ECO-160
Recessed solar studStainless steel solar stud with GPS
With its 316L stainless steel cover, the ECO-160 is designed to withstand severe mechanical or saline conditions, and features a reinforced structure to protect its solar module. Its sunburst design provides an additional anti-slip feature. Its low bracket projection and simplified maintenance guarantee long-lasting installation. Optionally available with latest-generation GPS technology, it automatically synchronizes its flashing with the set of studs on the same site.
Applications
- Pontoon & Footbridge
- Cycle track
- Parking
- Road & Expressway
- Pedestrian crossing
- Roundabout
Features
- Colors temperature
- Materials
316L stainless steel (cover), Anodized aluminium (tank), Polycarbonate (optic module), Silicon (photovoltaic module)
- Protection ratings (IP)
IP 68 – 5 metres
- Impact energy
IK10 + 100 J - suitable for 40-tonne trucks
- Weight
1.6 kg
- Dimensions
Top diameter: 160 mm
Total height: 57 mm
Embedding depth: 47 mm
Off-pavement bracket projection: 0 mm at ends / 10 mm at center.
- Power supply & consumption
Capacitor or Ni-Mh batteries
- Operating temperatures
-30°C to +85°C
- LED
3 LED, 6 LED
- Characteristics
Unidirectional 3 LED wayfinding or bidirectional 3 LED wayfinding on each side
Fixed or flashing mode (1 flash per second +-10%)
GPS option for synchronizing flashing between studs without wiring, with NiMh batteries only.
Installation
Choice of adhesive – For installation on sites where vehicles are likely to drive over the pads, we recommend the use of SIKADUR 42+ HE adhesive. Installation must be carried out at suitable temperatures, respecting the curing time required before reopening to traffic (see adhesive instructions). Any other choice of adhesive is the responsibility of the installer.
1 – Install a mounting bracket on each pedestal by screwing it onto the cover using the two threaded holes provided for this purpose.
2 – Next, fold the four flaps of the bracket upward at a 90° angle. This action positions the bracket’s tabs so that the pedestal is held at the correct level when installed in the core hole.
3 – After marking the locations of the pedestals, drill a circular hole with a minimum diameter of 170 mm and a minimum depth of 70 mm.
4 – Clean the hole thoroughly to ensure a high-quality seal.
5 – Fill the hole with a sufficient amount of sealant.
6 – Insert the pedestal, ensuring the LEDs are oriented correctly. The four legs of the mounting bracket must make contact with the surface. The adhesive should rise to the level of the floor all around the mounting bracket. Be sure to smooth the joint for a neat installation. Place a weight on the mounting bracket and allow the sealant to cure for a sufficient amount of time before subjecting it to any mechanical stress.
7 – Once the sealant is dry and secure, unscrew and remove the mounting bracket.
Note – Throughout these operations, keep the solar module and LEDs clean and protected.
Failure to comply with these instructions may result in suspension of the warranty.
Warranty
ENERGY STORAGE
Ni-Mh batteries: average lifespan of over 7 years. 2-year warranty*.
Capacitors: average lifespan in excess of 10 years. 2-year warranty*.
Easy maintenance with 6 stainless steel cover screws, without having to unseal the recessed bowl.
* The warranty applies in the event of permanent shutdown of the autonomous lighting system under normal use and installation in accordance with our recommendations. It consists of replacing the faulty component with an identical or equivalent item, subject to return to ECO-INNOV for analysis. On-site intervention costs are not included. Mechanical damage is not covered.
We recommend installing our solar equipment on sites with good light exposure for optimum performance.
Recycling
Certifications
