Steel perforated DIN Rail, top hat compatible, 300mm x 35mm x 7.5mm QULON Sundrax

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Steel perforated DIN Rail, top hat compatible, 300mm x 35mm x 7.5mm

DIN rail

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Magnetic GSM antenna with a 3-meter cable installed on a cabinet

Magnetic GSM antenna

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Wall mount GSM antenna with a 3-meter cable

Wall mount GSM antenna with a 5-meter cable

Wall mount GSM antenna with a 3/5-meter cable

Wall mount GSM antenna

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Wall mount GPS antenna N-type, no cable

Wall mount GPS antenna

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Vandal-proof GSM/GPS antenna with a 3-meter cable installed on a cabinet

Cabinet mount GSM/GPS antenna

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Antenna cable GSM/GPS/LiTouch, N/SMA, 1m

Antenna cable GSM/GPS/LiTouch, N/SMA, 2m

Antenna cable GSM/GPS/LiTouch, N/SMA, 5m

Antenna cable GSM/GPS/LiTouch, N/SMA, 10m

Antenna cable GSM/GPS/LiTouch, N/SMA, 1/2/5/10-meter

GSM/GPS/LiTouch antenna cable, N/SMA

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Protective cabinet for cabinet controllers

Protective cabinet for solar controllers

Protective cabinet for lighting controllers, IP65

Protective cabinet

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Bidirectionally from RS-485 to RS-232 converter

RS-485 to RS-232 Converter

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Ethernet cable.webp

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Ethernet cable, RJ-45, 3 m

Ethernet cable

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Magnetic GPS antenna with a 3-meter cable installed on a cabinet

Magnetic GPS antenna

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 Advanced street  lighting cabinet/segment controllers

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<p>QULON C2 is the central controller of the QULON control system. It is designed to provide remote monitoring and control of all electrical equipment in the lighting control cabinet: magnetic starters, QULON system accessories, etc.</p><p>QULON C2 uses RS-485 or CAN interfaces for two-way communication with other devices and meters. A 2G/3G/4G cellular or 10/100 Base TX Ethernet wired connection is used to communicate with the QULON server. The unit is equipped with a GPS module for time synchronization and geo-positioning.</p><p>The unit is powered from 110/220 V AC or 9-36 VDC.</p><p>QULON C2 is remotely configurable using the QULON control system and the DIP switches on the unit.</p><p>The unit is designed for DIN rail mounting in a lighting control cabinet.</p>

Dimensional Scheme QULON C, QULON C2, QULON R, QULON MONARQ

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Advanced street lighting cabinet/segment controllers (Slider)

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Advanced street lighting cabinet/segment controllers, announcement view

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Advanced street lighting cabinet/segment controllers, top view

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Advanced street lighting cabinet/segment controllers, side view

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Advanced street lighting cabinet/segment controllers, top view (with terminals)

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QULON C2, AC, 2G/3G/4G, 4 relays, 7 inputs, RS, CAN, Ethernet, GPS, Region: E

QULON C2, AC, 2G/3G/4G, 4 relays, 7 inputs, RS, CAN, Ethernet, GPS, Region: A

QULON C2, DC, 2G/3G/4G, 4 relays, 7 inputs, RS, CAN, Ethernet, GPS, Region: E

QULON C2, DC, 2G/3G/4G, 4 relays, 7 inputs, RS, CAN, Ethernet, GPS, Region: A

<p>Smart IoT Solutions for Street Lighting Management</p>

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Street Lighting

Mechanical

Power & Electrical

Environment

Interfaces and Protocols

Inputs / Outputs

Configuration / Indication

Package Contents

<h1>GSM-Based Smart Street Lighting: Revolutionizing Urban Illumination</h1><p>&nbsp;</p><p>Street lighting is an essential public service, but as cities grow and energy costs soar, municipalities are searching for smarter, more efficient methods to keep streets illuminated. Enter the unassuming hero: Global System for Mobile Communications (GSM) technology. Thought solely as the backbone of mobile phones, GSM's integration into street lighting infrastructure is casting a new light on urban efficiency and connectivity.</p><p>&nbsp;</p><h2>Seamless Integration and Individual Control</h2><p>Traditionally, street lighting systems operated independently of other city services, with little to no intelligence. GSM technology, however, allows each light luminaire to become a point of intelligence, capable of receiving and sending information in real-time. GSM transforms the lighting landscape by enabling remote individual control of each unit. Whether it’s dimming lights to conserve energy during low-traffic hours or brightening them for safety, GSM technology provides unprecedented management without the need for additional, cost-prohibitive equipment.</p><h2><br>Infrastructure and Connectivity without the Complexity</h2><p>One might imagine that such a sophisticated system would require an extensive infrastructure overhaul. Yet, GSM’s beauty lies in its simplicity. Utilizing the omnipresent networks of GSM providers, these modules eliminate the need for constructing new networks or a costly central control unit. The technology repurposes existing cellular networks, which most urban areas already have in abundance. This not only reduces initial investments but also accelerates deployment, ensuring a faster transition to smart lighting systems.</p><h2><br>Unlimited Potential in the Palm of Your Hand</h2><p>The impact of GSM modules extends far beyond the lamppost. In a single base station's coverage area, which is often vast and pervasive, tens of thousands of smart devices can connect. This includes various sensors (light, motion, weather), meters, and other IoT devices. Such capability equates to a mesh of data points, providing insights into urban life and environment while offering potential integration with other smart city initiatives.</p><p>The GSM-enabled luminaires are capable of adjusting their behavior in response to the data collected. This real-time adaptability not only enhances efficiency, but also significantly improves maintenance procedures. The result is a finely-tuned, responsive urban lighting network that reduces operational costs, conserves energy, and improves city safety.</p><h3>&nbsp;</h3><h2>Navigating Challenges with Robust Solutions</h2><p>Despite its many benefits, GSM technology in street lighting does face challenges, such as ensuring consistent signal strength in densely built environments. Additionally, as the technology relies on existing cellular networks, it’s at the mercy of those networks’ reliability and uptime. Yet, the robust nature of GSM, which has been refined over decades of mobile communication development, ensures that it can navigate and overcome these obstacles.</p><h2><br>The Future is Bright with GSM</h2><p>Looking ahead, the role of GSM in the realm of smart cities is poised for expansion. As 5G technology emerges, promising faster speeds and greater connectivity, GSM’s role in street lighting could evolve further, presenting opportunities for even more sophisticated applications. We could see streetlights that not only respond to environmental conditions but also serve as hubs for information distribution and emergency response.</p><p>In an era where conservation and smart resource management are not just favorable but necessary, GSM technology’s integration into smart street lighting reflects a beacon of progress. It’s a testament to how cities can leverage existing tools in innovative ways to create a more sustainable, intelligent urban landscape, shining a light on the future of urban living.</p>

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<h1>Maximizing Street Lighting Efficiency with Simpline</h1><p>&nbsp;</p><p>The advent of Simpline, a Power Line Communication technology, is set to redefine street lighting applications:</p><p>- Robust Communication: Operating under the CENELEC EN 50065-1 standard within the 132.5 kHz band, Simpline ensures secure and reliable exchanges across electrical networks, tailored for the demanding environment of street lighting.</p><p>- Interference Immunity: Designed to thrive in areas of heavy electrical disturbance, Simpline's simplicity and lower speed grant it a superior tolerance to interference, ensuring steadfast communication where other technologies might falter.</p><p>- Extensive Range and Reliability: With the capacity to communicate effectively without the need for retransmission modes, Simpline achieves maximal reach and maintains the highest reliability standards for efficient lighting solutions.</p><h2><br>Applications and Use Cases</h2><p>Simpline technology is pivotal for urban infrastructure, notably in street lighting systems where consistent performance is non-negotiable. By leveraging the existing power line network, Simpline facilitates the retrofitting of smart lighting controls into established grids, reducing costs and easing the transition to intelligent lighting systems.</p><p>&nbsp;</p><h2>Future Prospects</h2><p>As urban areas continue to expand and demand more sophisticated lighting solutions, technologies like Simpline will become increasingly important. The future may see broader applications of Simpline in indoor and outdoor lighting, benefiting from its reliability and range to create more connected and energy-efficient spaces.</p><h2><br>Challenges and Considerations</h2><p>The implementation of Simpline must address the integration with existing infrastructure and compatibility with future-proof standards. Meticulous planning and strategic deployment are essential to harness its full potential, ensuring that lighting systems are not only more intelligent but also more adaptable to the evolving urban landscape.<br>&nbsp;</p><h2>Conclusion</h2><p>Simpline Power Line Communication technology marks a significant step forward for the management of street lighting networks. By merging simplicity with robust performance, it serves as a stable, efficient backbone for contemporary lighting systems, illuminating the path toward smarter, safer, and more sustainable urbanities.</p>

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Simpline

<h1>Enlightening Cities: The Power of LTE in Smart Street Lighting Systems</h1><p>&nbsp;</p><p>Street lighting is a crucial component of urban infrastructure, not just for enabling nighttime visibility, but also for ensuring security, energy conservation, and enhancing the overall quality of life for city dwellers. Advancements in technology now allow for smart street lighting systems that do more than just illuminate; they communicate, sense, and adapt. At the forefront of this technological leap is Long-Term Evolution (LTE), a wireless data communication standard that is poised to take street lighting into the future.</p><p>&nbsp;</p><h3>LTE: Lighting the Path to High-Speed Urban Connectivity</h3><p>With the rise of smart city initiatives, street lighting has evolved to become a strategic platform for a wider smart urban infrastructure. LTE, with its high-speed data transmission capabilities, offers an ideal solution for sustaining complex, networked streetlight systems. Based on GSM/EDGE and UMTS/HSPA, LTE enhances the already established network foundations, ensuring an increase in both throughput and speed. This means that smart street lights can transmit data quicker, receive updates faster, and consequently, respond to dynamic urban requirements more efficiently.</p><h3><br>Smart Street Lights: More Than Just Illumination</h3><p>Smart street lights with LTE technology can collect data through various sensors, from monitoring traffic and weather conditions to detecting repairs and maintenance needs. The high-speed data communication facilitated by LTE allows this vast amount of information to be processed and acted upon almost instantaneously. This capability enables various applications, such as adaptive lighting, where lights can change intensity based on pedestrian or vehicle movement, or integrate with emergency response systems to enhance citizen safety.</p><h3><br>LTE and Energy Efficiency: A Sustainable Alliance</h3><p>Energy efficiency is another critical aspect of smart street lighting. LTE connectivity can help optimize energy usage by allowing for real-time adjustments and scheduling based on data analysis. Street lights can dim when no activity is detected or brighten during peak hours, contributing to significant energy savings and reducing the carbon footprint of urban areas.</p><h3><br>Integrating LTE in Smart Street Lighting Infrastructures</h3><p>Integrating LTE into street lighting is not as daunting as it may seem. Many cities already have LTE infrastructure in place, serving the increasing demand for mobile connectivity. Utilizing this existing network, street lights can be outfitted with LTE modules, enabling them to join the city's growing web of interconnected devices. This approach minimizes the investment needed for new infrastructure and leverages the reliability and coverage of established LTE networks.</p><h3><br>Overcoming Challenges and Ensuring Security</h3><p>The implementation of LTE in smart street lighting does not come without challenges. Concerns about network security and data privacy are paramount, as street lights become data nodes within the larger IoT ecosystem. Reliable encryption and secure network protocols are essential to prevent unauthorized access and ensure the integrity of the system.</p><h3><br>The Bright Future Awaits</h3><p>As smart cities continue to develop, the integration of LTE into street lighting systems is set to become more prevalent. It provides a robust, scalable, and efficient method of turning simple light fixtures into intelligent assets that contribute to the well-being and sustainability of urban environments. With continued advancements in wireless technology, the future is indeed bright for LTE-enabled smart street lighting, guiding us towards smarter, safer, and more connected cities.</p>

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<h1>Digital Addressable Lighting Interface (DALI)<br>&nbsp;</h1><p>The Digital Addressable Lighting Interface, more commonly known as DALI, represents a step change in the world of lighting control systems. Created with standardization and interoperability in mind, DALI transcends conventional analog systems by introducing a digital communication protocol that connects lighting devices and controllers. This detailed article delves into the facets of DALI technology and its significant impact on lighting control.<br>&nbsp;</p><h2>Understanding DALI's Physical Infrastructure</h2><p>At the heart of DALI's success is its simple yet powerful two-wire bus system. These two wires serve as the data highway for communication signals and power, allowing the DALI system to be integrated seamlessly with existing power cabling infrastructure. The digital nature of DALI ensures high resistance to transmission errors, which contrasts favorably to more error-prone analog interfaces.<br>&nbsp;</p><h2>The Core Features of DALI Technology</h2><p>1. Addressable Lighting Control: Each luminaire connected to the DALI network can be individually addressed, giving users precise control over every lighting fixture within the system.</p><p>2. Digital Signaling for Enhanced Reliability: With digital communication, DALI significantly reduces susceptibility to noise and transmission errors compared to analog systems, enhancing the reliability of lighting control.</p><p>3. Two-wire Bus System: The DALI bus requires just two wires, transmitting both power and data simultaneously, which simplifies wiring requirements and potentially reduces installation costs.</p><p>4. Grouping and Scene Setting Capabilities: Luminaires can be programmed into groups, allowing for the creation of customized lighting setups, or ‘scenes’, that can be easily activated and modified.</p><p>5. Scalability and Flexibility: DALI systems can accommodate up to 64 individual devices on a single bus, and more luminaires can be added to the system through the use of additional DALI networks.</p><p>6. Interoperability Between Manufacturers: A key aspect of the DALI standard is its emphasis on interoperability, meaning that devices from different manufacturers can be used within the same system.</p><p>&nbsp;</p><h2>Advantages of Implementing DALI</h2><p>The sophistication of DALI introduces a suite of advantages over traditional lighting systems:</p><p>- Energy Efficiency: By allowing individual control and dimming, DALI systems contribute to energy savings by adjusting lighting based on occupancy, daylight presence, or user preference.</p><p>- Enhanced Customization and User Comfort: Personalized lighting scenes contribute to user comfort and can support various activities or times of day.</p><p>- Maintenance and Operational Efficiency: With the ability to address individual fixtures, maintenance becomes more straightforward, as the system can pinpoint and report on the status of each luminaire.</p><p>- Future-Proof: As DALI is a globally recognized standard, users can be confident in the long-term viability and support for their lighting control system.</p><h2><br>Applications and Use Cases</h2><p>DALI technology has found its place in a variety of settings. In the commercial space, DALI is perfect for offices, retail establishments, and hospitality venues, where versatile lighting scenes can enhance the ambiance and functionality of different areas. In industrial environments, DALI contributes to safety and efficiency through precise control of lighting levels. For residential applications, DALI brings the capability for sophisticated and energy-efficient home lighting automation.</p><p>&nbsp;</p><h2>Future Prospects</h2><p>With an industry that continues to push towards energy efficiency, user comfort, and intelligent building management, DALI's role is becoming increasingly prevalent. Innovations in DALI technology, such as wireless DALI and integration with IoT devices, forecast an even wider adoption and application scope.</p><h2><br>Challenges and Considerations</h2><p>DALI's architecture may involve a learning curve for installers and integrators used to more traditional systems. It's also important to have proper planning and design phase to ensure the DALI system meets the specific needs of a given space without unnecessary complexity. Furthermore, while interoperability is a key strength, ensuring compatibility among different manufacturers' DALI-certified products remains essential.</p><p>&nbsp;</p><h2>Conclusion</h2><p>DALI technology has become a cornerstone for advanced lighting control, offering a blend of sophistication, reliability, and standardization. Its capacity for individual luminaire addressing, combined with the simplicity of its infrastructure, enables DALI to meet the evolving needs of modern lighting systems. From energy savings to enhanced operational efficiency, DALI is not just redefining lighting control; it's lighting the way towards more intelligent, responsive, and user-centric environments.</p>