METROLIGHT SR series.
Luminaires for road traffic

Beacon signaling led to places with low visibility, need to indicate the route, signs of dangerous sites or injured, a division of roads. Chance of sync.

• Extra design. Avoid the ghost effect. Clearly visible in daylight.
• High luminance and luminous intensity higher than 100 cd for white than 200 cd for amber.
• Possibility of regular sequences of synchronization.
• Ability to regulate light intensity and the number of signals depending on aspects and environmental movement.
• Material stainless steel.
• Available colors: Green, Red, White, Amber
• Diameters: 150 and 110 mm

Beacons should be installed at least one meter distance between them. However in special cases beacons can be installed for less than 6 meters or 1 meter.

If a LED fails to function, carries out a beacon automatic light intensity in the other components of the LED beacon.

Supply: 48 VDC.
Operating Voltage: 24 VDC
Working temperature: -30 / +65ºC

ML-SR-30

Beacon for installation in applications for road safety signs

MODELO U8-AS

TECHNICAL FEATURES:
from the surface elevation : 10 mm (center of the parabola)
Dimensions: 145 mm diameter
Depth of installation: 80 mm
Water resistance: 100%
Weight: 1.2 Kg
Visibility:
up to 1 Km Autonomía dark (NI-MH) after full recharge: 120 h.
Operating temperature LED's: -30 º'85
Material: Aluminum. Polycarbonate (LEXAN 243R) LED window protection.

ML-MR-45 (Unidirectional)
ML-MR-48 (bidirectional)

Beacon for installation in road traffic for intense Applications of safety signs.

TECHNICAL FEATURES:

lift from the surface: 7 mm (center of the parabola)
Dimensions: 160 mm diameter
Depth of installation: 95 mm
Weight: 3 kg.
Autonomía dark (NI-MH) after full recharge: 120 h.
Operating temperature LED's: -30 º º
'85 Material: Steel. Base in steel or aluminum. Polycarbonate (LEXAN 243R) LED window protection

AUTO-LIGHT INTERMITENT SOLAR POWERED BEACON V2.0

Introduction

Beacons intermittent self-METROSOL-66, are electronic devices designed to be extremely robust embedded in the pavement or on the curbs.

These markers are made of high strength tempered glass, which makes up a pisables force 18Tm own mark on, with no breaks no problems since the high resistance of glass used in combination with the church of the same, ensure that if these impacts producing chips will never be damaging to the tires of vehicles.

Powered by solar energy, charging the internal battery is produced in a single day during the daytime, even with cloudy skies in the shade, running the same load up to 4 days without recharging.

Beacons spontaneously begin to flash when the light falls below a certain level of light (dusk or night), stopping when the light flashes outside the levels reached during the day. These tags are manufactured in several models as:

Beacon type

The beacon has to curb the light horizontal oriented away from the beacon, emitting light parallel to the ground. Installed built closer to the level outside, the light points being raised slightly from the level of the curb.

Dado que los bordillos están levantados sobre el nivel del pavimento de rodadura y que los puntos de luz quedan a su vezlevantados con respecto al encintado, estas balizas son ideales para zonas no pisables como aceras, encintados y rotondas.

Since the curbs were lifted above the floor rolling and the points of light are its vezlevantados with respect to the curb, these beacons are ideal for areas such as sidewalks pisables, curbstones and roundabouts.

To identify a beacon is to indicate specifically each of the four key characteristics of it (floor, faces, points of light and color), resulting in a total of 32 possible types.

A typical description would be:

Beacon A-666 for pavement running, single-sided, with 3 points of light amber

Installation

1) Perform a hole in the pavement to the depth appropriate to the type of beacon chosen (or curb of tread surfaces) using a hole punch of 102 mm (4 "). It is recommended to use the depth limit to prevent the hole is too deep (Fig. 1-1 and 1-2).

2) Remove the remains of the pavement inside the hole (Fig. 1-3).

3) Remove the inside of the hole of dust, water and any small particle size using a compressed air hose. Use a sponge to remove water if necessary (Fig. 1-3).

4) Use a beacon test to check the diameter and depth of the hole.

5) Apply an appropriate amount of epoxy glue into the hole (Fig. 1-4).

6) Remove the magnet block the flashes from the bottom of the buoy to be installed.

7) Adjust the direction of the beacon so that the points of light are directed to where to send the beacon flashes and fall into the hole (Fig. 1-5).

8) Gently tap the top of the buoy with a plastic hammer to secure their position and spread the glue (Fig. 1-5).

9) Apply some glue on the side walls around the buoy to ensure its position and resistance to side impacts.

ML-SR-20 SOLAR (opcional: sistema cableado)