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Vertiv Liebert iCOM User Manual

Vertiv Liebert iCOM
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13.6 Installing the U2U Network
13.6.1 Required Network Equipment
Ethernet cable CAT5 or greater
Maximum cable length is 328ft. (100m).
An Ethernet repeater is required for cable lengths greaterthan328ft.(100m).
Network switch
IEEE 802.3; IEEE 802.3u
10/100Mbps speed
Multiple 10/100 RJ-45 ports, one shared.
RJ-45 up link port
NOTE: Up to 32 cooling units may be connected in a U2U network.
13.6.2 Plan Wiring Runs
When planning the layout of the conditioned space, consider the following:
Good wiring practices.
An Ethernet repeater is required for cable lengths greaterthan328ft.(100m).
A private network that only connects and manages the cooling units is required.
Keep control and communication cables away from power cables to prevent electromagnetic interference.
Keep cables away from noise introducing devices such as machines, fluorescent lights, and electronics.
Do not bend cables to less than four times the diameter of the diameter of the cable.
Do not deform cables when hanging or securing in bundles.
Do not exceed 25lb (11kg) of tension when pulling cables to avoid stretching.
Do not damage cables when securing them. Use only approved hangers, such as telephone wire/RG-6 coaxial
wire hangers.
13.6.3 U2U Wiring Connections
NOTICE
Cooling units are factory wired for stand alone operation. Do not connect the U2U network cabling before setting
the U2U network configuration/groups. Network communication conflicts and unreliable display readings will
result.
Before you begin, refer to Preparing for U2U Group Set Up on page97 , andConfiguring U2U Network Settings
on page98 .
or
Contact Vertiv™ Technical Support at 1-800-543-2778, opt. 5 or https://www.vertiv.com/en-us/support/.
13 Vertiv™ Liebert® iCOM™ Hardware Installation
197
Vertiv™ Liebert® iCOM™Installer/User Guide

Table of Contents

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Questions and Answers:

Vertiv Liebert iCOM Specifications

General IconGeneral
Product TypeControl Unit
BrandVertiv
ModelLiebert iCOM
Input Voltage100-240 VAC
Input Frequency Range50/60 Hz
DisplayLCD
Communication ProtocolsModbus, SNMP, BACnet
Remote ManagementSNMP
Operating Temperature0°C to 40°C
Storage Temperature-20°C to 60°C
Humidity Range5-95% RH, non-condensing
Communication PortsEthernet, RS-485
DimensionsVaries by model
WeightVaries by model

Summary

1 Getting Started with Vertiv™ Liebert® iCOM™ Installer/User Guide

1.1 Touchscreen Display and User Interface

Overview of the Liebert® iCOM™ touchscreen and its user interface for monitoring and managing cooling units.

1.2 Touchscreen Status Dial

Details the primary control panel's status dial for displaying unit status, setpoints, and environmental conditions.

1.2.1 Dial Background Color Status Indication

Explains how dial background colors indicate unit status, power, and sensor readings relative to threshold settings.

1.3 Control Header

Describes the control header which provides access to user and service settings, including lock/unlock functionality.

1.3.1 Powering On the Vertiv™ Liebert® iCOM™ and Logging In/Unlocking Controls

Instructions for powering on the unit and logging into the iCOM™ system using user and service passwords.

1.3.2 Powering On the Thermal Management Unit

Steps to power on the thermal management unit via the Liebert® iCOM™ display and its operating status.

1.3.3 Powering Off the Thermal Management Unit

Procedure for powering off the thermal management unit through the Liebert® iCOM™ display interface.

1.3.5 Setting the Date and Time

Guidance on setting the correct date and time for system warnings, alarms, and scheduling accuracy.

1.6 Accessing the User, Service, and Advanced Menus

Details on how to access the different operational menus (User, Service, Advanced) via the iCOM™ interface.

1.7 User Menu

Overview of the User Menu for viewing system statuses and editing setpoints for cooling unit operation.

1.8 Service Menu

Description of the Service Menu for viewing, editing setpoints, and performing other unit functions.

1.9 Advanced Menu

Information on the Advanced Menu, providing a read-only view of advanced setup and factory-level settings.

2 User Operation

2.1 Viewing and Editing Setpoints for the Cooling Unit

Guide to viewing and editing a limited number of setpoints for cooling unit operation at the user level.

2.1.1 Editing Humidity Setpoints

Instructions for editing humidity setpoints, including dew point and humidity control types.

2.1.2 Editing Temperature Setpoints

Procedure for viewing and editing temperature setpoints, including options like BMS backup and sensor selection.

2.2 Viewing Unit Alarms

How to view active alarms and warning events listed on the ALARMS panel, including status indicators.

2.2.4 Acknowledging Alarms

Steps for acknowledging and resetting alarms and warnings to clear event status indicators.

2.3 Viewing the Event Log

Procedure for viewing the event log, which lists events by date/time and includes color-coded status.

2.5 Managing Run Hours for a Component

Guidance on viewing component run hours, setting limits, and resetting total run hours to zero.

2.7 Viewing Teamwork, Standby, and Cascade Status

How to view teamwork mode status, number of units in standby, and operating units.

3 Service Operation

3.1 Editing Setpoints for the Cooling Unit

Details on editing setpoints to control cooling unit operation, including options for fan, humidity, and temperature.

3.1.2 Configuring Temperature Setpoints

Procedure for configuring temperature setpoints, including AutoSet, BMS backup, and control sensor selection.

3.1.3 Temperature Control—Temperature Setpoints and Cooling Operation

Explanation of temperature control logic, proportional band, and deadband effects on cooling operation.

3.1.4 Compressor Control by Cooling Requirement

How compressor operation is determined by temperature control requirements and proportional band settings.

3.1.5 Setting Temperature Compensation

Configuration of temperature compensation to protect capacity and heat load by adjusting setpoints.

3.1.9 Humidity Control

Guidance on configuring humidity control parameters, including proportional band, deadband, and integration time.

3.3.2 Configuring Quick Start

Procedure for configuring Quick Start settings to provide airflow and cooling within seconds after power restoration.

3.3.5 Setting Compressor Options

Configuration options for compressors, including capacity, sequence, and winter start delay settings.

3.3.7 Reheat Control

Details on reheat control, linking heating requirements to temperature proportional bands and stage configurations.

3.3.8 Setting Humidifier Options

Configuration options for humidifiers, including system and unit enablement, and control methods.

3.3.12 Temperature Control: Setting Loss of Cooling Operation

Defines loss of cooling states and scenarios where a unit may experience a loss of cooling operation.

3.5 Vertiv™ Liebert® Air Economizer Operation

Explanation of how the Liebert® Air Economizer operates using outdoor air for cooling based on iCOM™ control.

3.5.2 Disable the Vertiv™ Liebert® Air Economizer

Methods to disable the Air Economizer function using a switch, display, or remote monitoring system.

3.5.3 Adjust the Restricted Airflow Switch on the Vertiv™ Liebert® Air Economizer

Procedure for adjusting the restricted airflow switch to ensure proper and efficient Air Economizer operation.

4 Managing Events: Alarms, Warnings and Messages

4.1 Event Properties

Lists available events and criteria for triggering visual/audible alarms like thresholds and delays.

4.2 Enabling Events and Editing Event Settings

Guidance on editing event settings, including thresholds, delays, and enable/disable options for easier management.

4.3 Selecting Event Type and Setting Alarm/Warning Notification

Customizing notification delays and disabling visual alerts to prevent nuisance notifications for critical events.

4.4 Enabling the Audible Alarm Notification

Steps to enable or disable audible alarm notifications by selecting an alarm buzzer pattern.

4.5 Remote Alarm Device and Customer Input Events

Information on setting up remote alarm devices and customer input events for monitoring external conditions.

5 U2U Networking

5.1 Preparing for U2U Group Set Up

Steps for preparing a U2U network, including mapping rooms, identifying units, and planning addresses.

5.2 Configuring U2U Network Settings

Instructions for configuring unit-to-unit communication settings within the U2U network.

5.2.1 U2U Control Board Settings

Details on U2U control board settings such as broadcast, gateway, IP address, and MAC address.

5.2.2 Troubleshooting Network Settings Issues

Guidance on identifying and resolving network setting issues indicated by status colors on the U2U panel.

6 Teamwork, Standby and Rotation for Cooling Units

6.2 Teamwork Modes

Explanation of teamwork modes for optimizing performance and efficiency in a group of units.

6.2.1 To Set Up Teamwork

Instructions for setting up teamwork modes by selecting a mode from the drop-down menu.

6.2.5 Teamwork Mode 3—Optimized Aisle Operation

Details on Teamwork Mode 3, which optimizes operation for unbalanced loads and cold aisle delivery.

6.3 Assigning Cooling Units to Standby (Lead/Lag)

Procedure for assigning units to standby mode to manage run-time and provide redundancy.

6.4 Setting a Rotation Schedule

How to set a rotation schedule to switch operating and standby units for managing run-time.

7 Configuring Economizer Operation

7.1 Fluid Economizers

Overview of fluid economizers (GLYCOOL, Dual Cool) providing secondary chilled water or glycol cooling.

7.1.1 Fluid Economizer Control Options

Configuration options for economizer operation, including override, setup, and status monitoring.

7.1.2 Overriding the Fluid Economizer Operation

Procedure to override economizer settings with cooling unit settings for specific operational control.

7.1.3 Setting Up Fluid Economizer Operation

Configures activation points for the economizer using room/local air and Aquastat sensors.

7.1.4 Temperature Control with a Fluid Economizer

How temperature control is managed when an economizer is installed, using secondary cooling first.

8 External Monitoring and Building Management Systems

8.1 BMS and Vertiv™ Liebert® IntelliSlot™ Settings

Settings for communicating with Building Management Systems (BMS) via IntelliSlot™ Unity card or embedded Unity.

8.1.1 Configuring BMS Communication with Embedded Unity

Steps to enable and configure communication with BMS using the embedded Unity function.

8.1.2 Setting BMS Control Settings

Configuration of BMS control settings, including connection type and fan speed local override.

8.2 Communication Setup with Embedded Unity

Description of configuration options for embedded Unity function including various communication protocols.

8.2.1 Connecting to the BMS

Instructions for connecting the iCOM™ control board to a BMS via Ethernet or RS-485.

8.2.2 Embedded Unity User and Password

Procedure for setting or changing the Unity administrator login username and password.

8.2.6 Network Configuration

Settings for configuring the network interface, including speed duplex, hostname, and server settings.

8.2.7 Web Server Configuration

Configuration of web server security settings, such as HTTP/HTTPS and password protection.

8.2.11 BACnet Protocol Setup

Procedure for configuring BACnet IP and MSTP protocols for communication with a BMS.

8.2.12 Modbus Protocol Setup

Configuration steps for Modbus TCP and Modbus RTU protocols for BMS communication.

8.2.13 SNMP Protocol Setup

Configuration of SNMP protocols, including enabling traps, setting intervals, and managing users.

9 Configuring Auxiliary Devices

9.1 Power Monitoring

Setup instructions for connecting and configuring up to six power meters to monitor unit components.

9.2 Fluid Temperature Monitoring

Procedure for connecting and configuring 2T sensors to monitor local and remote fluid temperature differentials.

9.3 Configuring Analog Input Devices

Guidance on connecting and configuring external sensors and analog devices to the iCOM™ control board.

9.4 Wired Remote Sensors

Information on installing and configuring wired remote sensors for temperature control and teamwork functions.

9.4.1 Wired Remote Sensor Setup Options

Setup options for wired remote sensors, including average rack temp, sensor modes, and REM sensor control.

9.5 Supply Sensors

Details on using supply air sensors for temperature control and enhancing air supply control parameters.

10 Administering Firmware, Settings and Security

10.1 Vertiv™ Liebert® iCOM™ Firmware Upgrades

Procedure for upgrading control board firmware using the Liebert® iCOM™ Service Tool (iST).

10.1.2 Updating Vertiv™ Liebert® iCOM™ Control Board Firmware

Steps to update the iCOM™ control board firmware via USB drive, including preparation and process.

10.2 Backing Up and Restoring Control Board Settings

How to save and restore control board settings for backup, replication, or replacement purposes.

10.3 Managing Access Permission and Passwords

Guide to managing user access levels and changing passwords for iCOM™ menus and operational security.

11 Performing Diagnostics

11.1 Cooling Unit Status LED

Explanation of the cooling unit LED colors and states indicating operational status and conditions.

11.2 Enabling Manual Mode for Diagnostics

Procedure to enable manual mode for testing components, validating operation, and evaluating performance.

11.3 Diagnosing Evaporator Fan Issues

Troubleshooting steps for evaporator fan issues, including options for diagnosing motor overload and airflow loss.

11.4 Diagnosing Compressor Circuit Issues

Guide to diagnosing compressor circuit problems, covering capacity, freeze protection, and overload status.

11.4.2 Resetting High Pressure Alarm Code

Procedure to reset the high pressure alarm code to unlock the compressor for operation.

11.4.3 Resetting Low Pressure Alarm Code

Steps to reset the low pressure alarm code to unlock the compressor for operation.

11.5 Diagnosing Electronic Expansion Valve Issues

Troubleshooting electronic expansion valve issues, including current setpoints and battery failure counters.

11.6 Diagnosing Vertiv™ Liebert® EconoPhase Issues

Guidance for diagnosing issues related to the Vertiv™ Liebert® EconoPhase system, including pump board status.

11.7 Diagnosing Reheat Issues

Troubleshooting steps for reheat issues, covering analog outputs and electric heat configurations.

11.8 Diagnosing Humidifier Issues

Procedure for diagnosing humidifier issues, including protection statuses and local PI readings.

11.12 Diagnosing Water Leak Detection Issues

Steps for diagnosing water leak detection issues, focusing on the LWD value and sensor resistance.

12 Customizing the Vertiv™ Liebert® iCOM™ Display

12.1 Setting General Display Properties

Configuration of general display properties like buzzer pattern, backlight brightness, and measurement units.

12.2 Customizing Main Display Views

Instructions for creating custom display views by adding, changing, moving, and resizing content objects.

12.2.1 Moving Content

How to move content objects on the main display by dragging and dropping them.

12.2.3 Adding and Adjusting Content

Procedure for adding various content options to the main display and adjusting their appearance.

12.3 Customizing Parameter and Field Labels

Guidance on customizing parameter and field labels using the iCOM™ interface or a text editor.

13 Vertiv™ Liebert® iCOM™ Hardware Installation

13.1 Return Air Temperature/Humidity Sensor

Details on the return air temperature/humidity sensor installation and troubleshooting its communication.

13.2 Installing Wired Remote Sensors

Instructions for installing wired remote sensors for rack monitoring, including DIP switch setup.

13.2.1 Setting DIP Switches and Labeling 2T Sensors

Procedure for setting DIP switches and labeling 2T sensors to configure unique addresses in the CANbus loop.

13.2.2 Terminating the Last Sensor on the CANbus link

Guidance on terminating the last sensor on the CANbus link by adjusting jumpers for proper network function.

13.2.3 Installing 2T Sensors in the Racks to Monitor

Steps for installing 2T sensors in racks to monitor conditions and share data for effective operation.

13.2.4 Connect the CANbus Cable and Ground

Instructions for connecting CANbus cables and ground wires, including safety precautions and cabling considerations.

13.3 Installing a Fluid Temperature Sensor

Procedure for installing fluid temperature sensors, including locating DIP switches and programming settings.

13.3.1 Installing the Supply Air Temperature Sensor

Details on installing the supply air temperature sensor, its connection, and placement for accurate readings.

13.4 Installing Aggregated Supply Air Temperature Sensors

Guidance on connecting additional 2T sensors for aggregated supply air temperature calculation and control.

13.5 Installing Analog Input Devices

Information on connecting external sensors and analog devices to the iCOM™ control board.

13.6 Installing the U2U Network

Requirements and procedures for installing the U2U network, including equipment and wiring connections.

13.6.1 Required Network Equipment

List of required network equipment for U2U network installation, including cables and network switches.

13.6.3 U2U Wiring Connections

Instructions and notices for connecting U2U network cabling, emphasizing pre-configuration steps.

13.6.5 Wiring Cooling Units with Wall Mount Displays

Procedure for wiring cooling units with wall mount displays to the U2U network switch.

Appendix A: Technical Support and Contacts

A.1 Technical Support/Service in the United States

Contact information for Vertiv technical support and service in the United States for various product lines.

A.2 Locations

Contact locations for Vertiv headquarters in the United States, Europe, and Asia.

Appendix B: Setpoints and Alarm Settings by Line ID

B.1 Line IDs for Setpoint Parameters

Tables listing parameters by line ID, including range, default settings, and descriptions for setpoints.

B.2 Service Menu Alarm Settings by Line ID

Reference tables for service menu alarm settings, detailing parameter names, ranges, and default configurations.

B.3 Line IDs for Cascade Operation Parameters

Listings of line IDs for cascade operation parameters, including unit staging and delay settings.

Appendix C: Communication Protocol

Table C.1 Communication Protocols

Overview of supported communication protocols for Vertiv™ Liebert® iCOM™ and related communication cards.

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