contact with general light bars (LED stick). The combination with the remaining standard flow modules is not permitted. Complete with adapter for installation on Superrail LV track. The thermoplastic adapter includes the DC/DC driver circuit with DALI dimmable function. The integrated «Powerline» technology allows each light module inserted on the track to be adjusted independently. Fixed optics with high-definition Opti-Beam reflectors in metallised thermoplastic. Main body in extruded aluminium. Quick electrical and mechanical connection system of the adapter on the track without the need for tools.
Dimensions
General (mm)
179x22x45
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Weight (kg)
0.14
Material
Extruded aluminium
Product certification
-
BIS
Photometric data
Details
lm system
1167.6
W system
11
lm source
1390
W source
9.7
Luminous efficiency - lm/W (system value)
106.15
lm in emergency mode
-
Light output ratio (LOR)
84
Optic and beam angle
F - Flood 44°
Adjustability
fixed
Light colour quality
CRI (minimum) 90 - Rf (Colour Fidelity Index) 94 - Rg (Gamut Index) 102
Colour temperature
4000 K
MacAdam Step
3
Lifetime LED 1
> 50,000h - L90 - B10 (Ta 25C)
Electrical data
Minimum dimming
5
Voltage
48 V DC
ZVEI code
LED
Dimming mode
CCR
Dimmable option
Dimmable
Control
DALI
LED Current
0.35
Installation
Description
Mechanical fixing with adapter on 48V track.;
Mounting
Low voltage track
Wiring
Direct connection on the 48 V track. Track power supply unit to be ordered separately.
Notes
Reduced flow module for continuous line installation: this type of module can be combined with other installed modules and LED sticks, but it cannot be connected in a continuous line with other standard flow modules.