American Power Conversion XS 450 -48 user manual Negative Battery Cable Connections

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Connect the LVD power wiring to the power bus observing proper polarity. Connect the LVD control cable to the customer interface bus.

The alarm signal of each individual Battery Disconnect Switch is connected to the blade terminals of the switch (C and N/C). The other end of the alarm cable is connected to the J2 terminal block (User Inputs) located on the Customer Interface Board. The alarm wires of each individual Battery Disconnect Switch should be connected to the C and N/C terminals of the User Input number corresponding to the position of the battery shelf in the system. (Battery Shelf 1 Disconnect Switch Alarm to User Input 1, etc.) A 26-conductor cable to DB- 25 cable is used to connect the User Input signals from the Customer Interface Board to connector PL3B on the connector backplane board.

Negative Battery Cable Connections

Connect the negative battery cables to the battery disconnect module. The battery disconnect module is located near the middle of the power system on the left side as shown in Figure 3-19 Battery Cable Connections. Each negative battery bus bar has three sets of M6 threaded holes on 1 in. (25.5mm) centers.

The Battery Disconnect Module supports two internal battery strings and up to four external battery strings in the battery cabinet. The two internal battery strings connect to the top two battery buses and can be disconnected with the two circuit breakers. A battery disconnect for each remote battery string is mounted in the top of the battery cabinet. The cable from the battery disconnect in the battery cabinet is connected to the bottom battery bus and is connected directly to the negative power plant bus.

Figure 3.8-1 Battery Cable Connections

Magnum XS 450 Power System –48 VDC User’s Manual

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Contents Magnum XS Vdc Power System User’s Manual Table of Contents Magnum XS 450 Power System -48 VDC User’s Manual Specifications Revision Date Description Revision HistoryGeneral Precautions Safety FirstGeneral Information IntroductionMagnum XS 450 Power System -48 VDC User’s Manual How to Use This Manual Mechanical Installation InstallationUnpacking Equipment Room / Location1 Door Clearance Dimensions Ventilation MountingAC Kit with Three Phase Spreader AC Power ConnectionsAC Line AC Neutral Earth Ground AWG AC Kit with Phoenix Terminals OnlyRectifier Shelf and Module Installation Rectifier AC Input Connections Rectifier Shelf Serial CommunicationsRectifier Shelf Mechanical Module Selection DC Distribution Module InstallationRectifier Module Installation 1 28 Circuit Breaker Module Merlin Gerin 28 Circuit Breaker Module InstallationMerlin Gerin 12 Circuit Breaker Module Installation Circuit Breaker Rating Ordering Number NH2 Fuse Module Installation3 NH2 Fuse Module DC Cabling General InstructionsCircuit Breaker Installation DC Distribution Installation2 Merlin Gerin 28 CB Module Installation Detail C60 C120 Total 4 CB Alarm Interface Board 28 circuit breaker module DC Load Return Module Installation Installing a fuse in the NH2 Fuse ModuleBattery Tray Installation Battery InstallationBattery Installation Battery Disconnect Module Installation1 Battery Cable Connections Negative Battery Cable ConnectionsBattery Temperature Probe Installation Battery Return Module InstallationPositive Battery Cable Connections Network Management Card DC System GroundingMonitoring and Relay Output Connections Smart Cable DB9 Connection RJ45 Ethernet ConnectorRelay Output Connections N/C-COpen Closed NO-C NC-C External Alarm Input ConnectionsBattery Visual and Safety Inspection Electrical InstallationCommissioning Pre-Commissioning InspectionCommissioning LVD Test Battery Temperature CompensationCircuit Breaker/ Fuse Test User InputsLVD Final InspectionRectifier Management OperationTechnical Description DC Distribution Battery ManagementCustomer Interface Board Alarm Outputs Output RelaysExternal Alarm Inputs Input Relays System Visual and Safety Inspection Preventive MaintenanceEquipment InspectionTest Battery Temperature Test System Temperature TestBattery Current Test Battery Preventive Maintenance Procedure AC Input DCPM28HN54SH0 Rectifier SpecificationsMechanical EnvironmentalEMC ComplianceAPC Worldwide Customer Support Limited Product Warranty

XS 450 -48 specifications

The American Power Conversion (APC) XS 450 -48 is a reliable and efficient power supply solution designed for critical applications requiring a consistent and stable power source. This solution is particularly beneficial for telecommunications, data centers, and industrial settings where power reliability is paramount.

One of the key features of the XS 450 -48 is its ability to deliver 450 watts of continuous power, ensuring that connected devices receive uninterrupted power supply. Its 48-volt output makes it ideal for telecom requirements, where 48V systems are standard. The unit provides a compact and space-saving design, making it suitable for installation in rack-mounted configurations, optimizing the utilization of valuable real estate in server rooms or equipment racks.

The XS 450 -48 utilizes advanced technologies that enhance its performance and reliability. It is equipped with an active power factor correction (PFC) system that significantly reduces harmonic distortion. This feature not only improves system efficiency but also complies with various regulations concerning power quality. Additionally, the power supply includes built-in over-voltage protection, over-current protection, and short-circuit protection, ensuring that both the power supply and the connected devices are safeguarded against electrical faults.

The unit is designed for high efficiency, often exceeding 90% under full load conditions. This not only reduces energy costs but also minimizes heat generation, contributing to a quieter operation environment. The XS 450 -48's intelligent thermal management system allows it to operate in a range of temperatures, making it highly versatile and adaptable to varying environmental conditions.

Furthermore, monitoring and management capabilities are integrated into the XS 450 -48 with optional external monitoring systems. These systems provide critical insights, allowing technicians to track real-time performance metrics, detect potential issues early on, and perform preventive maintenance.

In conclusion, the American Power Conversion XS 450 -48 stands out as a robust power supply solution that combines reliable performance, advanced protection features, and high efficiency. Its design caters to the specific needs of telecommunications and data centers, making it an indispensable asset for maintaining the uptime and integrity of critical systems. With its range of features and reliability, the XS 450 -48 continues to be a preferred choice among professionals in the field.