Zhaga Book 18 Receptacle Flick Pin Version Smart City Infrastructure

JL-700T3N locking socket meets the requirements of Zhaga Book-18 standard interface (Z-LEX-R, Z-LEX-C) and has passed relevant certification, which is convenient for the development and installation of road lighting, regional lighting or commercial and residential lighting, such as street lights, industrial and mining lights, corridor lights, wall lights, etc.

• Standardized interface defined in Zhaga Book-18
• Compact size allowing greater flexibility in luminaire design
• Advanced sealing to achieve IP66 with no mounting screws
• Scalable solution allows use of Ø40mm photocell and Ø80mm LEX-M in a central management system with the same connection interface
• Flexible mounting position, upwards, downwards and sideways facing
• Integrated single gasket that seals to both luminaire and module that minimizes assembling time

Q1: What is Zhaga Book 18 Flick Pin Version Receptacle, and what standard does it follow?
A1: It is an industrial-grade standardized interface component dedicated to smart city outdoor lighting and IoT infrastructure. It fully complies with the global Zhaga Book 18 (D4i) specification formulated by the Zhaga Consortium, adopting a high-precision flick pin elastic contact structure. As a universal unified interface for smart street lights and outdoor LED luminaires, it realizes stable dual transmission of equipment power supply and digital signals, and supports interconnection of global mainstream smart lighting equipment.

Q2: What are the core advantages of the flick pin structure over traditional socket structures?
A2: Different from traditional fixed-contact sockets, the optimized flick pin structure has elastic contact, self-locking and anti-loosening properties. It can effectively offset vibration and structural gaps caused by outdoor temperature changes, wind pressure and equipment operation, maintaining long-term zero-gap stable contact. This avoids signal interruption and power failure caused by loose connection and poor contact, while supporting tool-free quick plugging and unplugging, greatly improving on-site installation efficiency and long-term operational reliability.

Q3: What equipment is this receptacle compatible with, and does it support intelligent remote control?
A3: It is universally compatible with all Zhaga Book 18 certified accessories and D4i-compliant smart modules, including wireless communication nodes, dimming controllers, environmental sensors, fault monitoring terminals and other smart city peripheral devices, realizing cross-brand plug-and-play. Meanwhile, it supports stable DC auxiliary power supply and DALI/D4i digital signal transmission, enabling real-time upload of equipment energy consumption and operating data, as well as remote dimming, switch control and fault early warning functions for urban lighting systems.

Q4: What outdoor environmental adaptability and service life does the product have for smart city scenarios?
A4: The product adopts integrated industrial-grade sealing technology and waterproof, dustproof, UV-resistant and anti-corrosion high-strength materials, adapting to all-climate outdoor extreme environments such as high and low temperature, rain, snow and strong ultraviolet radiation. Its anti-oxidation flick pin contacts and durable engineering shell effectively resist outdoor aging and corrosion. It features a long service life matching the full life cycle of smart street lights, which significantly reduces equipment replacement frequency and later operation and maintenance costs for municipal smart city projects.

Q5: What project value and upgrade flexibility does this standardized receptacle bring to smart city construction?
A5: This standardized interface eliminates compatibility barriers between different brand devices, realizing modular and rapid construction of smart city lighting infrastructure and improving project implementation efficiency. It supports intelligent energy scheduling of urban lighting to reduce municipal energy consumption and realizes unattended remote operation and maintenance to cut manual management costs. In addition, based on unified international standards, it allows incremental upgrading of subsequent smart modules and IoT functions without modifying the original lamp circuit and structure, avoiding repeated investment and reserving long-term expansion space for smart city system iteration.