TLedLIGHTING

SYSTEM

TLED LIGHTING SYSTEM

TLed is the innovative low-power LED lighting system developed by Fida for industrial and transportation applications.

TLed is the fruit of long research by our qualified team of engineers who have studiedand tested the most sophisticated LED diodes in order to guar-antee maximum performance with low power consumption, and innova-tive optics to reach maximum light output. In addition, they have designed dissipation systems to maintain thermal equilibrium and have conceived a tele-control system to monitor and control luminous bodies with maximum flexibility and safety.

The result is a concentration of technology.The outcome is the TLed.

11

2

Product Code TL70 TL150 TL250

Length - L (mm) 730 1445 2495

Width - W (mm) 63 63 63

Height - H (mm) 74 74 74

Protection Grade IP65 IP65 IP65

Operating Temperature -20°C / +50°C -20°C / +50°C -20°C / +50°C

Environmental Humidity 20% / 95% 20% / 95% 20% / 95%

Treatments / Standard Colors Natural Anodizing Natural Anodizing Natural Anodizing

Structure Material Aluminum Aluminum Aluminum

Glass Tempered Glass Tempered Glass Tempered Glass

Brightness Flow 2.400 Im* 3.600 Im* 8.000 Im*

Total Efficiency 120 Im/W 120 Im/W 120 Im/W

Color Temperature 4.000 K 4.000 K 4.000 K

Power Voltage 220 ÷ 240 Vac 220 ÷ 240 Vac 220 ÷ 240 Vac

Total Power Absorbed 20 W 30 W 65 W

Power Factor > 0.95 > 0.95 > 0.95

Ignition Time < 1 Sec < 1 Sec < 1 Sec

Dimmer DALI DALI DALI

Powerline CENELEC-B Powerline CENELEC-B

Powerline G3 Powerline G3

Nominal Life 50.000 hours 50.000 hours 50.000 hours

MTBF > 100.000 hours > 100.000 hours > 100.000 hours

MTTR 5 min 5 min 5 minMai

nte

nan

ceN

om

inal

Mec

han

ical

Par

amet

ers

TECHNICAL SPECIFICATIONS

Copyright © 2017 FIDA S.r.l.

Ele

ctri

cal

APPLIED DIRECTIVES

2014/35/EU – Low Voltage Directive2014/30/EU - Electromagnetic Compatibility Directive2011/65/CE – RoHS Directive (Restriction of Hazardous Substances Directive)

REFERENCE STANDARDS

CEI EN 60598 – Lighting Equipment CEI EN 62471 - Photobiological safety of lamps and lamp systemsCEI EN 62031 – LED Modules for general lighting- Safety SpecificationsUNI EN 13032 – Light and Illumination- Measurement and performance of photo-metric data of lamps and lighting fixturesCEI EN 60068-2 - Environmental Tests. Part 2: TestsCEI EN 60529 – Enclosure Protection Grade (IP65) CEI EN 62262 – Enclosure Protection Grade for electrical equipment against external mechanical impacts (IK08)

W

H

L

*with transparent glass without the use of opacifying films

3

STRUCTURE

THERMAL ALUMINUM DISSIPATOR

PREDISPOSITON FOR CEILING FIXTURE

LIGHT SOURCE WITH OPTICAL LENSES

OPTICAL PROTECTION

Structure realized in extruded aluminum, head-boarded in pressurized aluminum completed with silicon gaskets. The surface is finished in anodized silver finish.

Optical compartment closed on top by a 4mm thick tempered opal glass screen.

64

THERMAL ALUMINUM DISSIPATOR

5

OPTICS

LIGHT COLORING:

LIGHT FLOW:

4000° K

5.500 LM

150 LM/W

CRI 80 MIN.

LIGHT EFFICIENCY:

COLOR RENDERING INDEX:

These new devices can be equipped with particular lenses made in acrylic (PMMA) that determine and personalize the optical performance of the product. They canbe symmetrical or asymmetrical according to the illumination need.

ILLUMINOTECHNIC CHARACTERISTICS

400

600

800

1000

cd/klm 96%C0 - C180 C90 - C270

M � 15° 30°

45°

60°

75°

90°

105°105°

90°

75°

60°

45°

30° 15° 0°

200

400

600

800

1000

1200

cd/klm 96%C0 - C180 C90 - C270

90.0° 67.5° 45.0° 22.5° 0.0° 22.5° 45.0° 67.5° 90.0°

Light emission 1/CDL polar Light emission 1/CDL linear

6

SMART DRIVER

The TLed illumination system is controlled by a sophisticated diagnosticapparatus capable of sending information via internet through SMNP protocol to one or more remote locations. By using the function of certain commands, it is possible to control the ON and OFF function of each lamp and regulate the brightness either automatically through external light sensors, or through a programmed scheduling in relation to the days of the week or effective presence of travelers on the platform. The diagnostic system includes an operation software endowed with a very intuitive graphic dashboard that allows:

Switch the LED ON and OFF

Command the reduction of the luminous flux and then the power levels

Remote monitoring of temperature and real-time consumption

Monitor the efficiency of the lamp and power supply circuit

Diagnoses the end of the LED life cycle

Manage the protection of the LED in case of overheating

MONITORING AND TELECONTROL SYSTEMS

7

LESS CONSUMPTIONThe new illumination

technology LED guarantees over 50%

reduction in consumption costs.

LONGER LASTINGA LED lamp lasts 50.000

hours compared to that of a metallic iodide lamp that lasts

20.000 hours of compared to 15.000 hours of a Linear

Fluorescent Tube.

HIGHER BRIGHTNESSThe brightness of

an LED lamp is 22% superior than the Linear

Fluorescent Tube.

MODERN DESIGNPerfect harmony between functionality, technology,

design, and care for details that mirrors the Made in

Italy design.

EASY MAINTENANCELinear LED system is

makes access for maintenance easy and also for lamp

replacement.

PLANT INTEGRATIONPerfectly designed for the easy integration of extra components such as video-cameras, signs, sound diffusion systems

and Wi-Fi Hotspot.

MAX MODULARITYThe complete modularity

of the unit facilitates assemblage procedures avoiding wall and ceiling

perforations.

TELECONTROL A sophisticated diagnostic

system that can remote-ly monitor luminosity, optimizing costs and

maintenance.

REGULATING BRIGHTNESSIt is possible to prolong

the units life-cycle through light regulation, lowering

the LED temperature when functioning.

ADVANTAGES

108

9

The TLed system was created to be installed in various architectural contexts, adapting to any existent structure. The Tled modules are designed to be electrically connected in a chain through a passing electric connec-tion (max 20 modules per max 70 m).

TYPES OF INSTALLATION

A

SIMPLE TRADITIONAL T-LUX REVAMPING

MULTIPLE DUCTS COUNTERTOP BUILT-IN SYSTEM

10

CEILING CARTER FOR QUAY

CEILING SYSTEMS

ANGULAR CARTER

CORNER DUCT FOR UNDERPASSES

11

CONTINUOUS CENTRAL LINE

LONGITUDINAL ASSE - RAYTRACE

100% FLOW – False colors, illumination in [ lx ]

30% FLOW - False colors, illumination in [ lx ]

12

LONGITUDINAL ASSE - RAYTRACE

CONTINUOUS DOUBLE LINE

100% FLOW – False colors, illumination in [ lx ]

30% FLOW - False colors, illumination in [ lx ]

13

SYSTEM ARCHITECTURE

QDSG3

CENELEC-B

QDSG3 -DALI

QEGEN.

MODEM BRIDGE PLC

zona 1 .. N

BuildingManagementSystem

TCP/IP

GATEWAYG3 / DALI

max 64 lamps

220Vac

220Vac - Emergency

220V

ac

220V

ac -

Emer

genc

y / G

3-P

LC

LineDALI

TLed - DALI

TLed - G3 PLC

TLed - CENELEC-B PLC

220V

ac /

G3-

PLC

220Vac / CENELEC-B -PLC

EmergencyLamp

KNX LIGHT SENSOR

LIGHT SENSOR

LIGHT SENSOR

414

The management system is run on a desktop app for O.S. Windows 64bit using C# and .Net Framework 4.5.

The application uses a standard relational DB, Microsoft SQL server, to configure and run the lamps map and communication systems and collect diagnostic data of the lamps.

The system automatically does the following:

The system dedicated to the automatic and centralized management of the lighting system is composed of a Supervision Software installed on a Windows PC that communicates in specific cases with different devices of the illumination/signaling devices through BUS communication Powerline (PLC carried waves) using a AC220V power supply of the lamps.

Memorization of the system events log with the diagnostic operations detail, alarms, perturbations, commands, scheduling, etc.

Acquisition of diagnostic and operative parameters of the lamp

Alarm generation in case of technical fault of the lamps

Activation of application functions of Starting/turning off/programmed regula-tion for the lamps Zone

Thanks to the versatility of the application software, the system can be easily inte-grated in already existent automation systems.

In this case, the communication with external systems is realized through con-nections to standard-type ports such as Lan Ethernet (socket IP) and serial ports RS232/RS484. It is possible to implement standard communication protocols for special requests.

MANAGEMENT SYSTEM FOR POWERLINE ARCHITECTURE

History of starting and alarm events listed in Database

System of diagnostic supervision/sending alarms to external systems (optional)

Icon and Graphic interface with zone maps

Ability administrator system with password

Configuration Zone and bridge NC

Control panel of diagnostic “real time” state of the Lamps

Configuration Lamps/Box lights

Preparation of application procedures for lamps zone-time frames

Sending commands to Lamp (starting/turning off/dimming)

APPLICATION FUNCTIONS SYNTHESIS:

REV.0307/09/2017

Disclaimer and Copyright © 2017Fida Srl Corporate Identity Office Our company reserves the right to

make any modifications to it’s production without any notice. It isprohibited to reproduce any part of this catalogue without the written

consent of Fida Srl Some images in this catalogue refer to conceptideas or examples of possible applications.

Fida Srl recognizes to not have any property right oftrademarks or brand names of thirdparty property.

22

www.fida.it

Over

Fida srlT. + 39 039 878733 F. + 39 039 882003

sales@fida.itwww.fida.it

Headquarter Via Volturno 135 - 20861

Brugherio (MB) - Italy

Milan

Branch OfficePiazza Flavio Biondo 7 - 00153

Roma (RM) - Italy

Rome