Tlacs U Solution – Nyx-Hemera

NEW

Nyx Hemera Technologies now offers the TLACS-U+, a solution that integrates the entire electrical system that powers the lighting system of an underpass or tunnel during its installation or its upgrade.

Upgrading the lighting in an underpass or short tunnel may require upgrading the electrical infrastructure. Nyx Hemera Technologies offers an integrated solution that simplifies the process of adding or upgrading tunnel lighting systems, ensuring the compatibility and performance of powerline lighting control solutions.

In addition to integrating the electrical installation for the lighting system and its control, TLACS-U+ can incorporate other Intelligent Transportation Systems (ITS) equipment, such as video surveillance (CCTV), lane usage signs, and flashing lights.

This solution provides a one-stop-shop for seamless integration and operation of your underpass/short tunnel lighting system operation. TLACS-U+ is designed to optimize installation and operational efficiency, improve safety and reduce energy consumption.

Nyx is your one-stop shop for seamlessly integrating and operating lighting systems in underpasses and short tunnels.

The integrated solution includes:

Electrical kiosk:

Fully customized according to the client’s needs
Typical specifications:
- NEMA 3R or 4X
- Stainless steel 316
- With/without environmental control unit

Electrical distribution:

Electrical panel
Night/emergency sign

Uninterruptible power supply (UPS) for night/emergency lighting

From 2 KVA to 30 KVA
Operating time from 30 to 90 minutes

UDE (Dimming cabinet for
underpasses)

Communication over powerline to PCs and luminance meter
Manual control via HOA

Local controller

Wide input range from 100 to 480 VAC
Bidirectional communication via powerline
Embedded power line filter and dynamic repeater function
Individual luminaire monitoring and controlling
Electrical parameters reporting of luminaires
Control type: dimming 0-10 V, ON/OFF relay, and DALI
Version with recessed or rotary lock (ANSI C136.41) for approach
luminaires

Luminance Photometer

Accurate measurement of luminance at the tunnel entrance
Monitoring of photometer alignment
Robust construction in 316 stainless steel
Remote diagnostics and configuration

Simplified scalable system which adapts to different
needs and environments
Power line control solution (no control wiring required)
Remote access via the intuitive customized EOS user interface
Auto-configurable
Compatible with Smart-City protocols

Reduce the risks associated with integrating multi-vendor components
One supplier for the entire lighting system
Simplification of procurement
Reduction of supply times
Customized cabinet that adapts to different needs and environments
Simplification of after-sales support

The TLACS-U is a turnkey lighting solution that controls and monitors luminaires. It uses smart control systems to manage light levels, monitor performance, and enhance safety in underpasses and short tunnels.

Its Installation can be carried out by any electrical contractor. It is a plug-and-play solution in which no software configuration is required.

A luminance meter (LCAM) or standardphotocell measures the luminance at theunderpass portal and sends the data to the UDE. The UDE then adjusts the brightness of the luminaires to maximize visibility for drivers entering the underpass. Sensors can connect to the main controller (UDE) via power line, RS-485 or Ethernet/FO (fiber optic) options.

Measures the level of illuminance within the tunnel bore to ensure the illumination levels are maintained between cleanings. This new power line unit is now available for an easy and reduced wiring and easy installation.

The Underpass Dimming Enclosure (UDE) is an efficient controller that interfaces each luminaire individually using power line communication OR a group of luminaires via 0-10V. Control, monitoring and firmware upgrade is done through an Ethernet port for remote control and an interface for local Wireless devices plug-in.

The Underpass Dimming Enclosure (UDE) is
the main controller that communicates with
each luminaire individually via 0–10 V power line
communication or DALI