In today’s fast-evolving industrial and infrastructure landscape, power distribution systems must deliver reliability, safety and efficiency. That’s where the Siemens Sivacon 8PT low-voltage switchgear board steps into the spotlight. Engineered for modern factories, building complexes and infrastructure projects, it offers a compelling combination of robust design, flexibility and performance.

 

 

Why Choose Sivacon 8PT?

• High performance & trusted brand heritage
  Developed by Siemens, a global leader in electrical distribution systems, the Sivacon 8PT platform has proven its value across complex industrial installations.
• Compact, modular design suited to today’s applications
  The system supports rated voltages at 380 V / 400 V / 415 V (Un) and rated insulation voltages at 800 V / 1 000 V depending on the cabinet type. 
• Flexible busbar and compartment configuration
  With options like FCB, OFW, PFC and CCS cabinets, it adapts to a wide range of power-distribution tasks. 
• Robust safety features
  Door locks and hinges tested for arc resistance, wide-angle door openings (180° single-cabinet, >140° combined-cabinet) for easy access. 
• Wide protection levels and current ratings
  Protection levels from IP30 to IP41 and busbar rated currents from 1 600 A up to 6 300 A to meet diverse power loads. 

 

Typical Applications

• Industrial manufacturing plants with heavy motors, drives and complex feeder networks
• Commercial or infrastructure buildings requiring centralized power distribution
• Renewable or smart-grid enabled sites requiring modular switchgear
• Critical facilities like data centers and hospitals where downtime must be minimized

 

What “Certificated” Means for You

The listing on Gaoboele highlights “Certificated Sivacon 8PT Low Voltage Switchgear Board With Best Discount Price,” which means:

• Proper certifications are available (to be confirmed with supplier)
• Competitive pricing enables cost-efficient procurement
• Customization options such as color, port of shipment and lead time (~30 days)

 

Key Specification Summary

Parameter	Value
Rated Voltage (Un)	380 V / 400 V / 415 V
Rated Insulation Voltage (Ui)	800 V / 1 000 V
Rated Frequency	50 Hz
Main Busbar Rated Current	1 600 A – 6 300 A
Protection Level	IP30 / IP31 / IP40 / IP41
Origin	Guangdong, China
Lead Time	Approx. 30 days

 

How to Integrate This Product into Your Project

1. Define your power-distribution topology: incoming line, bus coupler, feeder panels, motor control centers, etc.
2. Match rated currents and busbar sizes to ensure system capacity headroom.
3. Consider layout & accessibility with wide-angle door openings.
4. Choose appropriate IP rating for environmental conditions.
5. Leverage customization such as color and configuration options.
6. Verify certification (e.g., CE, IEC 61439) with supplier before procurement.

 

Why This Product Matters for Your Business

• Reliability = Uptime: A proven Siemens-heritage system reduces failure risk and ensures stable operation.
• Scalability: Modular design allows expansion as demand grows.
• Cost-effectiveness: Reduced downtime and easy servicing minimize maintenance costs.
• Safety & Compliance: Tested door systems, arc-resistant design and certifications ensure safety and standards compliance.

 

Final Thoughts

If you’re specifying a reliable, flexible low-voltage switchgear board for industrial or infrastructure applications, the Sivacon 8PT from Gaoboele offers an outstanding solution. It combines Siemens-heritage engineering, modular flexibility, strong safety performance and competitive pricing — helping your projects stay efficient and future-ready.

Click here to learn more or request a quote →

 

 

Low Voltage Switchgear board (LVS) forms the core of industrial power distribution systems. To ensure seamless operations, safety, and longevity, consistent maintenance and proper usage are vital. Our expertise as a leading manufacturer equips us to provide top-tier maintenance services and usage guidelines.

---

1. Professional Maintenance Services

✔ Key Maintenance Checks

• Thermal Imaging Scans
• Circuit Breaker Testing
• Insulation Resistance Test
• Busbar & Connection Tightening

Recommended: Every 6 months for tough environments.

✔ Predictive Maintenance with Smart Monitoring

Upgrade to our SmartGuard IoT System for real-time insights.

 

2. Safety & Usage Guidelines

Environmental Conditions

• Operating Temperature: -5°C to +40°C
• Humidity: Max 95%
• Altitude: Up to 2000m

⚠️ Avoid These Actions

❌ Don't bypass interlocks

❌ Avoid mixed metals

❌ No live work

 

3. Troubleshooting Common Issues

Symptom	Possible Cause	Solution
Overheating	Dust buildup/Overload	Clean vents, reduce load
Tripping Breaker	Short circuit/Settings	Check settings, test trip unit
Humming Noise	Loose parts/Vibration	Tighten bolts, inspect coils

 

4. Added Services for Reliability

• Free Benefits
• 3D Wiring Diagrams
• Annual Energy Efficiency Report

Premium Upgrades

Silver-Plated Busbars

Seismic Reinforcement Kits

---

Ensuring Continuity with Expert Care

---

Proactive maintenance reduces failures by 60% and extends switchgear life by 30%+. We offer quick response, tailored schedules, and backup services.

 

Request a Quote? → Contact Us

Introduction to Siemens SIVACON 8PT Low-Voltage Switchgear

 

The Siemens SIVACON 8PT** is a high-performance "low-voltage switchgear" system designed for "power distribution, motor control, and energy management in industrial and commercial applications. It offers modularity, safety, and reliability, making it suitable for a wide range of electrical installations.  

 

Key Features: 

- Modular design for flexible configurations (fixed or withdrawable units).  

- High short-circuit resistance (up to 100 kA).  

- Advanced protection & monitoring with integrated communication (e.g., PROFIBUS, Ethernet).  

- Compact and space-saving construction.  

- Compliance with IEC 61439 standards.  

 

Applications:

- Industrial plants(manufacturing, automation).  

- Commercial buildings (hospitals, data centers, offices).  

- Infrastructure projects (airports, railways, power stations).  

- Renewable energy systems(solar/wind farms).  

 

The SIVACON 8PT ensures efficient, safe, and future-proof power distribution, supporting smart grid and Industry 4.0 requirements.  

 

Would you like more details on specific configurations or technical specs?

What is the low voltage Switchgear board?

Low voltage switchgear refers to a crucial electrical apparatus used for controlling, protecting, and isolating electrical equipment when the voltage is below a certain level. These systems ensure the smooth functioning of electrical networks and prevent damage caused by power fluctuations. Invest in reliable low voltage switchgear solutions for enhanced safety, efficiency, and performance of your electrical systems. Upgrade to high-quality low voltage switchgear for optimized power management and peace of mind.

How to find the best low voltage switchgear board manufacturing company?

For low voltage switchgear famous brand such Siemens, Schneider... They will Authorize to some long-term cooperation manufacturing company in different countries. They must pass through strictly quality and safe and production scale inspection. 

For Example, Siemens 8PT Low voltage Switchgear Board, Siemens 8PT Low Voltage Switchgear Authorized Manufacturer is a specialist designated by Siemens to produce and distribute the 8PT series of low voltage switchgear. These manufacturers are licensed by Siemens to ensure the highest quality standards and compatibility with Siemens' products, providing reliable solutions for various electrical systems.

Gaobo have Siemens and Schneider authorized manufacturing certification. also got ISO9001, ISO14000 certification.

Solar mounting systems are super important because they keep solar panels safe and working great for years. While the panels grab sunlight, these mounts hold them steady against rain, wind, and all sorts of weather. Knowing about different types of mounting systems helps people installing them pick what works best for each spot. Companies such as SIC Solar has a bunch of choices for different roofs and grounds.

1. Roof Mounts

These are used the most, mainly for houses. They use rails, hooks, or clamps to stick panels right onto the roof.

Pitched Roof Mounts: These work well for roofs made of tile, shingles, or metal. Parts like roof hooks let you put them on without wrecking the roof.

Flat Roof Mounts: These often use frames that are weighted down. Since these don't need holes in the roof, they are liked for businesses.

2. Ground Mounts

If there's not a lot of roof space or the panels would be in the shade, ground mounts are a good choice. Panels go on frames made of steel or aluminum that are held down with screws or concrete. Ground mounts are simple to take care of and good for big properties or big projects. SIC Solar makes tough ground mounts that can handle different grounds and snow.

3. Pole Mounts

Pole mounts put panels up high on a pole, away from plants, snow, or water. They're often used where there's no regular power. Some can be changed by hand so you can tilt them to get more sunlight at different times of the year.

4. Tracking Systems

Tracking mounts move with the sun to get as much power as possible.

Single-Axis Trackers turn from east to west.

Dual-Axis Trackers follow the sun every day and through the seasons. They cost more, but can really up the power in sunny places.

5. Floating Solar Mounting Systems

More and more folks are using floating solar, which puts panels on platforms that float on water like ponds or lakes. This saves land and cuts down water loss. These systems need special floating stuff and parts that don't rust.

Every kind of solar mount has its own use, and what you pick depends on the roof, ground, shade, how much money you have, and your project goals. With good sellers like SIC Solar providing mounts that can be changed and last, installers can find the right system for any job.

Yes, solar panels can be ground mounted, and in many situations, this setup offers major benefits. A ground-mounted solar system uses supporting frames or structures installed directly on the ground instead of the roof. This type of installation is often chosen when the roof space is limited, shaded, or not suitable for supporting solar panels.

Ground-mounted systems are typically installed on open land with good sunlight exposure. The mounting structures are usually made of aluminum or galvanized steel, which ensures strength and corrosion resistance. Panels are attached to the racks at an optimized tilt angle and direction to capture maximum sunlight. Because the system is not restricted by roof shape or angle, installers can achieve the best orientation for energy production.

There are mainly two types of ground mounting: fixed-tilt systems and adjustable or tracking systems. Fixed-tilt systems are stable, cost-effective, and easy to install. Tracking systems can follow the sun’s path automatically, improving electricity output but at a higher cost.

One of the main advantages of ground mounting is easy maintenance. Since the panels are accessible from the ground, cleaning and inspection are more convenient compared to roof-mounted systems. The open structure also allows good airflow beneath the panels, which helps to prevent overheating and maintain efficiency.

However, ground-mounted systems require adequate space and suitable soil conditions. Installers often use ground screws or concrete foundations to secure the structure and resist wind or snow loads. For uneven or rocky ground, special designs may be needed to ensure stability.

Companies like SIC Solar, a manufacturer specializing in photovoltaic mounting systems, provide a wide range of durable and flexible ground mounting solutions. Their systems are designed for quick installation, long service life, and compatibility with various terrains and climates.

Ground-mounted solar panels are especially suitable for commercial sites, farms, and large residential properties. They can even be used in agri-solar setups, where solar arrays share land with agricultural activities.

While roof-mounted systems are more common in cities, ground-mounted ones offer scalability and efficiency advantages for open areas. With well-designed mounting structures from SIC Solar, ground-mounted systems can deliver stable performance and reliable renewable energy for years.

Yes, the tilt of a roof plays a significant role in the performance of solar panels, and careful installation is essential to maximize energy production. The angle at which panels are mounted affects how much sunlight they receive throughout the day and across seasons, which directly impacts the overall efficiency of the system.

For pitched roofs, solar panels are often installed following the natural slope of the roof. If the roof tilt is close to the optimal angle for the location’s latitude, panels can be mounted directly using flush mounts or roof hooks. However, if the roof angle is too shallow or too steep, the installation may require adjustable tilt brackets to ensure panels face the sun effectively. Proper alignment ensures panels capture maximum sunlight while avoiding unnecessary shading between rows of panels.

Flat or low-pitch roofs require extra attention. Since these roofs do not have a natural angle, panels are mounted on tilt frames or ballasted systems to achieve the desired slope, usually between 10° and 30°. These mounts not only improve energy generation but also allow rainwater to run off, reducing debris accumulation and keeping panels clean. Manufacturers like SIC Solar, known for producing high-quality photovoltaic mounting systems, provide tilt solutions for both pitched and flat roofs. Their systems are designed for easy adjustment, stability, and long-term durability, making installation safer and more efficient.

Properly considering roof tilt also helps with wind resistance. Panels installed at an improper angle may experience higher uplift forces during storms, which can damage both the panels and the roof. High-quality mounting systems are engineered to distribute weight evenly and withstand wind loads, ensuring safety even in harsh weather conditions.

Another advantage of careful tilt installation is seasonal optimization. Some installations allow minor adjustments to the tilt throughout the year. In winter, a steeper angle helps capture sunlight when the sun is lower in the sky. In summer, a shallower tilt prevents overheating and maintains optimal efficiency.

Roof tilt also affects aesthetics and space usage. Panels aligned neatly with the roof slope look more integrated and can prevent shading of adjacent modules, maximizing usable area. Cable management and grounding must also be carefully planned to match the panel layout and maintain safety standards.

While the tilt of the roof is important, selecting a reliable and well-designed mounting system ensures that panels are installed securely and positioned for optimal performance. Companies like SIC Solar produce mounting solutions that adapt to various roof angles and materials, including tile, metal, and asphalt shingle roofs. Their systems simplify installation while maintaining durability and energy efficiency, ensuring that panels remain stable and productive for years.

Careful installation that considers roof tilt is essential for long-term solar performance, safety, and efficiency, making high-quality mounting solutions a critical part of any solar project.

Balcony solar systems, also known as balcony power plants or plug-in solar kits, are becoming increasingly popular among apartment residents and city dwellers who don’t have access to a roof. These compact systems allow users to generate their own clean electricity right from their balconies. But the question many ask is — is balcony solar really worth it?

In simple terms, yes, balcony solar can be worth it under the right conditions. These systems consist of one or two small photovoltaic panels mounted on a balcony railing or wall, connected to a microinverter and plugged directly into a home socket. The generated energy powers nearby appliances, reducing your electricity bills and your dependence on the grid.

The main advantage of balcony solar lies in its accessibility. Unlike traditional rooftop installations, there’s no need for major construction or professional installation. Many systems can be mounted easily using adjustable brackets or clamps designed specifically for balconies. Manufacturers such as SIC Solar, which produces high-quality photovoltaic mounting systems, offer reliable and easy-to-install solutions for these small-scale applications. Their brackets ensure stable installation even in limited spaces and under various weather conditions.

Another benefit is energy independence. While a balcony system cannot power an entire home, it can offset a portion of daily electricity use — running lights, chargers, or small appliances. Over time, these savings can add up, especially in regions with high electricity prices or incentives for distributed solar energy.

However, there are limitations. Space and sunlight exposure are the biggest factors. Balconies facing south with few obstructions are ideal, while shaded or north-facing balconies may see significantly lower output. Additionally, local regulations in some areas require permission from building management or energy authorities before installation.

Durability and safety are also important considerations. The mounting structure must be strong enough to withstand wind, rain, and vibration. This is where robust brackets from companies like SIC Solar play a key role. Their systems are made from corrosion-resistant materials and tested for long-term outdoor use, ensuring both safety and stability.

Balcony solar may not replace a full-sized rooftop system, but it offers a practical entry point into renewable energy for those living in apartments. It allows individuals to contribute to sustainability efforts, reduce power costs, and gain a sense of energy control — all from their own balconies.

A ballasted mounting system is a type of solar installation method commonly used on flat roofs where penetrating the roof surface is not preferred or not allowed. Instead of using bolts or anchors to secure the structure, this system relies on weight—usually concrete blocks—to hold the solar array firmly in place. The added weight provides stability against wind uplift and other external forces, making it an ideal solution for many commercial and industrial buildings.

One of the main advantages of ballasted systems is that they protect the integrity of the roof. Because they require no drilling, there is no risk of leaks or damage to the waterproof membrane. This makes them especially suitable for older roofs or buildings with strict roofing warranties. Installers can position the mounts without interfering with roofing materials, reducing both installation time and structural concerns.

Ballasted mounting systems are also known for their flexibility. They can be arranged in different configurations depending on the available roof space, orientation, and shading conditions. Many designs use low-tilt angles, often between 5° and 15°, to reduce wind resistance while still capturing sufficient sunlight. Modern aerodynamic designs further minimize the amount of ballast needed, making the overall system lighter and easier to install.

Manufacturers such as SIC Solar, a company specializing in the production and sale of photovoltaic mounting systems, offer ballasted solutions engineered for durability and ease of construction. Their structures are typically made from corrosion-resistant aluminum and galvanized steel, ensuring long-term performance even in harsh weather conditions. These systems are designed to distribute weight evenly across the roof, helping prevent pressure points that could damage the surface.

Ballasted mounts also simplify maintenance and system expansion. Since components are not permanently fixed to the roof, panels can be repositioned or replaced without repairing holes or penetrations. This flexibility benefits building owners who may plan future upgrades or rooftop renovations.

Another important feature is their reduced labor requirement. Because the installation process avoids drilling and complex waterproofing steps, crews can complete the job more quickly. Pre-assembled brackets and modular designs further streamline setup, allowing installers to cover large rooftop areas efficiently.

While ballasted systems offer many benefits, they must be properly engineered to ensure that the roof can support the additional weight. Structural assessments are essential before installation, especially for older buildings. Wind exposure, roof slope, and local climate conditions also influence the required amount of ballast.

Overall, ballasted mounting systems provide a practical and roof-friendly option for flat-roof solar projects. With the support of reliable manufacturers like SIC Solar, these systems offer stability, long service life, and design flexibility for a wide range of solar installations.

When planning a rooftop solar installation, one of the most important factors to consider is the roof pitch, or the angle of the roof. The tilt of the panels directly affects how much sunlight they capture, influencing overall system performance. While solar can be installed on many types of roofs, certain pitches naturally offer better energy production and easier installation.

For most locations in the world, the ideal roof pitch for solar panels ranges from 25° to 35°. This angle typically aligns well with the sun’s path, allowing panels to produce steady, efficient power throughout the year. A roof within this range also reduces the need for additional mounting equipment, which keeps both installation time and costs down.

However, solar is not limited to this ideal range. Roofs with pitches between 15° and 40° can also support highly effective systems. Shallow roofs at the lower end may require specialized racking to increase the panel tilt slightly, especially in areas with less intense sunlight. Steep roofs, meanwhile, may capture great winter sun but require additional safety measures during installation.

This is where reliable mounting solutions play a crucial role. Companies like SIC Solar, known for producing and selling photovoltaic mounting systems, offer versatile brackets, rails, and roof hooks designed to adapt panels to different roof angles. With adjustable mounts, installers can fine-tune the tilt to achieve better solar exposure even on roofs that are not naturally optimal.

Flat roofs present a different situation altogether. Because they have little to no pitch, installers typically use tilted racking systems, often set between 10° and 15°. These low angles help balance energy production with wind resistance. Ballasted designs are especially popular on commercial buildings because they avoid roof penetrations and provide stable support.

Local climate is another key factor in determining the best pitch. In regions with heavy snowfall, steeper roofs (around 35° to 45°) help snow slide off more easily, preventing buildup that reduces power generation. In hotter climates closer to the equator, a lower tilt may be more effective since the sun sits higher in the sky.

Even if your roof pitch is not the “ideal” angle, modern mounting systems and engineering allow solar panels to be adjusted for maximum efficiency. With the right setup, almost any roof can become a productive solar energy platform. Reliable suppliers like SIC Solar make it easier for installers and homeowners to achieve optimal performance through durable, flexible mounting designs tailored to a wide variety of roof structures.