Form Steel
Features & Benefits:
Features:
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LV switchgear utilizes a form steel construction, unlike the aluminum MODU-AL frame used for the Medium Voltage switchgear
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The form steel design provides a robust and durable enclosure for the LV switchgear components​
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Benefits:
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Proven performance and reliability in LV power distribution applications
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Cost-effective solution compared to the more complex MODU-AL aluminum frame
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Compatibility with standard LV switchgear design and installation practices
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Maintains the same level of arc fault protection and mitigation capabilities as the Medium Voltage offerings
When it comes to low voltage power distribution solutions, the strength and versatility of form steel construction play a crucial role in meeting the demands of mission-critical applications. CO7 Technologies' switchgear lineup, designed for use in data centers and other demanding environments, leverages the inherent durability of form steel to deliver reliable performance and cost-effective deployment.
The rugged form steel enclosure is engineered to withstand the rigors of continuous operation, providing robust protection for the critical components within. This hardened construction helps to safeguard the power distribution system against unexpected impacts, environmental stresses, and other potential hazards, ensuring the uninterrupted flow of electricity to the data center's servers, cooling systems, and other essential infrastructure. Additionally, the familiar form steel design simplifies integration with existing low voltage power distribution networks, enabling seamless upgrades and expansions without disrupting the facility's operations. By prioritizing safety and reliability in the switchgear's design, CO7 Technologies empowers data center operators to maintain the highest levels of uptime and operational efficiency, even in the face of demanding conditions.
Table of Characteristics
Metal Enclosed
Features & Benefits:
Features:​
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Interruption provided by either LV circuit breakers or fuses, offering flexibility in protection schemes
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Plug-in or fixed design options to accommodate different installation requirements
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Manual or electric operation that allows versatile control and automation capabilities
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Uninsulated busbars to reduce the overall complexity and footprint of the switchgear
Benefits:
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Streamlined design without the need for individual compartments, resulting in a more compact and cost-effective solution
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Elimination of barriers between circuit breakers, simplifying installation and maintenance
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Versatile configuration options to meet the specific needs of low voltage and medium voltage power distribution applications
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Flexibility in protection and control schemes enabling tailored solutions for diverse customer requirements
The key benefits of the metal-enclosed low voltage switchgear and switchboards from CO7 Technologies are reliability, safety, and flexibility. The metal enclosure provides a robust and durable housing that protects the critical electrical components from external environmental factors, ensuring reliable operation even in demanding applications. The lack of compartmentalization not only simplifies the design but also enhances accessibility, making maintenance and upgrades easier and more efficient. Furthermore, the modular and customizable nature of the CO7 low voltage switchgear allows customers to tailor the solution to their specific needs, whether it's for low or medium voltage applications, manual or electric operation, or integration with their existing power distribution infrastructure. Overall, the metal-enclosed design of the CO7 low voltage switchgear delivers a cost-effective, reliable, and versatile power distribution solution that meets the evolving requirements of modern electrical systems.
Target Industries
Utilities, Renewables & Data Center
Substations (MV&LV)
Production
Smart Grid Protection
LV,MV distribution Network
Electro-intensive industries, Mining, Oil & Gas
Substations (MV)
Protection (MV&LV)
Scope of Work
Low Voltage & Switchboard
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Voltage: from 480 V to 600 V
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Current: 800 A to 5000 A
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Short-Circuit Current: 42 kA, 65 kA, 85 kA and 100 kA
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Type: Metal-Enclosed (ME)
Standards
CSA C22.2 No 31
IEEE C37.20.1, C37.20.2 and C37.20.7
Hydro-Quebec, Hydro One, ...
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