Honeywell R430 Installation Manual

R430 Honeywell Server Planning, Installation and Service

Guide

HWDOC-X453-en-D

August 2020

Disclaimer

This document contains Honeywell proprietary information. Information contained herein is to be used solely for the purpose submitted, and no part of this document or its contents shall be reproduced, published, or disclosed to a third party without the express permission of Honeywell International Sàrl.

While this information is presented in good faith and believed to be accurate, Honeywell disclaims the implied warranties of merchantability and fitness for a purpose and makes no express warranties except as may be stated in its written agreement with and for its customer.

In no event is Honeywell liable to anyone for any direct, special, or consequential damages. The information and specifications in this document are subject to change without notice.

Copyright 2020 - Honeywell International Sàrl

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Contents				3
Chapter 1 - About this Document				6
1.1		Revision history		8
Chapter 2 - Planning				9
2.1		Overview		9
		2.1.1 Software requirement		9
		2.1.2 BIOS configuration		10
2.2		Description		10
		2.2.1 Honeywell server model number		10
		2.2.2	Electronics configuration	10
		2.2.3 Electronics module		11
		2.2.4 Standard features of Dell R430		11
		2.2.5	Slots configuration	12
		2.2.6	Optional features	12
		2.2.7 Power cords		12
2.3		Platform information		12
		2.3.1 Honeywell documentation		12
		2.3.2 Dell documentation		12
2.4		LCN node slot requirements		14
2.5		Experion nodes slot requirement		14
		2.5.1	Default configurations for FTE	14
		2.5.2	FTE supervisory (Default)	14
		2.5.3 Cnet configuration using PCIC interface		14
2.6		Memory configuration for Dell R430		14
		2.6.1 Tab 100 8GB, consisting of two 4GB ECC DDR4 RDIMM for Dell PowerEdge R430
		server servers		15
		2.6.2 Tab 200 16GB, consisting of two 8GB ECC DDR4 RDIMM for Dell PowerEdge
		R430 server servers		15
		2.6.3 Tab 100 16 GB, consisting of two 4 GB ECC DDR4 RDIMM for Dell PowerEdge
		R430 server servers		16
		2.6.4 Tab 200 32 GB, consisting of four 8 GB ECC DDR4 RDIMM for Dell PowerEdge
		R430 server servers		16
2.7		System specifications		17
		2.7.1 Microprocessor		17
		2.7.2 PCIe slots		17
		2.7.3 Memory		17
		2.7.4	Raid controller	18
		2.7.5	Optical disk drive	18
			- 3 -

	2.7.6 Video		18
	2.7.7 Network interface		18
	2.7.8 Power		18
	2.7.9 Environmental		18
	2.7.10	Physical – form factor	20
	2.7.11 Drive bays		20
	2.7.12	Altitude	20
	2.7.13	External peripherals	20
	2.7.14 Drives		20
	2.7.15	External ports	20
	2.7.16 Management		21
	2.7.17	Hard disk drive specifications	21
	2.7.18 Removable media specifications		21
	2.7.19 Storage and media devices		21
	2.7.20 Mouse and keyboard		22
	2.7.21 Monitor		22
	2.7.22 Video cable		22
2.8	Industrial regulatory compliance		22
	2.8.1 Electromagnetic Compatibility		23
	2.8.2 Safety compliance		23
2.9	Light industrial regulatory compliance		23
	2.9.1 Electromagnetic Compatibility		24
	2.9.2 Safety compliance		24
Chapter 3 - Installation			25
3.1	Tasks for installing the server		25
	3.1.1 Before you begin		25
3.2 Power and grounding requirements			25
	3.2.1 Grounding consoles and cabinets		25
3.3 Cabinet spacing requirements			26
	3.3.1 Unused cabinet spaces		26
3.4 Installing the server and connecting the cables			27
	3.4.1 Honeywell server back panel connections		27
	3.4.2 Installing the server		28
	3.4.3 Connecting the cables		28
	3.4.4 Install air duct baffles and blank panel front covers in cabinet		29
3.5	Starting the server		31
	3.5.1 Turning on the power		31
		- 4 -

		3.5.2 Configuring RAID in Dell R430 server	31
		3.5.3 Starting the TDC emulator services	32
		3.5.4 Checking the LCNp4e2 status	32
Chapter 4 - Operation			34
4.1		Server overview	34
		4.1.1 Front view of Dell R430 server	34
		4.1.2 Rear view of Dell R430 server	34
4.2		Network connections	35
		4.2.1 Ethernet network	36
		4.2.2 LCN cables	36
		4.2.3 LCN network	36
		4.2.4 LCN Connections	36
		4.2.5 MAU connection	36
		4.2.6 ControlNet Network	37
4.3		Configuring ControlNet interface card	38
		4.3.1 Installing ControlNet card inside Magma chassis	38
Chapter 5 - Servicing			39
5.1		Servicing the LCNp4e2	39
		5.1.1 Adding or replacing the LCNp4e2 board	40
		5.1.2 Modifying VGA port saver	42
5.2		Storage and media devices	43
5.3		Adding additional memory in Dell R430	44
		5.3.1 Prerequisites	44
		5.3.2 To add additional memory	44
5.4		Installing hot spare hard drive	46
		5.4.1 To insert the hot spare hard drive	46
5.5		Servicing Honeywell options	48
		5.5.1 LCN node slot requirements	48
		5.5.2 Slot requirements for General Ethernet and FTE node setup	48
5.6		Verifying correct BIOS settings	48
		5.6.1 Entering the BIOS	49
		5.6.2 BIOS settings for Tab 51156309-100	49
		5.6.3 BIOS settings for Tab 51156309-200	55
		5.6.4 Exiting the BIOS	61
5.7		Spare parts	61
5.8		Troubleshooting	62
		- 5 -

CHAPTER

1 ABOUT THIS DOCUMENT

This document contains installation and service information for the Dell PowerEdge R430 server. The instructions and service information contained in this document address the server itself, and assumes that the associated network communication equipment is pre-installed by the Honeywell factory or has manuals dedicated to its installation and service. This server is not a standard Dell model and you cannot order it independently from Dell.

NOTE

If the Local Control Network (LCN) coaxial based system has been integrated with an Experion Fault Tolerant Ethernet (FTE) based system, the node (server) may be upgraded to be an Experion Local Control Network (ELCN) node, which has its ELCN Interface provided via FTE. This node may be installed as a physical or virtual platform.

If the node is upgraded to an ELCN node, and the node is a physical (a.k.a. bare-metal) platform, a Local Control Network Processor (LCNP) board coaxial interface to LCN is not used. The LCN MAU is disconnected, and/or the LCNP board is removed.

Redundant ELCN Bridges are required if the ELCN node is communicating with any other existing, coaxial-based LCN node.

Some LCN nodes may have been replaced by their ELCN equivalent nodes, and overall system features/architecture will differ from that of a non-ELCN integrated system (classic LCN/TPN system). In this case it may be necessary to refer to appropriate ELCN documentation, in addition to the information provided herein.

The following table lists Honeywell ELCN/Experion publications that may be useful for references.

The following table lists Honeywell ELCN/Experion publications that may be useful for references.

ELCN Reference Documents Table for Server/Workstation PSIG Documents

Publication	Content Type
Experion LCN Hardware	UEA installation
Upgrade Kit Instructions
(51195195-415)
Experion LCN Quick Start	General hardware/software/migration information
Guide (EPDOC-X480-en-
511A)
Experion Software Installation	Experion software installation (various methods)
User's Guide (EPDOC-X136-
en-511A)
Experion LCN Overview and	Bridge hardware installation, software configuration,

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Chapter 1 - About this Document

Publication Content Type

Implementation Guide

(EPDOC-X478-en-511A)

Experion LCN Planning,

Installation, and Service Guide

(HWDOC-X479-en-E)

Experion LCN Specification (ELCN03)

Fault Tolerant Ethernet

Installation and Service Guide

(EPDOC-XX36-en511A)

Universal Embedded

Appliance Hardware

Installation and Maintenance

Guide (HWDOC-X469-en-A)

Integrated Experion-TPS User's Guide (EPDOC-XX66- en-511A)

Virtualization Planning and

Implementation Guide

(EPDOC-X147-en-A)

Server and Client Planning Guide (EPDOC-X128-en- 511A)

Process Operations Manual (SW11-601)

operation, servicing/troubleshooting

ELCN system planning, hardware/software installation, servicing/troubleshooting

General ELCN technical specifications

FTE system installation, servicing/troubleshooting

General UEA planning, installation, and service information before it is commissioned as an ELCN appliance.

Supplementary installation tasks needed before using TPS Nodes on an Experion system. Describes configuration tasks needed for TPS Nodes.

Implementing networks, Preparing ESXi host, Administering virtualization

High-level planning/design for Experion servers, clients, controllers

Process operations, alarm/message handling, reporting, history functions, system operations, system menu functions, console/station peripheral devices

Integrated Experion-TPS User's Guide (EPDOC-XX66- en-511A)

Experion PKS R510.1

Migration Planning Guide

(EPDOC-XX70-en-5101A)

Switch Configuration Tool

User's Guide

(EPDOC-X246-en-511A)

Supplementary installation and configuration tasks for Experion TPS Nodes

Planning information for migration of Experion system from legacy R4xx system software to Experion R510.1 software.

Experion switch configuration information

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Chapter 1 - About this Document

Publication

Content Type

Experion Network Best

Practices (WP-07-02-ENG)

Experion R510 Software

Change Notice (EPDOC-

X166-en-511A)

Customer Release Guide

R687 (CRG-687)

TPN R687 Software Change Notice (TNDOC-X166-en- 6871A)

Experion Control Building User's Guide (EPDOC-XX19- en-511A)

Best practices for planning the installation of Experion FTE networks, and connecting them into plant IT networks.

Describes Experion R510 features/enhancements, overall product, release interoperabilities, system dependencies, problem resolutions, known issues, special considerations

TPN/TPS Migration information (ELCN migration Information included)

Document changes, compatibility and migration/installation processes for the TPS Process Network Release of R687 software.

Procedures for basic tasks in the Control Builder application (configuring hardware devices, continuous control strategies, sequential control strategies).

1.1Revision history

Version	Date	Description
	August 2020
A		Initialrelease of the document.

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CHAPTER

2 PLANNING

•Overview

•Description

•Platform information

•LCN node slot requirements

•Experion nodes slot requirement

•Memory configuration for Dell R430

•System specifications

•Industrial regulatory compliance

•Light industrial regulatory compliance

2.1Overview

Platforms sold by Honeywell are engineered for the process control mission of Experion and TPS systems to provide consistent and robust performance. Through an extensive qualification process, Honeywell defines specific peripheral devices, slot locations, and BIOS settings for best performance and reliability, sometimes even adding cooling fans for longer service. Honeywell platforms are then built to Honeywell specifications by the computer manufacturer.

Honeywell engineering has tested theDell PowerEdge R430 serverwith other Honeywell hardware and software and has qualified its use for specific configuration items as identified in the Software Change Notice (SCN). The server is not a standard Dell model and cannot be ordered independently from Dell. The Technical Assistance Center (TAC) is well trained and supports Honeywell platforms. Use of any other server including a similar Dell model, is considered a project special and its TAC support is limited according to the services policy.

The Honeywell-based Dell PowerEdge R430 server provides the functionality of a server-based PC running the Microsoft Windows server operating systems.

The release of this server is based upon RAID-5 and dual power supply design to provide computerbased functionality for certain Experion systems and the TPS systems.

The Dell PowerEdge R430 servers are shipped with the Tab number 51156309-200.

•Software requirement

•BIOS configuration

2.1.1Software requirement

The server runs on the following operating system.

•Microsoft Windows Server 2008R2 for R41x and R43x, and Microsoft Windows Server 2016 Standard x64 (for EPKS R50x.x).

The server platform runs the latest version of the following Experion server.

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Chapter 2 - Planning

•ESV

•ACE/SCE

•EAS

•eServer

•ESVT

•ACE-T

•ExperionApp (E-App)

2.1.2BIOS configuration

The BIOS version for the server depends on the Tab numbers. The Tab number for Dell R430 is Tab 51156309-100 with BIOS Version 1.6.2 or later.

The Tab number for Dell R430 is Tab 51156309-200 with BIOS version 2.2.25 or later.

2.2Description

•Honeywell server model number

•Electronics configuration

•Electronics module

•Standard features of Dell R430

•Slots configuration

•Optional features

•Power cords

2.2.1Honeywell server model number

The following models have been defined for the Honeywell-based Dell R430 server platforms.

	Model	Description
	number
	MZ-	Intel Xeon E5-2620 V3 2.40 GHz, 15M Cache / 8 GB RDIMM (2x4 GB) / 300
	PCSV63	GB 15K RPM Serial-Attach SCSI 12 Gbps 2.5in Hot plug Hard Drive (QTY
		4)/H730mini Controller (RAID 5 configuration)
	MZ-	300GB 2.5” 15K RPM SAS HDD to use as a Hot Spare (not supplied with
	PCEH08	Standard configuration customer need to buy it if hot spare is required)
	EP-	Windows Server 2008 R2 COA
	COAR28
	EP-	Microsoft Windows Server 2016 (64 bit) COA
	COAS16

2.2.2Electronics configuration

The Dell R430-based server is approved for installation in the Honeywell 1000 mm deep LCN cabinet only, using the Sliding ReadyRail II kit included in the purchase of the server.

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Chapter 2 - Planning

2.2.3Electronics module

The tables in this section provides the electronics module for the Honeywell-based Dell R430 server platforms.

Typical operating power requirements

Description	DC power	AC voltage		AC RMS current	AC power
Electronic assembly	N/A	120	(90-132) Vrms	1.1A	125W
		240	(180-260) Vrms	0.6A	122W

Maximum operating power requirements

Description	DC power	AC voltage		AC RMS current	AC power
Electronic assembly	N/A	120	(90-132) Vrms	1.8A	194W
		240	(180-260) Vrms	0.9A	190W

Weight and dimensions

Description	Height	Width	Depth	Weight
Assembly	42.8 mm	482.44 mm	607.0 mm	19.9 KGs (42.5 lbs)

2.2.4Standard features of Dell R430

Following are the common features of Dell R430 server:

•Intel Xeon E5-2620 V3 2.40 GHz, 15M Cache / 8 GB RDIMM (2x4 GB) / 300 GB 15K RPM SerialAttach SCSI 12 Gbps 2.5in Hot plug Hard Drive (QTY 4) / H730 mini Controller (RAID 5 configuration).

•Rear Ports:1 serial, 1Video, 2 USB ( 1 USB 2.0 and 1 USB 3.0), 4 RJ45, 1 ID push button with blue / amber LED.

•Front Ports: 2 USB 2.0, ID push button with blue / amber LED, 1 video, 1 system power on/off button.

•Broadcom 5720 1GbE Dual Port Ethernet NIC with failover and load balancing.

•Bus Type: PCIe.

•Expansion Slots: 2 PCIe slots.

o	1x8 slot with x4 bandwidth, 2.0, half-height, half-length
o	1x16 slot with x16 bandwidth, 3.0, full-height, half-length

•Energy Smart – Two hot-plug high-efficient 550W Watts Power Supply.

•Two 110 Volts / 230 Volts Power Cords.

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Chapter 2 - Planning

•Tab 100 8 GB RAM DDR4 (2x4 GB ECC RDIMM, 2133 MHz or faster)

•Tab 200 16GB RAM DDR4 (2x8GB ECC RDIMM, 2133MHz or faster)

•SATA DVD-RW Drive.

•2D Matrox®G200 video.

2.2.5Slots configuration

An onboard Quad NIC is available for FTE. NIC1 and NIC2 needs to be used for FTE configuration.

2.2.6Optional features

The following is a list of the additional options that can be configured in your platform.

•Memory upgrade to 16 GB

•Universal ControlNet Interface (using external Magma PCIe to PCIe convertor box)

2.2.7Power cords

The following table lists the AC power cords.

Part description	Part number
AC power cord, 220 V	51305557-100

2.3Platform information

•Honeywell documentation

•Dell documentation

2.3.1Honeywell documentation

The following table lists the Honeywell publications that may be useful when installing or operating your system.

Publication	Contains information about
Fault Tolerant Ethernet Installation and	Installing and using FTE on a TPS or
Service Guide	Experion PKS node.

2.3.2Dell documentation

The following table lists the Dell publications that may be useful when installing or operating the system.

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Chapter 2 - Planning

Publication	Contains information about
Readme files	Last-minute updates about technical changes to
	the server or advanced technical reference
	material for experienced users or technicians
Dell System	Warranty and safety
Information Guide
Getting Started With	Unpacking and connecting the cables.
the System
Quick Installation	Installing and configuring the server operating
Guide	system.

Dell™ PowerEdge™		Removing and replacing the parts. Technical
R430 Systems		specifications. Configuring the system.
Hardware Owner’s		Troubleshooting.
Manual
Rack Installation		Installing the server in a server rack or cabinet.
Instructions — Sliding
Rails
Windows Installation		Initialization the Windows operating system.
Instructions and
Important Information
Dell™ Systems – Raid		Initializing the RAID controller
Controller
Initialization
Dell™ Systems –		Upgrading the RAID firmware
Upgrading Raid
Firmware
Dell™ PowerEdge™		Diagnosing problems
R430 Systems		Using status indicators for troubleshooting
Hardware Owner’s
Manual

Is available with

The drivers and utilities CD

Packaged with the computer www.dell.com

Packaged with the computer

Packaged with the computer

Product

Documentation

CD

Product

Documentation

CD

www.dell.com

Packaged with the computer

www.dell.com

Packaged with the computer

www.dell.com

Packaged with the computer

Packaged with the computer

Product

Documentation

CD

www.dell.com

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Chapter 2 - Planning

2.4LCN node slot requirements

NOTE

A Local Control Network Processor (LCNP) board and LCN Media Access Unit (MAU) are no longer used if the Server has been upgraded to be an ELCN node.

Slot number	Description	Option
Slot 1	PCIe Slot Gen 3	LCNP4e2
Slot 2	PCIe Slot Gen 3	-

2.5Experion nodes slot requirement

2.5.1Default configurations for FTE

•Broadcom on-board NICs are enabled without PXE.

•If you are using FTE slot only, then use on-board NICs.

•FTE supervisory (Default)

•Cnet configuration using PCIC interface

2.5.2FTE supervisory (Default)

FTE must be configured on on-board NIC.

Slot number	Description	Option
Slot 1	PCIe Slot Gen 3	-
Slot 2	PCIe Slot Gen 3	-

2.5.3Cnet configuration using PCIC interface

The server does not support PCIC interface, you must use Magma PCIe to PCI converter box.

Slot number	Description	Option
Slot 1	PCI Slot Gen 3	Magma Host Card
Slot 2	PCI Slot Gen 3	-

2.6Memory configuration for Dell R430

Standard memory for Dell PowerEdge R430 server server is 8 GB (2x4 GB) RDIMM 2133 MHz or faster and it must be installed in pairs. The label on the outside of the shipping container shall identify the capacity of the memory installed.

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Chapter 2 - Planning

Memory Expansion Model number: Honeywell uses this number as an identity to indicate the supplier as to the memory that must be added with the platform.

Honeywell model number	Description
MZ-PCEM37	4 GB ECC DDR4 RDIMM 2133 MHz
MZ-PCEM39	8GB ECC DDR4 RDIMM 2133MHz or faster

NOTE

Dell PowerEdge R430 server uses processor 1 with Intel Xeon E5-2620V3 2.4 GHz.

•Tab 100 8GB, consisting of two 4GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

•Tab 200 16GB, consisting of two 8GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

•Tab 100 16 GB, consisting of two 4 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

•Tab 200 32 GB, consisting of four 8 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

2.6.1Tab 100 8GB, consisting of two 4GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

The following table provides memory configurations layout for 8 GB, consisting of two 4 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers.

DIMM socket	Memory size	Channel
A1	4 GB RDIMM	0
A5
A2	4 GB RDIMM	1
A6
A3		2
A7
A4		3
A8

2.6.2Tab 200 16GB, consisting of two 8GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

In order to support R50x.x release, customer needs to remove existing 4GB memory modules and use 2 Modules of MZ-PCEM39 and make server to 16GB.

The following table provides memory configurations layout for 16 GB, consisting of two 8 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers.

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Chapter 2 - Planning

DIMM socket	Memory size	Channel
A1	8 GB RDIMM	0
A5
A2	8 GB RDIMM	1
A6
A3		2
A7
A4		3
A8

2.6.3Tab 100 16 GB, consisting of two 4 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

The following table provides memory configurations layout for 16 GB, consisting of two 4 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers.

DIMM socket	Memory size	Channel
A1	4 GB RDIMM	0
A5	4 GB RDIMM
A2	4 GB RDIMM	1
A6	4 GB RDIMM
A3		2
A7
A4		3
A8

For R51x.x, customer needs to discard existing 4GB Memory modules and order 8GB Memory modules.

2.6.4Tab 200 32 GB, consisting of four 8 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers

The following table provides memory configurations layout for 32 GB, consisting of four 8 GB ECC DDR4 RDIMM for Dell PowerEdge R430 server servers.

- 16 -

Chapter 2 - Planning

DIMM socket	Memory size	Channel
A1	8 GB RDIMM	0
A5	8 GB RDIMM
A2	8 GB RDIMM	1
A6	8 GB RDIMM
A3		2
A7
A4		3
A8

2.7System specifications

2.7.1	Microprocessor
	Microprocessor	Intel Xeon E5-2620 v3 2.4 GHz,15M Cache,8.00 GT/s QPI, Turbo,
		HT, 6C/16T (85W) Max
	Intel Smart	15 MB
	Cache
	Chipset	Intel C610 series chipset

2.7.2PCIe slots

2 PCIe slots	Gen 3 slots (1 Full height , 1 Low Profile card)

2.7.3Memory

Architecture	8 GB (2x4 GB RDIMM, 2133 MHz) or faster
DIMM sockets	12 RDIMM or UDIMM DDR3
DIMM capacities	4 GB RDIMM, 2133 MHz
Minimum RAM	Tab 100 8 GB (2x4 GB RDIMM, 2133 MHz) or faster.
Maximum RAM	Tab 100 16 GB (2x4 GB RDIMM, 2133 MHz) or faster.
Minimum RAM	Tab 200 16 GB (2x8 GB RDIMM, 2133 MHz) or faster.
Maximum RAM	Tab 200 32 GB (4x8 GB RDIMM, 2133 MHz) or faster.

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Chapter 2 - Planning

2.7.4	Raid controller
		RAID	PERC H730 Integrated RAID Controller, 1 GB Cache F/W Version
		controller	25.4.1.0004
2.7.5	Optical disk drive
		DVD drive		SATA DVD R/W drive

2.7.6Video

Video type	Matrox G200e Controller

2.7.7Network interface

Adapter type	Broadcom 5720 Quad Port 1Gb Network Daughter Card

2.7.8Power

The following provides the specifications for DC power supply.

		Wattage	Dual, Hot-plug, Redundant Power Supply (1+1), 550W
2.7.9	Environmental
		Operating temperature		+10 °C to +35 °C (50 °F to 95 °F) with a maximum
				temperature gradation of 10° per hour.
				Note: for Altitudes above 2950 feet , the maximum
				operating temperature is de-rated 1°F/550ft.
				All temperature ratings shown are for sea level. An
				altitude de-rating of 1 °C per 300 m (1.8 °F per 1,000
				ft) to 3048 m (10,000 ft) is applicable. No direct
				sunlight allowed.
		Shipping temperature		-30 °C to 50 °C (-22 °F to 122 °F)
		Storage temperature		-40 °C to 65 °C (-40 °F to 149 °F)
		Maximum wet bulb temperature		28 °C (82.4 °F)
						ATTENTION
						All temperature ratings described previously
						are for sea level. An altitude derating of 1 °C

- 18 -

				Chapter 2 - Planning
				per 300 m (1.8 °F per 1,000 ft) to 3048 m
				(10,000 ft) is applicable. Direct sunlight is not
				allowed.
Operating humidity		10% to 80% (non-condensing) with a maximum
		humidity gradation of 10% per hour and 29 °C (84.2
		°F) maximum dew point.
Storage humidity		5% to 95% (non-condensing) ) with a maximum
		humidity gradation of 10% per hour and with 33 °C (91
		°F) maximum dew point.
		Note: Atmosphere must be non-condensing at all
		times.
				ATTENTION
				Storing maximum humidity of 95% is based
				on a maximum temperature of 45 °C (113
				°F). Altitude maximum for storage
				corresponds to a pressure minimum of 70
				KPa.
Airborne Contaminants		Airborne Contaminants < 300 angstroms/month
Copper Reactivity Level		Copper Reactivity Level < 3 mm3/m3 parts per billion
H2S Gas concentration		H2S Gas concentration < 10 mm3/m3 parts per billion
S02, S03 Gas concentration		S02, S03 Gas concentration < 1 mm3/m3 parts per
		billion
CI2 Gas concentration		CI2 Gas concentration < 50 mm3/m3 parts per billion
NOX Gas concentration		NOX Gas concentration < 1 mm3/m3 parts per billion
HF Gas concentration		HF Gas concentration < 500 mm3/m3 parts per billion
NH3 Gas concentration		NH3 Gas concentration < 2 mm3/m3 parts per billion
O3 Gas concentration Severity		G1 mild environment limits as per ANSI/ISA-S71.04-
level		1985 Standard
ANSI/ISA-S71.01-1985		Temperature and Humidity
Environmental Conditions for
Process Measurement and
Control Systems
ANSI/ISA-S71.04-1985		Airborne Contaminants
Environmental Conditions for
Process Measurement and
Control Systems
		- 19 -

Chapter 2 - Planning

2.7.10Physical – form factor

1U rack height	1U specification

2.7.11Drive bays

Internal	Up to 8 x 2.5-inch HDD.
External	Slim optical drive.

2.7.12Altitude

Operating 3048 m (10,000 ft)

Note: This value may be limited by the type and number of options installed. The maximum allowable altitude change rate is 457 m/min (1500 ft/min).(that is 1 °F / 167.64 meters that is -17.22 °C / 167.64 meters)

Storage

12,000 m (39,370 ft).

Note: Maximum allowable altitude Change rate is 457 m/min (1500 ft/min).

2.7.13	External peripherals
	Keyboard	Windows compliant USB (equivalent or better)
	Mouse	USB (equivalent or better)
2.7.14	Drives

Hard Drive	Tab 100: 4x 300 GB 2.5-inch SAS, 15K RPM hot-plug drives.

2.7.15External ports

Serial	One DB-9 connectors
LAN	2 x RJ-45
SCSI External	None
USB	2 front (USB2.), 2 back (1 USB 2.0 and 1 USB 3.0) and 1 internal
Video	2 (1 Front and 1 back) VGA ports

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