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Modbus Integrator's Guide for the CXC HP | 2 - Using Modbus

Table 19. DC System Data Points (continued)

Name Register Format

# Minor Alarm Rectifiers 04:Input Register 32-bit Floating Point

# Non-Communicating Rectifiers 04:Input Register 32-bit Floating Point

# Communicating Rectifiers 04:Input Register 32-bit Floating Point

# AC Failed Rectifiers 04:Input Register 32-bit Floating Point

# Power Limiting Rectifiers 04:Input Register 32-bit Floating Point

# Current Limiting Rectifiers 04:Input Register 32-bit Floating Point

# Fan Fail Rectifiers 04:Input Register 32-bit Floating Point

# Rectifiers in Bootloader 04:Input Register 32-bit Floating Point

Battery Temperature 04:Input Register 32-bit Floating Point

Estimated State of Charge (SOC) 04:Input Register 32-bit Floating Point

Estimated Battery Runtime 04:Input Register 32-bit Floating Point

Estimated Battery Health 04:Input Register 32-bit Floating Point

# Modules Supplying Power 04:Input Register 32-bit Floating Point

# Modules In Standby 04:Input Register 32-bit Floating Point

Maximum Rectifier Ambient Tem-

perature

04:Input Register 32-bit Floating Point

Table 20. DC System Battery Data Points

Name Register Format

Battery Charge Current High 02:Input Status Boolean

Battery Temperature High 02:Input Status Boolean

Battery Temperature Low 02:Input Status Boolean

Battery Breaker/Fuse Open 02:Input Status Boolean

Midpoint #1 Unbalanced 02:Input Status Boolean

Midpoint #2 Unbalanced 02:Input Status Boolean

Battery Temperature Anomaly 02:Input Status Boolean

Battery Mode 04:Input Register 32-bit Floating Point

This value corresponds to the

mode of the battery as follows:

Page 26 0350114-J0 Rev G

Alpha Technologies Cordex CXC HP Integrator Guide

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