Schneider Electric EcoStruxure Micro Data Center C-series Installation Manual

EcoStruxure Micro Data Center C-Series,
43U
Installation
990-6324B-001
Release date: July 2022
https://www.apc.com
Legal Information
The Schneider Electric brand and any trademarks of Schneider Electric SE and its
subsidiaries referred to in this guide are the property of Schneider Electric SE or its
subsidiaries. All other brands may be trademarks of their respective owners.
This guide and its content are protected under applicable copyright laws and
furnished for informational use only. No part of this guide may be reproduced or
transmitted in any form or by any means (electronic, mechanical, photocopying,
recording, or otherwise), for any purpose, without the prior written permission of
Schneider Electric.
Schneider Electric does not grant any right or license for commercial use of the guide
or its content, except for a non-exclusive and personal license to consult it on an "as
is" basis. Schneider Electric products and equipment should be installed, operated,
serviced, and maintained only by qualified personnel.
As standards, specifications, and designs change from time to time, information
contained in this guide may be subject to change without notice.
To the extent permitted by applicable law, no responsibility or liability is assumed by
Schneider Electric and its subsidiaries for any errors or omissions in the informational
content of this material or consequences arising out of or resulting from the use of the
information contained herein.
APC and the APC logo, NetBotz, NetShelter, EcoStruxure, and Data Center Expert
are trademarks of Schneider Electric SE or its subsidiaries. All other brands may be
trademarks of their respective owners.
Table of Contents
Important Safety Instructions — SAVE THESE
INSTRUCTIONS .........................................................................................7
General Safety ...........................................................................................8
NetBotz Safety ...........................................................................................9
Cabinet Safety............................................................................................9
Labels .......................................................................................................9
General Information ..................................................................................10
Documentation .........................................................................................10
Inventory.....................................................................................................13
Cabinet Features......................................................................................13
Pre-installed Equipment and Cable Management Accessories .....................14
Accessory Box....................................................................................15
Hardware Bag ....................................................................................15
Airflow Management Features ...................................................................16
Cable Routing Options ..............................................................................17
Items Shipped Separately .........................................................................19
Easy UPS, Basic Rack PDU, and 50 Hz Cooling
(MDC43UECSI) ..................................................................................19
Easy UPS, Metered Rack PDU, and 50 Hz Cooling
(MDC43UBCSI) ..................................................................................19
Smart UPS, Basic Rack PDU, and 50 Hz Cooling
(MDC43USCSI) ..................................................................................20
Smart UPS, Metered Rack PDU, and 50 Hz Cooling
(MDC43UACSI) ..................................................................................20
Additional Options...............................................................................21
Equipment Required .................................................................................22
About the Power Flow in the EcoStruxure Micro Data
Center .........................................................................................................23
Power Source Requirements .....................................................................23
How the Power Panel Works .....................................................................24
Configuration 1 ...................................................................................25
Configuration 2 ...................................................................................26
Configuration 3 ...................................................................................27
Maintenance Bypass...........................................................................28
Changing the Power Panel Configuration ...................................................29
Connect Rack PDU B to Circuit B for Configurations 2 and 3 ..................29
Connect the Cooling Unit to Circuit B for Configuration 3........................30
Power Panel Description ...........................................................................31
Equipment Connections for Communication/Monitoring ....................32
Connections to the Interface Card Box .......................................................33
NetBotz 250 .............................................................................................34
Procedure Overview .................................................................................35
Preparation ..............................................................................................35
Location .............................................................................................36
Move the Cabinet................................................................................37
Level the Cabinet................................................................................38
Secure the Cabinet .............................................................................38
990-6324B-001
3
Ground the Cabinet.............................................................................39
Side Panels ........................................................................................40
Doors.................................................................................................42
Installation ..................................................................................................44
Install a Cage Nut .....................................................................................44
Remove a Cage Nut .................................................................................44
Order of Installation ..................................................................................45
Install Power Input Covers ...................................................................45
Install Exhaust Cooling Fan and Cooling Pipe Cover..............................46
Install the Rotating Beacon ..................................................................46
Install the Cooling Equipment...............................................................47
Install the UPS....................................................................................52
Connect the Cooling Unit and UPS to the Micro Data Center ..................53
Install the UPS Battery ........................................................................54
Install Rack PDUs ...............................................................................56
Connect the Network...........................................................................56
Install Optional Equipment ...................................................................57
Power Up....................................................................................................62
Initial Check .............................................................................................62
Connect Power Sources............................................................................63
Initial Start Up Sequence...........................................................................64
Configuring Subsystems ..........................................................................66
Configuring Modbus IDs for Cooling ...........................................................66
Configure the UPS Modbus ID...................................................................68
Configure the NetBotz 250 Modbus ID .......................................................69
Configure the EM3510 Energy Meter .........................................................70
Install Your Equipment .............................................................................71
Front Display..............................................................................................72
Informational LEDs ...................................................................................72
Status LED...............................................................................................73
Link (10/100) LED.....................................................................................73
Initial Configuration ...................................................................................74
CLI Configuration .....................................................................................75
Device IP Configuration Wizard .................................................................76
Operation.................................................................................................77
Access Password-protected Screens ...................................................78
Network Configuration.........................................................................78
Access the Web UI ...................................................................................82
Product Registration .................................................................................82
Maintenance and Support .......................................................................83
Maintenance Bypass Procedure ................................................................83
Replace the Fan Filter...............................................................................84
Worldwide Customer Support ....................................................................84
Specifications ............................................................................................85
Radio Frequency Interference ...................................................................88
Warranty .....................................................................................................89
One-year Factory Warranty .......................................................................89
Terms of Warranty...............................................................................89
Non-transferable Warranty...................................................................89
4
990-6324B-001
Exclusions..........................................................................................89
Warranty Claims .................................................................................90
990-6324B-001
5
Important Safety Instructions — SAVE THESE
INSTRUCTIONS
Important Safety Instructions — SAVE THESE
INSTRUCTIONS
Read these instructions carefully and look at the equipment to become familiar
with it before trying to install, operate, service or maintain it. The following safety
messages may appear throughout this manual or on the equipment to warn of
potential hazards or to call attention to information that clarifies or simplifies a
procedure.
The addition of this symbol to a “Danger” or “Warning” safety
message indicates that an electrical hazard exists which will
result in personal injury if the instructions are not followed.
This is the safety alert symbol. It is used to alert the user to
potential personal injury hazards. Obey all safety messages
with this symbol to avoid possible injury or death.
DANGER
DANGER indicates a hazardous situation which, if not avoided, will result in
death or serious injury.
Failure to follow these instructions will result in death or serious injury.
WARNING
WARNING indicates a hazardous situation which, if not avoided, could result
in death or serious injury.
Failure to follow these instructions can result in death, serious injury, or
equipment damage.
CAUTION
CAUTION indicates a hazardous situation which, if not avoided, could result in
minor or moderate injury.
Failure to follow these instructions can result in injury or equipment
damage.
NOTICE
NOTICE is used to address practices not related to physical injury. The safety
alert symbol shall not be used with this type of safety message.
Failure to follow these instructions can result in equipment damage.
990-6324B-001
7
Important Safety Instructions — SAVE THESE
INSTRUCTIONS
Please Note
Electrical equipment should only be installed, operated, serviced, and maintained
by qualified personnel. No responsibility is assumed by Schneider Electric for any
consequences arising out of the use of this material.
A qualified person is one who has skills and knowledge related to the construction,
installation, and operation of electrical equipment and has received safety training
to recognize and avoid the hazards involved.
Always abide strictly by local laws and regulations in force in the place of
installation.
General Safety
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
•
Electrical equipment must be installed, operated, serviced, and maintained
only by qualified personnel.
•
The Micro Data Center is intended to be installed and operated by a skilled
person in a controlled location with restricted access.
•
The Micro Data Center must be installed in accordance with the National
Electrical Code and all applicable local codes.
•
Perform appropriate Lock Out/Tag Out procedures during equipment
installation and maintenance.
•
Remove incoming power to the Micro Data Center before performing any
work. Because of the UPS, live power exists within the equipment when
power is turned off at the input circuit breaker. Always use a properly rated
voltage sensing device to confirm there is no voltage in the system.
•
Wear appropriate personal protective equipment (PPE) and follow safe
electrical work practices. See NFPA 70E and follow all local codes and
regulations.
•
Do not insert anything into the fan grill.
Failure to follow these instructions will result in death or serious injury.
NOTICE
EQUIPMENT DAMAGE
•
Only make equipment connections as directed in this manual.
•
Do not use caustic detergents or abrasive materials to clean the sheet metal.
A damp, soft cloth is usually sufficient to remove dust or debris.
•
Do not block the Cooling Unit drain pipe.
•
Only connect the Indoor Cooling unit to the pre-installed refrigerant pipes as
instructed in this manual.
•
Perform all commissioning checks, leak detection, and vacuum pumping
procedures as directed in the documentation for your Cooling Unit.
•
Never turn on Q7 and Q8 at the same time.
•
Never turn on Q9 or Q5 when Q3 is on.
•
Never turn on Q10 or Q6 when Q4 is on.
Failure to follow these instructions can result in equipment damage.
8
990-6324B-001
Important Safety Instructions — SAVE THESE
INSTRUCTIONS
NOTICE
IMPROPER AIRFLOW
•
Improper airflow can damage installed components. Verify that the system
provides airflow needed by your equipment.
•
Check the air filter regularly. Replace the filter when needed to prevent
reduced airflow.
•
Do not obstruct airflow by covering the fans.
Failure to follow these instructions can result in equipment damage.
ASHRAE has published guidelines for owners of Edge computing equipment such
as your Micro Data Center. (Edge equipment performs computing outside of a
commercial data center with strict environmental controls.) It is recommended that
you follow these guidelines to help prevent equipment damage and extend the life
of your Micro Data Center. You can download the guidelines from www.ashrae.
org/technical-resources/bookstore/datacomseries.
NetBotz Safety
NOTICE
EQUIPMENT DAMAGE
•
Connect only approved devices to ports on the appliance as directed in this
manual. Plugging in other devices may result in equipment damage.
•
Do not use crossover cables.
Failure to follow these instructions can result in equipment damage.
Cabinet Safety
The following are important instructions that must be followed during installation.
WARNING
TIP / HEAVY EQUIPMENT HAZARD
•
The cabinet can be tipped. Use extreme caution when unpacking or moving.
•
Use at least two people to unpack and move the cabinet.
•
Do not load any equipment in the cabinet before moving the cabinet on its
casters.
•
When moving the cabinet on its casters, ensure the path of the cabinet is
free of obstacles and debris.
•
When moving the cabinet on its casters, make sure the leveling feet are up
and push the cabinet from the front or rear. Never push the cabinet from the
sides.
Failure to follow these instructions can result in death, serious injury, or
equipment damage.
Labels
Look for additional safety information affixed to the EcoStruxure Micro Data
Center. See Move the Cabinet, page 37 for label descriptions.
990-6324B-001
9
General Information
General Information
The base of the EcoStruxure™ Micro Data Center C-Series is a freestanding rack
equipped with a power panel, environmental monitoring equipment, cable and
airflow management tools, and a touchscreen display to monitor and configure the
system. Additional equipment can be ordered separately and installed on site.
This includes cooling equipment, Rack Power Distribution Units (Rack PDUs),
Uninterruptible Power Supply (UPS) units, and optional accessories. Once the
system is installed, you can monitor and control different settings through the front
display, Web User Interface (Web UI), Command Line Interface (CLI), SNMP,
Data Center Expert™ or EcoStruxure™ IT.
Documentation
The following documentation for each component in the EcoStruxure Micro Data
Center is either shipped with the equipment or available on www.apc.com and
www.se.com. You can search for documents by part number or by product. To
search by product, enter the part number of the component in the Search bar,
navigate to the appropriate product page, then select Documentation.
NOTES:
•
A Network Management Card (NMC) is a piece of hardware that allows
products to operate on the network. The EcoStruxure Micro Data Center and
several other pieces of equipment contain NMCs, so some user
documentation may refer to “the NMC” instead of the piece of equipment. For
example, a Rack PDU manual may refer to “the IP address of the NMC”
instead of “the IP address of the Rack PDU.” Security Handbooks address
NMC firmware applications and thus apply to all products with a specific
model of Network Management Card.
•
The NetBotz Rack Monitor 250 and the front display are shipped with
firmware specific to the EcoStruxure Micro Data Center C-Series. Refer to the
EcoStruxure Micro Data Center C-Series User Guide for instructions
regarding this equipment. Firmware updates must be performed by service
engineers with firmware for the EcoStruxure Micro Data Center.
•
Documents are updated regularly. Check www.apc.com or www.se.com for
updates to the documentation.
Cabinet and Pre-installed Accessories (AR4340IX500/AR4340IX500CP)
Component
Document type
Document part number
EcoStruxure Micro Data Center base components
(AR4340IX500/AR4340IX500CP)
Unpacking (AR4340IX500)
Unpacking (AR4340IX500CP)
990-6325
990-91486
Firmware User Guide (online only)
990-91457
All products with NMC 2
Security Handbook for Network Management
Card 2
990-4910F
All products with NMC 3
Security Handbook for Network Management
Card 3
990-91251D-XXX
Energy Meter (A9MEM3150)
User Guide (online only)
DOCA0005EN-12
NetBotz Door Switch Sensor (NBES0303)
Installation
990-3375
NetBotz Smoke Sensor (NBES0307)
Installation
990-3377A
NetBotz Spot Fluid Sensor (NBES0301)
Installation
990-3294A
Temperature Sensor (AP9335T)
Installation
990-3505A
Temperature and Humidity Sensor (AP9335TH)
Installation
990-3506
Toolless Blanking Panels (AR8136BLK)
Installation
990-3043B
Toolless cable management rings (AR7540)
Installation
990-5003A
10
990-6324B-001
General Information
Cabinet and Pre-installed Accessories (AR4340IX500/AR4340IX500CP) (Continued)
Component
Document type
Document part number
NetShelter Mounting Rail Brush Strips, 750mm Wide
(AR7706)
Installation
990-2453A
Toolless Hook and Loop Cable Managers (AR8621)
Installation
990-3326A
NetShelter Roof Brush Strip (AR7714)
Installation
990-3115A-XXX
Rotating Beacon with Buzzer (XVR12B05S)
NetBotz Rack Monitor 250 (NBRK0250)
These items have custom configurations for the EcoStruxure Micro Data
Center. Refer to the procedures in this manual and in the User Guide (99091457).
Cooling and Accessories
Component
Document type
Document part number
3.5 kW Rack mount Air Conditioning, Split system, Indoor
unit with gravity drain, 50 Hz (ACRMD4KI-1)
User Manual
990-6186-XXX
User Manual
990-6280-XXX
Condensate drain pump (ACAC10039)
Installation
990-91281B-XXX
Low ambient temperature kit (ACAC10040)
Installation
990-91280C-XXX
Rackmount Touch Screen Display Interface
(ACAC10045)
Installation
990-9510-XXX
Component
Document type
Document part number
Rack PDU, Basic, 0 U, 32 A, 230 V, (20) C13 & (4) C19
(AP7553)
Installation and Quick Start
990-1902A-XXX
Rack PDU 2G, Metered, 0 U, 32 A, 230 V, (36) C13 & (6)
C19 (AP8853)
Firmware User Guide (online only)
990-5568L-XXX
Rack PDU 2G, Switched, 0 U, 32 A, 230 V, (21) C13 & (3)
C19 (AP8953)
Firmware User Guide (online only)
990-5569L-XXX
Rack PDU 2G, Metered-by-Outlet, 0 U, 32 A, 230 V, (21)
C13 & (3) C19 (AP8453)
User Guide (online only)
990-5571L-XXX
Rack PDU 2G, Metered by Outlet with Switching, 0 U, 32
A, 230 V, (21) C13 & (3) C19 (AP8653)
User Guide (online only)
990-5570L-XXX
Rack PDU (all models)
Safety Information Sheet
990-3433F
Release Notes (online only)
990-9958G
Installation and Quick Start
990-3940C
3.5 kW Rack mount Air Conditioning, Split system,
Outdoor unit with pre-charged refrigerant, 50 Hz
(ACRMD4KI-2)
3.5 kW Rack mount Air Conditioning, Split system,
Outdoor unit without pre-charged refrigerant, 50 Hz
(ACRMD4KI-3)
3.5 kW Rack mount Air Conditioning, Split system, Indoor
unit with gravity drain, 60 Hz (ACRMD4KT-1)
3.5 kW Rack mount Air Conditioning, Split system,
Outdoor unit with pre-charged refrigerant, 60 Hz
(ACRMD4KT-2)
Rack PDU
Rack PDU 2G (AP8853, AP8953, AP8453, AP8653)
990-6324B-001
11
General Information
UPS and Accessories
Component
Document type
Document part number
APC Easy UPS SRV RM 6000 VA 230 V with External
Battery Pack (SRV6KRIL-IN)
User Manual
990-91248A
APC Easy UPS SRV RM 6000 VA 230 V with External
Battery Pack (SRV6KRIL)
User Manual
990-91169
APC Smart-UPS SRT 6000 VA RM 230 V
(SRT6KRMXLI)
Installation
Operation (online only)
Safety Information Sheet (online only)
990-5090F
990-4505D
990-2902G
APC Easy UPS 240 V Battery Pack for 5 & 6 kVA Online,
Rack, Extended Runtime (SRV240RBP-9A)
Installation
990-91249
APC Easy UPS SRV 240 V RM Battery Pack for 6&10
kVA Rack, Extended Runtime (SRV240RLBP-9A)
User Manual
990–91177A
APC Smart-UPS SRT 192 V 5 kVA and 6 kVA RM
Battery Pack (SRT192RMBP)
Installation
Safety
990-4811F-XXX
990-2827H-XXX
APC Easy UPS RAIL KIT, 700 mm (SRVRK1)
Installation
990-91207
APC Smart-UPS SRT 19 in Rail Kit for Smart-UPS SRT
5/6/8/10 kVA (SRTRK2)
Installation
990-5288A
SRV Modbus card (SRVSMB001)
User Manual
990-9286
UPS Network Management Card 3 w/ Environmental
Monitoring and Modbus (AP9643)
Installation Guide
User Guide (online only)
Command Line Interface help (online only)
Release Notes (online only)
Network Management Card 2 and 3 Modbus
Documentation Addendum (online only)
990-9996J-XXX
990-91148E-XXX
990-91149C-XXX
990-6322E-XXX
990-5701A
Other Equipment
Component
Document type
Document part number
Installation
990-9868B-XXX
Installation
990-91520
Safety Information Sheet
990-9713E
Installation and Quick Start (online only)
990-5852D-XXX
Firmware User Guide (online only)
990-5844C
Release Notes (online only)
990-91032F
Quick start
990-3796B
Installation and Operation (online only)
990-3770C-XXX
Manufacturer documents:
Quick Start Manual and Log Book
Features and Technical Specification
Wiring Diagram for Redetec Accessories
Redetec/Rev.1.9a
no part number
no part number
19 in Black Modular Toolless Blanking Panels
(AR8136BLK)
Installation
990-3043B
Horizontal Cable Manager, 1U (AR8602A)
Installation
990-4898A-XXX
NetShelter SX/SV Roof Brush Strip (AR7714)
Installation
990-3115A-XXX
NetBotz Handles
HID 125 kHz Handle kit (NBHN125)
miFare 13.56 MHz Handle kit (NBHN1356)
Gear box for NetBotz Rack Access Handles
(NBHN4340)
Automatic Transfer Switch, 20 A / 208 V, 16 A/230 V, C20
IN, (8) C13 (1) C19 OUT (AP4423)
17 in Rack LCD Console with Integrated 8 Port Analog
KVM Switch (AP5808)
Fire Suppression System (ARFS600)
NOTE: Documents for the Fire Suppression System are not available online.
They are included with the Fire Suppression Unit.
12
990-6324B-001
Inventory
Inventory
Upon receipt of the equipment, inspect for damage and notify the shipping carrier
and Schneider Electric immediately if any damage is found. There will be several
boxes containing various parts and accessory items. After opening a box, check
the contents. Report missing or damaged components to: www.apc.com/support.
The shipping materials are recyclable. Save them for later use or dispose of them
appropriately.
Cabinet Features
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Item
Description
Item
Description
Door keys
(common to all EcoStruxure C-Series 43U units)
3 U vertical mounting spaces and support brackets for UPS
batteries and other equipment
Front door with glass cover and perforation
Rear cable compartment panel
(see )
Lockable door handle with 3-point locking
mechanism
Caster
Vertical mounting rails for standard 19 in rack
equipment
Leveling foot
Roof cable compartment panel (see )
Removable side panels with internal locks
2 U vertical mounting space for NetBotz and
optional Automatic Transfer Switch
Rear doors, split, with 3-point locking mechanism in handle
Cable pass-through for data cables from user
components (for example, network switch in front to
server ports in rear of rack)
0 U mounting space for Rack PDUs
990-6324B-001
13
Inventory
Pre-installed Equipment and Cable Management
Accessories
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Description
Item
Description
Front display (touchscreen)
Toolless Cable Management rings (AR7540, front/rear)
NetShelter Roof Brush Strip (AR7714) and knockout
for additional Brush Strips (not included)
Light Switch (front/rear)
NetBotz Door Switch Sensor (NBES0303)
NetBotz 250 (NBRK0250)
Cooling fan — air intake
Power Panel
Finger cable managers
Brackets for cable management and optional smoke sensors
Temperature and Humidity Sensor (AP9335TH)
Cooling Pipes
Interface Card Box
NetBotz Spot Fluid Sensor (NBES0301)
Accessory box (see )
Temperature Sensor (AP9335T)
Flexible cable channel
NetBotz Smoke Sensor (NBES0307)
NetShelter Mounting Rail Brush Strips (AR7706) for
entry/exit to cable pass-through
Cabinet lights (front/rear)
990-6324B-001
Inventory
Accessory Box
NOTE: Some accessories may be stored next to the box in the bottom of the
cabinet.
Item
1
2
Description
Rotating beacon with buzzer (XVR12B05S) and accessory kit (0H-9623AA,
not shown)
Rear mounting brackets for cooling unit
Top cover for cooling pipes
3
4
5
RJ45 to 3.5 mm pitch adaptor for Easy UPS (included with MDC43UECSI,
MDC43UBCSI)
Cooling fan, exhaust
Console cable, 2.5 mm to DB-9
6
7
Covers for power input points (source A and B)
Recessed Mounting brackets for Smart UPS (included with MDC43USCSI,
MDC43UACSI)
9
Recessed mounting brackets for Easy UPS (included with MDC43UECSI,
MDC43UBCSI)
ns3131a
8
Not Shown
APC Smart-UPS SRT 1.5 m extension cable for 192 VDC external battery
(SRT015)
Cable ties
Hardware bag (see Hardware Bag, page 15)
Hardware Bag
Plastic cup washer (60)
M6 x 16 Phillips slot screw (60)
Torx T30 / #2 Phillips tool (1)
990-6324B-001
Cage nut (60)
Cage nut tool (1)
15
Inventory
Airflow Management Features
Rear view
Front view
3
4
2
5
1
6
ns3130a
6
NOTE: The power panel and toolless cable management rings are hidden in
this illustration.
Item
Description
Removable interior blanking panels with knockouts for cable entry points and airflow management
NOTE: See Cable Routing Options, page 17 removal instructions.
APC 1 U 19" Black Modular Toolless Blanking Panel (AR8136BLK) — remove to install optional ATS
APC 1 U 19" Black Modular Toolless Blanking Panels (AR8136BLK) — re-install where needed to accommodate your
equipment
Front blanking panel
1 U perforated panel
Blanking panels for UPS Battery mounting spaces.
16
990-6324B-001
Inventory
Cable Routing Options
Top
You can route cables from the brush strip at the top of the Micro Data Center and
•
Through optional brush strips installed to the interior blanking panels
(AR7714, not provided)* .
•
Through the mounting spaces of the front and rear vertical blanking panels
Remove either panel to allow cables through.
•
Through the front and rear brush strips of the cable channel . The cable
channel is held in place with Torx screws. Remove the lid of the cable channel
to allow cables through.
.
NOTE: Some parts of the
EcoStruxure Micro Data
Center are not shown in
this image for clarity.
1
2
2
3
escmdc0005a
3
escmdc0007a
There is an additional compartment for cable storage at the top of the EcoStruxure
Micro Data Center. Cables can be routed to and from the compartment from the
interior, rear side of the EcoStruxure Micro Data Center, then accessed from the
top.
990-6324B-001
17
Inventory
Bottom
There are two cable entry points at the bottom of the rack:
NOTE: It is assumed that
cables entering the bottom
of the MDC are routed
through cut-outs in a
raised-floor system.
•
Rectangular knockouts in the side of the Micro Data Center can be accessed
by removing the support bracket for optional UPS batteries a. The bracket is
secured by four M6 Phillips-head screws. Once the bracket is removed, you
can route cables through the UPS battery mounting area via the battery-pack
access hole or via optional brush strips (AR7714, not provided*) installed in
the side panel.
•
A removable panel in the rear of the Micro Data Center is secured by M6 hex
nuts b. Cables may be routed through the knockouts in the panel, and then
to the IT equipment. The panel may also be used to route optional, bottommounted cooling pipes, the drain pipe, and the connection between the indoor
and outdoor cooling unit.
NOTE: The power panel is
not shown in this image.
a
x4
escmdc0006
b
escmdc0008a
*If needed, you can rotate the blanking panel 180° to place the optionally installed
brush strips near the front of the Micro Data Center. The interior blanking panels
are held in place with self-tapping Phillips-head screws.
18
990-6324B-001
Inventory
Items Shipped Separately
The following items are shipped to your site and must be installed there. If you
have a custom configuration, refer to the bill of materials provided by your sales
representative for a list of items.
NOTE: The availability of pre-configured assemblies (MDC43UXXXX) varies
by region. If these assemblies are not available in your region, you can install
optional equipment separately.
Easy UPS, Basic Rack PDU, and 50 Hz Cooling (MDC43UECSI)
Part number
Quantity
APC Easy UPS SRV RM 6000 VA 230 V with External Battery Pack (India only)
or
APC Easy UPS SRV RM 6000 VA 230 V with External Battery Pack
SRV6KRIL-IN
1
APC Easy UPS RAIL KIT, 700 mm
SRVRK1
1
SRV Modbus card
SRVSMB001
1
1.5 m Battery cable extender
SRV011
1
AP7553
1
3.5 kW Rack-mount Cooling Split System, Indoor unit with Gravity Drain
ACRMD4KI-1
1
3.5 kW Split System Cooling Unit, Outdoor Unit with Pre-charged Refrigerant
ACRMD4KI-2
1
Description
Easy UPS
Rack PDU, Basic, 0 U, 32A, 230 V, (20) C13 & (4) C19
SRV6KRIL
Cooling
Easy UPS, Metered Rack PDU, and 50 Hz Cooling (MDC43UBCSI)
Part number
Quantity
APC Easy UPS SRV RM 6000 VA 230 V with External Battery Pack (India only)
or
APC Easy UPS SRV RM 6000 VA 230 V with External Battery Pack
SRV6KRIL-IN
1
APC Easy UPS RAIL KIT, 700 mm
SRVRK1
1
SRV Modbus card
SRVSMB001
1
1.5 m Battery cable extender
SRV011
1
AP8853
1
3.5 kW Rack-mount Cooling Split System, Indoor unit with Gravity Drain
ACRMD4KI-1
1
3.5 kW Split System Cooling Unit, Outdoor Unit with Pre-charged Refrigerant
ACRMD4KI-2
1
Description
Easy UPS
Rack PDU 2G, Metered, 0 U, 32 A, 230 V, (36) C13 & (6) C19
SRV6KRIL
Cooling
990-6324B-001
19
Inventory
Smart UPS, Basic Rack PDU, and 50 Hz Cooling (MDC43USCSI)
Part number
Quantity
APC Smart-UPS SRT 6000 VA RM 230 V
SRT6KRMXLI
1
APC Smart-UPS SRT 19 in Rail Kit for Smart-UPS SRT 5/6/8/10 kVA
SRTRK2
1
APC Smart-UPS SRT 192 V 5 kVA and 6 kVA RM Battery Pack
SRT192RMBP
1
UPS Network Management Card 3 w/ Environmental Monitoring and Modbus
AP9643
1
AP7553
1
3.5 kW Rack-mount Cooling Split System, Indoor unit with Gravity Drain
ACRMD4KI-1
1
3.5 kW Split System Cooling Unit, Outdoor Unit with Pre-charged Refrigerant
ACRMD4KI-2
1
Description
Smart UPS
Rack PDU, Basic, 0 U, 32 A, 230 V, (20) C13 & (4) C19
Cooling
Smart UPS, Metered Rack PDU, and 50 Hz Cooling (MDC43UACSI)
Part number
Quantity
APC Smart-UPS SRT 6000 VA RM 230 V
SRT6KRMXLI
1
APC Smart-UPS SRT 19 in Rail Kit for Smart-UPS SRT 5/6/8/10 kVA
SRTRK2
1
APC Smart-UPS SRT 192 V 5 kVA and 6 kVA RM Battery Pack
SRT192RMBP
1
UPS Network Management Card 3 w/ Environmental Monitoring and Modbus
AP9643
1
AP8853
1
3.5 kW Rack-mount Cooling Split System, Indoor unit with Gravity Drain
ACRMD4KI-1
1
3.5 kW Split System Cooling Unit, Outdoor Unit with Pre-charged Refrigerant
ACRMD4KI-2
1
Description
Smart UPS
Rack PDU 2G, Metered, 0 U, 32 A, 230 V, (36) C13 & (6) C19
Cooling
20
990-6324B-001
Inventory
Additional Options
If you purchase an additional battery pack, you must also purchase the required
cable extender for proper installation.
If you purchase NetBotz Handle Kit, you must also purchase the NetBotz Gear
Box (NBHN4340) to install the handles.
If you purchase a Rack ATS, it is also recommended to purchase the power cord
kit (AP8712R) to connect the Rack ATS to the power panel.
Description
Part number
UPS Battery
APC Easy UPS 240 V Battery Pack for 5 & 6 kVA Online, Rack, Extended Runtime
SRV240RBP-9A
APC Easy UPS SRV 240 V RM Battery Pack for 6 & 10 kVA Rack, Extended Runtime model
SRV240RLBP-9A
APC Smart-UPS SRT 192 V 5 kVA and 6 kVA RM Battery Pack
SRT192RMBP
Easy UPS Battery cable extender
SRV011
Smart UPS Battery cable extender
SRT015
Cooling
3.5 kW Rack mount Air Conditioning, Split system, Indoor unit with gravity drain, 60 Hz
ACRMD4KT-1
3.5 kW Rack mount Air Conditioning, Split system, Outdoor unit with pre-charged refrigerant, 60 Hz
ACRMD4KT-2
Low Ambient Temperature Kit (-35 °C)
ACAC10040
Condensate drain pump
ACAC10039
User Display for Indoor Cooling Unit
ACAC10045
Rack PDU
Rack PDU, Basic, 0 U, 32 A, 230 V, (20) C13 & (4) C19 (included with MDC43UECSI, MDC43USCSI)
AP7553
Rack PDU 2G, Metered, 0 U, 32 A, 230 V, (36) C13 & (6) C19 (included with MDC43UACSI, MDC43UBCSI)
AP8853
Rack PDU 2G, Switched, 0 U, 32 A, 230 V, (21) C13 & (3) C19 (optional)
AP8953
Rack PDU 2G, Metered-by-Outlet, 0 U, 32 A, 230 V, (21) C13 & (3) C19 (optional)
AP8453
Rack PDU 2G, Metered by Outlet with Switching, 0 U, 32 A, 230 V, (21) C13 & (3) C19 (optional)
AP8653
ATS
RACK ATS, 20 A/208 V, 16 A/230 V, C20 IN, (8) C13 (1) C19 OUT
AP4423
Power Cord Kit (6 ea), Locking, C19 to C20, 0.6 m, 90 degree
AP8712R
NetBotz Rack Access Handles
HID 125 kHz Handle kit
NBHN125
miFare 13.56 MHz Handle kit
NBHN1356
Gear Box for NetBotz Rack Access Handles
NBHN4340
17" Rack LCD Console with Integrated 8 Port Analog KVM Switch
AP5808
Fire suppression Unit
ARFS600
Miscellaneous
APC 1U 19" Black Modular Toolless Blanking Panel (10 pieces)
AR8136BLK
Horizontal Cable Manager, 1U x 4" Deep, Single-Sided with Cover
AR8602A
NetShelter SX/SV Roof Brush Strip
AR7714
Power Cord Kit (6 ea), Locking, C19 to C20, 0.6 m
AP8712S
Power Cord Kit (6 ea), Locking, C13 to C14, 0.6 m
AP8702S-WW
990-6324B-001
21
Inventory
Equipment Required
The following equipment is not provided. Carefully examine your installation plan
and determine which items are needed. The length of all cables and piping must
be determined by the installation location and configuration of your EcoStruxure
Micro Data Center.
Cooling (see your cooling documentation for additional details):
•
Insulated Piping, Indoor Cooling Unit to Outdoor Cooling Unit, ASTM B88
Type L or ASTM B 280 Type ACR
•
Pipe extensions for cooling unit gravity drain, PVC with embedded spring
wire, 17 mm outer diameter, 13 mm inner diameter, tightened with clamp
•
Additional Gas Charge
•
Mounting stand/wall bracket for Outdoor Cooling Unit
•
Communication cables from indoor cooling unit to outdoor cooling unit, PLTC
2 x 0.5 mm2
•
Power connection to outdoor cooling unit, H05VV-F 3 x 1.5 mm2
•
Bottom pipe kit (optional)
•
Tools for cooling installation: vacuum pump, pressure gauge (R410a), flaring
tool, copper pipe cutter, deburring tool, hammer drill, 65 mm drill bit,
adjustable wrench, M4 Phillips screwdriver, M3 flat head screwdriver, 5 mm
hex wrench, diagonal cutting pliers, scissors, measuring tape, multimeter,
ladder, hammer, pen
Input Power Connection
NOTE: You may need up to two of each item — one for each input power
source.
•
IEC 309 63 A 2P+PE 6h Socket (suggested Schneider Electric part: 81278)
•
IEC 309 63 A 2P+PE 6h Plug (suggested Schneider Electric part: 81378)
•
Power Cable: 3 core x 16 mm2 cable with ferrule crimps
Miscellaneous: Cat 5E or Cat 6 Ethernet Cable for Network Connection
22
990-6324B-001
About the Power Flow in the EcoStruxure Micro Data Center
About the Power Flow in the EcoStruxure Micro Data
Center
The EcoStruxure Micro Data Center is designed to provide your rack-mount
equipment with UPS protection, path redundancy and/or power redundancy.
UPS protection both reduces the risk of downtime and helps protect equipment
from low quality power. If one power source experiences an outage, it can take
time for backup power sources to come online. To avoid downtime, UPS units
provide battery power to equipment during this short transition period. UPS units
can also help to protect downstream equipment from power surges and provide
higher quality power to downstream equipment by mitigating other power issues.
Path redundancy is the use of at least two paths for power flow to your equipment,
even if there is only one power source. This reduces the risk of downtime—if one
path is interrupted or damaged, the other path continues to provide power to your
equipment.
Power redundancy is the use of two separate power sources to decrease the
likelihood of downtime. If one source is lost, the other continues to feed the
equipment. You can provide redundancy for dual-corded equipment by connecting
it to two Rack PDUs that are fed by different power sources.
You can create redundancy for single-corded equipment by connecting it to an
ATS (optional). The ATS receives power from both sources but only channels
power to your equipment from one source at a time. If the primary power source is
lost or becomes unstable, the ATS switches to provide power from the other
source.
Power Source Requirements
Source A should connect to the mains utility power. Utility power should always be
protected by a backup generator. Source B may connect either to an external UPS
(not provided) or to utility power protected by a backup generator. If source B is
utility power, it is preferable that it is on a separate line than source A. Both power
sources are required to properly configure the power panel.
You can hard-wire the connection to each power source or install cable
connectors. Use 3 core 16 mm2 cables. If installing cable connectors, use an IEC
309 63 A 2P + PE 6h plug to connect to each power source. You can use
Schneider Electric PratiKa wander plug and industrial socket (part numbers:
81378, 81278) or equivalent parts.
990-6324B-001
23
About the Power Flow in the EcoStruxure Micro Data Center
How the Power Panel Works
The power panel directs power from Source A and Source B to the EcoStruxure
Micro Data Center equipment through two separate circuits. Breakers (QX) on
each circuit allow you to control the flow of power through the panel. Circuit A
(powered by Source A) is connected to odd numbered breakers on the power
panel. Circuit B (powered by Source B) is connected to even numbered breakers.
(See Power Panel Description, page 31 for an illustration of breakers and
equipment connection points on the power panel.)
Different levels of UPS protection and redundancy are available based on the
power supply. In some cases, the power panel configuration must be altered to
provide the most benefits to your equipment. The following power panel
configurations are designed to optimize the balance of UPS protection and
redundancy provided to your equipment based on the available power sources.
•
Configuration 1: Recommended when Source B is Utility Power. The power
panel is shipped with this configuration.
•
Configuration 2: Recommended when Source B is an external UPS with at
least 6 kVA available
•
Configuration 3: Recommended when Source B is an external UPS with at
least 8 kVA available
The following diagrams show how power flows through the power panel to your
equipment in different configurations and during a maintenance bypass
procedure.
NOTE: Rack PDU B is optional, but highly recommended. A second Rack
PDU is necessary to provide power redundancy and path redundancy to dualcorded equipment.
NOTE: The UPS provides protection only to equipment downstream of the
UPS. It is recommended that you install an appropriate surge protection
device upstream of your Micro Data Center to help protect equipment
upstream of the UPS. You can purchase type 1 and type 2 surge protection
devices from www.se.com.
NOTE: The ATS is optional. If the ATS is included, it provides power/path
redundancy to the NetBotz Rack Monitor 250. Otherwise, the NetBotz Rack
Monitor 250 is powered by Rack PDU A and does not receive the benefits of
redundancy.
24
990-6324B-001
About the Power Flow in the EcoStruxure Micro Data Center
Configuration 1
Configuration 1 is recommended for sites where both Source A and Source B are
Utility power because it provides UPS protection to basic components and
monitoring devices.
In this configuration, both Rack PDU A and Rack PDU B (if included) are
connected to circuit A. Equipment attached to both Rack PDUs has UPS
protection and path redundancy downstream of the UPS.
Key
Path with electric flow.
Path without electric flow.
The front display and any equipment powered by the ATS (if included) have path
redundancy through the entire power panel (all paths downstream of Power
Sources A and B are redundant). The front display and any equipment powered
by the ATS will also have power redundancy if Source A and Source B are fed by
two separate utility lines. Equipment connected to the ATS recieves UPS
protection only when the ATS provides power from Source A.
Optional path for electric flow.
QX
Breaker.
Source A
Utility Power
Source B
Utility Power
Energy Meter
Q1
Q2
Indoor
Cooling
Unit
Q6 (off)
Q5
Q7
Rack-mount
UPS
External
Battery
Q3 (off)
Q4
Q8 (off)
Outdoor
Cooling
Unit
Q9
Q15
Q13
Q10 (off)
Front Display
Q11
Q12
C19 C13
Q14
C13 C19
Interface Card Box
Cabinet
Light
Rear
Your Equipment
Dual Corded
990-6324B-001
NetBotz 250
Cooling Fans
Front
Cooling Fans
Rear
Your Equipment
Single Corded
Your Equipment
Dual Corded
ns3055c
Cabinet
Light
Front
ATS (optional)
Rack PDU B (optional)
Light
Switch
Rear
Rack PDU A
Light
Switch
Front
25
About the Power Flow in the EcoStruxure Micro Data Center
Configuration 2
This configuration is recommended when source A is connected to Utility power
and Source B is connected to an external UPS (not provided) with at least 6 kVA
available for the EcoStruxure Micro Data Center. An external UPS with this
capacity can provide enough power for customer equipment on circuit B, but not
enough power for the Cooling Unit.
Key
In this configuration, Rack PDU B (if included) is connected to circuit B. Path
redundancy and power redundancy are provided to the front display, dual-corded
equipment attached to both Rack PDUs, and equipment attached to the ATS (if
included). Since there is a UPS on both circuits, all equipment except the Energy
Meter and Cooling Unit receives UPS protection.
Path with electric flow.
Path without electric flow.
Optional path for electric flow.
QX
Breaker.
The power panel is shipped with Configuration 1. See Connect Rack PDU B to
Circuit B for Configurations 2 and 3, page 29 to change from Configuration 1 to
Configuration 2.
Source A
Utility Power
Source B
External UPS (6 kVA capacity)
Energy Meter
Q1
Q2
Q5
Indoor
Cooling
Unit
Q7
Rack-mount
UPS
Q6 (off)
External
Battery
Q3 (off)
Q4
Q8 (off)
Outdoor
Cooling
Unit
Q9
Q15
Q13
Q10 (off)
Front Display
Q11
Q12
C19 C13
Q14
C13 C19
Interface Card Box
Cabinet
Light
Rear
Your Equipment
Dual Corded
26
NetBotz 250
Cooling Fans
Front
Cooling Fans
Rear
Your Equipment
Single Corded
Your Equipment
Dual Corded
ns3055b
Cabinet
Light
Front
ATS (optional)
Rack PDU B (optional)
Light
Switch
Rear
Rack PDU A
Light
Switch
Front
990-6324B-001
About the Power Flow in the EcoStruxure Micro Data Center
Configuration 3
This configuration is recommended when Source A is connected to Utility power
and Source B is connected to an external UPS (not provided) with at least 8 kVA
available for the EcoStruxure Micro Data Center. A UPS with this capacity can
support both the Cooling Unit and customer equipment on Circuit B.
Key
Path with electric flow.
Path without electric flow.
Optional path for electric flow.
QX
Breaker.
In this configuration, both Rack PDU B (if included) and the Cooling Unit are
connected to Circuit B. Path redundancy and power redundancy are provided to
the front display, dual-corded equipment attached to both Rack PDUs, and
equipment attached to the ATS (if included). Since there is a UPS on both circuits,
all equipment except the Energy Meter receives UPS protection.
The power panel is shipped with Configuration 1. See Connect Rack PDU B to
Circuit B for Configurations 2 and 3, page 29 and Connect the Cooling Unit to
Circuit B for Configuration 3, page 30 to change from Configuration 1 to
Configuration 3.
Source A
Utility Power
Source B
External UPS (8 kVA capacity)
Energy Meter
Q1
Q2
Q5
Q7 (off)
Rack-mount
UPS
Q6 (off)
External
Battery
Q3 (off)
Q4
Indoor
Cooling
Unit
Q8
Outdoor
Cooling
Unit
Q10 (off)
Q9
Q15
Q13
Front Display
Q11
Q12
C19 C13
Q14
C13 C19
Interface Card Box
Cabinet
Light
Rear
Your Equipment
Dual Corded
990-6324B-001
NetBotz 250
Cooling Fans
Front
Cooling Fans
Rear
Your Equipment
Single Corded
Your Equipment
Dual Corded
ns3055e
Cabinet
Light
Front
ATS (optional)
Rack PDU B (optional)
Light
Switch
Rear
Rack PDU A
Light
Switch
Front
27
About the Power Flow in the EcoStruxure Micro Data Center
Maintenance Bypass
During maintenance bypass, power is channeled through Q3 to isolate the rackmount UPS. The Maintenance Bypass procedure and power flow are the same in
all three configurations. Configuration 1 is shown here for reference.
Source A
Utility Power
Source B
Utility Power
Key
Energy Meter
Path with electric flow.
Path without electric flow.
Q1
Q2
Optional path for electric flow.
QX
Breaker.
Indoor
Cooling
Unit
Q6 (off)
Q5 (off)
Q7
Rack-mount
UPS
External
Battery
Q3
Q8 (off)
Q4
Outdoor
Cooling
Unit
Q9 (off)
Q15
Q13
Q10 (off)
Front Display
Q11
Q12
C19 C13
Q14
C13 C19
Interface Card Box
Cabinet
Light
Rear
Your Equipment
Dual Corded
NetBotz 250
Cooling Fans
Front
Cooling Fans
Rear
Your Equipment
Single Corded
Your Equipment
Dual Corded
ns3055c
Cabinet
Light
Front
ATS (optional)
Rack PDU B (optional)
Light
Switch
Rear
Rack PDU A
Light
Switch
Front
See Maintenance Bypass Procedure, page 83 for instructions to perform a
maintenance bypass procedure.
28
990-6324B-001
About the Power Flow in the EcoStruxure Micro Data Center
Changing the Power Panel Configuration
NOTE: Power panel
connections to external
equipment (Outdoor
Cooling Unit, external
UPS, and other external
equipment) are out of
scope for Schneider
Electric service
personnel.
DANGER
ELECTRIC SHOCK
•
The Power Panel configuration must only be changed by a certified
electrician.
•
Disconnect all power to the EcoStruxure Micro Data Center before changing
the Power Panel configuration.
•
Turn off all UPS units before changing the Power Panel configuration.
•
Apply appropriate personal protective equipment (PPE) and follow safe
electrical work practices.
Failure to follow these instructions will result in death or serious injury.
ns3065a
To remove and replace breaker or
terminal connections, loosen the
appropriate screws, remove and replace
wires from the insertion points, then
tighten the screws again.
Connect Rack PDU B to Circuit B for Configurations 2 and 3
If source B is an external UPS with at least 6 kVA capacity available, you can
disconnect Q14 from Q9 and reconnect it to Q10 as shown.
Configuration 2
ns3064a
Configuration 1
990-6324B-001
29
About the Power Flow in the EcoStruxure Micro Data Center
Connect the Cooling Unit to Circuit B for Configuration 3
NOTE: Complete the Connect Rack PDU B to Circuit B for Configurations 2
and 3, page 29 procedure before moving the Cooling Unit to Circuit B.
If source B is an external UPS with at least 8 kVA capacity available for the
EcoStruxure Micro Data Center, you can connect the Indoor and Outdoor Cooling
Units to Q8 instead of Q7. The power connection to the Indoor Cooling unit is preinstalled to Q7 by default, and must be moved to Q8 as shown below. The
Outdoor Cooling Unit must be powered by the same breaker as the Indoor Cooling
Unit. See Install the Cooling Equipment, page 47 for more information.
Q7 connection
(configuration 1, 2)
N
69 75
67 73
65 71
Q8 connection
(configuration 3)
L G
05 09 13 06 10 14
07 11
15 08 12 16
N L G
69 75
67 73
65 71
05 09 13 06 10 14
07 11
15 08 12 16
Neutral (N), Line (L), and Ground (G)
wires to the Outdoor Cooling Unit
Neutral (N), Line (L), and Ground (G)
wires to the Indoor Cooling Unit
Q8 connection
(configuration 3)
37 30 34 38
31 35
39 32 36 40
N L G
29 33
37 30 34 38
31 35
39 32 36 40
N L G
ns3063a
Q7 connection
(configuration 1, 2)
29 33
NOTE: If Source B cannot provide at least 8kVA to the EcoStruxure Micro
Data Center, there may not be enough power available for your data center
equipment.
30
990-6324B-001
About the Power Flow in the EcoStruxure Micro Data Center
Power Panel Description
NOTE: The C19 outlets can provide up to 15 A for equipment attached to the
ATS.
NOTE: The Cooling Units may be connected to Q7 or Q8. Never use Q7 and
Q8 simultaneously.
Item
Description
Q1 and Q2 circuit breakers, 63 A, 220–240 VAC, 50/60 Hz
• Q1: Input power, Source A
1
•
Q2: Input power, Source B
Input energy meter (A9MEM3150)—monitors power from
Source A (Q1)
See the Energy Meter documentation on se.com for instructions.
2
ATS power connection to Source A: C19
3
Interface Card Box (ICB) power connection to Source A: C13
(provides power to the Front Display)
4
ATS power connection to Source B: C19
5
Interface Card Box (ICB) power connection to Source B: C13
(provides power to the Front Display)
6
7
8
Source A circuit breakers, Q3–Q15
• LOCK: Used to lock Q3 in OFF position when UPS 1 is
online. This is shipped in the locked position with Q3 OFF.*
•
Q3: 40 A Maintenance bypass breaker for UPS
•
Q5: 40 A, UPS power input
•
Q7: 16 A, Cooling unit (configurations 1 and 2)***
•
Q9: 40 A, UPS power output
•
Q11: 16 A, Source A power connections for Front display
and ATS (see
and )
•
Q13: 32 A, Rakc PDU A power input
•
Q15: 2 A, cabinet lights
9
:
ns3054a
Source B circuit breakers, Q4–Q14
• LOCK: Used to lock Q4 in OFF position.
•
Q4: 40 A, Directs power from Q2 to equipment on Circuit B
•
Q6: Reserved for future use
•
Q8: 16 A, Cooling unit (configuration 3)***
•
Q10: Reserved for future use
•
Q12: 16 A, Source B power connections for Front display
and ATS (see
and )
•
Q14: 32 A Rack PDU B power input**
Rack PDU A power input (Source A): IEC309 2P + PE socket
Rack PDU B power input: IEC309 2P + PE socket**
*
The lock is held in place with a cable tie. It is recommended that you replace the cable tie with a padlock (not provided).
**
Q14/Rack PDU B may receive power from Source A or Source B. See How the Power Panel Works, page 24 for details.
***
See How the Power Panel Works, page 24.
990-6324B-001
31
Equipment Connections for Communication/Monitoring
Equipment Connections for Communication/
Monitoring
Rotating Beacon with Buzzer (XVR12B05S)
Temperature/humidity sensor (AP9335TH)
Door switch sensors (NBES0303)
Temperature sensor (AP9335T)
Cooling Fans
Spot fluid sensor (NBES0301)
Smoke sensor (NBES0307)
NetBotz Rack Monitor 250
Device COMM
Indoor Cooling
Unit
Interface Card box
Device COMM
Energy Meter
UPS
Your Local Area
Network (LAN)
ns3056a
Front
Display
NOTE: Rack PDUs, ATS units, KVMs, and fire suppression units cannot be
monitored through the front display or the Web UI of the EcoStruxure Micro
Data Center. Metered/Switched Rack PDUs, ATS units, and KVMs can be
monitored through their own user interfaces (see the documentation for each
device). If compatible, the fire suppression unit may be connected to your
building fire panel.
32
990-6324B-001
Equipment Connections for Communication/Monitoring
Connections to the Interface Card Box
NOTICE
HAZARD OF EQUIPMENT DAMAGE
DO NOT disconnect the HDMI cable (item 7) while the Interface Card Box is
receiving power.
Failure to follow these instructions can result in equipment damage.
Source A
Interface Box
220 - 240 VAC
50 / 60 Hz
DCO6
DCO4
DCO2
7
+ DC OUT
24 V / 0.5A
NC
COM
NO
NC
COM
NO
NC
COM
NO
24V 0.5A MAX
1
Ports Reserved For Future Use
Source B
DCO5
DCI6
DCI5
COM
DCI3
DCI2
6
DCI1
0-
1+
0-
D+ D-
D+ D-
T xD
A
B
C
Rack Power Distribution Unit
Device
COMM
ModBus
2
Item
DCI4
DCO1
3
4
Network
10/100
5
ns3057a
1+
COM
R xD
DCO3
Description
Power input, 220–240 VAC, 50/60 Hz.
Reserved for future use.
Device communication (COMM). Upper pins: NetBotz, Energy meter. Lower pins: UPS, Cooling Unit.
Reserved for future use.
10/100 connection to Network. Use a Cat 5E or Cat 6 Ethernet cable.
Light-emitting Diodes (LEDs) 1–4
LED 1: Power
•
Green: The Interface Card Box is receiving power from Source A and Source B.
•
Orange: The Interface Card Box is receiving power from Source B. Source A has experienced an outage.
•
Red: The Interface Card Box is receiving power from Source A. Source B has experienced an outage.
LEDs 2–4: Reserved for future use.
HDMI connection to front display.
990-6324B-001
33
Equipment Connections for Communication/Monitoring
NetBotz 250
The NetBotz Rack Monitor 250 comes installed with the following configuration.
2
3
4
Door 1
Switch
NetBotz Rack Monitor 250
5
Door 2
Switch
6
Beacon
7
1
Sensors
2
89
3
USB
Com
:;
RxD Voltage
1+ 0- Output
Relay
Output
ü x
10/100
Console
Port
Power
Reset
Do not remove.
+ + G N C N
24Reserved
12 N O O C for SERVICE.
D
M
Ch
Gnd
1+ 0TxD
ns3047a
1
Modbus
Wireless
Handle
Item
Handle
4
5
6
Description
Input power
Output to cooling fans
Reserved for future use
Door 1/2 switch ports: Reserved for future use.
Handle ports: Optional connection for Rack Access Handles (NBHN125 or NBHN1356) on
the front and rear door.
Reserved for future use
Rotating Beacon with Buzzer (XVR12B05S)
Universal sensor ports 1–6:
1. Temperature/Humidity sensor (AP9335TH)
2. Temperature sensor (AP9335T)
3. Door Contact sensor (NBES0303)
4. Door Contact sensor (NBES0303)
5. Smoke sensor (NBES0307)
6. Spot fluid sensor (NBES0301)
Reserved for future use
Modbus connection to the Interface Card Box
Power LED Indicates whether the unit is receiving power (blue = receiving power; dark =
not receiving power).
Reset button Restarts the Rack Monitor 250 network management interface.
NOTE: Covered ports are reserved for the use of service engineers only. Do
not remove the cover.
NOTE: The NetBotz Rack Monitor 250 uses firmware specific to the
EcoStruxure Micro Data Center C-series. Refer to only the EcoStruxure Micro
Data Center C-series User Guide for configuration instructions. Firmware
updates must be performed by service engineers.
34
990-6324B-001
Procedure Overview
Procedure Overview
Review this procedure before installing the EcoStruxure Micro Data Center.
1. Install the EcoStruxure Micro Data Center in its final location. See
Preparation, page 35.
2. If needed, re-wire the power panel for configuration 2 or 3. See Changing the
Power Panel Configuration, page 29 for instructions.
3. Install the equipment that comes with your EcoStruxure Micro Data Center.
See Order of Installation, page 45.
4. Power up the EcoStruxure Micro Data Center. See Initial Check, page 62 and
Initial Start Up Sequence, page 64.
5. Set up Modbus communication between the front display and subsystems
(Cooling, UPS, NetBotz, and Energy Meter). See Configuring Subsystems,
page 66.
NOTE: APC personnel may also check the front display and the NetBotz
Rack Monitor 250 for firmware updates at this time. Firmware updates for
the front display and NetBotz Rack Monitor 250 may only be performed
by APC Field Service Engineers or APC Field Service partners.
6. Install your data center equipment and adjust the blanking panels for optimal
airflow. This helps ensure the cooling system works efficiently. If needed,
additional blanking panels (AR8136BLK) are available for purchase at www.
apc.com or www.se.com.
Preparation
Before installing the EcoStruxure Micro Data Center, ensure your power
connections are properly configured. It is recommended that you install a 3 core
16 mm2 cable that terminates in an IEC 309 63 A 2P + PE 6h plug to connect to
each power source. You can use Schneider Electric PratiKa wander plug and
industrial socket (part numbers: 81378, 81278) or equivalent parts.
990-6324B-001
35
Procedure Overview
Location
Consider the location for your EcoStruxure Micro Data Center prior to its arrival.
You must have access to the building power supply. Consult the Cooling Unit
Installation manual (990-6186-XXX) and consider location requirements for the
outdoor cooling unit.
At the final location, ensure there is enough space around the EcoStruxure Micro
Data Center to open the doors, remove side panels, and provide reasonable
working space. Leave a minimum of 1200 mm (47.2 in) in front of the EcoStruxure
Micro Data Center. Leave a minimum of 1000 mm (39.37 in) open space around
the rest of the EcoStruxure Micro Data Center to allow for the doors and side
panels to open and to allow enough room for reasonable working space.
rear
1000 mm
(39.37 in)
front
1000 mm
(39.37 in)
1200 mm
(47.2 in)
ns3048a
1000 mm
(39.37 in)
36
990-6324B-001
Procedure Overview
Move the Cabinet
WARNING
TIP / HEAVY EQUIPMENT HAZARD
•
The cabinet can be tipped. Use extreme caution when unpacking or moving.
•
Use at least two people to unpack and move the cabinet.
•
Do not load any equipment in the cabinet before moving the cabinet on its
casters.
•
When moving the cabinet on its casters, ensure the path of the cabinet is
free of obstacles and debris.
•
When moving the cabinet on its casters, make sure the leveling feet are up
and push the cabinet from the front or rear. Never push the cabinet from the
sides.
Failure to follow these instructions can result in death, serious injury, or
equipment damage.
Labels. The following label can be found on the cabinet, and serves to
communicate the following information:
1
2
ns3142a
Section : Do not load additional equipment in to the cabinet before moving the
cabinet on its casters. Once in place, lower the levelling feet. With the leveling feet
lowered, the static cabinet can be loaded with up to 1,000 kg (2204.62 lb) of
additional equipment.
Section
: Generic Tip Hazard.
Eye bolts. You can lift the cabinet by removing the hole plugs and attaching eye
bolts (not included), to the top of the cabinet frame. Use rated M12 eye bolts. You
can use eye bolts to lift the cabinet with up to 230 kg/507.06 lb additional
equipment installed (480 kg/1058.22 lb total, including the weight of the rack and
pre-installed components).
NOTE: Each individual frame lift point is capable
of lifting 240 kg (529 lb).
ns3049a
NOTE: Use appropriate lifting hardware to ensure
a straight-line pull on the eye bolts.
990-6324B-001
37
Procedure Overview
Level the Cabinet
NOTE: The leveling feet at the corners of the equipment can help provide a
stable base if the floor is uneven, but they cannot compensate for a badly
sloped surface.
1. Ensure the cabinet is in its intended location.
ns3050a
2. Use a 13 mm open-ended wrench to turn the leveling feet to the right.
Continue adjusting the leveling foot until it makes firm contact with the floor.
3. Using a level, adjust each foot until the cabinet is level and plumb.
Secure the Cabinet
If desired, you can use the shipping bracket to secure the cabinet to your floor.
1. Lower the leveling feet so that there is enough
space to fit the shipping bracket beneath the
cabinet and the floor.
2. Use the M10 bolts, nuts, and washers included
with the packaging to secure the brackets to the
cabinet.
3. Adjust the leveling feet so that the cabinet weight
rests evenly on the shipping brackets and leveling
feet. Use a level to ensure that the cabinet is level
and plumb.
ns3132a
4. Secure the shipping bracket to the floor using
fasteners appropriate for your floor material.
38
990-6324B-001
Procedure Overview
Ground the Cabinet
DANGER
HAZARD OF ELECTRIC SHOCK
The cabinet must be connected to the building Common Bonding Network
(CBN).
Failure to follow these instructions will result in death or serious injury.
The side panels, and roof of the cabinet are grounded to the cabinet frame with
grounding straps. The doors are grounded to the cabinet frame with 16 mm2 (6
AWG) grounding wire.
Connect each cabinet directly to the building CBN in one of the designated areas
(shown below).
•
If you connect the CBN at the top
location, use an M12 bolt. Place a
serrated washer (not provided)
between the bonding terminal and
the cabinet frame.
If connecting the CBN at the
bottom of the cabinet, use the preinstalled hardware (M8 screw, nut,
serrated washer). Place the
serrated washer between your
bonding terminal and the cabinet
frame.
•
Use a Common Bonding Network
Jumper kit with at least 16 mm2 (6
AWG) wire. For example, Listed
[KDER] Panduit® RGCBNJ660PY
or equivalent.
Torque the screw to 6.9 N•m (60
lb-in).
•
Do not ground one cabinet to
another cabinet in a cascading
style. Ground each cabinet
directly to the building ground.
ns3067b
•
M8
ns3067a
•
M12
990-6324B-001
39
Procedure Overview
Side Panels
You can remove the side panels to access the cabinet for equipment installation or
maintenance. The bottom side panels must be unlocked and re-locked from inside
the cabinet.
Remove the Side Panels
1
2
3
x2
x2
5
ns3051a
4
40
990-6324B-001
Procedure Overview
Replace the Side Panels
DANGER
HAZARD OF ELECTRIC SHOCK
Re-connect all grounding wires and straps.
Failure to follow these instructions will result in death or serious injury.
1
3
2
4
5
x2
990-6324B-001
ns3051b
x2
41
Procedure Overview
Doors
Remove the Front Door
To remove the rear door, skip steps 1 and 2.
1
2
3
4
ns3066a
x4
42
990-6324B-001
Procedure Overview
Install the Front Door
To install the rear door, follow steps 1–2 and ignore steps 3–4.
DANGER
HAZARD OF ELECTRIC SHOCK
Reconnect all ground wires.
Failure to follow these instructions will result in death or serious injury.
1
2
ns3066b
x4
3
4
990-6324B-001
43
Installation
Installation
WARNING
TIP HAZARD
•
Install the heaviest equipment first and toward the bottom of the cabinet to
prevent the cabinet from becoming top-heavy.
•
Do not extend more than one piece of equipment on sliding rails at a time.
Failure to follow these instructions can result in death, serious injury, or
equipment damage.
1. Review the installation documents for each piece of
equipment. See Documentation, page 10 for details.
7
2. Locate the top and bottom U-space on the vertical
mounting rails. Every third hole on the mounting rails
is numbered to indicate the middle of a U-space.
1U
6
5
ns0014a
3. Install the cage nuts on the interior of the vertical
mounting rail (see Install a Cage Nut, page 44).
Then install the equipment.
Install a Cage Nut
If needed, offers a cage nut hardware kit (AR8100) for use with square holes.
CAUTION
FALLING EQUIPMENT HAZARD
Install cage nuts horizontally, with the tabs engaging the left and right sides of
the square hole. Do NOT install cage nuts vertically with the tabs engaging the
top and bottom of the square hole.
2. Place the cage nut tool on the other side of the cage
nut and pull to snap it into position.
gen0188a
1. Install the cage nuts on the interior of the vertical
mounting rails. Insert the cage nut into the square
hole by hooking one ear of the cage nut through the
far side of the hole.
ns1768a
Failure to follow these instructions can result in injury or equipment
damage.
Remove a Cage Nut
1. Remove any attached screw.
2. Grasp the cage nut and squeeze the sides to release it from the square hole.
44
990-6324B-001
Installation
Order of Installation
DANGER
RISK OF ELECTRIC SHOCK
•
Do not block the Cooling Unit drain pipe.
•
Only connect the Indoor Cooling unit to the pre-installed refrigerant pipes as
instructed in this manual.
•
This equipment must be installed and serviced by qualified personnel only.
•
Ensure no power is connected to the Micro Data Center during installation.
•
Apply appropriate personal protective equipment (PPE) and follow safe
electrical work practices.
•
Always use a properly rated voltage sensing device to confirm power is off.
Failure to follow these instructions will result in death or serious injury.
See the individual installation manuals for each piece of equipment on www.apc.
com or www.se.com. Follow all safety instructions provided with your equipment.
A list of relevant documents for each product is provided under Documentation,
page 10.
1. Install Power Input Covers, page 45
2. Install Exhaust Cooling Fan and Cooling Pipe Cover, page 46
3. Install the Rotating Beacon, page 46
4. Install the Cooling Equipment, page 47
5. Install the UPS, page 52
6. Connect the Cooling Unit and UPS to the Micro Data Center, page 53
7. Install the UPS Battery, page 54
8. Install Rack PDUs, page 56
9. Connect the Network, page 56
10. Install Optional Equipment, page 57
11. Install Your Equipment, page 71
Install Power Input Covers
ns3184a
Insert the power input covers into the holes at the top rear of the cabinet. Screw on
the nuts to secure the covers.
990-6324B-001
45
Installation
Install Exhaust Cooling Fan and Cooling Pipe Cover
ns3129a
Install the cooling pipe cover and the exhaust cooling fan to studs on the top of the
cabinet as shown. Use the pre-installed M4 nuts to secure the cooling pipe cover.
Use the pre-installed M6 nuts to install the top cooling fan. Connect the pre–
installed C13 power cable to the cooling fan as shown.
Install the Rotating Beacon
ns3185a
The Rotating Beacon has magnetic feet. Place the Rotating Beacon on top of the
cabinet as shown, and connect it to the RJ45 port beneath the cable
compartment. This port is connected to the Beacon port on the NetBotz 250 (see
NetBotz 250, page 34 for details).
46
990-6324B-001
Installation
Install the Cooling Equipment
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
•
This equipment must be installed and serviced by qualified personnel only.
•
Read and follow all safety instructions in the Cooling Unit documentation
before you perform this procedure.
•
Only a certified electrician may make connections to the Power Panel.
•
Disconnect all power to the EcoStruxure Micro Data Center before making
connections to the Power Panel.
Failure to follow these instructions will result in death or serious injury.
NOTICE
HAZARD OF EQUIPMENT DAMAGE
•
Perform all the commissioning checks, leak detection, and vacuum pumping
procedures as directed in the documentation for your Cooling Unit.
•
Both cooling units must be controlled by the same breaker (Q7 or Q8). Never
use Q7 and Q8 at the same time.
Failure to follow these instructions can result in equipment damage.
NOTES:
1.
•
Check your Installation Manual to determine whether the refrigerant needs to
be charged. If the distance between the Indoor Cooling Unit and Outdoor
Cooling Unit is greater than 5 m (16.4 ft), pre-charged units will require
additional refrigerant.
•
The communication connections to the UPS and Cooling Unit are part of the
same cable kit. Do not make the communication connection to the
EcoStruxure Micro Data Center until the UPS installation is complete.
Install the Indoor and Outdoor cooling units according to the instructions in the appropriate Installation
Manual (see Documentation, page 10).
The standard cooling brackets do not fit the EcoStruxure Micro Data Center. Install the cooling unit at the
bottom of the cabinet with the rear-mounting brackets included in the Accessory Box. Use the plastic cup
washers and M6 screws from the hardware bag to secure the brackets to the cabinet as shown. Use the
M4 x 12 screws included with the Cooling Unit assembly to attach the brackets to the Cooling Unit.
M4
M6
990-6324B-001
ns3112a
M6
M4
47
Installation
Connect the suction line valve ( ) and liquid line valve ( ) on your cooling unit to the pre-installed
refrigerant pipes as shown. The external connections to the suction line ( ) and the liquid line ( ) are on
the top of the cabinet.
ns3069a
1 2
Alternatively, you can remove the top installation pipes and install the bottom cooling pipes (if included)
instead. Install the bottom cooling pipes as shown so that the external connections to the suction line ( )
and the liquid line ( ) exit the bottom of the cabinet. See for instructions to remove the bottom plate.
ns3061b
1 2
NOTES:
2.
48
•
If you are not installing a Condensate Drain Pump, ensure the condensate drain hose slants
downwards from the Indoor Cooling Unit so that it can drain properly.
•
Some equipment has been removed from this image for clarity.
•
To find a document on either website, you can search for the document by part number (see
Documentation, page 10) or by product: enter the part number of your Micro Data Center in the
Search bar, then select Documentation in the appropriate product page.
If needed, install the optional Cooling Unit Display Interface (ACAC10045) and optional Low Temperature
kit (ACAC10040) according to the instructions in their respective installation documents (see
Documentation, page 10).
990-6324B-001
Installation
3.
If needed, Install the optional Condensate Drain Pump (ACAC10039) in the rear of the EcoStruxure Micro
Data Center with M4 screws (not provided). The power and communication connection cable should face
the inside of the cabinet.
ns3133a
Follow the instructions in the installation sheet to attach the Inlet hose and Drain hose to the condensate
pump and cooling unit. Thread the drain hose through the straps supporting the top cooling pipes so that
it exits the cabinet through the cooling pipe cover.
NOTE: Some equipment has been removed from this image for clarity.
990-6324B-001
49
Installation
Outdoor Cooling Unit and Power Connections
The following cooling installation procedure is out of scope for Schneider Electric
Service personnel.
Follow the instructions in your the User Manual for your cooling unit to install the outdoor cooling unit.
Connect the suction line valve ( ) and the liquid line valve ( ) to the appropriate refrigerant lines in the
cabinet.
NOTES
•
Do not remove the covers of the line valves before connecting the pipes.
•
Ensure the connections between the valves and the pipes are tight.
•
When uncoiling the insulated piping, hold one end of the pipe to the ground and roll the other end
out slowly to prevent deformation.
•
The maximum equivalent piping length between the indoor and outdoor unit is 20 m (65.6 ft). The
maximum vertical difference for the outdoor unit above or below the indoor unit is 5 m (16.4 ft).
ns3225a
1.
50
1
2
990-6324B-001
Installation
Follow the instructions in the Cooling Unit Installation Manual to make the power connection to the
Outdoor Cooling Unit, then connect the Outdoor Cooling Unit to the power panel.
•
You can route the power cable through the middle power input cover at the top of the Micro Data
Center.
•
Use 2 N-m torque to connect the designated terminals in the power panel.
•
Ensure the Outdoor Cooling Unit is connected to the appropriate terminals for your configuration.
See How the Power Panel Works, page 24 and Changing the Power Panel Configuration, page 29
for detailed information on power panel configurations.
Q7 connection
(configuration 1, 2)
N
69 75
67 73
65 71
L G
05 09 13 06 10 14
07 11
15 08 12 16
Q8 connection
(configuration 3)
N L G
69 75
67 73
65 71
05 09 13 06 10 14
07 11
15 08 12 16
Neutral (N), Line (L), and Ground (G)
wires to the Outdoor Cooling Unit
ns3063b
2.
NOTE: Both Cooling Units must be controlled by the same breaker.
3.
Connect power to the Indoor Cooling Unit as directed in the Cooling Unit User Guide. The power cable
for the Indoor Cooling Unit (labeled IDU-1 Input) is pre-installed to the power panel — you can find it
extending from the bottom of the power panel. The labels on the Line, Neutral, and Ground connections
are LL, NN, and PE, respectively.
990-6324B-001
51
Installation
Install the UPS
1. Install the NMC3 or Modbus card in the SmartSlot or
Intelligent card slot of your UPS. See your UPS Installation
Manual for the installation location.
For SRV6KRIL-IN and SRV6KRIL only:
You must configure the Modbus card (SRVSMB001) before
installing it in the SRV UPS. See the Modbus card Installation
Manual (990-9286) to configure the following settings:
•
SW1: Bits 1 and 4 are ON on SW1. All other bits are
OFF. This ensures that ID = 9.
•
SW2: Bits 1 and 4 are OFF on SW2. All other bits are
ON. This ensures the following:
◦
Baud rate = 9600 (bit 1 is OFF and bit 2 is ON).
◦
Parity check = No parity check, 1 stop bits (bits 3 is
ON and bit 4 is OFF).
◦
RS485 Resistance Configuration = Enable (bits 5, 6,
7, and 8 are ON on SW2).
2. Install the UPS mounting rails in the mounting space directly
above the Indoor Cooling Unit. Follow the instructions
provided with the mounting rails.
3. Use the custom mounting ears provided in the accessory box
(Accessory Box, page 15) to install the UPS on its mounting
rails. Follow the instructions provided in your UPS installation
manual.
4. Connect the UPS to the power panel. The input (UPS-1 Input)
and output (UPS-1 Output) power cables are pre-installed to
the power panel. You can find them at the bottom of the power
panel.
ns3052c
On each cable, the Line, Neutral, and ground wires are
labeled as follows:
•
Line (brown wire) = LL
•
Ground (green and yellow wire) = PE
•
Neutral (blue wire) = NN
Follow the instructions in your UPS documentation to connect
the power cables to your UPS. Depending on your UPS
model, the input and output cables may have to share a
ground terminal.
NOTE: Some SRV UPS models are automatically configured
so that turning the UPS off activates bypass mode. See your
UPS documentation for instructions to disable this setting in
the UPS management firmware.
52
990-6324B-001
Installation
Connect the Cooling Unit and UPS to the Micro Data Center
The UPS/Cooling connection wires are pre-installed to the Device COMM ports of
the Interface Card Box and routed through the cable channel to the rear of the
Micro Data Center. The connections are labeled UPS-1 and IDU-1.
1. Connect the UPS.
SRV6KRIL-IN, SRV6KRIL UPS models: Insert the RJ45 to 3.5 mm pitch
adapter (included in the accessory box of MDC43UECSI, MDC45UBSCI)
into the rightmost port on the Modbus card. Then install the UPS-1
connector to the adapter.
•
SRT6KRMXLI: Install the UPS–1 wire to Modbus port on the SmartSlot
card. Ensure the pin with the black wire is inserted in to the chassy
ground connection point (a).
ns3134a
escmdc0028a
•
a
Modbus
Universal I/O
Network
TXD
0- 1+
10/100/
1000
Console
Reset
0- 1+ Com
RxD
AP9643 Network Management Card 3
ns3073b
USB
RS485+
RS485RS485+
RS485F1
F2
W1
W2
P1
P2
2. Install the IDU-1 connection to the leftmost RS485 ports on the
Indoor Cooling Unit (b).
ns3075a
b
990-6324B-001
53
Installation
Install the UPS Battery
Install the UPS External Battery pack in the front of the rack.
1. Install the screws and brackets included with your battery pack (a). Then use
the provided cage nuts, cup washers, and M6 screws to install the battery pack
as shown (b).
a
b
x2
ns3076a
x8
NOTE: The model of your battery pack and brackets may differ from the
illustration.
NOTE: For SRT192RMBP, follow the instructions in your battery pack
manual to remove the battery modules before mounting the battery pack.
Re-install the battery modules after mounting the battery pack.
2. Use the battery cable extender (SRV011 or SRT015) to connect the external
battery pack to your UPS. See the installation manual for your battery pack for
connection points.
54
990-6324B-001
Installation
3. If needed, you can place a second UPS battery in the space directly below the
first one. If the battery must be grounded, connect it to the grounding point
directly above the mounting space. Use the pre-installed M4 screw and
serrated washer to make the connection to the Micro Data Center Frame.
ns3052a
NOTE: You must purchase the appropriate battery cable extender
(SRV011, SRT015) for the second battery pack.
NOTE: For SRT192RMBP, you must ground the battery pack to the rear
cabinet frame. Connect the provided grounding wire and pan-head screws
to the battery pack as instructed in the battery pack installation manual.
Use the pre-installed M4 screw and serrated washer to make the
connection to the Micro Data Center Frame.
990-6324B-001
55
Installation
Install Rack PDUs
ns3052d
Follow the Rack PDU installation instructions to Install
the Rack PDU units in the 0 U mounting spaces at the
rear of the cabinet. Connect the Rack PDUs to the
designated IEC 309 sockets on the power panel. If you
only have one Rack PDU, connect it to the Rack PDU A
power socket. If an ATS is not included in this
configuration, connect the NetBotz Rack Monitor 250
into Rack PDU A. See Power Panel Description, page
31for details.
Connect the Network
Use a Cat 5E or Cat 6 Ethernet cable (not provided) to connect your Local Area
Network to the 10/100 Network port on the Interface Card Box. See Equipment
Connections for Communication/Monitoring, page 32 for details.
56
990-6324B-001
Installation
Install Optional Equipment
ATS
NOTE: It is recommended to purchase the AP8712R power cord kit for
connection to the power panel.
ns3052b
Remove the blanking panel next to the NetBotz Rack Monitor 250 and Install the
ATS with the ports facing outward. Follow the instructions provided in the
installation manual on www.apc.com (see Documentation, page 10 for details).
Use C19 to C20 power cords (AP8712R, not provided) to connect the inlets on the
ATS to both of the designated C19 outlets on the Power Panel (see items and
in the Power Panel Description, page 31).
NOTE: Some items are not shown for clarity.
990-6324B-001
57
Installation
Fire Suppression Unit
DANGER
HAZARD OF ELECTRIC SHOCK
•
Only a certified fire suppression system technician may connect the fire
suppression unit to a fire alarm panel.
•
Read and follow all safety and maintenance instructions included with the
fire suppression unit.
Failure to follow these instructions will result in death or serious injury.
Connections to the fire alarm panel are out of scope for Schneider Electric service
personnel.
escmdc0002a
1. Install the fire suppression unit in the top two U-spaces of the Micro Data
Center so that the discharge nozzles point towards the rear doors. Read and
follow the Installation and Quick Start instructions that come with the fire
suppression unit. Connect the power cord to either Rack PDU or the ATS (if
included).
escmdc0001a
2. Install the two smoke sensors (included in ARFS600) to the mounting bracket
near the top of the Micro Data Center. Use the screws and wing nuts included
with the smoke sensors. If needed, you can move the mounting bracket down
a few spaces on the mounting rails for easier access. Connect the smoke
alarms to the fire suppression unit as directed in the wiring diagram for
accessories included with the smoke sensors.
KVM
Follow the installation instructions that come with the equipment. Connect the
power cord to either Rack PDU unit or the ATS.
58
990-6324B-001
Installation
NetBotz Rack Access Handles
NOTICE
HAZARD OF EQUIPMENT DAMAGE
DO NOT perform this procedure while the Interface Card Box is receiving
power.
Failure to follow these instructions can result in equipment damage.
To install the NetBotz Rack Access handles, you must also purchase the Gear
Box (NBHN4340), which allows the Rack Access handles to be compatible with
the door of the Micro Data Center.
ns3053a
1. Remove the pre-installed handle.
ns3053b
2. Install the NetBotz Handle kit and gear box (NBHN4340).
990-6324B-001
59
Installation
3. Attach the included cable assembly to
lock connector port (a) and the
proximity reader cable (b).
b
4. Remove the two Phillips head screws
holding the front display plate in place
c, then swing the plate open.
5. Remove the three Phillips head
screws securing the display to the
plate d.
ns3053c
a
c
d
6. Remove the cable bracket and retain
the bracket screw. Remove the microHDMI cable from the display and set
the display aside e.
e
7. Route the NetBotz Handle wire
through the display plate f. You can
use the support brackets on the door
rods for additional cable management
g.
f
ns3053d
g
60
990-6324B-001
Installation
h
To NetBotz
HDMI connection to Front Display
ns3053e
8. Route the NetBotz handle wire
through the brush strips and cable
bridge to the rear of the rack (h).
Connect the wire to a Handle port* on
the NetBotz 250. If needed, use the
RJ45 coupler (included with the
handle kit) to connect the handle wire
to a Cat 5 patch cable. You can wrap
excess cable length around the front
display.
9. Re-connect the HDMI cable and secure the cable bracket on the front display (see item e above). Then
secure the front display to the display plate with the provided screws (see item d above).
10. Close the display plate and secure it to the door.
11. Perform steps 1–3 for the rear door. Connect the wire to a Handle port* on the NetBotz 250.
*See NetBotz 250, page 34 for port locations.
990-6324B-001
61
Power Up
Power Up
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
•
Electrical equipment must be installed, operated, serviced, and maintained
only by qualified personnel.
•
Only certified electricians are authorized to install the mains power
connection.
•
The mains power connection must be installed in accordance with the
National Electrical Code and all applicable local codes.
•
Perform appropriate Lock Out/Tag Out procedures during equipment
installation and maintenance.
•
Wear appropriate personal protective equipment (PPE) and follow safe
electrical work practices. See NFPA 70E and follow all local codes and
regulations.
Failure to follow these instructions will result in death or serious injury.
Before applying power to the EcoStruxure Micro Data Center, you must install an
appropriate connection to mains power. Install a 3C x 16 square mm power cord
with IEC 309 63A, 2P + E, 6h terminators and wall socket. If needed, Schneider
Electric offers the PratiKa wander plug (81378) and Industrial socket (81278).
Initial Check
Before applying power to the EcoStruxure Micro Data Center, ensure the system
is configured correctly.
1. Ensure the EcoStruxure Micro Data Center is properly connected to the
Building Common Bonding Network and that all grounding straps are properly
connected. (See Ground the Cabinet, page 39.)
2. Turn off all circuit breakers on the power panel.
3. Verify the wiring to power sources A and B is correctly configured.
62
990-6324B-001
Power Up
Connect Power Sources
This procedure is out of scope for Schneider Electric service personnel.
Breaker Positions
1. Ensure all the power panel breakers are off.
2. Ensure all the equipment included in your EcoStruxure Micro Data Center is
installed and all power and communication connections have been made
correctly. Do not install servers or networking equipment. See for details.
ns3070a
On
ns3070b
Off
3. Ensure the EcoStruxure Micro Data Center is grounded to the building
Common Bonding Network. See Ground the Cabinet, page 39 for details.
Locked
Unlocked
4. Connect power sources a and b to the power inputs as shown.
a
ns3069b
ns3070d
ns3070c
b
NOTE: See Preparation, page 35 for power connection requirements.
990-6324B-001
63
Power Up
Initial Start Up Sequence
NOTICE
HAZARD OF EQUIPMENT DAMAGE
•
Before starting up the EcoStruxure Micro Data Center, perform all required
commissioning checks, leak detection, and vacuum pumping procedures as
directed in the documentation for your Cooling Unit.
•
Never turn on Q7 and Q8 at the same time.
•
Never turn on Q9 or Q5 when Q3 is on.
•
Never turn on Q10 or Q6 when Q4 is on.
Failure to follow these instructions can result in equipment damage.
Breaker Positions
Off
On
1. Apply power to circuit A (powered by Source A).
a. Ensure Q3 is Off and Locked.
ns3070a
Unlocked
ns3070d
Locked
ns3070c
ns3070b
b. Turn on Q1. Ensure the screen and the Status LED on the Energy Meter
illuminate.
c.
Turn on Q5. Follow the startup procedure in your UPS manual. (See
Documentation, page 10 for document part numbers).
For SRT6KRMXLI, you must configure the NMC Serial Modbus settings to
allow communication with the front display:
ID = 7, Baud rate = 9600 bps, Parity = None
Follow the instructions in the Command Line Interface Guide (990-91149CXXX) to access the CLI through a serial connection (Local access to the
command line interface). Then use the modbus command to enable
Modbus Serial and configure the settings.
Alternatively, you can configure temporary TCP/IP settings for the NMC
and use the Web UI to configure the Modbus Serial settings. See the NMC
Installation Manual (990-9996J-XXX) and User Guide (990-91148E-XXX)
for detailed instructions. This option requires an Ethernet connection to the
Network port on your NMC. Once Modbus communication is established,
the front display will provide a network connection and you can disconnect
the Ethernet cable.
d. Turn on Q9.
e. NOTE: Skip this step if your power panel is in Configuration 3.
Turn on Q7. Check that the fans on the Indoor and Outdoor Cooling Units
turn on, and that the air coming out of the Indoor Unit is cooler than air
going into it. Follow all the checklists in the commissioning section of your
cooling manual (990-6186-XXX).
64
990-6324B-001
Power Up
f.
Turn on Q11. Ensure the front display illuminates.
If you have installed an ATS, ensure the Input Connector LEDs for source
A (a) and the power LED for the NetBotz Rack Monitor 250 (b) illuminate.
a
Network
- OK
- Warning
- Overload
Automatic
Transfer Switch
10 /100
Reset
A/B
USB
Preference
Serial
Door #1
NetBotz Rack Monitor 250
Door #2
Beacon
1
Sensors
2
3
USB
Com
RxD Voltage
1+ 0- Output
Relay
Output
ü x
10/100
Console
Port
Power
Reset
ns3074a
Do not remove.
Reserved for SERVICE.
+ + G N C N
24 12 N O O C
D
M
Ch
Gnd
1+ 0TxD
Modbus
Wireless
Handle #1
Handle #2
4
5
6
b
NOTE: Remove the side panel (Side Panels, page 40) to view the front of
the ATS.
g. Turn on Q13 breaker. Ensure Rack PDU A is receiving power. If the Rack
PDU has a front panel display, the screen should illuminate.
If the NetBotz Rack Monitor 250 is connected to Rack PDU A, ensure the
power LED illuminates.
h. Turn on Q15 breaker. Open the front and rear doors. The cabinet lights
should illuminate when the doors are open.
2. Apply power to circuit B (powered by Source B)
a. Turn on Q2.
b. Unlock and turn on Q4.
Turn on Q12.
If you have installed an ATS, ensure the Input Connector LEDs for source
B (a) illuminate.
Network
10 /100
Reset
A/B
- OK
- Warning
- Overload
Automatic
Transfer Switch
Preference
Serial
USB
ns3074b
c.
a
NOTE: Remove the side panel (Side Panels, page 40) to view the front of
the ATS.
d. NOTE: Skip this step if your power panel is in Configuration 1 or 2.
Turn on Q8. Check that the fans on the Indoor and Outdoor Cooling Units
turn on, and that the air coming out of the Indoor Unit is cooler than air
going into it. Follow all the checklists in the commissioning section of your
cooling manual (990-6186-XXX).
3. If Rack PDU B is installed, turn on Q14. Ensure Rack PDU B is receiving
power. If the PDU has a front panel display, the screen should illuminate.
NOTE: Q14 may be powered by circuit A or circuit B. See How the Power
Panel Works, page 24 for more information.
4. Configure the Energy Meter. See Configure the EM3510 Energy Meter, page
70.
5. Follow the instructions in your equipment documentation to do the following:
• Ensure that the Rack PDU, UPS, ATS, and Indoor Cooling Unit receive IP
addresses.
•
If needed, configure settings in the Rack PDU and ATS through the Rack
PDU and ATS interfaces.
•
Connect power to the Outdoor Cooling Unit and perform any necessary
commissioning checks on the cooling equipment.
See Documentation, page 10 for a list of applicable manuals.
6. If needed, configure the Cooling Unit and UPS settings through the the Micro
Data Center interfaces. See Front Display, page 72 or the User Guide on www.
apc.com or www.se.com for more information.
990-6324B-001
65
Configuring Subsystems
Configuring Subsystems
Subsystem Overview
Sl.No
Sub-system
Type
Modbus Slave ID
1
Cooling
3.5 kW Rack mounted
Unit
2
2
UPS
SRT
7
SRV
9
3
NetBotz 250
Not Applicable
11
4
Energy Meter
IEM3510
15
Configuring Modbus IDs for Cooling
You must configure the slave ID of the Cooling Unit for it to function in the
EcoStruxure Micro Data Center.
na91282-73a
1. Remove the cover from the connections box.
RS485+
RS485RS485+
RS485F1
F2
W1
W2
P1
P2
2. Connect the RS485 converter cable to the leftmost RS485 ports on the Indoor
Cooling Unit b.
ns3075a
b
NOTE:
a. Connect the B, - pin of the RS485-USB converter cable to leftmost
RS485- port of Indoor Cooling Unit.
b. Connect the A, + pin of the RS485-USB converter cable to leftmost
RS485+ port of Indoor Cooling Unit.
3. Connect the USB side of the converter cable to a laptop and start the Modbus
Poll software.
66
990-6324B-001
Configuring Subsystems
ns3235a
4. In Modbus Poll, select Menu > Connection > Connect.
•
Select the port number for the Cooling Unit. On a Windows operating
system, you can obtain the port number by checking the Device
Manager for a new port under Ports (COM & LPT). The new port
represents the Cooling Unit.
•
Set the following settings: 9600 Baud, 8 data bits, No Parity, 1 Stop Bit,
Mode = RTU.
5. From the menu, select Functions > Write Registers. Enter the following
settings: Slave ID = 2, Address = 215, Size = 1.
ns3236a
NOTE: The standard slave ID for cooling is 1, but you must change it to 2
for communication with the Local Touchscreen Display Interface. If the
Size is not 1, the Cooling Unit may not communicate with the Local
Touchscreen Display Interface (EMDC42UP1 only) or the Modbus tool.
Double-click 215 = 0. The Enter Value dialogue box appears. Enter 2 in the
Value field, then select OK. In the Write multiple registers (signed)
dialogue box, select Send.
ns3237a
6. From the menu, select Setup > Poll Definition. Set the following settings as
shown: Slave ID = 2, Function = 003 Read Holding Registers, Address =
215, Length = 1, Scan Rate = 1000, Auto Read Enable = selected. Then
select OK.
NOTE: The reply must be 2. If you get a different reply, the Cooling Unit
will not communicate with the EcoStruxure Micro Data Center. A Lost
Comm alarm will appear in the front display of the EcoStruxure Micro
Data Center upon startup.
Ensure the Modbus Poll software is not displaying any error messages.
7. Reboot the Cooling Unit. Then open Modbus Poll and navigate to Setup >
Poll Definition. Check that the Slave ID is as you set it at 2.
NOTE: If the Cooling Unit does not retain its configuration, the cause may
be the Cooling Unit hardware or controller firmware. Contact customer
support at www.apc.com for help.
990-6324B-001
67
Configuring Subsystems
Configure the UPS Modbus ID
The EcoStruxure Micro Data Center application supports SRT and SRV UPS
models.
SRT Modbus ID Configuration
1. A Network Management Card 3 (NMC3, part number = AP9643) should be
installed in the UPS SmartSlot. Use the Micro-USB configuration cable (960–
0603) to connect the Console Port of the NMC3 to your laptop.
2. Open a serial connection to your terminal program (for example,
HyperTerminal, TeraTerm, or PuTTY) and configure the selected port for 9600
bps, 8 data bits, 1 stop bit and no flow control.
3. Press Enter, repeatedly if necessary, to display the User Name prompt. Enter
apc for the user name and password. If this doesn’t work, ask the customer
for the correct user name and password.
4. Set the modbus settings:
•
To enable modbus, enter modbus -a enable.
•
To set the slave ID for an SRT model, enter modbus -s 7.
•
Set the baud rate: enter modbus -br 9600
•
Set the parity: enter modbus -pr none
•
Set the mode: enter modbus -m 8n1
The response code for each command should be E000: Success.
NOTE: In the command console, you can enter ? or help to see the list of
available commands. Enter modbus ? to see the options for the modbus
command.
5. Verify the settings: enter modbus. The response should be as follows:
apc>modbus
E000: Success
Slave Address = 0x7
Status = ENABLED
Buad Rate = 9600
Parity/Stop Bits Mode = NONE (8, N, 1)
TCP Status = DISABLED
TCP Port Number = 502
TCP Communication Timeout = 5 secs
Keep-alive = ENABLED
SRV Modbus ID Configuration
You must configure the Modbus card (SRVSMB001) before installing it in the SRV
UPS. See the Modbus card Installation Manual (990-9286) to configure the
following settings:
•
SW1: Bits 1 and 4 are ON on SW1. All other bits are OFF. This ensures that
ID = 9.
•
SW2: Bits 1 and 4 are OFF on SW2. All other bits are ON. This ensures the
following:
◦
Baud rate = 9600 (bit 1 is OFF and bit 2 is ON).
◦
Parity check = No parity check, 1 stop bits (bits 3 is ON and bit 4 is OFF).
◦
RS485 Resistance Configuration = Enable (bits 5, 6, 7, and 8 are ON on
SW2).
See your UPS Installation Manual for instructions to install the Modbus card in
your UPS.
68
990-6324B-001
Configuring Subsystems
Configure the NetBotz 250 Modbus ID
NOTE: Some options under modbus command (for example, Parity) are not
available because the firmware is customized for the EcoStruxure Micro Data
Center.
1. Remove the plate on the NetBotz Rack Monitor 250 that covers the console
and network port. The plate is labeled “Do not remove. Reserved for
SERVICE.”
2. Connect the USB A–USB mini B configuration cable to the Console Port of
the NetBotz 250.
3. Open a serial connection to your terminal program (for example,
HyperTerminal, TeraTerm, or PuTTY) and configure the selected port for
9600 bps, 8 data bits, 1 stop bit, and no flow control.
4. Press Enter, repeatedly if necessary, to display the User Name prompt.
Enter apc for the user name and password. If this doesn’t work, ask the
customer for the correct user name and password.
5. Set the modbus settings:
•
To enable modbus, enter modbus -a enable.
•
Set the slave ID: enter modbus -s B.
•
Set the baud rate: enter modbus -br 9600
The response code for each command should be E000: Success.
NOTE: In the command console, you can enter ? or help to see the list of
available commands. Enter modbus ? to see the options for the modbus
command.
6. Verify the settings: enter modbus. The response should be as follows:
apc>modbus
E000: Success
Slave Address = 0xB
Status = ENABLED
Buad Rate = 9600
Parity/Stop Bits Mode = NONE (8, N, 2)
TCP Status = DISABLED
TCP Port Number = 502
7. Enter Reboot to reboot the NetBotz 250.
990-6324B-001
69
Configuring Subsystems
Configure the EM3510 Energy Meter
You must configure the wiring type and communication settings. The following
settings are optional, or may depend on the situation/setting:
•
Frequency (default it is at 50 Hz)
•
Date (Looks like this is not retained after reboot)
•
Time (Looks like this is not retained after reboot)
•
Contrast
•
Reset Config
•
Exit Config
Some settings can be set manually, while others must be selected from a list. To
select a value from a list, use the up and down arrow buttons on the energy meter
to scroll through the list and press OK to proceed to the next value. To configure a
setting manually, use the up and down arrow buttons to scroll through numeric
values, then press OK to proceed to the next digit.
You can find more detailed information in the Energy Meter User Guide,
DOCA0005EN-12.
1. On the Energy Meter, simultaneously press and hold the OK and ESC
buttons for about 2 seconds.
2. The first parameter to be displayed is Wiring Type. Press OK to modify this
parameter. The default setting is 3PH4W. Press the down button until you get
1PH2W L-N, then press OK.
3. The next parameter is Frequency. Press OK to modify this parameter. Select
the correct frequency for your system, then press OK.
4. The next parameter is Date. Change this parameter to the current date.
5. The next parameter is Time. Change this parameter to show the current time.
6. The next parameter is Communication. Press OK to modify this parameter.
a. The first sub-option is Slave Address. Set the value to 015 and press
OK.
b. The second sub-option is Baud Rate. Set the value to 9600 and press
OK.
c. The third sub-option is Parity. Set the parity to NONE and press OK.
7. The next parameters are Contrast, Reset Config, and Exit Config. Modify
each setting as needed, or press ESC to continue to the next setting.
NOTE: If the Energy Meter is power cycled, the Time and Date values are
reset to default.
70
990-6324B-001
Install Your Equipment
Install Your Equipment
1. If you have side-suction network equipment near the top of the rack, remove
inner blanking panels ( ) as needed for appropriate airflow. The perforated
1-U blanking panel will then allow the side-suction to draw cold air from the
front of the cabinet. (See Cable Routing Options, page 17for instructions to
remove the interior blanking panels).
NOTE: You can also remove knockouts from inner blanking panels as
needed for airflow or cable access.
2. Install your equipment from the bottom up, with heavier equipment at the
bottom for maximum stability. The bottom 24 U spaces are reserved for
server equipment. The top 14 U spaces are configured with cable
management features to support networking equipment. Always review the
equipment manufacturer’s installation instructions before insta.
NOTE: Equipment attached to the ATS should not draw more than a
combined total of 15 A.
3. Adjust the remaining blanking panels for proper airflow.
•
Move the remaining blanking panels ( ) to fill the unoccupied mounting
spaces.
•
If you do not have any UPS batteries installed, move the top rear
blanking panel to the bottom front UPS mounting space ( ).
Front view
Rear view
2
1
ns3130b
3
990-6324B-001
71
Front Display
Front Display
You can use the front display to monitor the NetBotz Rack Monitor 250 and
devices connected to it, the UPS, Cooling Unit, and the Energy Meter.
1
2
34
ns3135a
5
6
7
8
9
Item
Description
Informational Light-emitting Diodes (LEDs)
Touch-screen
Status LED (see Status LED, page 73)
Display reset button
Link (10/100) LED (see Link (10/100) LED, page 73)
Reserved for service
Reserved for service
Reserved for service
Serial console port — used to access the CLI
Informational LEDs
Power LED
• Green: The display is receiving power from Source A and
Source B.
•
Orange: The display is receiving power from Source B. Source
A has experienced an outage.
•
Red: The display is receiving power from Source A. Source B
has experienced an outage.
Check log LED: When the LED is illuminated, a new entry has
been made in the event log.
Alarm LED: When the LED is illuminated, there is at least one
alarm condition in the system. In the case of multiple alarms, the
LED reflects the most severe alarm present.
• Red: Critical alarm
72
•
Orange: Warning alarm
•
Off: No alarm
990-6324B-001
Front Display
Status LED
Condition
Description
Off
One of the following situations exists:
• The system is not receiving input power.
•
The system is not operating properly. It may need to be repaired or
replaced. Contact Customer Support at www.apc.com/support.
Solid green
The system has valid TCP/IP settings.
Solid amber
A hardware issue has been detected. Contact customer support.
Blinking green
The system does not have valid TCP/IP settings.
Blinking amber
The system is making a boot request.
Alternately
flashing green
and amber
If the LED is flashing rapidly, the system is starting up.
If the LED is flashing slowly, the system is waiting for a DHCP server to assign
valid TCP/IP settings.
Link (10/100) LED
990-6324B-001
Condition
Description
Off
One or more of the following situations exist:
• The system is not receiving input power.
•
The cable that connects the system to the network is disconnected or not
functioning properly.
•
The system is turned off or not operating correctly. Contact Customer
Support at www.apc.com/support.
Solid green
The system is connected to a network operating at 10 Megabits (Mb) per second.
Solid orange
The system is connected to a network operating at 100 Mb per second.
Blinking green
The system is receiving or transmitting data packets at 10 Mb per second.
Blinking orange
The system is receiving or transmitting data packets at 100 Mb per second.
73
Initial Configuration
Initial Configuration
You must set the password through a serial connection to the CLI before
configuring any settings on the Micro Data Center.
Once the password is set, you can
•
Configure the TCP/IP settings through a serial connection to the CLI, Device
IP Configuration Wizard, or front display to enable remote access to the CLI
and Web UI.
•
Configure your EcoStruxure IT account to monitor the Micro Data Center.
Once the password is set, you must configure the TCP/IP settings to access the
Web UI or to access the CLI remotely. To access the Web UI, you must also
enable the Web UI through the front display.
To set the password:
NOTE: (text in italics indicates a variable)
1. Select a serial port on the local computer and disable any service that uses
that port.
2. Use the provided console cable (940-0299) to connect the selected serial port
to the serial on the front of the display.
3. Run a terminal program (such as HyperTerminal®, TeraTerm, or PuTTY) and
configure the selected port for 9600 bps, 8 data bits, no parity, 1 stop bit, and
no flow control.
4. Press ENTER, repeatedly if necessary, to display the User Name prompt.
5. Enter apc for the user name and password. When prompted, enter a new
password that conforms to your company’s password requirements.
6. If you do not plan to configure the TCP/IP settings through the CLI, log off.
Type quit or exit, reconnect any serial cable you disconnected, and restart
any service you disabled.
If you plan to set TCP/IP settings through the CLI, see CLI Configuration,
page 75
To set the TCP/IP settings through the Device IP configuration Wizard, see Device
IP Configuration Wizard, page 76.
To set the TCP/IP settings through the front display, see Operation, page 77.
To enable the Web UI, see Web Access, page 81 under Operation, page 77.
You can also monitor the Micro Data Center through EcoStruxure IT. Consult your
EcoStruxure IT documentation at helpcenter.ecostruxureit.com for instructions.
Then consult the EcoStruxure Micro Data Center C-Series User Guide on www.
apc.com or www.se.com for instructions to enable the appropriate settings.
74
990-6324B-001
Initial Configuration
CLI Configuration
To set the TCP/IP 4 settings from the CLI:
1. Contact your network administrator to obtain the IP address, subnet mask,
and default gateway for the Network Management Card (NMC).
2. Use these three commands to configure network settings:
tcpip -i yourIPaddress (The IP address of the NMC)
tcpip -s yourSubnetMask (The subnet mask of the NMC)
tcpip -g yourDefaultGateway (The IP address of the default gateway)
For each variable, enter a numeric value with the format xxx.xxx.xxx.xxx. For
example, to set a system IP address of 156.205.14.141, enter the following
command and press ENTER:
tcpip -i 156.205.14.141
3. Enter reboot. The NMC restarts to apply the changes.
NOTE: If a default gateway is unavailable, use the IP address of a computer
that is located on the same subnet as the NMC and is usually running. The
NMC uses the default gateway to test the network when traffic is very light.
NOTE: Do NOT use the loopback address (127.0.0.1) as the default gateway.
Doing so will disable the NMC. To enable the NMC again, you must log on
using a serial connection and reset the TCP/IP settings to their defaults.
For detailed information on how to use a DHCP server to configure the TCP/IP
settings, see DHCP Response Optionsunder .
To set the TCP/IP 6 settings from the CLI:
1. Contact your network administrator to obtain the IP address, subnet mask,
and default gateway for the Network Management Card.
2. Use these three commands to configure network settings manually:
tcpip6 -man enable
tcpip6 -i yourIPaddress (The IP address of the NMC)
tcpip6 -g yourDefaultGateway (The IP address of the default gateway)
3. For each variable, enter a numeric value with the format xxx.xxx.xxx.xxx. For
example, to set a system IP address of 156.205.14.141, enter the following
command and press ENTER:
tcpip6 -i 156.205.14.141
4. Enter reboot. The NMC restarts to apply the changes.
990-6324B-001
75
Initial Configuration
Device IP Configuration Wizard
The Device IP Configuration Wizard is used to discover and configure Network
Management Cards that do not have IP addresses assigned. The Device IP
Configuration Wizard runs on Microsoft® Windows® 2000, Windows 2003,
Windows Server® 2003, Windows Server 2012, and on 32- and 64-bit versions of
Windows XP, Windows Vista, Windows 2008, Windows 7, Windows 8, Windows
10, and Windows 2012 operating systems.
The Device IP Configuration Wizard supports network management cards that
have firmware version 3.x.x or higher and is for IPv4 only.
NOTE: Most software Firewalls must be temporarily disabled for the Wizard to
discover Network Management Cards that are not configured.
To configure one or more Network Management Cards from a user
configuration file, see the User Manual or Online Guide.
1. Download the Device IP Configuration Wizard from www.schneider-electric.
com or www.apc.com (search for “Device IP Configuration Wizard”).
2. Install and run the Device IP Configuration Wizard.
3. Follow the on-screen instructions.
NOTE: If the option Start a Web browser when finished is enabled, the word
apc (the default) can be used for both the user name and password.
NOTE: For systems with AOS 6.8.X or later, you must enable SNMPv1 and
set the community name to public before the Device IP Configuration Wizard
can discover the EcoStruxure Micro Data Center.
76
990-6324B-001
Initial Configuration
Operation
Display Icons
Symbol
Description
The locked home button appears when the system is locked by a
password protection. Tap this button to go to the home screen of
the display.
The unlocked home button appears when the system has been
unlocked using the password. Tap this button to go to the home
screen of the display.
Tap the OK button to confirm your selections and exit the current
screen.
Tap the ESC button to cancel your changes and exit the current
screen.
Tap the filter button to set up the filters for your logs.
Tap the recycle bin button to clear the log.
990-6324B-001
77
Initial Configuration
Access Password-protected Screens
When prompted for the password, select your user name. Then enter the Pin for
that user name.
NOTE: The default pin is 1234.
It is recommended that you change the default PIN on first use. Go to
Configuration > Display > Security > Edit User. Select apc from the Name
drop-down list. Then enter a new pin in the Pin and Confirm Pin fields.
Configuration
Name:
Display
Security Edit User
apc
Pin:
ns3140a
Confirm Pin:
NOTE: The pin will not work until you set the Super User password. See Initial
Configuration, page 74 to set the password.
Network Configuration
Once you have configured the appropriate network settings, you can access the
EcoStruxure Micro Data Center through the Web User Interface (Web UI) and
Command Line Interface (CLI).
To enable access through the Web UI, configure TCP/IPv4 settings and/or TCP/
IPv6 settings (seeTCP/IPv4, page 79 and TCP/IPv6, page 80).Then configure
Web Access (see Web Access, page 81).
To enable access through the CLI, configure TCP/IPv4 settings and/or TCP/IPv6
settings (seeTCP/IPv4, page 79 and TCP/IPv6, page 80).
78
990-6324B-001
Initial Configuration
TCP/IPv4
Configuration > Network > TCP/IPv4
Setting
Description
Enable IPv4
Enable or disable IPv4 with this check box.
Manual
Configure IPv4 manually by entering the System IP, Subnet Mask, and
Default Gateway in the appropriate fields.
DCHP
The default setting. At 32-second intervals, the system requests network
assignment from any DHCP server.
•
If the system receives a valid response, it does not require the APC
cookie from the DHCP server in order to accept the lease and start the
network services.
•
If the system finds a DHCP server, but the request to that server fails or
times out, it stops requesting network settings until it is restarted.
Require vendor specific cookie to accept DHCP: By selecting this check
box, you can require the DHCP server to provide a cookie which supplies
information to the system. See the User Guide for more information on DHCP.
BOOTP
990-6324B-001
A BOOTP server provides the TCP/IP settings. At 32-second intervals, the
system requests network assignment from any BOOTP server:
•
If the system receives a valid response, it starts the network services.
•
If the system finds a BOOTP server, but a request to that server fails or
times out, the system stops requesting network settings until it is
restarted.
•
By default, if previously configured network settings exist, and the system
receives no valid response to five requests (the original and four retries),
it uses the previously configured settings so that it remains accessible.
79
Initial Configuration
TCP/IPv6
Configuration > Network > TCP/IPv6
Setting
Description
Enable IPv6
Enable or disable IPv6 with this check box.
Auto
Configuration
The system obtains addressing prefixes from the router (if available). It uses
those prefixes to automatically configure IPv6 addresses.
Manual
Configuration
Configure IPv6 manually by entering the System IP and the Default Gateway
in the appropriate fields.
DHCPv6 Mode
Router Controlled: Selecting this option means that DHCPv6 is controlled by
the Managed (M) and Other (O) flags received in IPv6 router advertisements.
When a router advertisement is received, the system checks whether the M or
the O flag is set. The system interprets the state of the M (Managed Address
Configuration Flag) and O (Other Stateful Configuration Flag) "bits" for the
following cases:
•
Neither is set: Indicates the local network has no DHCPv6 infrastructure.
The system uses router advertisements and manual configuration to get
addresses that are not link-local and other settings.
•
M, or M and O are set: In this situation, full DHCPv6 address
configuration occurs. DHCPv6 is used to obtain addresses AND other
configuration settings. This is known as DHCPv6 stateful. Once the M
flag has been received, the DHCPv6 address configuration stays in effect
until the interface in question has been closed. This is true even if
subsequent router advertisement packets are received in which the M
flag is not set. If an O flag is received first, then an M flag is received
subsequently, the system performs full address configuration upon receipt
of the M flag.
•
Only O is set: In this situation, the NMC sends a DHCPv6 Info-Request
packet. DHCPv6 will be used to configure “other” settings (such as
location of DNS servers), but NOT to provide addresses. This is known as
DHCPv6 stateless.
Address and Other Information: When selected, DHCPv6 is used to obtain
addresses AND other configuration settings. This is known as DHCPv6
stateful.
Non-Address Information Only: When selected, DHCPv6 will be used to
configure "other" settings (such as location of DNS servers), but NOT to
provide addresses. This is known as DHCPv6 stateless.
Never: Select this to disable DHCPv6.
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Initial Configuration
Web Access
ns3136a
Configuration > Network > Web Access
Setting
Description
Enable Web
Enable access to the Web UI.
Access Mode
HTTP: Enables Hypertext Transfer Protocol (HTTP), which provides Web
access by user name and pin, but does not encrypt user names, pins, or data
during transmission.
HTTPS: Enables Hypertext Transfer Protocol (HTTPS) over Secure Sockets
Layer (SSL)/ Transport Layer Security (TLS). SSL and TLS encrypt user
names, passwords, and data during transmission, and authenticate the system
by digital certificate. When HTTPS is enabled in the Web UI, most browsers
display a small lock icon.
By default, HTTPS is enabled and HTTP is disabled.
Port
HTTP default port = 80
HTTPS default port = 443
You can change either port setting to any unused port from 5000 to 32768 for
additional security. To access the UI in your Web browser, you must enter the
system IP followed by a colon (:) to specify the port number. For example, you
would enter the following for a port number of 5000 and an IP address of
152.214.12.114:
http://152.214.12.114:5000 or
https://152.214.12.114:5000
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81
Initial Configuration
Access the Web UI
You can use the Web UI to monitor the NetBotz Rack Monitor 250 and devices
connected to it, the UPS, Cooling Unit, and the Energy Meter.
Most modern Web browsers are compatible with the EcoStruxure Micro Data
Center. Use the most recent version of your browser to mitigate the risk of
software security vulnerabilities.
1. Enter the system IP address in the Web browser’s URL address bar. You can
view the IP address from the User Interface on the front door of the
EcoStruxure Micro Data Center: select About > Network.
You may receive a message that the Web page is not secure. This is normal
when using a self-signed certificate (the default), and you can continue to the
Web UI.
NOTE: Your system comes with a self-signed certificate installed.
Browsers generate a security warning because they do not recognize the
authority who signed the certificate. You can prevent the warning
message by installing a certificate signed by a Certificate Authority (CA)
the Web browser recognizes. You can also direct the browser to accept
the certificate to prevent the warning. See the User Guide on www.apc.
com for details.
2. Use your user name and case-sensitive password to log on. The default user
name and password for the Super User are both apc. The Super User must
define the user name and password for Administrators.
Both the Super User and Administrators must change their passwords at first
log on. Use strong passwords that comply with your company’s password
requirements.
Product Registration
Product Registration is completed by the APC field service engineers. If you have
questions about product registration, contact customer support at www.apc.com/
support to register your EcoStruxure Micro Data Center.
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Maintenance and Support
Maintenance and Support
Maintenance Bypass Procedure
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
•
Electrical equipment must be installed, operated, serviced, and maintained
only by qualified personnel.
•
Perform appropriate Lock Out/Tag Out procedures during equipment
installation and maintenance.
•
Wear appropriate personal protective equipment (PPE) and follow safe
electrical work practices. See NFPA 70E and follow all local codes and
regulations.
Failure to follow these instructions will result in death or serious injury.
NOTICE
EQUIPMENT DAMAGE
Do not turn on Q3 until the UPS is turned off or in bypass mode.
Failure to follow these instructions can result in equipment damage.
Use this procedure to isolate the rack-mount UPS for repair or replacement.
Breaker Positions
On
ns3070a
ns3070b
Off
1. Ensure the UPS is in Bypass mode. The UPS automatically switches
to bypass mode when it experiences an overload or other power
events that may damage it’s internal hardware. If it is not already in
bypass mode, follow the instructions in the UPS manual to switch the
UPS to bypass mode manually.
2. Release the lock on Q3, then turn on Q3.
3. Turn off Q5 and Q9.
4. Turn off the UPS and disconnect it from the power panel.
Locked
Unlocked
5. Allow a service engineer to replace or repair the UPS.
6. Install the ups and connect it to the power panel.
ns3070d
ns3070c
7. Turn on Q5 and power on the UPS.
8. Set the UPS to bypass mode. Follow the instructions in your UPS
manual.
9. Turn on Q9.
10. Turn off Q3 and lock Q3.
11. Bring the UPS out of Bypass mode. See your UPS manual for
instructions.
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83
Maintenance and Support
Replace the Fan Filter
ns3071a
The fan filter slides into the space between the fan and front door. Check the fan
filter regularly and replace it as needed to ensure proper airflow.
Worldwide Customer Support
Customer support for this product is available on www.apc.com.
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Specifications
Specifications
AR4340IX500/
AR4340IX500CP
(Micro Data Center
base SKU)
MDC43UECSI
(Easy UPS and
Basic Rack PDU)
MDC43UBCSI
(EasyUPS and
Metered Rack
PDU)
MDC43USCSI
(Smart UPS and
Basic Rack PDU)
MDC43UACSI
(Smart UPS and
Metered Rack
PDU)
Electrical
Rated input voltage
220–240 VAC, 50/60 Hz
Rated input current
63 A
Input connection
3-wire (line, neutral, protective earth)
Over voltage
category
II
Physical
Dimensions
(H x W x D)
2080 x 800 x 1200 mm (81.89 x 31.5 x 47.24 in)
Weight
320 kg (705.5 lb)
Static Load
Capacity
(with leveling feet
lowered)
1,000 kg (2204.62 lb)*
See table note*
Environmental
Elevation
0–2,000 m (6,561.68 ft)
Interior cabinet
temperature,
operating
16–40°C (60.8–104 °F)
Ambient Room
Temperature
Operating
Storage
See your equipment specifications for limiting environmental factors.
18–27 °C (64.4– 80.6 °F) continuous, 30 °C (86 °F) maximum
-20–40 °C (-4–104 °F)
Ambient
Temperature for
Outdoor Cooling
Unit
n/a
without Low Temperature Kit: -15–50 °C (5–122 °F)
with Low Temperature Kit: -35– -15 °C (-31–5 °F)
Humidity (cooling
unit)
n/a
15–65%, non-condensing
Pollution Degree
2
Compliance
Safety
IEC60950-1
IEC62368-1
—
—
—
—
EMC**
Class A
CISPR 3
CISPR 3
—
—
UPS certification
n/a
SRV6KRIL-IN: BIS
SRV6KRIL: CE
SRV6KRIL-IN: BIS
SRV6KRIL: CE
SRT6KRMXLI: CE,
EAC, IRAM, RCM,
VDE
SRT6KRMXLI: CE,
EAC, IRAM, RCM,
VDE
Rack PDU
certifications
n/a
AP7553: CE &
iCTC
AP8853: UL-EU
AP7553: CE &
iCTC
AP8853: UL-EU
Cooling Unit
certifications
n/a
ACRMD4KI,
ACRMD4KI-2:
CE & CCC
ACRMD4KI,
ACRMD4KI-2:
CE & CCC
ACRMD4KI,
ACRMD4KI-2:
CE & CCC
ACRMD4KI,
ACRMD4KI-2:
CE & CCC
*
The Static Load Capacity is the maximum weight of equipment you can add to the EcoStruxure Micro Data Center
after the leveling feet are lowered.
The maximum weight the cabinet can safely hold is 1200 kg (2645.55 lb)—this includes the weight of all preinstalled equipment. The pre-installed equipment weighs about 200 kg (441 lb). You can load an additional 1,000
kg (2204.62 lb)of equipment into the cabinet. Consult the Equipment specifications below to ensure you do not
overload the cabinet.
**
990-6324B-001
AR4340IX500 and AR4340IX500CP comply to the Class A EMC requirements. Class A compliance cannot be
guaranteed with the addition of any additional component, device, or equipment. Check the certifications and
ratings for all additional equipment before installation.
85
Specifications
Equipment Specifications
Cooling
Description
Part number
Weight
Environmental Specifications
3.5 kW rack-mount cooling split
system, Indoor unit with gravity
drain, 50 Hz
ACRMD4KI-1
26 kg (57.32 lb)
Elevation: 1,000 m (3281 ft), de-rated above 1,000 m (3,281 ft)
Humidity: 15–65%, non-condensing
Operating Temperature: 16–43 ℃ (60.8–109.4 °F)
Storage Temperature: -20–52 °C (-4.0–129.2 °F)
3.5 kW split system cooling unit,
Outdoor unit with pre-charged
refrigerant, 50 Hz
ACRMD4KI-2
48 kg (105.8 lb)
Elevation: 1,000 m (3,281 ft), de-rated above 1,000 m (3281 ft)
Ambient temperature
without Low Temperature Kit: -15–50 °C (5–122 °F)
with Low Temperature Kit: -35– -15 °C (-31–5 °F)
Optional: Low Ambient
Temperature Kit -35C
ACAC10040
9 kg (19.84 lb)
—
Optional: Condensate drain
pump
ACAC10039
1.8 kg (3.97 lb)
—
Rack PDU
Description
Part
number
Weight
Environmental Specifications
Rack PDU, Basic, 0 U, 32A,
230V, 20 C13, & 4 C19
AP7553
5.57 kg (12.25 lb)
Rack PDU 2G, Metered, 0
U, 32 A, 230 V, 36 C13, & 6
C19
AP8853
6.93 kg (15.24 lb)
Operating Temperature: -5–45 °C (23–113 °F)
Operating Relative Humidity: 5–95%
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -25–65 °C (-13–149 °F)
Storage Elevation: 0–15,240 m (0–50,000 ft)
Rack PDU 2G, Switched, 0
U, 32 A, 230 V, 21 C13, & 3
C19
AP8953
7.59 kg (16.7 lb)
Rack PDU 2G, Metered-byOutlet, 0 U, 32 A, 230 V, 21
C13, & 3 C19
AP8453
8.21 kg (18.1 lb)
Rack PDU 2G, Metered by
Outlet with Switching, 0 U,
32 A, 230 V, 21 C13, & 3
C19
AP8653
8.23 kg (18.1 lb)
86
990-6324B-001
Specifications
UPS
Description
Part number
Weight
Environmental Specifications
APC Easy UPS SRV RM
6000 VA 230 V with
External Battery Pack
SRV6KRIL-IN
78.0 kg (171.96 lb)
Operating Temperature: 0–40 °C (32–104 °F)
Operating Relative Humidity: 0–95% (non-condensing)
Operating Elevation: 0–3,000 m (0–1,0000 ft)
Storage Temperature: -20–60 °C
Storage Relative Humidity: 0–95% (non-condensing)
Storage Elevation: 0–15,000 m (0–50,000 ft)
APC Easy UPS SRV RM
6000 VA 230 V with
External Battery Pack
SRV6KRIL
78.0 kg (171.96 lb)
Operating Temperature: 0–40 °C (32–104 °F)
Operating Relative Humidity: 0–95% (non-condensing)
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -15–60 °C
Storage Relative Humidity: 0–95% (non-condensing)
Storage Elevation: 0–15,240 m (0–50,000 ft)
APC Easy UPS 240 V
Battery Pack for 5 & 6 kVA
Online, Rack, Extended
Runtime
SRV240RBP-9A
138.89 lb 63.0 kg ()
Limiting specifications for SRV equipment:
Operating Temperature: 0–40 °C (32–104 °F)
Operating Relative Humidity: 0–95% non-condensing
Operating Elevation: 0–457 m (0–1500 ft)
Storage Temperature: -15–40 °C (5–104 °F)
Storage Relative Humidity: 0–95% non-condensing
Storage Elevation: 0–4,572 m (0–15,000 ft)
SRV Modbus card
SRVSMB001
0.03 kg (0.07 lb)
—
APC Easy UPS RAIL KIT,
700 mm
SRVRK1
1.44 kg (3.17 lb)
—
APC Smart-UPS SRT 6000
VA RM 230 V
SRT6KRMXLI
60.0 kg (132.0 lb)
Operating Temperature: 0–55 °C (32–131 °F)
Operating Relative Humidity: 0–95% (non-condensing)
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -15–45 °C (5–113°F)
Storage Relative Humidity: 0–95% (non-condensing)
Storage Elevation: 0–15,240 m (0–50,000 ft)
APC Smart-UPS SRT 192
V 5 kVA and 6 kVA RM
Battery Pack
SRT192RMBP
91.0 kg (200.2 lb)
Limiting specifications for SRT equipment:
Operating Temperature: 0–40 °C (32–104 °F)
Operating Relative Humidity: 0–95% non-condensing
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -15–45 °C (5–113°F)
Storage Relative Humidity: 0–95% non-condensing
Storage Elevation: 0–15,240 m (0–50,000 ft)
APC Smart-UPS SRT 19 in
Rail Kit for Smart-UPS SRT
5/6/8/10 kVA
SRTRK2
2.73 kg (6.0 lb)
—
UPS Network Management
Card 3 w/ Environmental
Monitoring and Modbus
AP9643
0.14 kg (0.31 lb)
Operating Temperature: -5–45 °C (23–113 °F)
Operating Relative Humidity: 0–95% (non-condensing)
Operating Elevation: 0–3,000 m (0–10,000 ft)
Storage Temperature: -15–65 °C (5–149 °F)
Storage Elevation: 0–15,000 m (0–50,000 ft)
SRV
SRT
990-6324B-001
87
Specifications
Optional Items
Description
Part number
Weight
Environmental Specifications
NetBotz Handles
NBHN125/
NBHN1356
—
Operating Temperature: 0–45 °C (32–113 °F)
Operating Relative Humidity: 0–95%
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -15–65 °C (5–149 °F)
Storage Elevation: 0–15,240 m (0–50,000 ft)
Automatic Transfer Switch,
20A/208V, 16A/230V, C20
IN, 8 C13 1 C19 OUT
AP4423
3.74 kg (8.25 lb)
Operating Temperature: -5–45 °C (23–113 °F)
Operating Relative Humidity: 5–95%
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -25–65 °C (-13–149 °F)
Storage Elevation: 0–15,240 m (0–50,000 ft)
17" Rack LCD Console with
Integrated 8 Port Analog
KVM Switch
AP5808
13.77 kg (30.36 lb)
Operating Temperature: 0–40 °C (32–104 °F)
Power Cord Kit 6 ea,
Locking, C19 to C20, 0.6 m
AP8712S
1.12 kg (2.47 lb)
Operating Temperature: 0–75 °C (32–167 °F)
Operating Relative Humidity: 20–80%
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -25–75 °C (-13–167 °F)
Storage Elevation: 0–15,240 m (0–50,000 ft)
Power Cord Kit 6 ea,
Locking, C13 to C14, 0.6m
AP8702SWW
0.7 kg (1.53 lb)
Operating Temperature: 0–70 °C (32–158 °F)
Operating Relative Humidity: 20–80%
Operating Elevation: 0–3,048 m (0–1,0000 ft)
Storage Temperature: -25–75 °C (-13–167 °F)
Storage Elevation: 0–15,240 m (0–50,000 ft)
APC 1U 19" Black Modular
Toolless Blanking Panel Qty 10
AR8136BLK
0.09 kg (0.2 lb)
—
Horizontal Cable Manager,
1U x 4" Deep, Single-Sided
with Cover
AR8602A
0.89 kg (1.95 lb)
—
Fire suppression system
ARFS600
15.6 kg (34.4 lb)
Operating Temperature: 0–50°C
Operating Humidity: 0 to 95% (non-condensing)
Radio Frequency Interference
Warning: This equipment is intended to be used in an commercial environment.
Operation in a residential area may cause harmful radio interference. The user will
bear sole responsibility for correcting such interference.
88
990-6324B-001
Warranty
Warranty
The following warranty applies to only AR4340IX500/AR4340IX500CP. Additional
products included in MDC43USCSI, MDC43UACSI, MDC43UECSI, and
MDC43UBCSI are covered by separate warranties. You can find additional
support and warranty information on www.apc.com or www.se.com.
One-year Factory Warranty
The limited warranty provided by Schneider Electric in this Statement of Limited
Factory Warranty applies only to products you purchase for your commercial or
industrial use in the ordinary course of your business.
Terms of Warranty
Schneider Electric warrants its products to be free from defects in materials and
workmanship for a period of one year from the date of purchase. The obligation of
Schneider Electric under this warranty is limited to repairing or replacing, at its
sole discretion, any such defective products. This warranty does not apply to
equipment that has been damaged by accident, negligence or misapplication or
has been altered or modified in any way. Repair or replacement of a defective
product or part thereof does not extend the original warranty period. Any parts
furnished under this warranty may be new or factory-remanufactured.
Non-transferable Warranty
This warranty extends only to the original purchaser who must have properly
registered the product. The product may be registered at www.apc.com.
Exclusions
Schneider Electric shall not be liable under the warranty if its testing and
examination disclose that the alleged defect in the product does not exist or was
caused by end user’s or any third person’s misuse, negligence, improper
installation or testing. Further, Schneider Electric shall not be liable under the
warranty for unauthorized attempts to repair or modify wrong or inadequate
electrical voltage or connection, inappropriate on-site operation conditions,
corrosive atmosphere, repair, installation, exposure to the elements, Acts of God,
fire, theft, or installation contrary to Schneider Electric recommendations or
specifications or in any event if the Schneider Electric serial number has been
altered, defaced, or removed, or any other cause beyond the range of the
intended use.
THERE ARE NO WARRANTIES, EXPRESS OR IMPLIED, BY OPERATION OF
LAW OR OTHERWISE, OF PRODUCTS SOLD, SERVICED OR FURNISHED
UNDER THIS AGREEMENT OR IN CONNECTION HEREWITH. SCHNEIDER
ELECTRIC DISCLAIMS ALL IMPLIED WARRANTIES OF MERCHANTABILITY,
SATISFACTION AND FITNESS FOR A PARTICULAR PURPOSE. SCHNEIDER
ELECTRIC EXPRESS WARRANTIES WILL NOT BE ENLARGED,
DIMINISHED, OR AFFECTED BY AND NO OBLIGATION OR LIABILITY WILL
ARISE OUT OF, SCHNEIDER ELECTRIC RENDERING OF TECHNICAL OR
OTHER ADVICE OR SERVICE IN CONNECTION WITH THE PRODUCTS. THE
FOREGOING WARRANTIES AND REMEDIES ARE EXCLUSIVE AND IN LIEU
OF ALL OTHER WARRANTIES AND REMEDIES. THE WARRANTIES SET
FORTH ABOVE CONSTITUTE SCHNEIDER ELECTRIC’S SOLE LIABILITY
AND PURCHASER’S EXCLUSIVE REMEDY FOR ANY BREACH OF SUCH
990-6324B-001
89
Warranty
WARRANTIES. SCHNEIDER ELECTRIC WARRANTIES EXTEND ONLY TO
PURCHASER AND ARE NOT EXTENDED TO ANY THIRD PARTIES.
IN NO EVENT SHALL SCHNEIDER ELECTRIC, ITS OFFICERS, DIRECTORS,
AFFILIATES OR EMPLOYEES BE LIABLE FOR ANY FORM OF INDIRECT,
SPECIAL, CONSEQUENTIAL OR PUNITIVE DAMAGES, ARISING OUT OF
THE USE, SERVICE OR INSTALLATION, OF THE PRODUCTS, WHETHER
SUCH DAMAGES ARISE IN CONTRACT OR TORT, IRRESPECTIVE OF
FAULT, NEGLIGENCE OR STRICT LIABILITY OR WHETHER SCHNEIDER
ELECTRIC HAS BEEN ADVISED IN ADVANCE OF THE POSSIBILITY OF
SUCH DAMAGES. SPECIFICALLY, SCHNEIDER ELECTRIC IS NOT LIABLE
FOR ANY COSTS, SUCH AS LOST PROFITS OR REVENUE, LOSS OF
EQUIPMENT, LOSS OF USE OF EQUIPMENT, LOSS OF SOFTWARE, LOSS
OF DATA, COSTS OF SUBSTITUTES, CLAIMS BY THIRD PARTIES, OR
OTHERWISE.
NO SALESMAN, EMPLOYEE OR AGENT OF SCHNEIDER ELECTRIC IS
AUTHORIZED TO ADD TO OR VARY THE TERMS OF THIS WARRANTY.
WARRANTY TERMS MAY BE MODIFIED, IF AT ALL, ONLY IN WRITING
SIGNED BY AN SCHNEIDER ELECTRIC OFFICER AND LEGAL
DEPARTMENT.
Warranty Claims
Customers with warranty claims issues may access the customer support network
through the Support page, www.apc.com/support. Select your country from the
country selection pull-down menu at the top of the Web page. Select the Support
tab to obtain contact information for customer support in your region.
90
990-6324B-001
APC
70 Mechanic Street
Foxboro, MA 02035
USA
https://www.apc.com
As standards, specifications, and design change from time to time,
please ask for confirmation of the information given in this publication.
© 2021 – 2022 Schneider Electric. All rights reserved.
990-6324B-001

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