Fixed Rack Mountable PDU Power Distribution Units Smart Busbar System 3000VA
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Designed for stable, long-term core power distribution in critical data center zones, the SOETECK DCIBF Series Fixed Smart Busbar System ensures ultra-stable power delivery with precision intelligent monitoring. Its rigid fixed structure eliminates risks of mechanical movement or vibration, guaranteeing uncompromising reliability for mission-critical power scenarios where downtime is intolerable. Crafted with heavy-duty high-purity copper busbars and anti-condensation insulation technology, it boasts ultra-low impedance and controlled temperature rise, supporting a service life exceeding 30 years under normal operation. Combined with full-range smart monitoring and AI-driven fault diagnosis capabilities, it stands as the ideal solution for core power distribution in data centers, industrial plants, and commercial high-rises that demand sustained stability and durability. Product Family
Product Features> Rigid Fixed Structural DesignHeavy-duty rigid fixed structure with reinforced aluminum alloy casing eliminates mechanical movement or vibration risks, ensuring absolute stability for core power distribution. The fixed tap-off unit positions (precision ±1mm) are pre-configured during installation to match permanent rack layouts, ideal for core data center zones and industrial control rooms with fixed equipment layouts. Anti-Condensation & High Insulation PerformanceIntegrated with anti-condensation heating strips and breathable insulation layers to prevent moisture buildup and insulation degradation in high-humidity environments. The insulation material (PTFE) has a dielectric strength of ≥20kV/mm, ensuring reliable insulation performance even in extreme temperature fluctuations (-25°C to +60°C). FEATURED serieS OF Power Distribution SOLUTIONSFocus on the core power delivery demands of high-density data center deployments, where our full range of premium products leverages advanced technological advantages to reliably safeguard continuous, efficient, and stable operation. >> > >Reliable & IP66 Sliding Busbar System>featuring 100A–800A current range and IP66 protection level. Ensures stable power delivery with sandwich phase design and real-time monitoring for industrial and commercial use. > >Customized / 0U Vertical Functional PDUs>Tailored for high-density environments with customized vertical 0U installation. Features high-power air circuit breakers and hot-swappable modules to support flexible and safe power expansion. > >Networked / Monitored Smart PDUs>Advanced Smart-K series for remote management. Monitors voltage, current, and energy in real-time while integrating environmental sensors (temp/humidity) to optimize PUE and ensure mission-critical uptime. > Intelligent / Centralized Precision PDCs>Intelligent Power Distribution Cabinets designed for modular data centers. Integrates precision circuit monitoring, isolation transformers, and smart management for central power control and safety. APPLICATIONSFrom remote outdoor fields to high-density AI computing centers, our prefabricated and modular designed data center solutions deliver rapid deployment and optimal PUE across diverse industries. >>>> FAQ1. What is the key difference between DCIBF (Fixed) and DCIB (Sliding) Series busbars?DCIBF Series features a rigid fixed structure with pre-configured
tap-off positions for stable, permanent power distribution (ideal
for core data center zones/industrial control rooms), while DCIB
Series has a sliding modular design for dynamic layout adjustments
(ideal for flexible high-density IT zones). DCIBF prioritizes
stability, while DCIB prioritizes flexibility. 2. What is the installation and commissioning process for DCIBF Series?Installation includes 4 steps: (1) Pre-installation site
measurement and tap-off position confirmation; (2) Rigid mounting
of busbar sections (bolted connection with torque control ±5%); (3)
Wiring of tap-off units and connection to power source; (4) Smart
monitoring system commissioning and parameter calibration. The
entire process takes 2-3 days for a standard 50m busbar system,
with on-site testing to ensure compliance with IEC 61439 standards. 3. What is the maximum current capacity and service life of DCIBF Series?DCIBF Series supports a maximum continuous load current of 800A
(short-term peak 1000A for 5s) and voltage range of 400VAC/690VAC
(3-phase) / 240VDC/380VDC. Under normal operating conditions (≤80%
load, temperature <40°C), the service life exceeds 30 years,
with a 10-year warranty on the busbar structure and 5-year warranty
on smart monitoring components. 4. How does the anti-condensation design work in high-humidity environments?The anti-condensation system includes embedded PTC heating strips
(temperature-controlled, 0.5W/m) and breathable microporous
insulation layers. When humidity exceeds 85% or temperature drops
below dew point, the heating strips activate to maintain busbar
surface temperature 2-3°C above ambient, preventing moisture
condensation and insulation degradation—critical for coastal or
high-humidity industrial environments. 5. Is DCIBF Series compatible with existing power distribution systems?Yes. DCIBF Series is fully compatible with standard low-voltage
switchgear (e.g., MCCB, MCB from ABB, Siemens, Schneider) and
supports integration with existing DCIM/BMS systems via standard
protocols (SNMP, Modbus, BACnet). It can also be retrofitted into
legacy busbar systems with minimal modifications to the power
source connection. 6. What maintenance is required for DCIBF Series over its lifespan?DCIBF Series requires minimal maintenance: (1) Visual inspection of
connections every 6 months; (2) Calibration of monitoring sensors
every 2 years; (3) Cleaning of busbar surface (dry cloth only)
every year in dusty environments; (4) Functional testing of
anti-condensation system every year in high-humidity environments.
No regular replacement of core components is needed for the first
10 years. Have more questions about our Liquid Cooling Solutions?Contact Us Now
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Fixed Rack Mountable PDU Power Distribution Units Smart Busbar System 3000VA |
