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Outdoor Waterproof 480W Laser Beam Moving Head Light LBSW - 480RGB, a pro - level outdoor lighting solution, packs a 300W RGB laser (480W optional) with 150mW red, 1000mW green, 50W blue lasers for 120,000 lux @15m. It features 14 colors, a 6 - color rainbow wheel, 15 split - color combos, 14 gobos, dual rotating prisms, and motorized frost/focus, all in an IP66 - rated, - 20℃ to 50℃ - tolerant build, ideal for stadiums, marine venues and outdoor shows.
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U70BLP
NJREC
In high-voltage power transmission, mechanical resilience and electrical stability are non-negotiable. This suspension toughened glass insulator showcases an impressive mechanical failing load, with top-end variants reaching 160kN. Such strength ensures it endures harsh environmental challenges, outshining many competitors. Some rival insulators falter under similar stress, lacking the durability to maintain long-term performance.
For electrical performance, take the U160BP model as an example. It has a power frequency withstand voltage of 82kV dry and 50kV wet, guaranteeing safe and efficient operation. Its lightning impulse withstand voltage can reach up to 140kV, providing a robust shield against electrical surges.
In contrast, numerous competing products struggle to deliver consistent voltage resistance across diverse conditions, whether in dry or wet environments, and often have lower thresholds for withstanding lightning-induced surges.
The ball-and-socket coupling design is a game-changer. It enables seamless integration into power line assemblies, ensuring secure and hassle-free connections. Unlike some competitors whose connection systems are clumsy and prone to loosening, this design maintains stability.
With a creepage distance of up to 550mm, it excels in polluted settings. Many rival insulators have shorter creepage distances, which increases the risk of insulation failure in contaminated areas such as industrial zones or regions with frequent dust and salt-laden air.
| Type | Spacing (mm) | Diameter (mm) | Creepage Distance (mm) | Coupling | Mechanical Failing Load (kN) |
|---|---|---|---|---|---|
| U40B | 110 | 175 | 190 | 11 | 40 |
| U70BS | 127 | 255 | 320 | 16 | 70 |
| U70BL | 146 | 255 | 320 | 16 | 70 |
| U100BS | 127 | 255 | 320 | 16 | 100 |
| U100BL | 146 | 255 | 320 | 16 | 100 |
| U120B | 146 | 255 | 320 | 16 | 120 |
| U120BS | 127 | 255 | 320 | 16 | 120 |
| U160BL | 170 | 280 | 400 | 20 | 160 |
| U160BS | 146 | 280 | 400 | 20 | 160 |
| U210B | 170 | 280 | 400 | 20 | 210 |
| U240B | 170 | 280 | 400 | 24 | 240 |
| U300B | 195 | 330 | 490 | 24 | 300 |
| U400B | 205 | 360 | 550 | 28 | 420 |
| U550B | 240 | 380 | 620 | 32 | 550 |
| U70BLP | 146 | 280 | 450 | 16 | 70 |
| U100BLP | 146 | 280 | 450 | 16 | 100 |
| U120BP | 146 | 280 | 450 | 16 | 120 |
| U160BLP | 170 | 320 | 550 | 20 | 160 |
| U160BMP | 155 | 320 | 550 | 20 | 160 |
| U160BSP | 146 | 320 | 550 | 20 | 160 |
| U210BP | 170 | 320 | 550 | 20 | 210 |
| U240BP | 170 | 320 | 550 | 24 | 240 |
| U300BP | 195 | 380 | 690 | 24 | 300 |
| U420BP | 205 | 380 | 620 | 28 | 420 |
| U550BP | 240 | 390 | 710 | 32 | 550 |
The U210BS toughened suspension glass insulator is widely used in overhead transmission lines, high-voltage distribution networks, power substations, railway power systems, and utility grid construction. Its suspension structure makes it suitable for power towers where conductors need reliable insulation and mechanical support.
High-voltage overhead transmission lines
Power distribution line systems
Transmission tower suspension insulator strings
Substation incoming and outgoing line insulation
Utility grid construction and maintenance projects
Power line replacement and upgrade projects
Outdoor electrical infrastructure in industrial or coastal areas
| Key Features
Toughened glass body: Provides stable insulation performance, strong mechanical strength, and convenient visual inspection during maintenance.
Ball-and-socket coupling: Supports easy installation and secure connection in suspension insulator strings for overhead line systems.
High mechanical strength: Suitable for power line projects requiring reliable mechanical load-bearing performance.
Outdoor weather resistance: Designed for use under wind, rain, temperature changes, humidity, dust, and other outdoor environmental conditions.
Reliable electrical insulation: Helps maintain safe and stable operation in high-voltage transmission and distribution systems.
Wide project adaptability: Applicable to new line construction, power grid upgrades, maintenance replacement, and substation-related line systems.
| Advantages of Ball and Socket Type Design
The ball-and-socket type structure is widely used in suspension glass insulators because it allows flexible connection, convenient assembly, and stable performance in insulator strings. This design helps improve installation efficiency and ensures that the insulator string can adapt to the movement and tension changes of overhead power lines.
Compared with connection designs that are more difficult to assemble or maintain, the ball-and-socket type offers practical advantages for power contractors, utility companies, and maintenance teams. It is especially suitable for projects requiring fast installation, secure coupling, and long-term line reliability.
| Product Advantages
| Advantage | Description |
|---|---|
| Strong Mechanical Support | Suitable for overhead transmission lines that require stable suspension and load-bearing performance. |
| Reliable Insulation | Provides electrical insulation support for high-voltage power transmission and distribution systems. |
| Easy Installation | The ball-and-socket connection design supports convenient assembly into insulator strings. |
| Outdoor Durability | Designed for long-term operation under outdoor environmental conditions such as rain, wind, dust, and humidity. |
| Convenient Inspection | The toughened glass body makes damage easier to identify during routine power line inspections. |
| Project Flexibility | Can be selected for different line designs, voltage levels, and mechanical load requirements. |
| Selection Guide
When choosing a suspension glass insulator, customers should consider the voltage level, mechanical failing load, creepage distance, coupling size, line design, installation environment, and local pollution level. For high-load transmission lines, the mechanical strength of the insulator should match the tension and safety requirements of the project.
For areas with heavy pollution, coastal salt fog, industrial dust, or high humidity, customers should pay special attention to creepage distance and shed design. A suitable insulator model can help reduce the risk of flashover and improve long-term power line reliability.
| Quality Control and Testing
NJREC focuses on product quality, dimensional consistency, mechanical performance, and electrical reliability. The U210BS suspension glass insulator is manufactured for use in power transmission and distribution projects where safety and stability are important.
According to project requirements, inspection can include appearance checking, dimensional inspection, mechanical performance testing, and electrical performance verification. Related technical documents and test reports can be provided when required by customers.
| Installation and Maintenance Notes
Check the glass surface and metal fittings before installation to ensure there is no visible damage.
Confirm that the ball-and-socket coupling matches the required line hardware and project drawings.
Install the insulator string according to power line construction requirements and engineering standards.
Carry out regular inspections after storms, lightning, strong wind, or heavy pollution events.
Replace damaged units in time to maintain safe and stable operation of the transmission line.
Keep installation and maintenance records for long-term power line management.
Adhering to IEC standards, this suspension toughened glass insulator meets the stringent requirements of electrical engineers and utility companies globally. While some competitors may compromise on compliance to cut costs, this insulator ensures uncompromised safety and quality.
Its versatility is another strong suit. Perfectly suited for both tension and suspension insulator strings, it accommodates a wide array of power line configurations. In contrast, certain competing insulators have a limited scope of application, forcing users to source multiple products for different setups.
When pitted against rivals, this suspension toughened glass insulator distinguishes itself through superior mechanical and electrical performance, thoughtful design, and versatile application.
Competitors often lag in one or more of these aspects, whether it is maintaining voltage resistance, ensuring stable connections, or adapting to various power line needs. By choosing this insulator, you opt for a solution that outperforms the competition in high-voltage power transmission scenarios.
A. It is mainly used for electrical insulation and mechanical support in overhead transmission lines, distribution systems, substations, and other high-voltage power applications.
A. The ball-and-socket design supports secure connection, flexible assembly, and convenient installation in suspension insulator strings for overhead power lines.
A. Yes. The toughened glass suspension insulator is designed for outdoor use and can be applied in power line projects exposed to wind, rain, dust, humidity, and temperature changes.
A. Customers should consider line voltage, mechanical load, creepage distance, coupling size, pollution level, and project drawings. NJREC can provide model selection support according to technical requirements.
A. Yes. Test reports, technical documents, packing information, and related project documents can be provided according to customer requirements.
A. Customers can provide product model, quantity, technical specifications, drawings, destination port, packing requirements, and any special inspection or documentation requirements.
