Installation
Sageon II 200A (N+1) Power Distribution System
PM990-5202-200, Rev. 6
2-2
6.
Connect the AC input cabling to DIN AC terminal connections.
7.
Install battery cabling. See Section 2.5.
8.
Route and connect supply and return cabling to customer loads.
9.
Connect external alarm annunciators. See Section 2.7.
10.
Install options: Battery Temperature Sensors, Battery Current Transducers, Sageon Battery
Monitor, Site Monitor, and communications (SNMP, Ethernet). See Sections 2.8 through 2.11.
11.
Install rectifiers. See Section 2.13.
12.
Commission the system. See Chapter 3, Commissioning, and Chapter 4, Configuration and
Operation.
2.2 REFERENCE MATERIAL
This section contains lists, tables, and methods that are referenced in subsequent procedures. Three
subsections comprise the Reference Material section.
•
Tools and accessories – Read the included list for a preview of the user-supplied items that will be
referenced during the installation and servicing procedures.
•
Selecting and sizing DC power cables – Proper cable sizing is critical to system performance. This
section provides a formula and table that simplify cable selection.
•
Torque specifications – The torque specification table in this subsection is referenced in procedures
that include hardware.
2.2.1 Tools and Accessories
To install the Sageon 200A, the following user-supplied items should be available.
•
Equipment to move Sageon 200A to installation site
•
Overhead wire racks for AC power and distribution cabling
•
Standard insulated installation tools (e.g. hand tools, socket set, cable cutters, cable insulation
strippers)
•
Torque wrench to ensure correct tightening of hardware; see Table 2-2 for torque specifications
•
Electrical service panel circuit breakers
•
Digital Voltmeter with: 4-1/2 digit display
•
Cables and lugs; appropriate crimping tools
•
Conduit, conduit connectors, and conduit bending tools
•
Anti-Static service kit with static dissipative mat and wrist strap for handling electronic circuit boards
(e.g. interface Board); available from electronic supply sources
•
Engineering drawing sets (J and SD drawings)
2.2.2 Selecting and Sizing Copper DC Power Cables
Protective circuits, overall system performance, and safety depend on the proper sizing of DC cables for
ampere ranges and acceptable DC voltage drop.
Perform the following procedure to determine wire size.
