Brochures and Data Sheets
Table Of Contents
- Admonishments Used In This Document
- Important Safety Instructions
- Static Warning
- System Overview
- Installation Acceptance Checklist
- Installing the System
- General Requirements
- Securing the Relay Rack to the Floor
- Mounting System Components in a Relay Rack
- Setting Switch Options
- Making Electrical Connections
- Important Safety Instructions
- Wiring Considerations
- Relay Rack Grounding Connection (Frame Ground)
- AC Input and AC Input Equipment Grounding Connections to Rectifier Module Mounting Shelves
- External Alarm, Reference, Monitoring, and Control Connections
- ACU+ Controller Ethernet Connection (if required)
- -48V DC Output Connections
- Installing the Rectifier Modules and Initially Starting the System
- Installing the Rectifier Modules into Spec. No. 588705000 Rectifier Module Mounting Shelves
- Initially Starting, Configuring, and Checking System Operation
- Important Safety Instructions
- Initial Startup Preparation
- Initially Starting the System
- ACU+ Controller Initialization
- Verifying the Configuration File
- Checking Basic System Settings
- Changing Battery Capacity Rating in the ACU+
- Configuring the ACU+ Identification of Rectifiers and Assigning which Input Phase is Connected to the Rectifiers
- ACU+ Alarm Relay Check
- Checking System Status
- Final Steps
- Operating Procedures
- Maintenance
- Troubleshooting and Repair
- NetPerform™ Optimization Services
NetSure
™
-48V DC Bulk Output Power System
Installation and User Instructions, UM582127100 (Issue AA, May 7, 2013)
Spec. No: 582127100 UM582127100
Model No: 722NBBB Issue AA, May 7, 2013
18
System Interface Circuit Cards Connections (if required)
Mounted in the main rectifier module mounting shelf is a system internal interface circuit card and a system external interface circuit
card. Factory cabling is routed from the system interface circuit cards to terminal block TB5. Terminal block TB5 is located on the right
side of the main rectifier module mounting shelf and is provided for customer connections to the system interface circuit cards. Refer to
Figure 12 and Table 2. Refer also to Figure 12 for recommended torque. Note that terminal block TB5 is a screw-type terminal block and
consists of two pieces that can be pulled apart for easy wiring.
System Internal Interface Circuit Card
The system internal interface circuit card provides connections for the following signals to terminal block TB5. Refer to Figure 12 and
Table 2.
Two (2) External Battery Fuse Alarm Inputs
Four (4) External Load Fuse Alarm Inputs
One (1) Load Shunt Input
One (1) Battery Shunt Input
One (1) LVD Driver Output
One (1) LVD Sense Input
RS-485 Port
Battery Fuse Alarm Input Rating: Refer to the following.
a. The default is 400mV. Anything greater than 400mV causes alarm to be raised.
Load Fuse Alarm Input Signal: Refer to the following.
a. Anything greater than 19V causes alarm to be raised.
Battery and Load Shunt Input Rating: Refer to the following.
a. 1mV – 150mV.
LVD Driver Output Rating: Refer to the following.
a. Mono-stable, normal state is 60V or less at 1A continuous rating. Normally closed contactors are used for mono-stable option.
b. Bi-Stable, normal state less than 60V and 2A at 500ms – 1000ms pulse rating.
LVD Sense Input Rating: Refer to the following.
a. Normal state is at 60V or less. A RTN signal indicates the contactor is open.
System External Interface Circuit Card
The system external interface circuit card provides direct connections for the following. Refer to Figure 12 and Table 2.
RS-232 (used for communication with a DPU)
Two (2) Temperature Probe Inputs (See Temperature Probes on page 21.)