Trane Tracer AdaptiView User guide

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User Guide

Tracer® AdaptiView™ Display for CenTraVac™ Water-cooled Chillers

X39641071060

SAFETY WARNING

Only qualified personnel should install and service the equipment. The installation, starting up, and servicing of heating, ventilating, and air-conditioning equipment can be hazardous and requires specific knowledge and training. Improperly installed, adjusted or altered equipment by an unqualified person could result in death or serious injury. When working on the equipment, observe all precautions in the literature and on the tags, stickers, and labels that are attached to the equipment.

March 2020

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Warnings, Cautions, and Notices

Safety advisories appear throughout this manual as required.Your personal safety and the proper operation of this machine depend upon the strict observance of these precautions.

The three types of advisories are defined as follows:

WARNING

CAUTIONs

NOTICE

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, could result in minor or moderate injury. It could also be used to alert against unsafepractices.

Indicates a situation that could result in equipment or property-damage only accidents.

WARNING

Proper Field Wiring and Grounding Required!

Failure to follow code could result in death or serious injury. All field wiring MUST be performed by qualified personnel. Improperly installed and grounded field wiring poses FIRE and ELECTROCUTION hazards.To avoid these hazards, you MUST follow requirements for field wiring installation and grounding as described in NEC and your local/state electrical codes. Failure to follow code could result in death or serious injury.

WARNING

Personal Protective Equipment (PPE) Required!

Failure to wear proper PPE for the job being undertaken could result in death or serious injury.

Technicians, in order to protect themselves from potential electrical, mechanical, and chemical

hazards, MUST follow precautions in this manual and on the tags, stickers, and labels, as well as the instructions below:

• Before installing/servicing this unit, technicians MUST put on all PPE required for the work being undertaken (Examples; cut resistant gloves/sleeves, butyl gloves, safety glasses, hard hat/bump cap, fall protection, electrical PPE and arc flash clothing). ALWAYS refer to appropriate Safety Data Sheets (SDS) and OSHA guidelines for proper PPE.

• When working with or around hazardous chemicals, ALWAYS refer to the appropriate SDS and OSHA/GHS (Global Harmonized System of Classification and Labeling of Chemicals) guidelines for information on allowable personal exposure levels, proper respiratory protection and handling instructions.

• If there is a risk of energized electrical contact, arc, or flash, technicians MUST put on all PPE in accordance with OSHA, NFPA 70E, or other country-specific requirements for arc flash protection, PRIOR to servicing the unit. NEVER PERFORM ANY SWITCHING, DISCONNECTING, OR VOLTAGETESTING WITHOUT PROPER ELECTRICAL PPE AND ARC FLASH CLOTHING. ENSURE ELECTRICAL METERSAND EQUIPMENT ARE PROPERLY RATED FOR INTENDED VOLTAGE.

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This document and the information in it are the property of Trane, and may not be used or reproduced in whole or in part without written permission. Trane reserves the right to revise this publication at any time, and to make changes to its content without obligation to notify any person of such revision or change.

Trademarks

All trademarks referenced in this document are the trademarks of their respective owners.

Factory Training

Factory training is available through Trane University™ to help you learn more about the operation and maintenance of your equipment. To learn about available training opportunities contact Trane University™.

Online:

Phone: 855-803-3563

Email: traneuniversity@trane.com

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www.trane.com/traneuniversity

Revision History

• Added LLID Binding section.

• Updated “Evaporator settings and status points (Simplex)”, “Condenser settings and status

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points (Simplex)”, “Motor settings and status points (Simplex)”, “Condenser data” and “Evaporator data” tables in Appendix A — Data for CenTraVac Simplex Chillers.

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Table of Contents

Product Overview. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Equipment Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Touchscreen Guidelines. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Related Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Screen Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Chiller Status Area . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Main Display Area/Home Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Main Display Area/Screen Saver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Component Screens. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Main Menu Area . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Stopping/Restarting Chiller Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Stopping the Chiller. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Restarting the Chiller. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Alarms. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . 20

The Alarms Screen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Alarm Icons. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Active and Historic Alarm Categories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Sorting Alarms. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Resetting Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Additional Alarm Indicators. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Reports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . 23

The Reports Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Viewing the Log Sheet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Viewing the ASHRAE Chiller Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Creating and Viewing a Custom Report . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Editing a Custom Report. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

About this Chiller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Viewing Chiller Operating Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Simplex Chillers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Duplex Chillers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Purge Operating Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . . 32

The Data Graphs Screen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Viewing Data Graphs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Changing the Scales on Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Creating Custom Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Creating a Custom Data Graph From a Default Data Graph. . . . . . . . . . . . . . . . . . 35

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Creating a Custom Data Graph With No Previously Defined Data Graph

Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Editing Custom Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Deleting a Custom Data Graph . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

Equipment Settings. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . 39

The Settings Screen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Viewing and Changing Equipment Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Chiller Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Service Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Setpoint Sources . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Setpoint Source Arbitration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Changing the Setpoint Source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Using the Setpoint Source Button in the Chiller Status Area. . . . . . . . . . . . . . . . . 44

From the Setpoint Source Button on the Chiller Settings Screen. . . . . . . . . . . . . 44

From an Arbitrated Setpoint Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Feature Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Chilled Water Reset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Purge Settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Manual Control Settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Changing a Manual Control Setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Display Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Settings Screen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Viewing and Changing Display Preferences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Viewing and Changing the Language Preference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Viewing and Changing Date and Time Preferences . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Clean Touchscreen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57

Security Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . 58

Settings Screen. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58

Disabling Security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58

Enabling Security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Logging In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Logging Out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

LLID Binding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Troubleshooting . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Appendix A: Data for CenTraVac Simplex Chillers . . . . . . . . . . .. . . . . . . . . . . . . . . . . 63

Component Screen Data. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

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Reports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65

Log Sheet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65

ASHRAE Chiller Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

Items Available to Include in Custom Reports. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

Data Graph Data Points. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Data Points Used in Default Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Data Points in Custom Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

Appendix B: Data for CenTraVac Duplex Chillers . . . . . . . . . . . . . . . . . . . . . . .. . . . . . 77

Component Screen Data. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

Reports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

Log Sheet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79

ASHRAE Chiller Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

Items Available to Include in Custom Reports. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

Data Graph Data Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

Data Points Used in Default Data Graphs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

Data Points in Custom Data Graphs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86

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Product Overview

The Tracer® AdaptiView™ display provides a means for viewing data and for making operational changes on the following types of chillers:

• Simplex (single compressor) CenTraVac™ chiller models

• Duplex™ (dual compressor) CenTraVac™ chiller models

The purpose of this guide is to assist you in using the Tracer® AdaptiView™ display. This guide describes how to access the screens and the types of information that appear on the screens.

Equipment Description

The basic equipment features of the Tracer® AdaptiView™ display are described here.

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The Tracer® AdaptiView™ display is mounted on or near the chiller control panel. It can be attached to the chiller by an arm that can extend 11 inches. Five pivot points enable full articulation as described in the following specifications and in the figure:

Figure 1. The Tracer AdaptiView mounting arm

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• Two horizontal pivots points 90º right or left (180º total)

• Two vertical pivots points: 90º degrees up or down (180º total)

• Rotation: 135º clockwise and 135º counterclockwise (270º total)

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The 12.1-inch color touch-screen display shows data in either inches and pounds (I-P) or standard international (SI) units, and in one of twenty-seven available languages. Animated color graphics indicate the status of the chiller and its components.

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The Tracer® AdaptiView™ display receives 24 Vdc power through its power cable. The Tracer® UC800 controller must be powered on.

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A separate ethernet cable provides communication between the Tracer® AdaptiView™ display and the Tracer® UC800 controller. Alarms are communicated immediately upon detection.

Touchscreen Guidelines

The touch screen registers the downward pressure of a touch. However, touching with increased pressure has no effect.

Use your fingers to operate the touch screen. Do NOT use a pen or pencil point, or any other sharp or pointed object that might scratch the screen surface.

If you apply and hold pressure at more than one point, the touch screen registers only the first touch. For example, if you press a finger on an area of the screen that is not touch sensitive, pressing a sensitive area with another finger will not register.

Holding on to the screen with your hand can cause unintended navigation, such as from thumb or palm pressure.

Related Information

Additional information on CenTraVac™ chillers with Tracer® AdaptiView™ control can be found in these documents:

• CVHE-SVX02*-EN (Installation, Operation, and Maintenance: CVHE, CVHF, and CVHG Water- Cooled CenTraVac Chillers with Tracer AdaptiView Control )

• CDHF-SVX01*-EN (Installation, Operation, and Maintenance: CDHF and CDHG Water-Cooled CenTraVac Chillers with Tracer AdaptiView Control )

• CVHH-SVX001*-EN (Installation, Operation, and Maintenance: CVHH Water-Cooled CenTraVac Chillers with Tracer AdaptiView Control )

• CDHH-SVX001*-EN (Installation, Operation, and Maintenance: CDHH Water-Cooled CenTraVac Chillers with Tracer AdaptiView Control)

• PRGF-SVX001*-EN (Installation, Operation, and Maintenance: EarthWise Purge System with Tracer AdaptiView Control for Water-cooled CenTraVac Chillers with R-123 Refrigerant)

• PRGG-SVX001*-EN (Installation, Operation, and Maintenance: Purge System with Tracer AdaptiView Control for Water-cooled CenTraVac Chillers with R-514A Refrigerant)

• CTV-SVD03*-EN (Diagnostics Manual: Diagnostic Descriptions, Troubleshooting Tables, and

Control Component Overview for Water-cooled CenTraVac Chillers with Tracer AdaptiView Control)

• CTV-SVP02*-EN (Programming Guide: Tracer TU Service Tool for Water-cooled CenTraVac Chillers with Tracer AdaptiView Control)

• TTU-SVN01*-EN (Getting Started Guide: Tracer TU Service Tool)

Screen Overview

The touch-sensitive areas of the Tracer® AdaptiView™ display screen are described in detail in this section.

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Figure 2. Tracer AdaptiView display (Home screen for Simplex chillers is shown)

1. “Chiller Status Area,” p. 9

2. “Main Display Area/Home Screen,” p. 10 This area is different between the Simplex chiller models and the Duplex™ chiller models. Table 2, p. 11 describes the differences.

“Main Menu Area,” p. 17

Chiller Status Area

The chiller status area (shown as Location 1 in every screen on the Tracer® AdaptiView™ display. Basic information about chiller status and control appears on the face of the buttons and touch targets. When touched, the buttons and touch targets open other screens that provide more information and control access. The following table provides the details.

Table 1. Chiller status area

Button/Touch target Description

Chiller status button

Alarm indicator button

Manual override button

The top-level operating mode of the chiller appears on the chiller status button. Touch this button to view the Chiller Operating Mode screen.

Note: For more information, refer to

If an active alarm exists, the alarm indicator button appears with the alarm severity indicated on it. If there is more than one alarm, the most severe appears. You can touch this button as an alternate way to view the Alarms screen.

Note: For more information, refer to

If a manual override exists but no active alarm exists, a manual override button appears in the same location as the alarm indicator button. If neither an alarm nor a manual override exist, no button appears. If a manual override exists, you can touch this button as an alternate way to view the Manual Control Settings screen.

Note: For more information, refer to

“Screen Overview,” p. 8) remains visible from

“Reports,” p. 65 .

“Alarms,” p. 20.

“Manual Control Settings,” p. 47.

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Table 1. Chiller status area (continued)

Button/Touch target Description

The water temperature touch target shows one of the following, depending on whether the chiller is in

Water temperature touch target

Setpoint source touch target

heating or cooling mode (also referred to as the Active Control Type):

• If the Active Control Type is chilled water, the Evaporator Leaving Water Temperature appears and the touch target links to the evaporator component screen.

• If the Active Control Type is hot water, the Condenser Leaving Water Temperature appears and the touch target links to the condenser component screen.

• If the Ice Building mode is Active, the Evaporator Entering Water Temperature appears and the touch target links to the evaporator component screen.

Note: For more information on the evaporator and condenser component screens, refer to

Screens,” p. 14

The current setpoint source is highlighted in green on the setpoint source touch target. Touch this target to view the Setpoint Source screen, where you can change the setpoint source.

Note: For more information, refer to

“Component

“Changing the Setpoint Source,” p. 44 .

Auto/Stop buttons

Auto and Stop are toggle buttons: One appears raised when the other is appears depressed.

• Touch Auto to activate the chiller startup process.

• Touch Stop to active the chiller shutdown process.

Note: For more information, refer to

Main Display Area/Home Screen

All screens appear within the main display area (shown as Location 2 shown in the figure in

“Screen Overview,” p. 8).

HHoommee ssccrreeeenn:: CChhiilllleerr ssttaattuuss iinnffoorrmmaattiioonn

The home screen (shown in chiller status information on “touch targets” (the entire white rectangular areas) for each chiller component. Touching any touch target displays a screen containing more chiller status information related to each component (refer to

Each touch target that appears on the home screen is described in the following table, including those for Simplex chillers, and those for Duplex™ chillers.

In the lower right corner of the home screen, you can view the date and time as well as additional chiller information. For details, see the last three rows of the following table.

“Stopping/Restarting Chiller Operation,” p. 18.

“Screen Overview,” p. 8) provides the most frequently needed

“Component Screens,” p. 14).

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Table 2. Home screen touch targets and buttons

Touch target Description

Compressor for Simplex chillers

This compressor touch target chiller provides information on:

• Compressor Running Status

• Differential Oil Pressure Touch anywhere on the touch target to view the Compressor component screen.

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Compressor for Duplex Chillers

Condenser for all chiller models

Evaporator for all chiller models

This compressor touch target provides information on:

• Compressor Running Status Ckt1

• Compressor Running Status Ckt2

Touch anywhere on the Ckt1 side of the touch target to view the

Circuit 1 Compressor component screen. Touch anywhere on the Ckt2 side of the tough target to view the Circuit 2 Compressor component screen.

This condenser touch target provides information on:

• Condenser Leaving Water Temperature

• Condenser Entering Water Temperature

• Active Hot Water Setpoint (if Hot Water Control is available)

• Condenser Water Flow Status (animation in graphic indicates if

condenser is running) Touch anywhere on the touch target to view the Condenser component screen.

The evaporator touch target provides information on:

• Evaporator Leaving Water Temperature

• Evaporator Entering Water Temperature

• Active Chilled Water Setpoint (if Chilled Water Control is available) or

Active Ice Termination Setpoint in Ice Building mode)

• Evaporator Water Flow Status (animation in graphic indicates if

evaporator is running) Touch anywhere on the touch target to view the Evaporator component screen.

Motor for Simplex chillers

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The motor touch target provides information on:

• Average line current

• Frequency (if adjustable-frequency drive is configured) Touch anywhere on the touch target to view the Motor component screen.

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Table 2. Home screen touch targets and buttons (continued)

Touch target Description

Motor for Duplex chillers

The motor touch target provides information on:

• Average line current Ckt1

• Average line current Ckt2 Touch anywhere on the Ckt1 side of the touch target to view the Circuit 1 Motor component screen. Touch anywhere on the Ckt2 side of the tough target to view the Circuit 2 Motor component screen.

Purge for Simplex chillers

The purge touch target provides information on:

• Purge top level mode Touch anywhere on the touch target to view the Purge component screen.

Note: The Purge button is not displayed if Purge is not installed.

Purge for Duplex chillers

Information button and chiller and display names

Custom Report

HHoommee ssccrreeeenn:: AAnniimmaatteedd GGrraapphhiicc

A graphic of a chiller appears on the home page. The graphic uses animation to indicate the operational status of the chiller. If the chiller is running, animation appears within the cutaway areas of the compressor, the evaporator, and the condenser, as shown in the figure in

Overview,” p. 8

The chiller graphic that appears on the screen also indicates the type of chiller that the Tracer® AdaptiView™ display is monitoring. One of the following graphics will appear in the display for Simplex chillers:

• 2-stage compressor, cooling only (as shown in the figure in

• 2-stage compressor with auxiliary condenser

• 2-stage compressor with heat recovery

• 3-stage compressor, cooling only

• 3-stage compressor with auxiliary condenser

• 3-stage compressor with heat recovery

. If the chiller is not running, the components are enclosed and are not animated.

The purge touch target provides information on:

• Purge top level mode Ckt1

• Purge top level mode Ckt2 Touch anywhere on the Ckt1 side of the touch target to view the Circuit 1 Purge component screen. Touch anywhere on the Ckt2 side of the tough target to view the Circuit 2 Purge component screen.

Note: The Purge button is not displayed if Purge is not installed.

Touch the “i” or the chiller or display name to view the About this Chiller screen.

Note: For more information, see

Touch the Custom Report button to view the Custom Report screen.

Note: For more information, see “Creating and Viewing a Custom

Report,” p. 24

“About this Chiller,” p. 26 .

“Screen

“Screen Overview,” p. 8)

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One of the following graphics will appear on the display for Duplex™ chillers:

• 2–stage compressor

• 3–stage compressor

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Main Display Area/Screen Saver

After 30 minutes of inactivity, the screen dims and a screen saver appears in the main display area as shown in the following figure. The screen saver also appears if you touch the animated graphic on the home screen. Alternately, if you touch the screen saver, the home screen appears.

Figure 3. Screen saver

Component Screens

Each chiller component has a touch target, accessible from the home screen, that is illustrated in

“Screen Overview,” p. 8 (main display area/home screen) and described in “Main Display Area/ Home Screen,” p. 10

SSiimmpplleexx CChhiilllleerrss

If you touch anywhere on a component touch target, a screen appears containing data that is related to that component (see the example in the following figure). You can use the shortcut buttons at the top of each of the component screens to view the other components screens.

“Appendix A: Data for CenTraVac Simplex Chillers,” p. 63 lists the settings and status points that

are accessible from each of the component screens. The chiller configuration determines which of the settings and status points appear.

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Figure 4. Component screen example for Simplex chillers

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1. Data Graph shortcut button

2. Component screen shortcut buttons

DDuupplleexx CChhiilllleerrss

Each component has a separate screen for circuit 1 and circuit 2.

• If you touch anywhere on an evaporator or condenser component touch target, a screen appears containing data related to circuit 1 of that component (refer to the following figure).

• If you touch in the circuit 1 data area of a compressor, motor, or purge component touch target, a screen appears containing data related to circuit 1 of that component. If you touch in the circuit 2 data area of a compressor, motor, or purge component touch target, a screen appears containing data related to circuit 2 of that component.

Circuit 1 and Circuit 2 buttons at the bottom of each component screen (see Location 4 in the following figure) allow you to toggle between circuit 1 and circuit 2 component screens.

You can use the shortcut buttons at the top of each of the component screens (see Location 2 in the preceding figure) to view the other components screens. If you are viewing a circuit 1 component screen and touch a shortcut button, the circuit 1 screen for the component represented by that button appears; and likewise for circuit 2.

“Appendix B: Data for CenTraVac Duplex Chillers ,” p. 77 lists the settings and status points that

are accessible from each of the component screens. The chiller configuration determines which of the settings and status points appear.

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Figure 5. Component screen example for Duplex chillers

1. Data Graph shortcut button

2. Component screen shortcut buttons

3. Animated graphic

4. Circuit 1 and Circuit 2 components screen toggle buttons

CCoommppoonneenntt SSccrreeeenn SSeettttiinnggss

Some settings appear on the component screens as buttons. These buttons take you to another screen, where you can change the setting. (See, for example, the buttons on the evaporator component screen in the preceding two figures, which show the Active Chilled Water Setpoint and the Evaporator Water Pump Override).

NNoottee:: For more information about changing settings, see

“Equipment Settings,” p. 39.

DDaattaa GGrraapphh SShhoorrttccuutt BBuuttttoonn

To view a data graph that is related to the component screen you are viewing, touch the Data Graph button at the top left of the component screen (Location 1 in the preceding two figures).

CCoommppoonneenntt SSccrreeeenn GGrraapphhiiccss

On the left side of each component screen is a graphic of the component. If the chiller is running, each graphic, except for the purge graphic, is animated.

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Main Menu Area

The main menu area (shown in the display. When touched, each of the buttons displays the main menu screen for the topic listed on the button. The following table provides a description of each button.

Table 3. Main menu area

Button

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“Screen Overview,” p. 8) always remains visible at the bottom of

Description

Touch the Alarms button to view the Alarms screen. If there is an active alarm, the button flashes a color. The flashing color is determined by the highest severity of active alarms:

• If an Immediate Shutdown alarm exists, the flashing color is red.

• If a Normal Shutdown alarm exists, the flashing color is yellow.

• If a Warning alarm exists, the flashing color is blue.

Note: For more information, see

Touch the Reports button to view the Reports screen.

Note: For more information, see .

Touch the Data Graphs button to view the Data Graphs screen.

Note: For more information, see

Touch the Settings button to view the Settings screen, which is separated into the following three categories:

“Equipment Settings,” p. 39

•

• “Display Settings,” p. 51

• “Security Settings,” p. 58

Note: Refer to the page numbers for detailed information about each category.

Touch the Language icon to view the Language screen. (This button is a shortcut. You can also view the Language screen by using the Settings button.)

Note: For more information, see

“Alarms,” p. 20.

“Reports,” p. 23.

“Data Graphs,” p. 32.

“Viewing and Changing the Language Preference,” p. 54.

Touching the brightness button will cycle the display brightness from 30% to 60% to 90% brightness.

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Stopping/Restarting Chiller Operation

You can start or stop the chiller from the Tracer® AdaptiView™ display by using the Auto and Stop buttons. The buttons are located in upper right.

Stopping the Chiller

You can stop the chiller in two ways:

• Normally, which involves stopping the various components sequentially in order to protect them from damage

• Immediately, which shuts down all the components at once, and should be used only in an emergency

To stop the chiller in either of these ways:

1. Touch the Stop button to initiate the chiller shutdown process. A confirmation screen appears as shown in the following figure.

Figure 6. Stop the Chiller confirmation screen

2. Touch the YYeess button. The Shutting Down Chiller screen appears as shown in the following figure.

• To stop the chiller normally, no further action is required. You can observe the submodes

change and the timers count down.

• To stop the chiller immediately, touch the IImmmmeeddiiaattee SShhuuttddoowwnn button.

• To cancel shutdown, touch the CCaanncceell SShhuuttddoowwnn button.

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Figure 7. Shutting Down Chiller screen

SSttooppppiinngg//RReessttaarrttiinngg CChhiilllleerr OOppeerraattiioonn

NNoottee:: If the chiller is a Duplex™, the screen shows top-level modes and submodes for both

the chiller and the two circuits.

Restarting the Chiller

Touch the Auto button to initiate the chiller restart process. You can observe the mode change to Auto. The chiller will wait until cooling is needed before starting the compressor.

When the chiller is running normally, it automatically starts and stops as needed to reach its setpoints.

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Alarms

You can use the Tracer® AdaptiView™ display to view alarms and to reset them. Alarms are communicated to the display immediately upon detection.

The Alarms Screen

Touch the AAllaarrmmss button in the main menu area at the bottom of the screen to view the Alarms screen. A table of active alarms appears that is organized chronologically with the most recent at the top of the list, as shown in the following figure. This example shows the default view, which appears each time you return to the screen.

Figure 8. Alarms screen (default view)

1. Reset Alarms button

2. Number of alarms

3. Sortable columns—The example is sorted by date/time.

4. Page controls

NNoottee:: A page number appears in the lower right corner of the screen. If a screen contains

more than one page, up/down arrows also appear for viewing the other pages.

5. Alarms categories—The example shows active alarms.

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Alarm Icons

Alarm icons, which appear in the left-most column of the alarms screen and on the alarms indicator button if there is an existing alarm, are distinguished by their shape and color. Their meaning is explained in the following table.

Table 4. Alarm icons

Active alarm icons Historic alarm icons

Red octagon Gray octagon

Yellow triangle Gray triangle

Blue circle

Gray circle

Active and Historic Alarm Categories

You can view alarms by three different categories:

• AAccttiivvee aallaarrmmss:: These are alarms that require attention. All alarms that are currently active appear when you view this category.

• HHiissttoorriicc aallaarrmmss:: After an alarm condition has been resolved, the alarm is reclassified as historic. The 20 most recent historic alarms appear when you view this category.

• AAllll aallaarrmmss:: All active alarms and the 20 most recent historic alarms appear when you view this category. The alarms are listed in chronological order.

The Alarms screen defaults to active alarms, as in AAccttiivvee AAllaarrmmss button in Location 5 appears shaded in the figure, which indicates that you are viewing active alarms. To view a different category, touch HHiissttoorriicc AAllaarrmmss or AAllll AAllaarrmmss. The button you select becomes shaded and the list appears.

AAllaarrmmss

Level of severity

Immediate shutdown

Normal shutdown

Warning

“The Alarms Screen,” p. 20. Note that the

Sorting Alarms

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To sort alarms by a category other than date and time, touch one of the other column headings in the table. The column heading responds by changing to blue, and the alarms table re-sorts according to the blue column heading. If you touch the blue column heading again, the column changes the order from ascending to descending.

You can sort the alarms table by:

• Date/Time (the default sort): Most recent alarms are at the top.

• Severity: Active alarms are at the top (if you are viewing both active and historic alarms), followed by the most severe, followed by the most recent.

• Description: Alarms are sorted alphanumerically by name, followed by the most recent.

• Status: Alarms are sorted according to active/historic status (if you are viewing both active and historic alarms), followed by the most recent.

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AAllaarrmmss

Resetting Alarms

Some alarms require reset to move from the active to the historic state, even if the issue causing the alarm has been resolved. These manual reset alarms are sometimes referred to as latching alarms. Non-latching alarms change from the active to the historic state automatically, after the problem has been resolved.

The Alarms screen does not directly state whether the alarms are latching or non-latching. However, their behavior indicates their type:

• Reset latching alarms by touching the RReesseett AAllaarrmmss button at the top of the Alarms screen (refer to active alarms list and becoming a part of the historic alarms list. However, if the condition that caused the alarm persists, the alarm will re-appear in the active alarms list.

• You do not have to reset non-latching alarms. Non-latching alarms automatically disappear from the active alarms list and re-appear in the historic alarms list when the conditions that caused them are resolved.

“The Alarms Screen,” p. 20). Latching alarms respond by disappearing from the

Additional Alarm Indicators

In addition to the Alarms screen, there are two buttons that indicate alarm conditions. These buttons are viewable from any screen on the display. You can touch either one to access the Alarms screen.

• The AAllaarrmmss button in the main menu area of the screen (refer to flashes a color that represents the alarm level of the most severe active alarm. The three color possibilities correspond to those of the active alarm icons shown in

• If an active alarm is present, the alarm indicator button (refer to appears in the upper left of the screen, as shown in “The Alarms Screen,” p. 20. The icon on this button indicates the level of the most severe active alarm.

“Screen Overview,” p. 8)

“Alarm Icons,” p. 21.

“Chiller Status Area,” p. 9)

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Reports

You can use the Tracer® AdaptiView™ display to view a variety of reports and to create and edit a custom report. All reports contain live data that refreshes every 2–5 seconds.

The Reports Screen

Touch the RReeppoorrttss button in the main menu area (refer to Reports screen. The Reports screen contains the following buttons:

• Log Sheet

• ASHRAE Chiller Log

• Custom Report

• About This Chiller

• Chiller Operating Modes

• Purge Operating Modes

Each button links to the report named on the button.

Figure 9. Reports screen

“Screen Overview,” p. 8) to view the

Viewing the Log Sheet

On the Reports screen, touch LLoogg SShheeeett to view the information that is itemized in

Sheet,” p. 65

included in the Log Sheet are those recommended by Trane. Refer to current Trane service literature for more information.

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for Simplex chillers, and in “Log Sheet,” p. 79 for Duplex™ chillers. The items

“Log

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RReeppoorrttss

Viewing the ASHRAE Chiller Log

On the Reports screen, touch AASSHHRRAAEE CChhiilllleerr LLoogg to view the information that is itemized in

“ASHRAE Chiller Log,” p. 67 for Simplex chillers, and in “ASHRAE Chiller Log,” p. 80 for

Duplex™ chillers.

Creating and Viewing a Custom Report

You can create a custom report in which you specify the type and order of data that it contains. Items available to select for a custom report are grouped according to subsystem. (For Simplex chillers, see

“Items Available to Include in Custom Reports,” p. 82.)

To create and view a custom report:

1. On the Reports screen, touch CCuussttoomm RReeppoorrtt. The Custom Report screen appears.

2. On the Custom Report screen, touch EEddiitt. The Edit Custom Report screen appears in the following figure.

Figure 10. Edit Custom Report screen

“Items Available to Include in Custom Reports,” p. 69; for Duplex™ chillers, see

3. Touch the up/down arrows at the top of the left box on this screen to scroll through the items that are available to add to a custom report.

4. To set up a custom report by adding:

• One item at a time, touch the item. It responds by changing to blue. Touch AAdddd to move

the selected item to the right box on the screen.

• All of the items at once to the right box on the screen, touch AAdddd AAllll.

NNoottee:: You can organize your selections in any order by using the down arrows that appears

in the right box, and by adding them one at a time in the order in which you want them to appear in your report.

5. To save and view your custom report, touch SSaavvee. The Custom Reports screen appears, containing the custom report you have just created as shown in the next figure.

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RReeppoorrttss

NNoottee:: A page number appears in the lower right corner of the screen. If a screen contains

more than one page, up/down arrows also appear for viewing the other pages, as in the following figure.

Figure 11. Custom Report screen

Editing a Custom Report

You can edit the custom report by adding, removing, or re-order data as follows:

1. On the Custom Report screen, touch EEddiitt. The EEddiitt CCuussttoomm RReeppoorrtt screen appears.

2. Add, remove, or re-order as follows:

• To add an item to the custom report, touch it. It responds by changing to blue. You an use

the arrows to scroll through the rest of the items that can be added to the custom report. Then touch AAdddd to move the selected item to the box on the right side of the screen. To add all of the remaining items in the left box to the custom report, touch AAdddd AAllll.

• To remove an item from the custom report, touch it. It responds by changing to blue. You

can use the arrows to scroll through the rest of the items that can be removed from the custom report. Then touch RReemmoovvee to move the selected item to the box on the left side of the screen.

• To re-order items in the custom report, touch it. It responds by changing to blue. Use the

arrows to change the order of a highlighted item.

3. To save and view your edited custom report, touch SSaavvee. The Custom Reports screen appears, containing the custom report you have just edited.

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RReeppoorrttss

About this Chiller

On the Reports screen, touch AAbboouutt TThhiiss CChhiilllleerr to view the following unit information:

• Chiller Name

• Chiller Model Number

• Chiller Sales Order Number

• Product Name

• Controller Build Part Number

• Chiller Serial Number

• Display Firmware Build

• Controller Hardware Serial Number

• Controller Boot Part Number

• Display Boot Code

Viewing Chiller Operating Modes

On the Reports screen, touch CChhiilllleerr OOppeerraattiinngg MMooddeess to view the current operating status of the chiller in terms of the top-level operating mode and submodes.

NNoottee:: You can also access the Chiller Operating Modes screen from the chiller status button in

the upper left corner of the screen.

Simplex Chillers

The following figure shows an example of a Chiller Operating Modes screen for a Simplex chiller.

Figure 12. Chiller Operating Modes screen for Simplex chillers

Simplex chillers operate in one of the top-level operating modes shown in the following table. The table gives a description of the top-level modes and lists the submodes that correspond to each top-level mode.

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Submodes are dependent on the top-level mode. Their appearance on the Chiller Operating Modes screen has the following characteristics:

• The newest submode appears at the top of the submode list.

• Submodes disappear when they no longer apply.

• The screen displays up to six submodes.

• If less than six submodes are active, the submode rows that do not apply are blank.

Table 5. Chiller top-level operating modes and corresponding submodes for Simplex chillers

Top-level mode Description Corresponding submodes

Local Stop

Stopped

Run Inhibit

Auto

Waiting to Start

Starting Compressor Unit is starting compressor.

Running Compressor is running with no limits in effect.

Chiller is inhibited from running and requires user action to go to Auto.

Unit is inhibited from running by building automation system (BAS), external control source (Ext), or Auto Reset diagnostic

Unit is determining if there is a need to run.

Unit is waiting for tasks required prior to compressor start to be completed.

Immediate Stop

Diagnostic Shutdown—Manual Reset

Ice Building Is Complete

Tracer Inhibit

External Source Inhibit

Diagnostic Shutdown—Auto Reset

Waiting for Evaporator Water Flow

Waiting for a Need to Cool

Waiting for a Need to Heat

Power Up Delay Inhibit (MIN:SEC)

Waiting For Condenser Water Flow

Establishing Oil Pressure

Pre-Lubrication Time (MIN:SEC)

Motor Temperature Inhibit: Motor Temperature/ Inhibit Temperature

Restart Time Inhibit (MIN:SEC)

AFD Restart Inhibit

High Vacuum Inhibit: Oil Sump Press/Inhibit Press

Low Oil Temperature Inhibit: Oil Temperature/ Inhibit Temperature

Waiting for Starter To Start (MIN:SEC)

No submode is shown

Hot Water Control

Surge

Base Loaded

Hot Gas Bypass

Ice Building

Ice To Normal Transition

Current Control Soft Loading

RReeppoorrttss

(a)

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RReeppoorrttss

Table 5. Chiller top-level operating modes and corresponding submodes for Simplex chillers (continued)

Top-level mode Description Corresponding submodes

Current Limit

Phase Unbalance Limit

Condenser Pressure Limit

Running—Limit Compressor is running with limits in effect.

Free Cooling Unit is in Free Cooling mode and will not run the compressor.

Preparing to Shutdown Unit is closing inlet guide vanes prior to compressor shutdown. Closing IGV (IGV Position %)

Shutting Down

(a)

“MIN:SEC” refers to a count-down timer that appears on the screen to indicate how long the submode will remain active.

(b)

“IGV Position %” refers to a value that indicates the position of the inlet guide vane (IGV).

Compressor has been stopped and unit is performing shutdown tasks.

Evaporator Temperature Limit

Evaporator Rfgt Temperature Higher Than Selection

Minimum Capacity Limit

Maximum Capacity Limit

Opening Free Cooling Valves

Closing Free Cooling Limit

(b)

Post-Lubrication Time (MIN:SEC)

Evaporator Pump Off Delay (MIN:SEC

Condenser Pump Off Delay (MIN:SEC)

Satisfied Need to Minimum Capacity Timer (will appear for only 10 seconds)

(a)

Duplex Chillers

The following figure shows an example of a Duplex Chiller Operating Modes screen.

Figure 13. Chiller Operating Modes screen for Duplex chillers

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For Duplex™ chillers, the Chiller Operating Modes screen shows top-level modes and submodes for the chiller (

Table 6, p. 29) and for the circuits (Table 7, p. 30). Each table shows top-level

modes in the left column, a description in the middle column, and the corresponding submodes in the right column.

Submodes are dependent on the top-level mode. They appear on the Chiller Operating Modes screen with the following characteristics:

• The newest submode appears at the top of the submode list.

• Submodes disappear when they no longer apply.

• The screen displays up to four submodes.

• If less than four submodes are active, the submode rows that do not apply are blank.

Table 6. Chiller top-level operating modes and corresponding submodes for Duplex chillers

Top-level mode Description Corresponding submodes

Local Stop

Stopped

Run Inhibit

Auto

Waiting to Start

Running At least one circuit on the chiller is currently running.

Running—Limit

The chiller is not running either circuit and cannot run without intervention.

The chiller is currently being inhibited from starting (and running), but may be allowed to start if the inhibiting or diagnostic condition is cleared.

The chiller is not currently running but can be expected to start at any moment given that the proper conditions and interlocks are satisfied.

The chiller is going through the necessary steps to allow the lead circuit to start.

At least one circuit on the chiller is currently running, but the operation of the chiller as a whole is being actively limited by the controls. The submodes that apply the Running top modes may be displayed along with the following limit-specific modes.

Immediate Stop

Diagnostic Shutdown—Manual Reset

Ice Building Is Complete

Start Inhibited By BAS

Waiting for BAS Communication

External Source Inhibit

Diagnostic Shutdown—Auto Reset

No Circuits Available

Waiting for Evaporator Water Flow

Waiting for a Need to Cool

Waiting for a Need to Heat

Power Up Display Inhibit (MIN:SEC)

The chiller will wait up to 4 minutes and 15 seconds in this mode for condenser water flow to be established by means of the flow switch hardwired input.

Hot Water Control

Base Loaded

Ice Building

Ice To Normal Transition (MIN:SEC)

Current Control Softloading

Capacity Control Softloading

Minimum Capacity Limit

All of the chiller-level Running submodes apply. There are no specific submodes associated with Running—Limit.

RReeppoorrttss

(a)

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RReeppoorrttss

Table 6. Chiller top-level operating modes and corresponding submodes for Duplex chillers (continued)

Top-level mode Description Corresponding submodes

Evaporator Pump Off Delay (MIN:SEC)

Condenser Pump Off Delay (MIN:SEC)

Shutting Down

Miscellaneous

(a)

“MIN:SEC” refers to a count-down timer that appears on the screen to indicate how long the submode will remain active.

(b)

“IGV Position %” refers to a value that indicates the position of the inlet guide vane (IGV).

The chiller is still running, but shutdown is imminent. The chiller is going through a compressor run-unload.

These submodes may appear with most of the top-level chiller modes.

Table 7. Circuit-level operating modes and corresponding submodes for Duplex chillers

Top-level mode Description Corresponding submodes

Stopped The circuit is not running, and cannot run without intervention.

The circuit is currently being inhibited from starting (and

Run Inhibit

Auto

Waiting To Start

Starting Compressor

running), but may be allowed to start if the inhibiting or diagnostic condition is cleared.

The circuit is currently not running but is expected to start at any moment if the proper conditions are satisfied.

The chiller is going through the necessary steps to allow the lead circuit to start.

The circuit is going through the necessary steps to allow the compressor on that circuit to start.

Satisfied Need to Cool

Satisfied Need to Heat

Satisfied Need to Minimum Capacity Timer (will display for only 10 seconds)

Evaporator Pump Off Override

Condenser Pump Override

Manual Capacity Override

IGV Manual Override

(b)

Software Service Lock

Diagnostic Shutdown—Manual Reset

Front Panel Circuit Lockout

Diagnostic Shutdown—Auto Reset

External Circuit Lockout

No Circuit Submodes

Waiting for Low Oil Differential Pressure

Establishing Oil Pressure

Pre-Lubrication Time (MIN:SEC)

Motor Temperature Inhibit: Motor Temperature/ Inhibit Temperature

Restart Time Inhibit (MIN:SEC)

High Vacuum Inhibit: Oil Sump Press/Inhibit Press

Low Oil Temperature Inhibit: Oil Temperature/ Inhibit Temperature

Waiting for Starter To Start (MIN:SEC)

Waiting for IGV Positioning to Complete

Waiting for Starter Interlock

No submodes

(a)

(b)

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Table 7. Circuit-level operating modes and corresponding submodes for Duplex chillers (continued)

Top-level mode Description Corresponding submodes

Surge

Hot Gas Bypass

Running The compressor on the circuit is currently running.

Running—Limit Compressor is running with limits in effect.

Preparing to Shutdown The circuit is preparing to de-energize the compressor. Closing IGV

Shutting Down

Miscellaneous

(a)

“MIN:SEC” refers to a count-down timer that appears on the screen to indicate how long the submode will remain active.

(b)

“IGV Position %” refers to a value that indicates the position of the inlet guide vane (IGV).

The chiller is going through the necessary steps after deenergizing the compressor.

These submodes may appear with most of the top-level chiller modes.

Current Limit

Phase Unbalance Limit

Evaporator Temperature Limit

High Compressor Discharge Temp Limit

Current Limit

Phase Unbalance Limit

Condenser Pressure Limit

Evaporator Temperature Limit

High Compressor Discharge Temp Limit

(b)

Post-Lubrication Time (MIN:SEC)

Overdrive IGV Closed

Oil Pump Override

(b)

RReeppoorrttss

(a)

Purge Operating Modes

On the Reports screen, touch PPuurrggee OOppeerraattiinngg MMooddeess to view the current operating status of the purge system in terms of the top-level operating mode and submodes.

NNoottee:: For Duplex™ chillers, the operating status of purge system is shown in terms of the two

circuits.

The purge system operates in one of four top-level operating modes:

• Stop

• On

• Auto

• Adaptive

Submodes are dependent on the top-level mode. Their appearance on the Purge Operating Modes screen has the following characteristics:

• The newest submode appears at the top of the submode list.

• Submodes disappear when they no longer apply.

• The screen displays up to six submodes.

• If less than six submodes are active, the submode rows that do not apply are blank.

For detailed information about purge operating modes and submodes, refer to PRGF-SVX001*EN (Installation, Operation, and Maintenance: EarthWise Purge System with Tracer AdaptiView Control for Water-cooled CenTraVac Chillers with R-123 Refrigerant) or PRGG-SVX001*-EN (Installation, Operation, and Maintenance: Purge System with Tracer AdaptiView Control for Water-cooled CenTraVac Chillers with R-514A Refrigerant), as appropriate.

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Data Graphs

You can use the Tracer® AdaptiView™ display to view a variety of default data graphs and to create up to six custom data graphs with up to eight data points per graph. The data sample rate is 30 seconds, and the data storage duration is 48 hours. These rates cannot be adjusted.

The Data Graphs Screen

Touch the DDaattaa GGrraapphhss button in the main menu area to view the Data Graphs screen shown in the following figure. Each button on the screen links to a data graph.

The buttons under the Default Graphs heading for Simplex chillers are:

• Chiller Overview 1

• Chiller Overview 2

• Approach Temperature

• Evaporator

• Motor

• Condenser

• Motor Temperature

• Compressor

• Purge

• Oil System or Lube System

When you create custom graphs, they appear under the Custom Graphs heading with names such as “Custom 1” and “Custom 2,” as shown in the following figure.

Figure 14. Data Graphs screen

The buttons under the Default Graphs heading for Duplex™ chillers are:

CChhiilllleerr

• Chiller Overview 1

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• Chiller Overview 2

• Evaporator

• Condenser

CCiirrccuuiitt 11

• Oil System

• Approach Temperature

• Compressor

• Motor

• Motor Temperature

• Purge

CCiirrccuuiitt 22

• Oil System

• Approach Temperature

• Compressor

• Motor

• Motor Temperature

• Purge

Viewing Data Graphs

On the Data Graphs screen, touch any of the buttons to view a live graph. (The following figure shows Chiller Overview 1 as an example). For every graph, the X-axis shows time. The Yaxes presents data points specific to each graph. The data points are listed in

Screen,” p. 32

Figure 15. Example of Data Graph (Chiller Overview 1 shown)

DDaattaa GGrraapphhss

“The Data Graphs

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DDaattaa GGrraapphhss

Changing the Scales on Data Graphs

CChhaannggiinngg tthhee SSccaallee ooff tthhee XX--aaxxiiss

The X-axis scale defaults to the most recent 60 minutes with 15 minutes in between the time labels that appear across the bottom of the graph. You can change the scale from the last 12 minutes to the last 2 days and increments in between, as follows:

• 12-minute graph with 3 minutes between time labels

• 40-minute graph with 10 minutes between time labels

• 60-minute graph with 15 minutes between time labels

• 4-hour graph with 1 hour between time labels

• 8-hour graph with 2 hours between time labels

• 1-day graph with 6 hours between time labels

• 2-day graph with 12 hours between time labels

To change the scale, touch the plus or minus button in the magnifying glass in the lower left corner of a data graph that you want to edit (for an example, refer to the figure in

Graphs,” p. 33). The slider scale moves to the right or left as you touch either the plus or minus

button. The time scale for the X-axis changes in response.

CChhaannggiinngg tthhee SSccaallee ooff tthhee YY--aaxxeess

The Y-axes scales have a default range that varies for each data graph. You can change the range for each graph.

1. Touch the EEddiitt YY--AAxxiiss button at the bottom of a data graph that you want to edit (for an

example, refer to the figure in appears in the following figure. The screen shows the minimum and maximum values for that particular graph.

Figure 16. Set Axis Range screen

“Viewing Data Graphs,” p. 33). The Set Axis Range screen

“Viewing Data

2. Touch the MMaannuuaallllyy sseett vvaalluueess button under either the Left Y-Axis or Right Y-Axis heading.

EEnntteerr nnuummbbeerr buttons appear to the right of the minimum and maximum values.

3. Touch the EEnntteerr nnuummbbeerr button for the value you want to change. A keypad appears on the

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screen.

4. Touch the appropriate numbers to change the current value. The new value appears above

the keypad.

5. Touch the EEnntteerr button. The graph you were previously viewing appears with changed

maximum and/or minimum values.

6. Touch SSaavvee. The data graph appears with changed Y-axes scales.

Creating Custom Data Graphs

You can create a custom data graph in two ways:

• By starting with a default data graph

• By starting from a blank screen, with no previously defined data graph points

Creating a Custom Data Graph From a Default Data Graph

1. Touch the CCrreeaattee CCuussttoomm button at the top left of any default data graph screen (for an

example, refer to the figure in appears as shown in the following figure.

Figure 17. Data Graph Points screen

“Viewing Data Graphs,” p. 33). The Data Graph Points screen

DDaattaa GGrraapphhss

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2. Touch the AAdddd//RReemmoovvee PPooiinnttss button at the top left of the screen. The Add/Remove screen

appears (refer to the following figure), pre-populated with data points from the default data graph you chose.

NNoottee:: When you save the graph, a new custom graph is created; the default data graph is not

overwritten.

3. Touch the up/down arrows at the top of the left box on the Add/Remove screen to scroll

through a list of chiller components. The list of items in the box just below the up/down arrows changes to correspond to the component choice. (For reference, these items are listed

“Appendix A: Data for CenTraVac Simplex Chillers,” p. 63 and “Appendix B: Data for

Page 36

DDaattaa GGrraapphhss

CenTraVac Duplex Chillers ,” p. 77).

Figure 18. Add/Remove screen example

4. To choose points to include in the custom data graph, you can do any of the following:

• To add one item at a time, touch the item in the left box. It responds by changing to blue. Touch AAdddd to move the selected item to the right box.

• To add all of the items in the left box to the right box, touch AAdddd AAllll.

• To remove one item at a time, touch the item in the right box. It responds by changing to blue. Touch RReemmoovvee to move the selected item to the left box.

• To remove all of the items in the right box to the left box, touch RReemmoovvee AAllll. A confirmation screen appears, asking you to verify your request.

5. When you are finished choosing data points, touch SSaavvee. The Data Graph Points screen appears. Touch the FFiinniisshheedd button to view the custom data graph you have just created (refer to the following figure.

NNoottee:: To edit the appearance of data points in the graph, refer to

Graphs,” p. 37

“Editing Custom Data

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Figure 19. Custom data graph example

DDaattaa GGrraapphhss

Creating a Custom Data Graph With No Previously Defined Data Graph Points

1. Touch the CCrreeaattee CCuussttoomm button at the top left of the Data Graphs screen ( The Add/Remove screen appears (see ), but with no data on the screen.

2. Continue by following Step 3 through Step 5 in “Creating a Custom Data Graph From a

Default Data Graph,” p. 35

Figure 14, p. 32).

Editing Custom Data Graphs

You can edit custom data graphs by:

• Changing the scales of the X-axis and Y-axes (follow the procedures in

on Data Graphs,” p. 34 ).

• Changing the:

– Line style between bold and normal

– Y-axis location between left and right

– Line color

1. To edit a data point, touch the EEddiitt button in the row for the data point you want to edit. The Edit Data Point screen appears (refer to the following figure).

2. Touch the button in each category—Line Style, Y-Axis, Color—that represents how you want the graph to appear. The buttons you select become shaded.

3. Touch SSaavvee. The screen you were previously viewing appears with your changes reflected in the table.

“Changing the Scales

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DDaattaa GGrraapphhss

Figure 20. Edit Data Point screen

Deleting a Custom Data Graph

Touch the DDeelleettee button at the top of a custom graph screen to delete the custom graph.

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Equipment Settings

You can use the Tracer® AdaptiView™ display to monitor and change a variety of equipment settings.

The Settings Screen

Touch the SSeettttiinnggss button in the main menu area (see Settings screen. Equipment Settings identifies a column of buttons located on the screen. (Refer to the outlined column in the following figure.) The buttons are:

• Chiller Settings

• Feature Settings

• Chiller Water Reset

• Purge Settings

• Manual Control Settings

Each of these buttons provide access to a screen that contains additional buttons related to each topic. This section provides detailed information about these screens.

Figure 21. Settings screen with the Equipment Settings column highlighted

“Main Menu Area,” p. 17) to view the

Viewing and Changing Equipment Settings

Each button in the Equipment Settings column on the Settings screen takes you to a menu screen that contains a group of buttons. Each button displays the name of a setting and its current value (refer to the following figure). Touch any button to view a screen where you can change the setting for the feature shown on the button.

NNoottee:: A page number appears in the lower right corner of the screen. If a screen contains more

than one page, up/down arrows also appear for viewing the other pages, as in the following figure.

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EEqquuiippmmeenntt SSeettttiinnggss

Figure 22. Example equipment settings screen (Chiller Settings shown)

To change an equipment setting, follow this procedure:

1. Touch one of the buttons in the Equipment Settings column on the Settings screen, such as Chiller Settings. The corresponding screen appears (in this case, the Chiller Settings screen).

2. Touch the button that shows the equipment setting you want to change. A screen that allows you to change the equipment setting appears. There are two types of these screens:

• For screens with button selections, touch the button that represents the setting you want.

The button becomes shaded, and a SSaavvee button appears at the bottom of the screen as shown in the following figure.

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EEqquuiippmmeenntt SSeettttiinnggss

Figure 23. Example equipment settings screen with buttons for changing setting

• For screens with numerical keypads, touch the appropriate numbers to change the current

value as shown in the following figure. The new value appears above the keypad.

Figure 24. Example equipment settings screen with keypad for changing setting

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Keypad features:

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EEqquuiippmmeenntt SSeettttiinnggss

– When you enter a new number, the value in the NNeeww vvaalluuee field is deleted and

replaced with the new entry.

– The backspace (arrow) key deletes the characters you previously entered.

– If the keypad is used to enter a setpoint that is out of range, an error dialog will

appear when you touch the SSaavvee button.

– Keypads that allow negative numbers have positive and negative number (+/-)

keys.

3. Touch SSaavvee to complete the change. The current value is updated in the upper left side of the screen, demonstrating that the change has been communicated to the Tracer UC800 controller. The screen you were previously viewing appears.

NNoottee:: Manual Control Settings screens have Apply buttons in addition to Save buttons. For

an example, refer to

“Manual Control Settings,” p. 47. Touching Apply is the same as

touching Save, except that you remain at the current screen after the change is communicated to the Tracer® UC800 controller.

Chiller Settings

The following table lists the settings that are available as buttons on the Chiller Settings menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 8. Chiller Settings menu screen: Buttons and available setting options

Page 1 of 2

Setpoint Source BAS/Ext/FP Ext/FP Front Panel

Front Panel Control Type Cooling/ Heating

Front Panel Ice Building Command Auto/On

Front Panel Current Limit Setpoint XXX.X %

Differential to Start XX.X °F/C

Condenser Water Pump Off Delay XX Min

Power-Up Start Delay XXX Sec

Front Panel Chilled Water Setpoint XX.X °F/C

Front Panel Ice Termination Setpoint XX.X °F/C

Front Panel Base Loading Setpoint XXX.X %

Page 2 of 2

Differential to Stop XX.X °F/C

Evaporator Water Pump Off Delay XX Min

Starter Power Demand Time Period XXX Min

Front Panel Hot Water Setpoint XXX.X °F/C

Ice to Normal Cooling Timer Setpoint XX Min

Front Panel Base Loading Command Auto/On

Front Panel Free Cooling Command Auto/On

Evap Low Water Flow Warning SetpointXXXX.X gpm/lpm

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Service Settings

The following table lists the settings that are available as buttons on the Service Settings menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 9. Service Settings menu screen: Buttons and available settings options

Page 1 of 2

Evaporator Leaving Water Temp Cutout XX.X °F/C

Maximum Capacity Limit XXX.X %

Check Oil Filter Setpoint XX.XX PSID/kPaD

-orCheck Lube Filter Setpoint XX.XX PSID/kPaD (CVHS Only)

Capacity Control Softload Time XXX Sec

Condenser Limit Setpoint XXX.X %

Staging On Boundary XXX.X % (Duplex Only)

Low Refrigerant Temperature Cutout XX.X °F/C

Minimum Capacity Limit XXX.X %

(Formerly in Chiller Settings)

Startup Lube Diff Pressure Threshold XX.XX PSID/kPaD (CVHS Only)

Current Limit Control Softload Time XXX Sec

Page 2 of 2

Head Pressure Control Pre-Position Setpoint XXX.X %

Staging Off Boundary XXX.X % (Duplex Only)

EEqquuiippmmeenntt SSeettttiinnggss

Local Atmospheric Pressure XX.X PSI/kPa

BAS Setpoint Power Loss Store Enable Enable/Disable

Current Limit Softload Start Point XXX.X %

Head Pressure Control Pre-Position Setpoint XXX.X %

Setpoint Sources

Some setpoints can be controlled from more than one source; these are referred to as arbitrated setpoints. Arbitrated setpoints can be:

• Communicated from a building automation system (BAS)—Refers to a Trane or other BAS that can communicate with chiller controls over a network.

• Set by an external control source (Ext)—Refers to inputs that are hard-wired directly to local chiller controls, carrying low-voltage binary (On/Off) or analog (0–10 Vdc, 4–20 mA) signals.

• Set at the front panel (FP)—Refers to inputs that are entered by an operator using the Tracer® AdaptiView™ display or by a technician using the Tracer® TU service tool.

Setpoint Source Arbitration

The Tracer® UC800 uses a process referred to as setpoint source arbitration to prioritize the selection of the setpoint source. The following table provides an explanation of how this process works.

Table 10. Setpoint source choices and corresponding arbitration

Priority

First

Second

BAS/Ext/FP Ext/FP

Setpoint from the BAS is used.

If no BAS setpoint is available (for example, BAS communication has never been established), a setpoint from an external control source is used.

Setpoint from a external control source is used.

If no externally controlled setpoint is available, a setpoint from the front panel is used.

Note: Any setpoint from a BAS is ignored.

Front Panel

Setpoint from the front panel is used.

Note: Any setpoint from a BAS or external

control source is ignored.

None

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EEqquuiippmmeenntt SSeettttiinnggss

Table 10. Setpoint source choices and corresponding arbitration (continued)

Priority

Third

Notes:

1. For service or troubleshooting, it may be helpful to set the setpoint source to front panel to isolate the chiller from other control sources.

2. If BAS communication was established and then lost, in most instances the BAS values remain and can be used by the chiller controller.

BAS/Ext/FP Ext/FP

If no BAS nor external setpoint is available (for example, BAS communication has never been established), a setpoint from the front panel is used.

None None

Front Panel

Changing the Setpoint Source

There are three ways to access the Setpoint Source screen. To change the setpoint source, follow one of these procedures:

Using the Setpoint Source Button in the Chiller Status Area

1. Touch the SSeettppooiinntt SSoouurrccee button in the chiller status area (refer to

The Setpoint Source screen appears as shown in the following figure.

2. Touch the appropriate source button on the Setpoint Source screen.

3. Touch SSaavvee to complete the change.

NNoottee:: The change applies to all arbitrated setpoints.

Figure 25. Setpoint Source screen

“Screen Overview,” p.

From the Setpoint Source Button on the Chiller Settings Screen

1. Touch the SSeettttiinnggss button in the main menu area (refer to Settings screen appears.

“Screen Overview,” p. 8). The

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2. From the Settings screen, touch the CChhiilllleerr SSeettttiinnggss button. The Chiller Settings screen appears.

3. From the Chiller Settings screen, touch the button that is labeled “Setpoint Source” and displays the current source. The Setpoint Source screen appears (refer to the preceding figure).

4. Touch the button the appropriate source button on the Setpoint Source screen.

5. Touch SSaavvee to complete the change.

NNoottee:: The change applies to all arbitrated setpoints.

From an Arbitrated Setpoint Screen

1. Touch the SSeettttiinnggss button in the main menu area ( appears.

2. From the Settings screen, touch the CChhiilllleerr SSeettttiinnggss button. The Chiller Settings screen appears.

3. From the Chiller Settings screen, touch an arbitrated setpoint. The setpoint screen for that specific arbitrated setpoint appears (see the following figure for an example).

4. On the arbitrated setpoint screen, touch the Setpoint Source button. The Setpoint Source screen appears (refer to the preceding figure).

5. Touch the button the appropriate source button on the Setpoint Source screen.

6. Touch SSaavvee to complete the change.

NNoottee:: The change applies to all arbitrated setpoints.

Figure 26. Changing the setpoint source from an arbitrated setpoint screen

EEqquuiippmmeenntt SSeettttiinnggss

Figure 2, p. 9). The Settings screen

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EEqquuiippmmeenntt SSeettttiinnggss

Feature Settings

The following table lists the settings that are available as buttons on the Feature Settings menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 11. Feature Settings menu screen: Buttons and available setting options

Ext Chilled Wtr Setpt Enable/Disable

Hot Gas Bypass Feature Enable/Disable

Security Enable/Disable

External Base Loading Setpoint Enable/Disable

Ext Current Limit Setpt Enable/Disable

Hot Gas Bypass Maximum Timer Enable Enable/Disable

LCI-C Diagnostic Encoding Text/Code

Check Oil Filter Diagnostic Ckt1 Enable/Disable

-orCheck Lube Filter Diagnostic Enable/Disable (CVHS Only)

Chilled Water Reset

The following table lists the settings that are available as buttons on the Chilled Water Reset menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 12. Chilled Water Reset menu screen: Buttons and available setting options

Buttons

Chilled Water Reset Type

Return Reset Ratio

Return Start Reset

Return Maximum Reset

Outdoor Reset Ratio

Outdoor Start Reset

Outdoor Maximum Reset

Available setting options

• Disable

• Return

• Outdoor Air

• Constant

Valid numerical range appears on screen.

Ice Building Enable/Disable

Check Oil Filter Diagnostic Ckt2 Enable/Disable

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Purge Settings

The following table lists the settings that are available as buttons on the Purge Settings menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 13. Purge Settings menu screen: Buttons and available setting options

EEqquuiippmmeenntt SSeettttiinnggss

Buttons

Purge Operating Mode

Note: Ckt1 and Ckt2 for Duplex chillers

Daily Pumpout Limit

Note: Ckt1 and Ckt2 for Duplex chillers

Disable Daily Pumpout Limit

Note: Ckt1 and Ckt2 for Duplex chillers

Purge Liquid Temperature Inhibit

Note: Ckt1 and Ckt2 for Duplex chillers

Purge Liquid Temperature Limit

Note: Ckt1 and Ckt2 for Duplex chillers

Available setting options

• Stop

• Auto

• Adaptive

• On

Valid numerical range appears on screen.

• Enable

• Disable

Valid numerical range appears on screen.

Manual Control Settings

The following table lists the settings that are available as buttons on the Manual Control Settings menu screen, along with their corresponding setting options. The chiller configuration determines which of the settings appear.

Table 14. Manual Control settings menu screen: Buttons, available setting options, and status points

Feature

Current value

Available setting options

Status points

Chiller Control Signal

Evaporator Pump Override

Condenser Pump Override

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Auto/Manual

On/Off

Manual mode: Up/down arrows for changing the setpoint

• Auto

• On

• Auto

• On

• IGV1 Position (Simplex chillers only)

• IGV2 Position (Simplex chillers only)

• Average Line Current (Ckt1 and Ckt2 for Duplex chillers

• AFD Frequency (Ckt1 and Ckt2 for Duplex chillers

• Active Chilled Water Setpoint (Active Hot Water Setpoint if in Heating mode)

• Evap Leaving Water Temp (Cond Leaving Water Temp if in Heating mode)

• Evaporator Pump Manual Override Time Remaining

• Evap Water Flow Switch Status

• Active Chilled Water Setpoint

• Evap Leaving Water Temp

• Condenser Pump Manual Override Time Remaining

• Cond Water flow Switch Status

• Active Hot Water Setpoint

• Cond Leaving Water Temp

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EEqquuiippmmeenntt SSeettttiinnggss

Table 14. Manual Control settings menu screen: Buttons, available setting options, and status points (continued)

Feature

Clear Energy Consumption

Oil Pump Control

Note: Ckt1 and Ckt2 for Duplex

chillers

Clear Restart Inhibit

Note: Ckt1 and Ckt2 for Duplex

chillers

Purge Exhaust Circuit Test

Note: Ckt1 and Ckt2 for Duplex

chillers

Purge Regen Cycle

Note: Ckt1 and Ckt2 for Duplex

chillers

Current value

XXXX kWh

On/Off

XX:XX min:sec

Auto/On

On/Off

Available setting options

• Simplex chillers only: Clear

• Duplex chillers only: Energy Consumption Resettable Ckt1, Ckt2

• Auto

• On

• Clear

• Enable

• Disable

• Auto

• On

Status points

• Starter Energy Consump. Resettable

• Starter Energy Consump. Last Reset

• Starter Energy Consump. NonReset

• Oil Pump Manual Override Time Remaining

• Oil Differential Pressure

• Oil Pump Discharge Pressure

• Oil Tank Pressure

• Motor Temperature

• Motor Winding Temp #1

• Motor Winding Temp #2

• Motor Winding Temp #3

• MTC Switch

• Motor Coolant Temperature

• Purge Rfgt Cprsr Suction Temp

• Purge Liquid Temp

• Carbon Tank Temp

Front Panel Lockout

Note: Duplex chillers only; for Ckt1

and Ckt2.

Head Pressure Control Override

Cond Entering Water Temp XXX.X °F/C

• Locked Out

• Not Locked Out

Cond Leaving Water Temp Cond Rfgt Pressure

• Chiller Top Level Mode

• Top Level Operating Mode Ckt1

• Top Level Operating Mode Ckt2

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Changing a Manual Control Setting

To change a manual control setting, follow this procedure:

1. In the Equipment Settings column on the Settings screen, touch MMaannuuaall CCoonnttrrooll SSeettttiinnggss. The Manual Control Settings screen appears as shown in the following figure.

Figure 27. Manual Control Settings screen

EEqquuiippmmeenntt SSeettttiinnggss

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2. Touch the button that shows the manual control setting you want to change. A screen for changing the manual control setting appears as shown in the following figure.

3. Touch the button that represents the setting you want. The button becomes shaded and AAppppllyy and SSaavvee buttons appear at the bottom of the screen.

NNoottee:: The Compressor Control Signal screen provides up/down arrow keys and numerical

fields for selecting a value.

4. To save your change, do one of the following:

• Touch AAppppllyy. The change is communicated to the Tracer® UC800 controller. You can

observe the status points in the lower half of the screen change in response to the setting change you just made. Also, a Manual Override button appears in the upper left corner of the screen (refer to the following figure).

• Touch SSaavvee. The change is communicated to the Tracer® UC800 controller. The screen

you were previously viewing appears.

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EEqquuiippmmeenntt SSeettttiinnggss

Figure 28. Manual Control Settings screen (Evaporator Pump Override shown)

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Display Settings

You can use the Tracer® AdaptiView™ display to change the format of the information that appears on the display, and to clean the touch screen.

Settings Screen

Touch the SSeettttiinnggss button in the main menu area (refer to Settings screen. Display Settings identifies a column of buttons located on the screen as shown in the following figure. The buttons are:

• Display Preferences

• Language

• Date and Time

• Clean Display

Each button provides access to a screen that is related to the button name.

Figure 29. Settings screen with the Display Settings column highlighted

“Screen Overview,” p. 8) to view the

Viewing and Changing Display Preferences

On the Settings screen, touch DDiissppllaayy PPrreeffeerreenncceess to view a screen containing the following buttons.

• Date Format

• Date Separator

• Time Format

• Brightness

• Unit System

• Pressure Units

• Backlight Timeout

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DDiissppllaayy SSeettttiinnggss

Figure 30. Display Preferences screen

Each of the buttons in the previous figure shows the name of a display preference and its format (current value). Touch any of these buttons to view a screen where you can change the format. (Refer to the following figure for an example.) The button representing the format currently used is shaded (see the “MMDDYYYY” button.

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Figure 31. Example of a display preference screen

DDiissppllaayy SSeettttiinnggss

To change the format:

1. Touch the button that shows that format you prefer.

2. Touch SSaavvee to confirm your selection and to return to the Display Preferences screen.

DDaattee FFoorrmmaatt

Use the Date Format screen to choose from the following date formats:

• MMDDYYYY (default)

• YYYYMMDD

• DDMMYYYY

DDaattee SSeeppaarraattoorr

Use the Date Separator screen to choose from the following date formats:

• None

• Slash ( \ ) (default)

• Hyphen ( – )

• Period ( . )

• Underscore ( _ )

TTiimmee FFoorrmmaatt

Use the Time Format screen to choose from the following time formats:

• 12 hour (default)

• 24 hour

BBrriigghhttnneessss

Use the numerical keypad on the Brightness screen to change the brightness of the screen. (The default is 90%.)

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DDiissppllaayy SSeettttiinnggss

DDiissppllaayy UUnniittss

Use the Display Units screen to choose from the following display units:

• SI

• Inch-Pounds (default)

PPrreessssuurree UUnniittss

Use the Pressure Units screen to choose from the following pressure units:

• kPaA (default if “SI” is chosen for display units)

• kPaG

• psia (default if “Inch-Pound” is chosen for display units)

• psig

BBaacckklliigghhtt TTiimmeeoouutt

Use the numerical keypad on the Backlight Timeout screen to change the number of minutes of inactivity that pass until the screen dims. (The default is 60 minutes.)

Viewing and Changing the Language Preference

On the Settings screen, touch LLaanngguuaaggeess to view a screen containing the following buttons (refer to the following figure):

• Arabic (Gulf Regions)

• Chinese—China

• Chinese—Taiwan

• Czech

• Dutch

• English

• French

• French (Canada)

• German

• Greek

• Hebrew

• Hungarian

• Indonesian

• Italian

• Japanese

• Korean

• Norwegian

• Polish

• Portuguese (Portugal)

• Portuguese (Brazil)

• Russian

• Romanian

• Spanish (Europe)

• Spanish (Latin America)

• Swedish

• Thai

• Turkish

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Figure 32. Language screen

DDiissppllaayy SSeettttiinnggss

The language that is currently in use on the display is expressed as the current value on the Language screen. The button that displays the current value is shaded (refer to the “English” button in the previous figure as an example).

To change the language:

1. Touch the button that identifies the language you prefer.

2. Touch SSaavvee to confirm your selection and to return to the Settings screen.

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DDiissppllaayy SSeettttiinnggss

Viewing and Changing Date and Time Preferences

On the Settings screen, touch DDaattee aanndd TTiimmee to view the Date and Time screen, shown in the following figure.

Figure 33. Date and Time screen

The current date and time for the display is expressed as the current value. The current value appears below the center line on the screen.

Above the center line, the following date and time attributes appear:

• Month

• Day

• Year

• Hour

• Minute

• AM/PM

To change the date or time:

1. Touch the square presenting the attribute you want to change. The square becomes highlighted.

2. Touch the up or down arrow key on the screen until the your desired selection appears. Repeat the process for any other attributes you want to change.

3. Touch SSaavvee to confirm your selection and return to the Settings screen.

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Clean Touchscreen

On the Settings screen, touch CClleeaann TToouucchhssccrreeeenn to disable the Tracer® AdaptiView™ display screen for 15 seconds so that you can clean the screen without it responding to touch. During this time, the screen is black with a number in the center that counts down the seconds. After 15 seconds, the Settings screen re-appears.

Figure 34. Countdown screen

DDiissppllaayy SSeettttiinnggss

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Security Settings

If security if enabled, the Tracer® AdaptiView™ display requires that you log in with a four-digit security PIN to make setting changes that are protected by security. This feature prevents unauthorized personnel from doing so. There are two levels of security, each allowing specific changes to be made.

You can view all data without logging in. The log-in screen appears only when you try to change a setting that is protected by security, or when you touch the LLoogg iinn button from the Settings screen.

Settings Screen

Touch the SSeettttiinnggss button in the main menu area (refer to Settings screen. Security Settings identifies a column on the right side of the screen that contains two buttons (see the outlined column in the following figure):

• Security

• Log in (Log out)

Figure 35. Equipment Settings screen with the Security Settings column highlighted

“Screen Overview,” p. 8) to view the

NNoottee:: If security is disabled, the Log in/Log out button is not visible. Refer to “Disabling

Disabling Security

You can disable the security feature that allows a user to log in and log out.

1. From the Settings screen, touch the SSeeccuurriittyy button. The Security screen appears as shown in the following figure.

NNoottee:: If you are logged out, the Log In screen appears. You must first log in to proceed.

Security,” p. 58

and “Enabling Security,” p. 59.

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Figure 36. Security screen

SSeeccuurriittyy SSeettttiinnggss

2. Touch the DDiissaabbllee button. The button becomes shaded.

3. Touch SSaavvee. The Settings screen appears with only the Security button visible. The Log in/ Log out button is gone.

Enabling Security

To enable security, perform the following steps:

1. From the Settings screen, touch the SSeeccuurriittyy button. The Security screen appears as shown in

2. Touch the EEnnaabbllee button. The button becomes shaded.

3. Touch SSaavvee. The Settings screen appears with a Log out button in addition to the Security button.

Logging In

There are two levels of security:

• Security Level 1 allows users to change a limited group of secure settings. The default security PIN is 1111.

• Security Level 2 allows users to change all secure settings. The default security PIN is 7123.

A technician must use the Tracer® TU service tool to change a PIN.

To log in:

1. Touch the LLoogg IInn button. The Log In screen appears as shown in the following figure.

“Disabling Security,” p. 58.

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SSeeccuurriittyy SSeettttiinnggss

Figure 37. Log In screen

2. Use the keypad to enter your PIN.

• The PIN is a four-digit number, which was configured for your system with the Tracer®

TU service tool.

• As you enter the number, the PIN remains hidden by asterisks.

NNoottee:: If you enter an invalid PIN, an error message appears on the Log in screen.

3. Touch SSaavvee.

• If you viewed the Log In screen from touching LLoogg IInn on the Settings screen, the Settings

screen appears with a LLoogg OOuutt button on it.

• If the Log In screen appeared when you tried to change a setting, you return to that setting

screen.

NNoottee:: The PIN is valid until 30 minutes of inactivity passes, or until you log out.

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Logging Out

SSeeccuurriittyy SSeettttiinnggss

To log out:

1. Touch the LLoogg OOuutt button. A confirmation screen appears as shown in the following figure.

Figure 38. Log Out confirmation screen

LLID Binding

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2. Touch YYeess to confirm that you want to log out. The Settings screen appears with a LLoogg IInn button on it.

LLID binding screen provides the capability to bind and unbind LLIDs, similar to Tracer® TU. It can be disabled in the configuration.

IImmppoorrttaanntt:: LLID binding screen should ONLY be used by experienced service personnel.

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Troubleshooting

The following table contains information to help troubleshoot the Tracer® AdaptiView™ displays.

Table 15. Common error messages with possible causes and solutions

Issue

The screen only partially displays; the Auto and Stop buttons appear, but there is no text.

The following error message appears:

UC800 Configuration is Invalid UC800 configuration must be updated with the Tracer TU technician utility

The following error message appears:

Communication lost with UC800

• Check power and communication cables

• Update the UC800 software with the Tracer TU technician

utility

The following error message appears:

Display Failed to Establish Communication

• Check power and communication cables

• Re-attempting connection in X seconds

The following error message appears:

[*Missing file name] UC800 software must be updated with the Tracer TU technician utility

Possible Causes/Solutions

The UC800 configuration is invalid. Download a valid configuration using the Tracer TU service tool.

Follow the error message instructions.

Communication has been established and then lost, or the UC800 configuration is invalid. Follow the error message instructions.

Communication is not established.

• The Ethernet cable and/or the power cable may be disconnected. Check the connections.

• The UC800 may have an invalid configuration. Download a valid configuration using the Tracer TU service tool.

A file is missing.

• The Tracer TU service tool is connected and the LLID binding screen is displayed.

• UC800 has an invalid configuration. Download a valid configuration using the Tracer TU service tool.

• Cycle power to the display and the UC800. Disconnect the USB cable and wait approximately 10 seconds before reconnecting the USB cable.

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Appendix A: Data for CenTraVac Simplex Chillers

The following lists contain all of the data available for viewing on a Tracer® AdaptiView™ display that is connected to a CenTraVac™ Simplex chiller.

Component Screen Data

Chiller configuration determines which of the following settings and status points appear on the display. For more information, refer to

Table 16. Evaporator settings and status points (Simplex)

“Component Screens,” p. 14.

Active Chilled Water Setpoint (button links to the Active Chiller Water Setpoint screen)

Evaporator Pump Override (button links to Evaporator Pump Override screen)

Evap Water Flow Status Approx Evap Water Flow

Evap Leaving Water Temp Evap Differential Wtr Press

Evap Entering Water Temp Evaporator Entering Water Pressure

Calculated Chiller Capacity Evaporator Leaving Water Pressure

Evaporated Saturated Rfgt Temp

Evaporator Rfgt Pressure

Evap Approach Temp

Table 17. Condenser settings and status points (Simplex)

Active Hot Water Setpoint (button links to the Active Hot Water Setpoint screen)

Cond Condenser Pump Override (button links to the Condenser Pump Override screen)

Cond Water Flow Status

Cond Entering Water Temp Second Condenser Ent Wtr Temp

Cond Leaving Water Temp

Outdoor Air Temp Differential Refrigerant Pressure

Condenser Sat Rfgt Temp Refrigerant Monitor

Condenser Refrigerant Pressure Condenser Entering Water Pressure

Condenser Refrigerant Liquid Level Condenser Leaving Water Pressure

Condenser Approach Temperature Economizer Bypass Valve Position

Approx Cond Water Flow

Cond Differential Wtr Press

Second Condenser Lvg Wtr Temp

Head Pressure Control Status

Table 18. Compressor settings and status points (Simplex)

Compressor Running Status IGV 2 Percent Open

Chiller Control Signal IGV 2 Position (Steps)

Oil Pump Control Compressor Rfgt Discharge Temp

Average Line Current (%RLA)

Oil Pump Status Oil Differential Pressure Switch (CVG, CVR Only)

Oil Differential Pressure

Compressor Starts Lube Pump Discharge Pressure (CVHS Only)

Compressor Running Time Lube Pump Suction Pressure (CVHS)

Oil Pump Discharge Pressure Cond Rfgt Pressure

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HGBP Time

Lube Differential Pressure (CVHS Only)

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Table 18. Compressor settings and status points (Simplex) (continued)

Oil Tank Pressure

Oil Tank Temperature Lube Flow First Stage Bearing (CVHS)

Inboard Bearing Temperature Lube Flow Second Stage Bearing (CVHS)

Outboard Bearing Temperature Outboard Bearing Pad Temperature #1 (CVHH Only)

IGV 1 Percent Open Outboard Bearing Pad Temperature #2 (CVHH)

IGV 1 Position (Steps) Outboard Bearing Pad Temperature #3 (CVHH)

Lube Pump Command (CVHS)

Table 19. Motor settings and status points (Simplex)

Active Current Limit Setpoint (button links to Active Current Limit Setpoint screen)

Average Motor Current (%RLA)

ADF Frequency or Generator Frequency Command (based on configuration)

Starter Motor Current L1 (%RLA)

Starter Motor Current L2 (%RLA)

Starter Motor Current L3 (%RLA)

Starter Motor Current L1 (A) AFD Input Current L1

Starter Motor Current L2 (A) AFD Input Current L2

Starter Motor Current L3 (A) AFD Input Current L3

Starter Input Voltage Phase AB AFD Average Motor Voltage

Starter Input Voltage Phase BC AFD Average Input Voltage

Starter Input Voltage Phase CA AFD Motor Voltage UV

Motor Winding Temp 1 AFD Motor Voltage VW

Motor Winding Temp 2 AFD Motor Voltage WU

Motor Winding Temp 3 AFD DC Bus Voltage

AFD Speed

AFD Transistor Temp AFD Calculated Input Voltage

Starter Energy Consumption Resettable AFD Output Power

Starter Energy Consumption Last Reset AFD Average Input Current

Starter Energy Consump Non Reset Motor Speed

Starter Power Demand

Starter Load Power Factor

AFD Motor Current U % RLA

AFD Motor Current V % RLA

AFD Motor Current W % RLA

AFD Motor Current U

AFD Motor Current V

AFD Motor Current W

AFD DC Bus Current

Motor Frequency

Table 20. Purge settings and status points (Simplex)

Purge Top Level Mode (button links to Purge Operating Modes screen Pumpout Chiller On—7 days

Purge Regen Cycle (button links to Purge Regen Cycle screen) Pumpout Chiller Off—7 days

Purge Fault Indicator (button links to Alarms screen) Time Until Next Purge Run

Daily Pumpout—24 Hours Purge Rfgt Compressor Suction Temp

Average Daily Pumpout—7 Days Purge Liquid Temperature

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Table 20. Purge settings and status points (Simplex) (continued)

Daily Pumpout Limit/Alarm Pumpout—Life

Chiller On—7 Days Purge Carbon Tank Temp

Reports

The following data can be viewed on the Reports screen. For more information, refer to

“Reports,” p. 23.

Log Sheet

Table 21. Evaporator report data

Report item

Evaporator Entering Water Temperature

Evaporator Leaving Water Temp

Evaporator Sat Rfgt Temp

Evaporator Rfgt Pressure

Evaporator Approach Temp

Evaporator Water Flow Switch Status

Table 22. Condenser report data

Report item

Cond Entering Water Temp

Cond Leaving Water Temp

Cond Sat Rfgt Temp

Cond Rfgt Pressure

Cond Approach Temp

Cond Water Flow Switch Status

Cond Rfgt Liquid Level

Table 23. Compressor report data

Unit

XXX.X °F/°C

XXX.X PSI/kPa

XXX.X °F/°C

Flow/No Flow

Unit

XXX.X °F/°C

XXX.X PSI/kPa

XXX.X °F/°C

Flow/No Flow

XX.XX in/mm

Report item

Starts XXXX Starts

Running Time

Oil Tank Pressure

Oil Pump Discharge Pressure

Oil Differential Pressure

Oil Tank Temperature

IGV 1 Position XXX.X %

Oil Diff Pressure Switch (CVGF, CVR)

Lube Pump Discharge Pressure (CVHS)

Cond Rfgt Pressure (visible only with CVHS)

IGV 1 Position

Unit

XX:XX Hr:Min

XXX.X PSI/kPa

XXX.X °F/°C

XXX.X PSI/kPa

Steps

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Table 23. Compressor report data (continued)

Report item

IGV 2 Position XXX.X %

IGV 2 Position

Unit

Steps

Table 24. Motor report data

Report item

Starter Current L1 XXX.X %

Starter Current L2 XXX.X %

Starter Current L3 XXX.X %

Starter Current L1 XXXX A

Starter Current L2 XXXX A

Starter Current L3 XXXX A

Starter Voltage AB

Starter Voltage BC

Starter Voltage CA

Starter Power Demand XXXX kW

Starter Load Power Factor XX.X

Motor Winding Temp 1

Motor Winding Temp 2

Motor Winding Temp 3

AFD Frequency

AFD Speed

AFD Transistor Temp

AFD Motor Current U % RLA XXX.X %RLA

AFD Motor Current V % RLA XXX.X %RLA

AFD Motor Current W % RLA XXX.X %RLA

AFD Motor Current U

AFD Motor Current V

AFD Motor Current W

AFD Motor Voltage UV

AFD Motor Voltage VW

AFD Motor Voltage WU

Starter Input Power Consumption

Starter Motor Power Factor XXX.X

Unit

XXXXX.X V

XXX.X °F/°C

XX Hz

XXXX RPM

XXX.X °F/°C

XXXX Amps

XXXXX.X Volts

XXXXX kWh

Table 25. Purge report data

Report item

Time Until Next Purge Run

Daily Pumpout—24 Hours

Unit

XXX.X min

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Table 25. Purge report data (continued)

AAppppeennddiixx AA:: DDaattaa ffoorr CCeennTTrraaVVaacc SSiimmpplleexx CChhiilllleerrss

Report item

Average Daily Pumpout—7 Days

Daily Pumpout Limit

Chiller On—7 Days

Pumpout Chiller On—7 Days

Pumpout Chiller Off—7 Days

Pumpout—Life

Purge Rfgt Compressor Suction Temp

Purge Liquid Temp

Purge Carbon Tank Temp

Unit

XXX.X min

XXX.X °F/°C

ASHRAE Chiller Log

NNoottee:: The ASHRAE Chiller Log contains those items recommended by ASHRAE Std 147 Standard

147-2002, Reducing Release of Halogenated Refrigerants from Refrigeration and AirConditioning Equipment and Systems.

Table 26. ASHRAE Chiller Log data

Data Name Value

Current Date/Time User-selected date/time format

Chiller Top Level Mode Running /Stopped / Run Inhibit / Auto / etc.

Starter Motor Current L1 XXX.X A

Starter Motor Current L2 XXX.X A

Starter Motor Current L3 XXX.X A

AFD Motor Current U XXXX A

AFD Motor Current V XXXX A

AFD Motor Current W XXXX A

AFD Motor Voltage UV

AFD Motor Voltage VW

AFD Motor Voltage WU

Starter Input Voltage AB

Starter Input Voltage BC

Starter Input Voltage CA

Active Chilled Water Setpoint

Active Current Limit Setpoint

Refrigerant Type

Refrigerant Monitor XXX ppm

Daily Pumpout - 24 Hours

Daily Pumpout Limit

Pumpout - Life

Purge Top Level Mode On/Auto/Adaptive/Stop

XXXX v

XXXX.X v

XXX.X °F/C

XXX.X %

XXXXX

XX:XX Min:Sec

XXX Min

XXX:XX Min:Sec

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Table 26. ASHRAE Chiller Log data (continued)

Data Name Value

Purge Mode On/Auto/Adaptive/Stop

Compressor Starts

Compressor Running Time

Compressor Refrigerant Discharge Temperature*

Oil Pump Discharge Pressure

Oil Tank Pressure

Oil Differential Pressure

Oil Diff Pressure Switch (CVGF, CVR only)

Lube Pump Discharge Pressure (CVHS)

Cond Rfgt Pressure (visible only with CVHS)

Lube Differential Pressure (CVHS)

Lube Pump Suction Pressure (CVHS)

Oil Tank Temperature

Inboard Bearing Temp

Outboard Bearing Temp

Daily Pumpout - 24 Hours

Daily Pumpout Limit

Pumpout - Life

Purge Top Level Mode On/Auto/Adaptive/Stop

Purge Mode On/Auto/Adaptive/Stop

Compressor Starts

Compressor Running Time

Compressor Refrigerant Discharge Temperature*

Oil Pump Discharge Pressure

Oil Tank Pressure

Oil Differential Pressure

Oil Diff Pressure Switch (CVGF, CVR only)

Lube Pump Discharge Pressure (CVHS)

Cond Rfgt Pressure (visible only with CVHS)

Lube Differential Pressure (CVHS)

Lube Pump Suction Pressure (CVHS)

Oil Tank Temperature

XXXX

XX:XX Hr:Min

XXX.X °F/C

XXX.X PSIA/kPaA

XXX.XX PSID/kPaD

Flow/No Flow

XXX.X PSIA/kPaA

XXX.XX PSID/kPaD

XXX.X PSIA/kPaA

XXX.X °F/C

XX:XX Min:Sec

XXX Min

XXX:XX Min:Sec

XXXX

XX:XX Hr:Min

XXX.X °F/C

XXX.X PSIA/kPaA

XXX.XX PSID/kPaD

Flow/No Flow

XXX.X PSIA/kPaA

XXX.XX PSID/kPaD

XXX.X PSIA/kPaA

XXX.X °F/C

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Table 26. ASHRAE Chiller Log data (continued)

Data Name Value

Inboard Bearing Temp

Outboard Bearing Temp

Evaporator Entering Water Temperature

Evaporator Leaving Water Temperature

Evap Sat Rfgt Temp

Evap Rfgt Pressure

Evap Approach Temp

Evap Water Flow Status

Evap Differential Wtr Press

Approx Evap Water Flow XXX.X gpm/lpm

Calculated Chiller Capacity

Cond Entering Water Temp

Cond Leaving Water Temp

Cond Sat Rfgt Temp

Cond Rfgt Pressure

Cond Approach Temp

Cond Water Flow Status:

Cond Differential Wtr Press

Approx Cond Water Flow XXX.X gpm/lpm

Second Condenser Ent Wtr Temp

Second Condenser Lvg Wtr Temp

XXX.X °F/C

XXX.X PSIA/kPaA

XXX.X °F/C

Flow/No Flow

XXX.XX PSID/kPaD

XXX.X tons/kW

XXX.X °F/C

XXX.X PSIA/kPaA

XXX.X °F/C

Flow/No Flow

XXX.XX PSID/kPaD

XXX.X °F/C

Items Available to Include in Custom Reports

Table 27. Chiller data

Controller Build Part Number

Version

Chiller Heating or Cooling Mode Chiller Top Level Mode

Chiller Heating or Cooling Mode

Table 28. Evaporator data

Active Chilled Water Setpoint Evaporator Leaving Water Temperature

Active Chilled Water Setpoint Source Evaporator Pump Override

Active Ice Termination Setpoint Evaporator Pump Override Time Remaining

Active Ice Termination Setpoint Source Evap Rfgt Pressure

Calculated Chiller Capacity Evap Sat Rfgt Temp

Approx Evap Water Flow Evap Water Flow Status

BAS Chilled Water Setpoint Ext Chilled Wtr Setpt

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Ice Building Active

Refrigerant Monitor

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Table 28. Evaporator data (continued)

Evap Approach Temp Front Panel Ice Building Command

Evap Differential Wtr Press Evaporator Entering Water Pressure

Evaporator Entering Water Temperature Evaporator Leaving Water Pressure

Table 29. Condenser data

Active Hot Water Setpoint Second Condenser Lvg Wtr Temp

Active Hot Water Setpoint Source Condenser Pump Override Time Remaining

Approx Cond Water Flow Condenser Pump Override

Cond Approach Temp Differential Refrigerant Pressure

Cond Differential Wtr Press Head Pressure Control Status

Cond Entering Water Temp Condenser Entering Water Pressure

Cond Leaving Water Temp Condenser Leaving Water Pressure

Cond Rfgt Pressure Condenser Refrigerant Liquid Level Ckt1

Cond Sat Rfgt Temp Economizer Bypass Valve Position Ckt1

Cond Water Flow Status

Outdoor Air Temp Economizer Bypass Valve Position Ckt2

Second Condenser Ent Wtr Temp

Condenser Refrigerant Liquid Level Ckt2

Table 30. Compressor data

Chiller Control Signal Oil Pump Control

Active Base Loading Setpoint Oil Pump Command

Active Base Loading Setpoint Source Oil Pump Discharge Pressure

Compressor Refrigerant Discharge Temperature Oil Pump Override Time Remaining

Compressor Running

Compressor Running Time

Compressor Starts

Hot Gas Bypass Total Time

IGV1 Position

IGV1 Position Steps

IGV2 Position

IGV2 Position Steps

IGV Closed Switch

Oil Tank Pressure

Oil Differential Pressure

Lube Differential Pressure (CVHS)

Lube Pump Control (CVHS)

Lube Pump Command (CVHS)

Lube Pump Discharge Pressure (CVHS)

Lube Pump Override Time Remaining (CVHS)

Lube Pump Suction Pressure (CVHS)

Oil Tank Temperature

Lube Flow First Stage Bearing (CVHS)

Lube Flow Second Stage Bearing (CVHS)

Inboard Bearing Temp

Outboard Bearing Temp

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Table 30. Compressor data (continued)

AAppppeennddiixx AA:: DDaattaa ffoorr CCeennTTrraaVVaacc SSiimmpplleexx CChhiilllleerrss

Oil Differential Pressure Switch (CVGF, CVR only)

Oil Heater Command

Oil Heater Command 4E1

Oil Heater Command 4E2

Outboard Bearing Pad Temperature #1

Outboard Bearing Pad Temperature #2

Outboard Bearing Pad Temperature #3

Compressor Vibration

Table 31. Motor data

Active Current Limit Setpoint Motor Winding Temp #1

Active Current Limit Setpoint Source Motor Winding Temp #2

BAS Current Limit Setpoint Motor Winding Temp #3

Starter Input Power Consumption AFD Average Input Current

Starter Power Demand

Starter Motor Power Factor

Motor Speed AFD Input Current L3

Motor Frequency AFD Input Frequency

Speed Command RPM AFD Average Motor Voltage

Speed Command (CVHS) AFD Calculated Input Voltage

Average Motor Current % RLA AFD DC Bus Voltage

Electro-Mech. Phase Unbalance AFD DC Bus Current

Ext Current Limit Setpt AFD Output Power

Frequency Command

Speed Signal AFD Inverter Base Temp

Motor Coolant Temperature AFD Rectifier Base Temp

MTC Switch

Restart Inhibit Time (MP)

Starter Average Phase Voltage

Starter Motor Current L1 % RLA AFD Motor Current W % RLA

Starter Motor Current L1 AFD Motor Current U

Starter Motor Current L2 % RLA AFD Motor Current V

Starter Motor Current L2 AFD Motor Current W

Starter Motor Current L3 % RLA

Starter Motor Current L3

Starter Energy Consump. NonReset AFD Motor Voltage WU

Starter Energy Consump. Resettable AFD Average Input Voltage

Starter Energy Consump. Last Reset AFD Inverter Module Temp U

Starter Input Voltage AB AFD Inverter Module Temp V

Starter Input Voltage BC AFD Inverter Module Temp W

Starter Input Voltage CA

Motor Temperature

AFD Input Current L1

AFD Input Current L2

AFD Ground Current

AFD Transistor Temp

AFD Motor Current U % RLA

AFD Motor Current V % RLA

AFD Motor Voltage UV

AFD Motor Voltage VW

AFD Total Demand Distortion

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Table 32. Purge data

Average Daily Pumpout-7 Days Carbon Tank Temp

Carbon Regen Cycles Purge Liquid Temp

Chiller On-7 Days Purge Rfgt Cprsr Suction Temp

Daily Pumpout-24 Hours Time at Last Regeneration

Pumpout Chiller Off-7 Days Time Until Next Purge Run

Pumpout Chiller On-7 Days Purge Top Level Mode

Pumpout-Life

Data Graph Data Points

This subsection contains:

• Data points used in the default data graphs, organized by graph

• Data points available to include in custom data graphs, organized by component

Data Points Used in Default Data Graphs

Table 33. Chiller overview 1

Graph data point

Active Chilled Water Setpoint

Active Hot Water Setpoint

Evaporator Leaving Evaporator Temperature

Evaporator Entering Water Temperature

Condenser Leaving Water Temperature

Condenser Entering Water Temperature

Calculated Chiller Capacity Right Y-axis

Axis

Left Y-axis

Table 34. Chiller overview 2

Graph data point

Average Motor Current % RLA

Motor Frequency

Oil Differential Pressure Left Y-axis

Frequency Command

Lube Differential Pressure (CVHS)

Speed Command (CVHS)

Axis

Left Y-axis

Right Y-axis

Table 35. Approach temperature

Graph data point

Evaporator Approach Temperature

Condenser Approach Temperature

Approximate Evaporator Water Flow Right Y-axis

Axis

Left Y-axis

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Table 35. Approach temperature (continued)

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Graph data point

Approximate Condenser Water Flow Right Y-axis

Average Motor Current % RLA Right Y-axis

Axis

Table 36. Evaporator

Graph data point

Active Chilled Water Setpoint

Evaporator Leaving Water Temperature

Evaporator Entering Water Temperature

Evaporator Saturated Refrigerant Temperature

Approximate Evaporator Water Flow Right Y-axis

Axis

Left Y-axis

Table 37. Motor

Graph data point

Starter Motor Current L1 % RLA Left Y-axis

Starter Motor Current L2 % RLA Left Y-axis

Starter Motor Current L3 % RLA Left Y-axis

Average Motor Current % RLA

Starter Input Voltage AB Right Y-axis

Starter Input Voltage BC Right Y-axis

Starter Input Voltage CA Right Y-axis

AFD Motor Current U % RLA Left Y-axis

AFD Motor Current V % RLA Left Y-axis

AFD Motor Current W % RLA Left Y-axis

AFD Motor Voltage UV Right Y-axis

AFD Motor Voltage VW Right Y-axis

AFD Motor Voltage WU Right Y-axis

Axis

Left Y-axis

Table 38. Motor temperature

Graph data point

Motor Winding Temperature 1

Motor Winding Temperature 2

Motor Winding Temperature 3

AFD Transistor Temperature

Table 39. Condenser

Graph data point

Active Hot Water Setpoint

Condenser Leaving Water Temperature

Condenser Entering Water Temperature

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Axis

Left Y-axis

Axis

Left Y-axis

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Table 39. Condenser (continued)

Graph data point

Condenser Saturated Refrigerant Temperature

Approximate Condenser Water Flow Right Y-axis

Axis

Left Y-axis

Table 40. Compressor

Graph data point

Average Line Current

Active Current Limit Setpoint

AFD Frequency

IGV 1 Position Left Y-axis

Chiller Control Signal

Compressor Refrigerant Discharge Temperature Right Y-axis

Axis

Left Y-axis

Table 41. Purge

Graph data point

Daily Pumpout—24 Hours

Pumpout Chiller On—7 Days

Pumpout Chiller Off—7 Days

Purge Average Daily Pumpout—7 Days Right Y-axis

Purge Refrigerant Compressor Suction Temperature Right Y-axis

Purge Liquid Temperature Right Y-axis

Axis

Left Y-axis

Table 42. Oil system

Graph data point

Oil Differential Pressure Left Y-axis

Oil Tank Pressure Left Y-axis

Oil Pump Discharge Pressure

Oil Tank Temperature Right Y-axis

Outboard Bearing Temperature Right Y-axis

Inboard Bearing Temperature Right Y-axis

Axis

Left Y-axis

Table 43. Lube system

Graph data point

Lube Differential Pressure Left Y-axis

Lube Pump Discharge Pressure

Cond Rfgt Pressure

Lube Pump Suction Pressure

Lube Flow First Stage Bearing Right Y-axis

Lube Flow Second Stage Bearing Right Y-axis

Axis

Left Y-axis

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Data Points in Custom Data Graphs

Table 44. Evaporator

Active Chilled Water Setpoint Approx Evap Water Flow

Evaporator Leaving Water Temperature Evap Differential Wtr Press

Evaporator Entering Water Temperature Calculated Chiller Capacity

Evap Sat Rfgt Temp Evap Approach Temp

Evap Rfgt Pressure Active Ice Termination Setpoint

Table 45. Compressor

Chiller Control Signal Inboard Bearing Temp

Oil Tank Pressure

Oil Pump Discharge Pressure Outboard Bearing Pad Temperature #1

Oil Differential Pressure

Lube Pump Suction Pressure (CVHS)

Lube Pump Discharge Pressure (CVHS)

Lube Differential Pressure (CVHS)

Oil Tank Temperature Compressor Refrigerant Discharge Temperature

Lube Flow First Stage Bearing (CVHS)

Lube Flow Second Stage Bearing (CVHS)

Outboard Bearing Temp

Outboard Bearing Pad Temperature #2

Outboard Bearing Pad Temperature #3

IGV1 Position (%)

IGV2 Position (%)

Compressor Vibration

Table 46. Condenser

Active Hot Water Setpoint Cond Approach Temp

Cond Leaving Water Temp Approx Cond Water Flow

Cond Entering Water Temp

Cond Sat Rfgt Temp Second Condenser Lvg Wtr Temp

Outdoor Air Temp Second Condenser Ent Wtr Temp

Refrigerant Monitor Differential Refrigerant Pressure

Cond Rfgt Pressure

Cond Differential Wtr Press

Head Pressure Control Status

Table 47. Motor

Active Current Limit Setpoint AFD Input Current L1

Average Motor Current %RLA AFD Input Current L2

Motor Frequency AFD Input Current L3

Speed Command (CVHS)

Starter Motor Current L1 % RLA

Starter Motor Current L2 % RLA

Starter Motor Current L3 % RLA AFD DC Bus Current

AFD Input Frequency

AFD Average Motor Voltage

AFD DC Bus Voltage

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Table 47. Motor (continued)

Starter Motor Current L1

Starter Motor Current L2 AFD Ground Current

Starter Motor Current L3

Starter Input Voltage AB AFD Rectifier Base Temp

Starter Input Voltage BC AFD Transistor Temp

Starter Input Voltage CA

Motor Winding Temp #1

Motor Winding Temp #2

Motor Winding Temp #3 AFD Motor Voltage UV

Motor Temperature AFD Motor Voltage VW

Motor Coolant Temperature AFD Motor Voltage WU

Starter Input Power Consumption AFD Average Input Voltage

Starter Power Demand

Starter Motor Power Factor

Starter Average Phase Voltage AFD Inverter Module Temp W

Frequency Command

AFD Average Input Current

AFD Output Power

AFD Inverter Base Temp

AFD Motor Current U % RLA

AFD Motor Current V % RLA

AFD Motor Current W % RLA

AFD Inverter Module Temp U

AFD Inverter Module Temp V

AFD Total Demand Distortion

Table 48. Purge

Daily Pumpout—24 Hours Purge Rfgt Cprsr Suction Temp

Pumpout Chiller On—7 Days Purge Liquid Temp

Pumpout Chiller Off—7 Days Carbon Tank Temp

Purge Average Daily Pumpout—7 Days

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Appendix B: Data for CenTraVac Duplex Chillers

The following lists contain all of the data available for viewing on a Tracer® AdaptiView™ display that is connected to a CenTraVac™ Duplex™ chiller.

Component Screen Data

Chiller configuration determines which of the following settings and status points appear on the display. For more information, refer to

Table 49. Evaporator settings and status points

“Component Screens,” p. 14.

Active Chilled Water Setpoint (button links to the Active Chiller Water Setpoint screen)

Evaporator Pump Override (button links to Evaporator Pump Override screen)

Evap Water Flow Status Approx Evap Water Flow

Evap Leaving Water Temp Evap Differential Wtr Press

Evap Entering Water Temp Evap Entering Water Press

Calculated Chiller Capacity Evap Leaving Water Press

Evaporator Saturated Rfgt Temp (Ckt1 and Ckt2)

Evaporator Rfgt Pressure (Ckt1 and Ckt2)

Evap Approach Temp (Ckt1 and Ckt2)

Table 50. Condenser settings and status points

Active Hot Water Setpoint (button links to the Active Hot Water Setpoint screen)

Condenser Pump Override (button links to the Condenser Pump Override screen)

Cond Water Flow Status Cond Differential Wtr Press

Cond Entering Water Temp Second Condenser Lvg Wtr Temp

Cond Leaving Water Temp Second Condenser Ent Wtr Temp

Outdoor Air Temp Cond Entering Water Press

Condenser Refrigerant Pressure (Ckt1 and Ckt2) Cond Leaving Water Press

Condenser Approach Temperature (Ckt1 and Ckt2)

Approx Cond Water Flow

Table 51. Compressor settings and status points

Compressor Running (Ckt1 and Ckt2) Inboard Bearing Temperature (Ckt1 and Ckt2)

Chiller Control Signal Outboard Bearing Temperature (Ckt1 and Ckt2)

Oil Pump Control (Ckt1 and Ckt2) IGV 1 Percent Open (Ckt1 and Ckt2)

Average Motor Current %RLA (Ckt1 and Ckt2) IGV 1 Position (Steps) (Ckt1 and Ckt2)

Compressor Starts (Ckt1 and Ckt2) IGV 2 Percent Open (Ckt1 and Ckt2)

Oil Pump Status (Ckt1 and Ckt2) IGV 2 Position (Steps) (Ckt1 and Ckt2)

Oil Differential Pressure (Ckt1 and Ckt2) Compressor Rfgt Discharge Temp (Ckt1 and Ckt2)

Compressor Running Time (Ckt1 and Ckt2) Outboard Bearing Pad Temperature #1 CktX (for CDHH)

Oil Pump Discharge Pressure (Ckt1 and Ckt2) Outboard Bearing Pad Temperature #2 CktX (for CDHH)

Oil Tank Pressure (Ckt1 and Ckt2) Outboard Bearing Pad Temperature #3 CktX (for CDHH)

Oil Tank Temperature (Ckt1 and Ckt2)

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Table 52. Motor settings and status points

Active Current Limit Setpoint Starter Input Voltage BC CktX

Average Motor Current % RLA CktX Starter Input Voltage CA Ck

Motor Frequency CktX Motor Winding Temperature 1 CktX

Frequency Command CktX Motor Winding Temperature 2 CktX

Starter Motor Current L1 % RLA CktX

Starter Motor Current L2 % RLA CktX

Starter Motor Current L3 % RLA CktX

Starter Motor Current L1 CktX Starter

Motor Current L2 CktXStarter

Motor Current L3 CktX

AFD Input Current L1 CktX

AFD Input Current L2 CktXAFD AFD Output Power CktX

Input Current L3 CktX AFD Average Input Current CktX

AFD Output Voltage CktX Starter Energy Consump. Resettable CktX

AFD DC Bus Voltage CktX Starter Energy Consump. Non Reset CktX

AFD DC Bus Current CktX

Starter Input Voltage AB CktX

Motor Winding Temperature 3 CktX

Motor Temperature CktX

Motor Speed CktX

AFD Transistor Temperature CktX

AFD Input Frequency

Starter Input Power Consumption CktX

Starter Power Demand CktX Starter Motor Power Factor CktX

Starter Energy Consump. Time of Last Reset CktX

Table 53. Purge settings and status points

Purge Top Level Mode (button links to Purge Operating Modes screen) (Ckt1 and Ckt2)

Purge Regen Cycle (button links to PUrge Regen Cycle) (Ckt1 and Ckt2)

Purge Fault Indicator (button links to Alarms screen) (Ckt1 and Ckt2) Time Until Next Purge Run (Ckt1 and Ckt2)

Daily Pumpout—24 Hours (Ckt1 and Ckt2) Purge Rfgt Compressor Suction Temp (Ckt1 and Ckt2)

Average Daily Pumpout—7 Days (Ckt1 and Ckt2) Purge Liquid Temperature (Ckt1 and Ckt2)

Daily Pumpout Limit (Ckt1 and Ckt2) Pumpout—Life (Ckt1 and Ckt2)

Chiller On—7 Days (Ckt1 and Ckt2) Purge Carbon Tank Temp (Ckt1 and Ckt2)

Pumpout Chiller On—7 days (Ckt1 and Ckt2)

Pumpout Chiller Off—7 days (Ckt1 and Ckt2)

Reports

The following data can be viewed on the Reports screen. For more information, refer to

“Reports,” p. 23.

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Log Sheet

Table 54. Evaporator

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Report item

Evaporator Entering Water Temperature

Evaporator Leaving Water Temp

Evaporator Water Flow Status

Evaporator Sat Rfgt Temp (Ckt1 and Ckt2)

Evaporator Rfgt Pressure (Ckt1 and Ckt2)

Evaporator Approach Temp (Ckt1 and Ckt2)

Unit

XXX.X °F/°C

Flow/No Flow

XXX.X °F/°C

XXX.X PSI/kPa

XXX.X °F/°C

Table 55. Condenser

Report item

Cond Entering Water Temp Cond Entering Water Temp

Cond Leaving Water Temp Cond Leaving Water Temp

Cond Water Flow Status Cond Water Flow Status

Cond Sat Rfgt Temp (Ckt1 and Ckt2) Cond Sat Rfgt Temp (Ckt1 and Ckt2)

Cond Rfgt Pressure (Ckt1 and Ckt2) Cond Rfgt Pressure (Ckt1 and Ckt2)

Cond Approach Temp (Ckt1 and Ckt2) Cond Approach Temp (Ckt1 and Ckt2)

Unit

Table 56. Motor

Report item

Starter Current L1 %RLA (Ckt1 and Ckt2)

Starter Current L2 %RLA (Ckt1 and Ckt2)

Compressor Starts (Ckt1 and Ckt2)

Compressor Running Time (Ckt1 and Ckt2)

Oil Tank Pressure (Ckt1 and Ckt2)

Oil Pump Discharge Pressure (Ckt1 and Ckt2)

Oil Differential Pressure (Ckt1 and Ckt2)

Oil Tank Temperature (Ckt1 and Ckt2)

IGV 1 Percent Open (Ckt1 and Ckt2)

IGV 1 Position (Ckt1 and Ckt2) Steps

IGV 2 Percent Open (Ckt1 and Ckt2)

IGV 2 Position (Ckt1 and Ckt2) Steps

Starter Current L3 %RLA (Ckt1 and Ckt2)

Starter Current L1 (Ckt1 and Ckt2)

Starter Current L2 (Ckt1 and Ckt2)

Starter Current L3 (Ckt1 and Ckt2)

Starter Voltage Phase AB (Ckt1 and Ckt2)

Starter Voltage Phase BC (Ckt1 and Ckt2)

Starter Voltage Phase CA (Ckt1 and Ckt2)

Unit

XXX.X %

XXXX Starts

XX:XX Hr:Min

XXX.X PSI/kPa

XXX.X °F/°C

XXX.X %

XXXX A

XXXXX.X V

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Table 56. Motor (continued)

Report item

Starter Power Demand (Ckt1 and Ckt2)

Starter Load Power Factor (Ckt1 and Ckt2)

Motor Winding Temp 1 (Ckt1 and Ckt2)

Motor Winding Temp 2 (Ckt1 and Ckt2)

Motor Winding Temp 3 (Ckt1 and Ckt2)

AFD Frequency (Ckt1 and Ckt2)

AFD Speed (Ckt1 and Ckt2)

AFD Transistor Temp (Ckt1 and Ckt2)

Table 57. Purge

Report item

Time Until Next Purge Run (Ckt1 and Ckt2)

Daily Pumpout—24 Hours (Ckt1 and Ckt2)

Average Daily Pumpout—7 Days (Ckt1 and Ckt2)

Daily Pumpout Limit (Ckt1 and Ckt2)

Chiller On—7 Days (Ckt1 and Ckt2)

Pumpout Chiller On—7 Days (Ckt1 and Ckt2)

Pumpout Chiller Off—7 Days (Ckt1 and Ckt2)

Pumpout—Life (Ckt1 and Ckt2)

Purge Rfgt Compressor Suction Temp (Ckt1 and Ckt2)

Purge Liquid Temp (Ckt1 and Ckt2)

Purge Carbon Tank Temp (Ckt1 and Ckt2)

Unit

XXXX kW

XX.X

XXX.X °F/°C

XX Hz

XXXX RPM

XXX.X °F/°C

Unit

XXX.X min

XXX.X °F/°C

ASHRAE Chiller Log

NNoottee:: The ASHRAE Chiller Log contains those items recommended by ASHRAE Std 147 Standard

147-2002, Reducing Release of Halogenated Refrigerants from Refrigeration and AirConditioning Equipment and Systems.

Table 58. ASHRAE Chiller Log data

Data name Value

Current Date/Time User-selected date/time format

Chiller Top Level Mode Dependent on chiller type

Evap Entering Water Temp

Evap Leaving Water Temp

Evap Water Flow Status

Evap Differential Wtr Press

Approx Evap Water Flow XXX.X gpm/lpm

Calculated Chiller Capacity

Refrigerant Type

XXX.X °F/C°

Flow/No Flow

XXX.X PSI/kPa

XXXX tons/kW

R123

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Table 58. ASHRAE Chiller Log data (continued)

Data name Value

Refrigerant Monitor XXX.X ppm

Active Chilled Water Setpoint

Active Current Limit Setpoint

Cond Entering Water Temp

Cond Leaving Water Temp

Cond Water Flow Status

Cond Differential Wtr Press

Approx Cond Water Flow XXXX gpm/lpm

Top Level Operating Mode (Ckt1 and Ckt2) Dependent on chiller type

Evaporator Saturated Rfgt Temp (Ckt1 and Ckt2)

Evaporator Refrigerant Pressure (Ckt1 and Ckt2)

Evaporator Approach Temp (Ckt1 and Ckt2)

Condenser Saturated Rfgt Temp (Ckt1 and Ckt2)

Condenser Refrigerant Pressure (Ckt1 and Ckt2)

Condenser Approach Temperature (Ckt1 and Ckt2)

Compressor Starts (Ckt1 and Ckt2)

Compressor Running Time (Ckt1 and Ckt2)

Compressor Refrigerant Discharge Temperature (Ckt1 and Ckt2)

Oil Pump Discharge Pressure (Ckt1 and Ckt2)

Oil Tank Pressure (Ckt1 and Ckt2)

Oil Differential Pressure (Ckt1 and Ckt2)

Oil Tank Temperature (Ckt1 and Ckt2)

Inboard Bearing Temp (Ckt1 and Ckt2)

Outboard Bearing Temp (Ckt1 and Ckt2)

Daily Pumpout—24 Hrs (Ckt1 and Ckt2)

Daily Pumpout Limit (Ckt1 and Ckt2)

Pumpout—Life (Ckt1 and Ckt2)

Purge Top Level Mode (Ckt1 and Ckt2) On/Auto/Adaptive/Stop

Purge Operating Mode (Ckt1 and Ckt2) On/Auto/Adaptive/Stop

Starter Current L1 (Ckt1 and Ckt2)

Starter Current L2 (Ckt1 and Ckt2)

Starter Current L3 (Ckt1 and Ckt2)

Starter Voltage Phase AB (Ckt1 and Ckt2)

Starter Voltage Phase BC (Ckt1 and Ckt2)

Starter Voltage Phase CA (Ckt1 and Ckt2)

XXX.X F°/C°

XXX.X %

XXX.X °F/C°

Flow/No Flow

XXX.X PSI/kPa

XXX.X °F/C°

XXX.X PSI/kPa

XXX.X °F/C°

XXX.X PSI/kPa

XXX.X °F/C°

XXXX

XX:XX Hr:Min

XXX.X °F/C°

XXX.X PSI/kPa

XXX.X °F/C°

XXX.X F°/C°

XXX.X Min

XXXXXX.X Hours

XXXX A

XXXX V

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Items Available to Include in Custom Reports

Table 59. Chiller

Active Base Loading Setpoint

Active Base Loading Setpoint Source Chiller Heating or Cooling Mode

Application Part Number Chiller Top Level Mode

Table 60. Evaporator

Active Chilled Water Setpoint Evaporator Saturated Refrigerant Temperature (Ckt1 and Ckt2)

Active Chilled Water Setpoint Source Evaporator Water Flow Status

BAS Chilled Water Setpoint Active Ice Termination Setpoint

Evaporator Approach Temperature (Ckt1 and Ckt2) Active Ice Termination Setpoint Source

Evaporator Entering Water Temperature Calculated Chiller Capacity

Evaporator Leaving Water Temperature Approx Evap Water Flow

Evaporator Pump Override Evap Differential Wtr Pressure

Evaporator Pump Override Time Remaining External Chilled Water Setpoint

Evaporator Refrigerant Pressure (Ckt1 and Ckt2) Front Panel Ice Building Command

Table 61. Compressor

Version

Chiller Control Signal Oil Differential Pressure (Ckt1 and Ckt2)

Active Base Loading Setpoint Oil Heater Command (Ckt1 and Ckt2)

Active Base Loading Setpoint Source Oil Pump Control (Ckt1 and Ckt2)

Compressor Refrigerant Discharge Temperature (Ckt1 and Ckt2) Oil Pump Command (Ckt1 and Ckt2)

Compressor Running Status (Ckt1 and Ckt2) Oil Pump Discharge Pressure (Ckt1 and Ckt2)

Compressor Running Time (Ckt1 and Ckt2) Oil Pump Override Time Remaining

Compressor Starts (Ckt1 and Ckt2) Oil Tank Pressure (Ckt1 and Ckt2)

Inboard Bearing Temperature (Ckt1 and Ckt2) Oil Tank Temperature (Ckt1 and Ckt2)

IGV1 Position (Ckt1 and Ckt2) Oil Pump Override Time Remaining (Ckt1 and Ckt2)

IGV1 Percent Open (Ckt1 and Ckt2) Outboard Bearing Temperature (Ckt1 and Ckt2)

IGV2 Position (Ckt1 and Ckt2) Inboard Bearing Temperature (Ckt1 and Ckt2)

IGV2 Percent Open (Ckt1 and Ckt2)

Table 62. Condenser

Condenser Approach Temperature (Ckt1 and Ckt2) Condenser Pump Override

Condenser Entering Water Temperature (Ckt1 and Ckt2) Active Hot Water Setpoint

Condenser Leaving Water Temperature (Ckt1 and Ckt2) Active Hot Water Setpoint Source

Condenser Refrigerant Pressure (Ckt1 and Ckt2) Approx Cond Water Flow

Condenser Saturated Refrigerant Temperature (Ckt1 and Ckt2)

Condenser Water Flow Status

Condenser Pump Override Time Remaining

Cond Differential Wtr Press

Outdoor Air Temperature

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Table 63. Motor

Active Current Limit Setpoint Phase Unbalance (Ckt1 and Ckt2)

Active Current Limit Setpoint Source Restart Inhibit Time (MP) (Ckt1 and Ckt2)

BAS Current Limit Setpoint Starter Average Phase Voltage (Ckt1 and Ckt2)

External Current Limit Setpoint Starter Current L1 %RLA (Ckt1 and Ckt2)

AFD DC Bus Voltage (Ckt1 and Ckt2) Starter Current L1 (Ckt1 and Ckt2)

AFD Output Power (Ckt1 and Ckt2) Starter Current L2 %RLA (Ckt1 and Ckt2)

AFD Transistor Temperature (Ckt1 and Ckt2) Starter Current L2 (Ckt1 and Ckt2)

Starter Power Consumption (Ckt1 and Ckt2) Starter Current L3 %RLA (Ckt1 and Ckt2)

Starter Load Power Factor (Ckt1 and Ckt2) Starter Current L3 (Ckt1 and Ckt2)

Speed (Ckt1 and Ckt2) Starter Energy Consumption Not Resettable (Ckt1 and Ckt2)

Frequency (Ckt1 and Ckt2) Starter Energy Consumption Resettable (Ckt1 and Ckt2)

Generator Frequency Command (Ckt1 and Ckt2) Starter Energy Consumption Last Reset (Ckt1 and Ckt2)

Generator Speed Signal (Ckt1 and Ckt2) Starter Power Demand (Ckt1 and Ckt2)

Average Line Current %RLA (Ckt1 and Ckt2) Starter Voltage Phase AB (Ckt1 and Ckt2)

Motor Winding Temperature 1 (Ckt1 and Ckt2) Starter Voltage Phase BC (Ckt1 and Ckt2)

Motor Winding Temperature 2 (Ckt1 and Ckt2) Starter Voltage Phase CA (Ckt1 and Ckt2)

Motor Winding Temperature 3 (Ckt1 and Ckt2)

Table 64. Purge

Purge Top Level Mode (Ckt1 and Ckt2) Pumpout—Life (Ckt1 and Ckt2)

Average Daily Pumpout—7 Days (Ckt1 and Ckt2) Purge Carbon Tank Temp (Ckt1 and Ckt2)

Carbon Regen Cycles (Ckt1 and Ckt2) Purge Liquid Temperature (Ckt1 and Ckt2)

Chiller On—7 Days (Ckt1 and Ckt2) Purge Refrigerant Compressor Suction Temp (Ckt1 and Ckt2)

Daily Pumpout—24 Hours (Ckt1 and Ckt2) Time at Last Regeneration (Ckt1 and Ckt2)

Pumpout Chiller Off—7 Days (Ckt1 and Ckt2) Time Until Next Purge Run (Ckt1 and Ckt2)

Pumpout Chiller On—7 Days (Ckt1 and Ckt2)

Data Graph Data Points

This subsection contains:

• Data points used in the default data graphs, organized by graph

• Data points available to include in custom data graphs, organized by component

Data Points Used in Default Data Graphs

Table 65. Chiller Overview 1

Graph data point

Active Chilled Water Setpoint

Active Hot Water Setpoint

Evaporator Leaving Evaporator Temperature

Evaporator Entering Water Temperature

Axis

Left Y-axis

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Table 65. Chiller Overview 1 (continued)

Graph data point

Condenser Leaving Water Temperature

Condenser Entering Water Temperature

Calculated Chiller Capacity Right Y-axis

Axis

Left Y-axis

Table 66. Chiller Overview 2

Graph data point

Average Motor Current % RLA Ckt1 1st y-axis

Average Motor Current % RLA Ckt2 1st y-axis

Motor Frequency Ckt1 1st y-axis

Motor Frequency Ckt2 1st y-axis

Oil Differential Pressure Ckt1 1st y-axis

Oil Differential Pressure Ckt2 1st y-axis

Axis

Left Y-axis

Table 67. Evaporator

Graph data point

Active Chilled Water Setpoint

Evaporator Leaving Water Temperature

Evaporator Entering Water Temperature

Evaporator Saturated Refrigerant Temperature (Ckt1 and Ckt2)

Approximate Evaporator Water Flow Right Y-axis

Axis

Left Y-axis

Table 68. Condenser

Graph data point

Active Hot Water Setpoint

Condenser Leaving Water Temperature

Condenser Entering Water Temperature

Condenser Saturated Refrigerant Temperature (Ckt1 and Ckt2)

Approximate Condenser Water Flow Right Y-axis

Axis

Left Y-axis

Table 69. Compressor

Graph data point

Average Motor Current % RLA (Ckt1 and Ckt2)

Active Current Limit Setpoint

AFD Frequency (Ckt1 and Ckt2)

IGV 1 Percent Open (Ckt1 and Ckt2)

Chiller Control Signal (Ckt1 and Ckt2)

Compressor Refrigerant Discharge Temperature (Ckt1 and Ckt2) Right Y-axis

Axis

Left Y-axis

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Table 70. Oil System

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Graph data point

Oil Differential Pressure (Ckt1 and Ckt2)

Oil Tank Pressure (Ckt1 and Ckt2)

Oil Pump Discharge Pressure (Ckt1 and Ckt2)

Oil Tank Temperature (Ckt1 and Ckt2) Right Y-axis

Outboard Bearing Temperature (Ckt1 and Ckt2) Right Y-axis

Inboard Bearing Temperature (Ckt1 and Ckt2) Right Y-axis

Axis

Left Y-axis

Table 71. Oil System

Graph data point

Oil Differential Pressure (Ckt1 and Ckt2)

Oil Tank Pressure (Ckt1 and Ckt2)

Oil Pump Discharge Pressure (Ckt1 and Ckt2)

Oil Tank Temperature (Ckt1 and Ckt2) Right Y-axis

Outboard Bearing Temperature (Ckt1 and Ckt2) Right Y-axis

Inboard Bearing Temperature (Ckt1 and Ckt2) Right Y-axis

Axis

Left Y-axis

Table 72. Motor

Graph data point

Average Motor Current %RLA CktX

Starter Motor Current L1 % RLA CktX Left Y-axis

Starter Motor Current L2 % RLA (CktX)

Starter Motor Current L3 % RLA (CktX)

Starter Input Voltage Phase AB (CktX) Right Y-axis

Starter Input Voltage Phase BC (CktX) Right Y-axis

Starter Input Voltage Phase CA (CktX) Right Y-axis

Axis

Left Y-axis

Table 73. Motor Temperature

Graph data point

Motor Winding Temperature 1 (Ckt1 and Ckt2)

Motor Winding Temperature 2 (Ckt1 and Ckt2)

Motor Winding Temperature 3 (Ckt1 and Ckt2)

AFD Transistor Temperature (Ckt1 and Ckt2)

Table 74. Purge

Graph data point

Daily Pumpout—24 Hours (Ckt1 and Ckt2)

Pumpout Chiller On—7 Days (Ckt1 and Ckt2)

Pumpout Chiller Off—7 Days (Ckt1 and Ckt2)

CTV-SVU01G-EN

Axis

Left Y-axis

Axis

Left Y-axis

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Table 74. Purge (continued)

Graph data point

Average Daily Pumpout—7 Days (Ckt1 and Ckt2) Right Y-axis

Purge Refrigerant Compressor Suction Temperature (Ckt1 and Ckt2) Right Y-axis

Purge Liquid Temperature (Ckt1 and Ckt2) Right Y-axis

Axis

Table 75. Approach Temperature

Graph data point

Evaporator Approach Temperature (Ckt1 and Ckt2)

Condenser Approach Temperature (Ckt1 and Ckt2)

Approximate Evaporator Water Flow (Ckt1 and Ckt2) Right Y-axis

Approximate Condenser Water Flow (Ckt1 and Ckt2) Right Y-axis

Average Line Current %RLA (Ckt1 and Ckt2) Right Y-axis

Axis

Left Y-axis

Data Points in Custom Data Graphs

Table 76. Evaporator

Active Chilled Water Setpoint

Evaporator Leaving Water Temperature

Evaporator Entering Water Temperature

Approx Evap Water Flow

Evap Differential Wtr Press

Calculated Chiller Capacity

Active Ice Termination Setpoint

Evaporator Saturated Rfgt Temp Ckt1

Evaporator Refrigerant Pressure Ckt1

Evaporator Approach Temperature Ckt1

Evaporator Saturated Rfgt Temp Ckt2

Evaporator Refrigerant Pressure Ckt2

Evaporator Approach Temperature Ckt2

Evaporator Entering Water Pressure

Evaporator Leaving Water Pressure

Table 77. Condenser

Active Hot Water Setpoint

Condenser Leaving Water Temperature

Condenser Entering Water Temperature

Outdoor Air Temperature

Refrigerant Monitor

Approx Cond Water Flow

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Table 77. Condenser (continued)

Cond Differential Wtr Press

Head Pressure Control Status

Condenser Saturated Rfgt Temp Ckt1

Condenser Refrigerant Pressure Ckt1

Condenser Approach Temperature Ckt1

Differential Refrigerant Pressure Ckt1

Condenser Saturated Rfgt Temp Ckt2

Condenser Refrigerant Pressure Ckt2

Condenser Approach Temperature Ckt2

Differential Refrigerant Pressure Ckt2

Condenser Entering Water Pressure

Condenser Leaving Water Pressure

Table 78. Compressor

Chiller Control Signal

Oil Tank Pressure Ckt1

Oil Pump Discharge Pressure Ckt1

Oil Differential Pressure Ckt1

Oil Tank Temperature Ckt1

Inboard Bearing Temperature Ckt1

Outboard Bearing Temperature Ckt1

Outboard Bearing Pad Temperature #1 Ckt1 *Added for CDHH

Outboard Bearing Pad Temperature #2 Ckt1 *Added for CDHH

Outboard Bearing Pad Temperature #3 Ckt1 *Added for CDHH

IGV 1 Percent Open Ckt1

IGV 1 Position Ckt1

IGV 2 Percent Open Ckt1

IGV 2 Position Ckt1

Compressor Rfgt Discharge Temp Ckt1

Oil Tank Pressure Ckt2

Oil Pump Discharge Pressure Ckt2

Oil Differential Pressure Ckt2

Oil Tank Temperature Ckt2

Inboard Bearing Temperature Ckt2

Outboard Bearing Temperature Ckt2

Outboard Bearing Pad Temperature #1 Ckt2 *Added for CDHH

Outboard Bearing Pad Temperature #2 Ckt2 *Added for CDHH

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Table 78. Compressor (continued)

Outboard Bearing Pad Temperature #3 Ckt2 *Added for CDHH

IGV 1 Percent Open Ckt2

IGV 1 Position Ckt2

IGV 2 Percent Open Ckt2

IGV 2 Position Ckt2

Compressor Rfgt Discharge Temp Ckt2

Table 79. Motor

Active Current Limit Setpoint

Motor Frequency Ckt1

Frequency Command Ckt1

Average Motor Current % RLA Ckt1

Starter Motor Current L1 % RLA Ckt1

Starter Motor Current L2 % RLA Ckt1

Starter Motor Current L3 % RLA Ckt1

Starter Motor Current L1 Ckt1

Starter Motor Current L2 Ckt1

Starter Motor Current L3 Ckt1

Starter Average Phase Voltage Ckt1

Starter Input Voltage AB Ckt1

Starter Input Voltage BC Ckt1

Starter Input Voltage CA Ckt1

Motor Winding Temperature 1 Ckt1

Motor Winding Temperature 2 Ckt1

Motor Winding Temperature 3 Ckt1

Motor Temperature Ckt1

Starter Input Power Consumption Ckt1

Starter Power Demand Ckt1

Starter Motor Power Factor Ckt1

AFD Average Input Current Ckt1

AFD Input Current L1 Ckt1

AFD Input Current L2 Ckt1

AFD Input Current L3 Ckt1

AFD Input Frequency Ckt1

AFD Output Voltage Ckt1

AFD DC Bus Voltage Ckt1

AFD DC Bus Current Ckt1

(Note: Added per CR 51244, 5/2/14)

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Table 79. Motor (continued)

AFD Output Power Ckt1

AFD Ground Current Ckt1

AFD Inverter Base Temp Ckt1

AFD Rectifier Base Temp Ckt1

AFD Transistor Temperature Ckt1

Motor Frequency Ckt2

Frequency Command Ckt2

Average Motor Current % RLA Ckt2

Starter Motor Current L1 % RLA Ckt2

Starter Motor Current L2 % RLA Ckt2

Starter Motor Current L3 % RLA Ckt2

Starter Motor Current L1 Ckt2

Starter Motor Current L2 Ckt2

Starter Motor Current L3 Ckt2

Starter Average Phase Voltage Ckt2

Starter Input Voltage AB Ckt2

Starter Input Voltage BC Ckt2

Starter Input Voltage CA Ckt2

Motor Winding Temperature 1 Ckt2

Motor Winding Temperature 2 Ckt2

Motor Winding Temperature 3 Ckt2

Motor Temperature Ckt2

Starter Input Power Consumption Ckt2

Starter Power Demand Ckt2

Starter Motor Power Factor Ckt2

AFD Average Input Current Ckt2

AFD Input Current L1 Ckt2

AFD Input Current L2 Ckt2

AFD Input Current L3 Ckt2

AFD Input Frequency Ckt2

AFD Output Voltage Ckt2

AFD DC Bus Voltage Ckt2

AFD DC Bus Current Ckt1

(Note: Added per CR 51244, 5/2/14)

AFD Output Power Ckt2

AFD Ground Current Ckt2

AFD Inverter Base Temp Ckt2

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Table 79. Motor (continued)

AFD Rectifier Base Temp Ckt2

AFD Transistor Temperature Ckt2

Table 80. Purge

Daily Pumpout-24 hours Ckt1

Pumpout Chiller On 7 Days Ckt1

Pumpout Chiller Off 7 Days Ckt1

Average Daily Pumpout 7 days Ckt1

Purge Rfgt Compressor Suction Temp Ckt1

Purge Liquid Temperature Ckt1

Purge Carbon Tank Temp Ckt1

Daily Pumpout-24 hours Ckt2

Pumpout Chiller On 7 Days Ckt2

Pumpout Chiller Off 7 Days Ckt2

Average Daily Pumpout 7 days Ckt2

Purge Rfgt Compressor Suction Temp Ckt2

Purge Liquid Temperature Ckt2

Purge Carbon Tank Temp Ckt2

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NNootteess

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Trane - by Trane Technologies (NYSE: TT), a global climate innovator - creates comfortable, energy efficient indoor environments for commercial and residential applications. For more information, please visit trane.com or tranetechnologies.com.

Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice. We are committed to using environmentally conscious print practices.

CTV-SVU01G-EN 21 Mar 2020

Supersedes CTV-SVU01F-EN (Apr 2017)

Trane Tracer AdaptiView User guide

Specifications and Main Features

Frequently Asked Questions

User Manual