Powerware 30-160kVA operation manual MBM Operation Without Kirk Key Interlocks

Models: 30-160kVA

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MBM Operation Without Kirk Key Interlocks

The following transfer sequence is the recommended procedure for the step-by-step load transfer from and back to the UPS when required. This information is provided on a label located on the deadfront panel behind the right front door of the MBM.

From UPS Bypass to Maintenance Bypass:

1.Confirm BIBs, if installed, are closed.

2.Transfer UPS from Normal to Bypass mode (see UPS Operation manual). NOTE: For Parallel Redundant systems, transfer both UPS modules to

Bypass mode.

3.Close MBP breaker.

CAUTION:

Failure to close MBP breaker results in loss of power to the critical load.

4.Open MIS breaker.

5.Deenergize UPS before servicing unit (see UPS operation manual).

CAUTION:

For UPS electrical isolation, BIB breaker (if applicable) must be opened.

From Maintenance Bypass to UPS Bypass:

1.Confirm BIBs, if installed, are closed.

2.Transfer UPS from Normal to Bypass mode (see UPS Operation manual). NOTE: For Parallel Redundant systems, transfer both UPS modules to

Bypass mode.

3.Close MIS breaker.

CAUTION:

Failure to close MIS breaker results in loss of power to the critical load.

4.Open MBP breaker.

5.To place UPS in Normal Mode, see UPS operation manual.

NOTE: While the UPS is in Normal Mode and the MIS breaker is closed, the MBP breaker always trips OFF. Likewise, while the UPS is in Normal Mode and the MBP is closed, the MIS breaker always trips OFF.

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Powerware 9315 Maintenance Bypass Module 30-160kVA

 

 

164201177 Rev. C 041500

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Powerware 30-160kVA operation manual MBM Operation Without Kirk Key Interlocks, From UPS Bypass to Maintenance Bypass

30-160kVA specifications

The Powerware 30-160kVA is an advanced uninterruptible power supply (UPS) designed to meet the demands of medium to large-scale facilities requiring reliable power protection. This UPS series is celebrated for its robust performance, comprehensive features, and innovative technologies, making it a standout choice for businesses looking to ensure continuous operation without power disruptions.

One of the defining characteristics of the Powerware 30-160kVA series is its high efficiency. The UPS provides exceptional energy savings and operates at up to 96% efficiency in double conversion mode and even higher in ECO mode. This efficiency translates to reduced operational costs and a smaller carbon footprint, which is increasingly important in today's environmentally conscious business landscape.

Another key feature of this UPS is its modular architecture, allowing for flexible scalability. Users can easily configure the system to meet their specific power requirements and can scale up or down as per their needs. This modularity minimizes downtime and provides an adaptable solution that grows alongside the business.

The Powerware 30-160kVA also utilizes advanced battery management technology. This feature enhances battery life and ensures the highest level of redundancy. The smart battery management system performs regular self-tests, identifying weaker cells and optimizing charging and discharging cycles. This helps to guarantee that the UPS is always ready to provide backup power when needed.

Moreover, this UPS series has a user-friendly interface, making monitoring and control straightforward. The LCD display provides real-time information regarding operational status, alarms, and system performance, empowering users to quickly respond to any anomalies.

In terms of connectivity and integration, the Powerware 30-160kVA supports multiple communication protocols. This includes options for SNMP and Modbus, facilitating easy integration with existing infrastructure and allowing for remote management.

In summary, the Powerware 30-160kVA series is designed for businesses seeking reliability, efficiency, and flexibility in power management. Its advanced technology, high efficiency, modular design, and user-friendly features make it an ideal choice for data centers, telecommunications, and various critical applications where uptime and power quality are paramount. This UPS not only safeguards equipment but also contributes to energy cost savings, making it an essential investment for organizations focused on operational resilience.