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2D Rail Compliant LED Lamp

2D tam uyumlu LED lambalar, demiryolu taşıtları için özel olarak tasarlanmıştır.

  • 28W 2D Floresan Lamba Yerine kullanılır.
  • Demiryolu standartlarına tam uyumludur: EN 45545, EN 61373, EN 50121-3-2, EN 50155, EN 60081.
  • Titreşimsiz ve anında çalışmaya başlar.
  • Yüksek güvenilirlik: LED ve sürücü teknolojisi, 110.000 saatlik MTBF (Ortalama Arıza Süresi) sunar.
  • Sıfır bakım maliyeti: 65.000 saatlik lümen dayanıklılığı (başlangıç ışık çıktısının %70’ine kadar).
  • Cıva içermez.
  • UV ışını yaymaz, böylece difüzör üzerinde sararma etkisi oluşmaz.
  • 80’in üzerinde renk geriverim indeksi (CRI) ile daha konforlu bir yolcu ortamı sağlar.
  • %50 enerji tasarrufu sağlar.
  • DC giriş voltajı ters çevrildiğinde zarar görmez.
  • Giriş geçici ve düşük voltaj koruması içerir.
  • Dahili çoklu LED devresi yedekliliği sunar.
  • Güç kaynağı kesintilerine karşı korumalıdır (EN 50155 Sınıf S2 ve C2).
  • 3 yıl garanti ile desteklenir.

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    ÖzBir | Systems Engineering ÖzBir | Systems Engineering
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    Systems Engineering

    We provide solutions in the railway industry that meet not only today’s needs but also those of the future.

    Systems engineering is an interdisciplinary branch of engineering that focuses on the design, development, integration, and management of complex systems. It ensures that different components come together to form a functional whole, while aiming to optimize factors such as performance, cost, time, and risk throughout the process.

    ÖzBir | Systems Engineering ÖzBir | Systems Engineering ÖzBir | Systems Engineering

    Systems Engineering at Özbir
    In railway projects, systems engineering ensures that projects are completed on time, within budget, and in compliance with technical requirements. Below are some of the contributions of this discipline to the sector:

    • Integrated System Design: Ensures seamless operation between railway vehicles, infrastructure, and control systems.
    • Safety and Reliability: Provides solutions in accordance with international standards, creating safe and reliable railway operations.
    • Efficiency and Optimization: Maximizes resource utilization, minimizing energy consumption, costs, and environmental impact.
    • Sustainability: Develops long-term solutions, facilitating the integration of eco-friendly technologies.

    Future-Oriented Solutions
    Systems engineering serves as a key driver in digitalization and automation within the railway industry. The integration of technologies such as artificial intelligence, big data analytics, and smart infrastructures makes the sector smarter and more efficient.

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