Document Outline

• 0260011-J0-RevB_AMPS24-Body.pdf
  • 1. Safety
    • 1.1 Safety Symbols
    • 1.2 General Safety
    • 1.3 External Battery Safety
    • 1.4 Utility Power Connection
    • 1.5 Equipment Grounding
  • 2. Product Description
    • 2.1 Theory of Operation
    • 2.2 System Components
    • 2.3 Rear Components
    • 2.4 Low Voltage Battery Disconnect (Optional)
    • 2.5 Battery Temperature Probes
    • 2.6 Network Requirements
  • 3. Power Configurations
    • 3.1 Power System Configuration Terminology
    • 3.2 4i Shelf Systems (No Battery Charger)
    • 3.3 3i+1R Shelf Systems (Integrated Battery Charger)
    • 3.4 System Spares
    • 3.5 120V Single Phase Systems
    • 3.6 120V/240V Split Phase or 120/208V 2-Pole Systems
    • 3.7 120V/208V 3-Phase Systems
    • 3.8 AMPS24 HP - Recommended DC Breaker and Wire Sizes
    • 3.9 How to Configure Inverters in AC Input Groups, AC Output Groups and DC Input Groups
  • 4. System Pre-Installation
    • 4.1 Site Selection
    • 4.2 Recommended Installation Layout
    • 4.3 Transporting the Cabinet
    • 4.4 Unpacking Instructions
  • 5. Installation
    • 5.1 Input/Output Cabling
    • 5.2 AC Wiring
    • 5.3 DC Battery and Ground Cabling
    • 5.4 DC Ground
    • 5.5 AMPS24 HP with External Maintenance Bypass Switch
    • 5.6 Generator Automatic Transfer Switch
    • 5.7 Commissioning the System for the First Time
  • 6. System Operation
    • 6.1 CXCU Controller Operation
    • 6.2 Inverter monitoring and control
    • 6.3 Inverter Module Indicators
    • 6.4 Rectifier Module
  • 7. Preventive Maintenance
    • 7.1 Recommended maintenance schedule
    • 7.2 Tools and Equipment
    • 7.3 Spare Parts
    • 7.4 Replacing a Rectifier
    • 7.5 Replacing a Defective Fan—Inverter or Rectifier
    • 7.6 Removing the CXCU Controller
    • 7.7 Replacing the Surge Suppression Module
    • 7.8 Fuse Replacement
    • 7.9 Synchronization with a Maintenance Bypass Switch (MBS)
  • 8. Troubleshooting
    • 8.1 Non Recoverable Error
    • 8.2 Recoverable Error
  • 9. System Specifications
    • 9.1 Power De-rating Due To Altitude
    • 9.2 Power De-rating Due To Temperature
    • 9.3 System Specifications
    • 9.4 Specifications for AIM 1500 Module
    • 9.5 Specifications for 48-1.8 kW Rectifier (P/N 010-621-20-040)
  • 10. Configuration Parameters
    • 10.1 Transferring Inverter Settings to Another System
    • 10.2 Examples of Modifications to Configuration Parameters
    • 10.3 Global Settings (ID 1 – 50)
    • 10.4 Inverter Parameters (ID 51 – 550)
    • 10.5 Alarm Settings (ID 551-950)
  • 11. Warranty
    • 11.1 Battery Warranty
  • 12. Certification
  • Table A — Eight-pin Terminal Strip from AMPS 24
  • Table B — Pinouts for 40 Pin Connector Interface to CXCR
  • Table C — 10.5kVA, 9kVA and 4.5kVA, 120V Single Phase 3i+1R Shelf Systems
  • Table D — 12kVA and 6kVA, 120V Single Phase, 4i Shelf Systems
  • Table E — 21kVA, 18kVA, & 9.0kVA 120/240V Split Phase or 120/208 2-Pole 3i+1R Shelf Systems
  • Table F — 24kVA & 12KVA 120/240V Split Phase or 120/208 2-Pole 4i shelf Systems
  • Table G — 18kVA and 13.5kVA, 120V/208V 3-Phase Systems
  • Table H — DC Input Groups
  • Table I — Tools
  • Table J — Spare Parts
  • Table K — Inverter Alarm Codes
  • Figure 1 — AMPS24 HP System Components
  • Figure 2 — Surge Suppression Modules
  • Figure 3 — AMPS24 HP rear view (with protective covers removed)
  • Figure 4 — Eight-pin terminal strip and 40-pin connector pin locations
  • Figure 5 — LVD wiring
  • Figure 7 — Batteries > Configure Batteries
  • Figure 6 — Battery temperature probes
  • Figure 8 — Cable connection to CXCU for graphic display
  • Figure 9 — Single network connection to CXCU
  • Figure 10 — Multiple network connections to the CXCU
  • Figure 11 — Split Phase from a Single phase supply
  • Figure 12 —  2-Pole from a 3-phase supply
  • Figure 13 — Monitoring AC Input Groups, AC Output Groups and DC Input Groups
  • Figure 14 — DC input breakers
  • Figure 15 — Shipping dimensions (in inches)
  • Figure 16 — AMPS24 Power and Battery Connections
  • Figure 17 — AC Wiring connections diagram
  • Figure 18 — AC Wiring (shown for 3-phase)
  • Figure 19 — Single feed, parallel battery strings
  • Figure 20 — Dual feed, two battery strings in parallel
  • Figure 21 — DC battery wiring with independent dual A/B feed
  • Figure 22 — DC ground, inverter only systems
  • Figure 23 — Representative system wiring for AMPS24 HP system with MBS
  • Figure 24 — Controller
  • Figure 25 — Controller default home screen
  • Figure 26 — Placement of initial inverters (shown for split phase system)
  • Figure 27 — Inverter module showing AC input LED
  • Figure 28 — Unlocking and locking an inverter module for removal or insertion
  • Figure 29 — Inserting and removing an inverter module
  • Figure 30 — Inverters > View Live Status
  • Figure 31 —  Matching AC Input Groups to AC Output Groups
  • Figure 32 — Set Output (Split Phase System)
  • Figure 33 — Inserting blanks in open slots
  • Figure 34 — CXCU system controller home screen
  • Figure 35 — CXCU controller
  • Figure 36 — Editing the user interface text.
  • Figure 37 — Inverters > View Live Status interface
  • Figure 38 — Set Output window
  • Figure 39 — Group Mapping window (shown for a two phase system)
  • Figure 40 — Group Status window
  • Figure 41 — Set Input window
  • Figure 42 — General Settings window
  • Figure 43 — Configure alarms window
  • Figure 44 — T2S alarms in event logs
  • Figure 45 — Retrieve alarm history file
  • Figure 46 — Signals (inverters) window
  • Figure 47 — Auto DC Priority
  • Figure 48 — Inverter module status, power LEDs
  • Figure 49 — Output power indicator LEDs
  • Figure 50 — Cordex 48-1.8kW
  • Figure 51 — Surge Suppression Modules
  • Figure 52 — Rectifier fuses (behind back top panel)
  • Figure 53 — Fuse location for LCD touch screen
  • Figure 54 — Maintenance Bypass Switch
  • Figure 55 — Manage Config File window