Tyco Galaxy SC Controller User Manual

Tyco Electronics Galaxy SC Controller J85501F-1
Issue 13 February 2001 Feature Descriptions 7 - 44
to program the U0003 state to TRUE if the reading of channel 1, module
2 is greater than 3.1 (the threshold); otherwise the state is FALSE.
Remember that an UDE is an alarm, so user can program its severity,
dial out, ... The alarm is active when the UDE state is TRUE.
Shunt Modules and
Channels
Shunt Monitor Module (SHM) is an RPM module that used to measure
DC current. Each module has six measuring channels used to measure
external voltage (-50 to +150mV ± 0.55mV) and, by using the shunt
size, to derive the current, plus one external temperature channel. You
can configure the module and channels description which is a text string.
For shunt channels, you can enter the current shunt (sh_i) and voltage
shunt (sh_v) value which will be used in computing the final value of the
channels reading. The final value is computed as: fin_val = (cal_val *
sh_i)/sh_v where fin_val is final value, cal_val is calibrated reading
value. The default value for sh_i and sh_v is 1.0.
Temperature
Modules and
Channels
The 223T module has seven channels to measure temperature at seven
different points in the system. Each channel must be connected to a
100K thermal probe (Thermistor comcode 407209808). This RPM
module can measure temperature within the range of -40°C (-40°F) to
70°C (158°F), with a tolerance of ±1°C (±0.55°F). Current limiting
resistors are not required for connections to the thermal probes. You can
configure the module and channels description, which is a text string.
Binary Modules
and Channels
Binary Monitor Module (BIM) is an RPM module that monitors the
external dc voltage and results in an ON (Open) or OFF (Closed) state.
If the voltage level is greater than 3.1V, the channel state is ON (Open).
The state is OFF (Closed) if the voltage level is less than 1.9V. The
channel state is undetermined if the voltage level is between 1.9 and
3.1V, so effort should be made when designing and wiring Binary
channel circuits to avoid this range. Each module has six measuring
channels used to monitor external voltage, and one external temperature
channel. You can configure the module and channel descriptions in a
text string.
Control Relay
Modules and
Channels
Control Relay Module (CRM) is an RPM module with three Form-C
relays as output devices. For each relay, you can enter a program line to
control the state of the relay. If the program line is evaluated to TRUE,
then the relay will be turned ON. The relay state will be OFF otherwise.
Please consult the section on User Defined Events for details on the
expression operands and operators. You can also configure the module
and channel descriptions (a text string) to describe the relay usage.

Tyco Galaxy SC Controller Specifications

General

Model	Galaxy SC
Power Supply/Operating voltage	12V DC
Inputs	8
Outputs	4
Type	Controller
Communication Interface	RS485

Summary

1 Introduction

The Product

Describes the Tyco Electronics Galaxy SC Controller, J85501F-1.

Customer Service Contacts

Provides contact information for customer service, training, and technical support.

2 Product Description

Overview

Introduces the Galaxy SC Controller's role in monitoring and controlling telecommunications power equipment.

Basic Controller

Explains the basic local control and monitoring functions of the battery plant.

Intelligent Controller

Details advanced control and monitoring features added by the intelligent controller option.

3 Installation

Overview

Outlines the installation process for new plants or replacing existing controllers.

Precautions

Lists safety precautions to consider before performing installation procedures.

New Plant Installation

Instructions for installing a Galaxy SC shipped directly from the factory in a new Battery Plant.

4 Configuration

Introduction

Outlines the initial plant power-up and required controller configuration.

Methods of Configuring Galaxy

Covers configuration via front panel, remote terminal (T1.317), and EasyView software.

Basic Controller Configuration From the Front Panel

Explains how to configure plant attributes using the front panel interface.

5 Acceptance Testing

Introduction

Explains testing procedures to simulate alarm conditions and verify controller functions.

Tools and Test Equipment

Lists the necessary tools for performing acceptance tests.

Precautions

Lists safety steps to follow when testing plant alarms.

6 Operation

Introduction

Details operating the Galaxy SC Controller from front panel, EasyView, or T1.317.

Basic Controller’s Front Panel Operation

Depicts front panel displays and operational paths.

Alarm Cut Off

Explains how to perform ACO operation to temporarily disable audible alarms.

7 Feature Descriptions

AC Distribution

Supports monitoring of AC distribution parameters via T1.317 or front panel.

Alarm Cut-Off (ACO)

Provides means for temporarily disabling audible alarm contacts.

Alarm Test

Provides means to sequentially assert user selected contact relays for testing.

8 Troubleshooting

Introduction

Describes troubleshooting procedures requiring circuit pack removal/replacement.

Basic Controller Circuit Packs

Discusses troubleshooting for BJB Microprocessor Board and other basic boards.

Intelligent Controller Circuit Packs

Discusses troubleshooting for BJH Microprocessor Board and BJJ Power Board.

9 Safety

Safety Statements

Read and follow all safety instructions and warnings before installation, maintenance, or repair.

Warning Statements and Safety Symbols

Explains symbols and statements for hazardous conditions.

Precautions

Lists precautions for working on or using this type of equipment.

10 Product Warranty

A. Seller warrants to Customer only, that:

Seller warrants products will be free from defects and conform to specifications.

B. The Warranty Period listed below is applicable to Seller’s Manufactured Products

Lists warranty periods for new and repaired products.

Appendix A T1.317 Interface

Overview

Describes T1.317 as the primary source of access to Galaxy SC Controller features.

Login

Explains how a user can login to the T1.317 interface.

Objects and Attributes

Explains T1.317 standard organizes system into objects and attributes.

Appendix B T1.317 Objects and Attributes

Table B-1: System Objects and Attributes

Lists system objects and their attributes.

Table B-2: DC Distribution Objects and Attributes

Lists DC distribution objects and their attributes.

Table B-3: AC Distribution Objects and Attributes

Lists AC distribution objects and their attributes.

Appendix C T1.317 Error Messages

Error Messages and Causes

Lists T1.317 interface error messages and their possible causes.

Syntax Related

Lists specific command syntax errors.

Security Related

Lists error messages related to security.

Appendix D TL1 (Transaction Language 1) and X.25 Interface

Introduction

Describes TL1 command interface for Galaxy SC Controller.

Equipment Setup and Installation

Describes wiring and configuring Galaxy SC for TL1.

Galaxy Unit Setup

Enables TL1 function by setting BJH DIP switch.

Appendix E Terminal Menu Interface

Login

User enters text-based terminal menu interface by logging into T1.317.

Menus

Lists available menus for checking system status, history, and statistics.

Appendix F Spare Parts

Table F-1: Spare Parts

Lists spare parts available for Galaxy SC Controller Model J85501F-1.

Appendix G Glossary

Alarm Severity

Defines severity levels for alarms: critical, major, minor, warning, record only.

Critical Alarms

Indicates severe, service-affecting conditions requiring immediate action.

Major Alarms

Indicates serious disruption of service or failure of important circuits.