Trention Systems MBS1000 User manual

MBS1000
1U MODULAR BLADE
SERVER
No. MBS1000-xxx Revision B
INSTALLATION GUIDE
Publication No. 8401000-08205

WARRANTY
The following is an abbreviated version of Trenton Systems’ warranty policy for modular blade server
products. For a complete warranty statement, contact Trenton or visit our website at
http://www.trentonsystems.com/.
All Trenton manufactured boards used in systems delivered by Trenton Systems, Inc. carry a five-year
warranty. All non-Trenton manufactured boards and system sub-components including but not limited to
power supplies, DVDs, CD-ROMS, etc. are covered under their original manufacturer’s warranty. All
systems built by Trenton are warranted against defects in material, workmanship and design for a period of
one year from date of delivery. Repair or replacement products will be warranted for a period of three
months from the date of shipment or for the remainder of the original warranty period for that particular
product, whichever is longer. Any software or firmware that is delivered by Trenton will be warranted for a
period of one year to perform in accordance with published specifications prepared, approved and issued by
Trenton and/or the appropriate 3rd party vendor. Contact Trenton for the complete system warranty policy.
Buyer agrees that if a Trenton product proves defective, Trenton is only obligated to repair, replace or
refund the purchase price of this product at Trenton's discretion. The warranty is void if the product has
been subjected to alteration, neglect, misuse, or abuse; if any repairs have been attempted by anyone other
than Trenton; or if failure is caused by accident, acts of God, or other causes beyond the control of Trenton.
Trenton reserves the right to make changes or improvements in any product without incurring any
obligation to similarly alter products previously purchased.
In no event shall Trenton Systems, Inc. be liable for any defect in hardware or software or loss or
inadequacy of data of any kind, or for any direct, indirect, incidental or consequential damages arising out
of or in connection with the performance or use of the product or information provided. Trenton Systems,
Inc.’s liability shall in no event exceed the purchase price of the product purchased hereunder. The
foregoing limitation of liability shall be equally applicable to any service provided by Trenton Systems,
Inc.
RETURN POLICY
Products returned for repair must be accompanied by a Return Material Authorization (RMA) number,
obtained from Trenton Systems prior to return. Freight on all returned items must be prepaid by the
customer, and the customer is responsible for any loss or damage caused by common carrier in
transit. Items will be returned from Trenton Systems via Ground, unless prior arrangements are made by
the customer for an alternative shipping method
To obtain an RMA number, call us at (800) 875-6031 or (770) 287-3100. We will need the following
information:
Return company address and contact
Model name
Serial number from chassis label
Description of the failure
An RMA number will be issued. Mark the RMA number clearly on the outside of each box, include a
failure report for each item and return the product(s) to our Gainesville, GA facility:
TRENTON Systems, Inc.
2350 Centennial Drive
Gainesville, GA 30504
Attn: Repair Department
Contact Trenton for our complete service and repair policy.

TRADEMARKS
Trenton Systems is a registered trademark of TRENTON Systems, Inc.
IBM, PC/AT, VGA, EGA, OS/2 and PS/2 are trademarks or registered trademarks
of International Business Machines Corp.
Intel is a registered trademark of Intel Corporation.
MS-DOS and Microsoft are registered trademarks of Microsoft Corp.
All other brand and product names may be trademarks or registered trademarks
of their respective companies.
LIABILITY DISCLAIMERS
In no event will Trenton Systems be responsible or liable for indirect or consequential damages resulting
from the use or application of this equipment.
The examples and diagrams in this manual are included solely for illustrative purposes. Because of the
many system variables and application requirements associated with any particular installation, Trenton
Systems cannot assume responsibility or liability for actual system use based on the examples and
diagrams. No patent liability is assumed by Trenton Systems with respect to the use of the information,
components, equipment or software described in this manual. This manual is as complete and factual as
possible at the time of publication; however, the information in this manual may have been updated since
that time. Trenton Systems, Inc. reserves the right to change the functions, features or specifications of
their products at any time, without notice.
Reproduction of the contents of this manual, in whole or part, without written premission of Trenton
Systems is prohibited.
Copyright ©2015 by Trenton Systems, Inc. All rights reserved.
E-mail: Support@TrentonSystems.com
Web: www.TrentonSystems.com
TRENTON Systems, Inc.
2350 Centennial Drive • Gainesville, Georgia 30504
Sales: (800) 875-6031 • Phone: (770) 287-3100 • Fax: (770) 287-3150

MBS1000 Installation Guide
Trenton Systems, Inc.
Table of Contents
HANDLING PRECAUTIONS I
BEFORE YOU BEGIN II
INTRODUCTION II
EXTERNAL POWER SOURCE –REDUNDANT 900W AC/DC
POWER SUPPLY VERSION II
EXTERNAL POWER SOURCE –REDUNDANT 750W -48VDC
POWER SUPPLY VERSION II
CHASSIS RACK MOUNTING II
CHAPTER 1 - SYSTEM OVERVIEW 1-1
DESCRIPTION 1-1
MBS1000 MODULAR BLADE SERVER CONFIGURATIONS 1-1
ADDITIONAL SYSTEM ELEMENTS 1-2
SBC BATTERY 1-2
PACKING LIST 1-2
CHAPTER 2 - PHYSICAL DIMENSIONS & LAYOUT
DRAWINGS 2-1
LAYOUT DIMENSION DRAWINGS 2-1
CHAPTER 3 - INSTALLATION INSTRUCTIONS 3-1
ENVIRONMENTAL CONSIDERATIONS 3-1
RACK MOUNTING 3-1
RACKMOUNT INSTRUCTIONS 3-1
SLIDE RAIL INSTALLATION 3-1
CONNECTING AC POWER –MBS1000-002 SYSTEM
CONFIGURATION 3-4
CONNECTING DC POWER –MBS1000-001 SYSTEM
CONFIGURATION 3-4
CONNECTING A VIDEO MONITOR,REAR ETHERNET AND USB
TO THE MBS1000 3-5
CHAPTER 4 - REPLACING SYSTEM COMPONENTS 4-1
MBS1000 FIELD REPLACEMENT UNITS (FRUS) 4-1
COOLING FAN REPLACEMENT 4-3
STORAGE DRIVE REPLACEMENT 4-3
MBC8240 MODULAR BLADE CARD REPLACEMENT 4-4
MEMORY DIMMS AND BATTERY REPLACEMENT 4-5
OPTION CARD INSTALLATION 4-5
POWER SUPPLY REPLACEMENT -REDUNDANT -900W 100-
240VAC/200-250VDC OPTION 4-6
DVD REPLACEMENT 4-6
PREPARATION FOR SHIPMENT 4-6
CHAPTER 5 - CHASSIS SPECIFICATIONS 5-1
ENVIRONMENTAL 5-1
ELECTRICAL –MBS1000-002 SYSTEM CONFIGURATION 5-1
PHYSICAL 5-1
SHOCK &VIBRATION 5-1
AGENCY APPROVAL 5-1

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i Trenton Systems, Inc.
Handling Precautions
WARNING: This system has internal components which may be damaged by electrostatic discharge.
To protect internal components from electrostatic damage, be sure to observe the following precautions
when handling or storing the system:
• The MBS1000 has a net chassis weight of approximately 35.2lbs. (16.0kg). This base chassis
weight includes the chassis, an MBC8240 modular blade card, an MPI8241 mid-plane inteface
board, rack mounting hardware, and a rear-mounted, redundant, AC/DC power supply. Use
proper lifting techniques when moving and installing the system.
• When removing or installing boards and sub-components, keep these components in their static-
shielded bag and/or packaging until you are ready to for component installation.
• Handle the sub-components by their edges.
• Do not touch any sub-component I/O connector pins. Do not apply pressure or attach labels to the
board-level sub-components.
• Use a grounded wrist strap at your system or ground yourself frequently by touching the metal
chassis of the system before handling any sub-components.
• Ensure the systems external power source has a solid connection to an earth ground.
• Use antistatic padding on all work surfaces when installing or removing sub-components.
• Avoid static-inducing carpeted areas.

MBS1000 Installation Guide
Trenton Systems, Inc. ii
BeforeYouBegin
INTRODUCTION
It is important to be aware of the information listed below before installing your Trenton modular blade
server. System performance may be affected by incorrect usage of these features.
EXTERNAL POWER SOURCE –REDUNDANT 900W AC/DC POWER SUPPLY VERSION
Incoming AC power must be supplied to both of the power supply receptacles located at the rear of the
chassis.These dual AC power connections ensure that the active system power supply; as well as the
stand-by/fail-over supply, is each connected to a power source with a solid earth ground, and each supply
must have an incoming power source of: 100-127/200-240VAC, 10A/5A at 50 to 60Hz.
This power supply option may also be connected to incoming DC power sources capable of delivering 200-
250VDC at 5.5A to each power supply receptacle. A breaker rated at 125% of the marked DC input rating
must be provided as part of building installation.
Under each incoming power connection scenario, this power supply option delivers +12VDC and +12VDC
AUX to the system at 73.8A and 2.5A respectively. Total output power must not exceed 900W.
EXTERNAL POWER SOURCE –REDUNDANT 750W -48VDC POWER SUPPLY VERSION
Incoming -48DC power must be supplied to each three-position connector located at the rear of the chassis
on the two DC power supply assemblies.These dual DC power connections ensure that the active system
power supply; as well as the stand-by/fail-over supply, is each connected to a power source with a solid
earth ground. Each supply must have an incoming power source of:-48 to -60VDC, 20.4A DC typical, and
the maximum input current must not exceed 23A. The -48VDC power supply option delivers +12VDC and
+12VDC AUX to the system at 61.5A and 2.5A respectively. Total output power must not exceed 750W.
A breaker rated at 125% of the marked DC input rating must be provided as part of building installation.
The power supply must only be used with Trenton power cable P/N 193500001938-00. Contact Trenton for
this part.
CHASSIS AIRFLOW
When installing the chassis, ensure that a minimum free air space is available around the system. The
installation should have a minimum of 4-6 inches (101-152mm) behind the chassis and 7-8 inches
(178-203mm) in front of the chassis. Any front cabinet doors or access aisles must accommodate a
MBS1000 front chassis clearance of at least 7.0” (178mm) in order to provide proper clearance for the fan
FRU replacement. Ideally, a chassis clearance of 0.5-1.5 inches (13-38mm) above the system is desirable.
CHASSIS RACK MOUNTING
The MBS1000 system can be installed in a rackmount cabinet that conforms to EIA standards for server
equipment with 19-inch wide panels. The cabinet must be tall enough to accommodate the server’s height
and deep enough to accommodate the system’s depth, while providing the proper clearances for air flow
and cabling. A cabinet with a standard depth of 31.5 inches (800mm) will provide the suggested minimum
rear chassis clearances needed for an installation.

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1-1 Trenton Systems, Inc.
Chapter 1 -System Overview
DESCRIPTION
The Trenton MBS1000-xxx is a CE-compliant and UL recognized*, 1U modular blade server optimized for
system performance, longevity, and easy field support. The 1U rackmount enclosure of the MBS1000 is
designed for both server room and rugged field deployment locations that both require outstanding system
performance in a stable 1U computing platform.
At the heart of the MBS1000 is Trenton’s U.S. designed and Made in America MBC8240 modular blade card
or SBC. The MBC8240 SBC supports a long-life Intel® processor that delivers superior multi-core
processing performance with the thermal characteristics necessary for reliable and long-term 1U rackmount
server operation in a wide variety of application environments. The MBS1000 chassis supports two, 2.5”
front-access/hot-swap HDD carriers, one media drive bay, and a choice an AC/DC or a DC-only redundant
power supply. These components maximize power delivery and cooling to ensure long-life system reliability
with minimal Mean-Time-To-Repair (MTTR) times.
The MBS1000 1U server solution supports seven Ethernet interfaces with one port dedicated to remote
system management, up to two HDD or SDD storage drives, an optical media drive, and a choice of either
AC/DC or DC-only redundant power supplies. The MBS1000 also has the ability to support an off-the-shelf
PCI Express plug-in option card. Some typical MBS1000 applications include data servers, industrial
automation machinery, and weapon control systems.
*Refer to the agency approval section in chapter five and the MBS1000 Certificate Of Compliance document in chapter six for a
complete listing of the Council Directive: 2004/108/EC-EMC Directive standards to which conformity is declared.
MBS1000 MODULAR BLADE SERVER CONFIGURATIONS
NOTE: The chart below illustrates the SBC, mid-plane interface board, system power supply configurations
supported in the Trenton MBS1000-xxx modular blade server. The three characters to the right on the
hyphen indicate the blade server’s power supply configuration. Other system configuration parameters
include the SBC’s installed processor and system memory DIMMs.
System Model
Number
Mid-Plane
Interface
Board
Modular
Blade Card
(SBC)
Power Supply
Description of Mid-Plane, SBC, and System Power
Supply Combination
MBS1000-000
MPI8241
MBC8240
None
Mid-Plane:Two MBC8240 interface connectors, one x8
PCIe 3.0 electrical/x16 mechanical option card slot for use
with a x16 PCIe riser card such as the Trenton BRC8244
SBC:Single processor MBC8240 with one Intel®Xeon
E3-1225 v3 processor (part no. 92-824001300000), and four
8GB DDR3-1600 DIMMs (part no. 198500001112-00)
System Power Supply: None

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Trenton Systems, Inc. 1-2
MBS1000 Modular Blade Server Configurations (continued)
System Model
Numbe
r
Mid-Plane
Interface
Board
Modular
Blade Card
(SBC)
Power Supply
Description of Mid-Plane, SBC, and System Power
Supply Combination
MBS1000-001
MPI8241
MBC8240
-48VDC,
redundant
Mid-Plane:Two MBC8240 interface connectors, one x8
PCIe 3.0 electrical/x16 mechanical option card slot for use
with a x16 PCIe riser card such as the Trenton BRC8244
SBC:Single processor MBC8240 with one Intel®Xeon
E3-1225 v3 processor (part no. 92-824001300000), and four
8GB DDR3-1600 DIMMs (part no. 198500001112-00)
System Power Supply: :-48 to -
60VDC, 20.4A DC typical,
and the maximum input current must not exceed 23A,
750W, rear-mount, redundant
MBS1000-002
MPI8241
MBC8240
100-240VAC or
200
-250VDC,
redundant
Mid-Plane:Two MBC8240 interface connectors, one x8
PCIe 3.0 electrical/x16 mechanical option card slot for use
with a x16 PCIe riser card such as the Trenton BRC8244
SBC:Single processor MBC8240 with one Intel®Xeon
E3-1225 v3 processor (part no. 92-824001300000), and four
8GB DDR3-1600 DIMMs (part no. 198500001112-00)
System Power Supply: 100-127/200-240VAC, 10A/5A at
50 to 60Hz, or 200-250VDC at 5.5A, 900W, rear-mount,
redundant
ADDITIONAL SYSTEM ELEMENTS
Each MBS1000-xxx configuration contains the following active components:
•2 – SATAIII, 2.5” HDD, 1TB, installed in front access/hot swap drive carriers
•1 – Slim-Line R/W DVD
•6 – 30.5CFM redundant system fans, installed in individual, front access/hot swap fan module
carriers with two tandem fans per carrier
Consult with Trenton for available storage drives and optical media drives compatible with the MBS1000.
SBC BATTERY
The MBC8240 modular blade card uses a Panasonic CR2032 battery available from Trenton. The Trenton
Systems part number for an MBC8240 replacement battery is 198500001114-00.
CAUTION: Risk of explosion if the MBC8240 modular blade card (SBC) battery is replaced by an incorrect
type. Dispose of used batteries according to the instructions.
PACKING LIST
The CE-compliant and UL recognized system is shipped with the following:
• MBS1000 1U modular blade server

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2-1 Trenton Systems, Inc.
Chapter 2 -Physical Dimensions & Layout Drawings
LAYOUT DIMENSION DRAWINGS
Note: Ensure
that there is at
least 4-6 inches
(101-152mm)
behind the
chassis and 7-8
inches
(178-203mm) in
front of the
chassis of open
space in order to
allow for cable
connections,
airflow, and
system fan
maintenance.
MBS1000 Front View
MBS1000 Rear View
Side View MBS1000 Inside Top View
28”/711mm
17”/432mm
1.75”/44.5mm

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3-1 Trenton Systems, Inc.
Chapter 3 -InstallationInstructions
ENVIRONMENTAL CONSIDERATIONS
When installing the chassis, ensure that a minimum free air space is available around the system. The
installation should have a minimum 4-6 inches (101-152mm) of clearance behind the chassis and 7-8
inches (178-203mm) in front of the chassis. Ideally, a chassis clearance of 0.5-1.5 inches (13-38mm)
above the system is desirable, but not required. The server is equipped with fans to help ensure proper
cooling.
RACK MOUNTING
The MBS1000 system can be installed in a rackmount cabinet that conforms to EIA standards for server
equipment with 19-inch wide panels. The cabinet must be tall enough to accommodate the server’s height
and deep enough to accommodate the system’s depth, while providing the proper clearances for air flow
and cabling. A cabinet with a standard depth of 31.5 inches (800mm) should be sufficient.
The MBS1000 is designed to be supported in the cabinet with rack slides or placed on a cabinet shelf.
Optional front flanges may be attached to the modular blade server and are designed to secure the
MBS1000 to the rack cabinet’s front mounting rails
RACKMOUNT INSTRUCTIONS
A) Elevated Operating Ambient - If installed in a closed or multi-unit rack assembly, the operating ambient
temperature of the rack environment may be greater than room ambient. Therefore, consideration should be
given to installing the equipment in an environment compatible with the maximum ambient temperature
(Tma) specified by the manufacturer.
B) Reduced Air Flow - Installation of the equipment in a rack should be such that the amount of air flow
required for safe operation of the equipment is not compromised.
C) Mechanical Loading - Mounting of the equipment in the rack should be such that a hazardous condition
is not achieved due to uneven mechanical loading.
D) Circuit Overloading - Consideration should be given to the connection of the equipment to the supply
circuit and the effect that overloading of the circuits might have on over current protection and supply
wiring. Appropriate consideration of equipment nameplate ratings should be used when addressing this
concern.
E) Reliable Earthing - Reliable earthing of rack-mounted equipment should be maintained. Particular
attention should be given to supply connections other than direct connections to the branch circuit (e.g. use
of power strips).
F) Chassis Access – Use in a RESTRICTED ACCESS LOCATION only.
NOTE: Only trained personnel shall install or operate this equipment

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Trenton Systems, Inc. 3-2
SLIDE RAIL INSTALLATION
Trenton offers a slide rail kit to help with the installation of a 1U Trenton Systems’ MBS1000 modular
blade server. Here are the installation instructions for the Trenton 26” Slide Rail kit (part no.
198500001127-00).
1. Remove slide rails from the box along with the rail frames, optional rack frame mounting brackets
and the mounting hardware. The Trenton 26” Slide Rail kit includes the following items.
2, 26”, three-section slide rails
2, chassis rack slide brackets
2, 1U chassis mounting ears
2, 1U component rack mounting ears
1, mounting hardware bag 10, #8-32 thumb screws
2. Remove the two chassis rack slide brackets from the slide rail kit and attach each one to the sides
of the MBS1000 by aligning the bracket’s mounting holes with the server’s slide bracket
mounting posts. When all three are aligned, slide the bracket toward the rear of the chassis until
you hear an audible click indicating that the bracket has locked into place. Refer to Figures 1 & 2.
3. Remove the 1U mounting ear screws and discard the spacing washers. Use the screws to attach
the 1U chassis mounting ears to the MBS1000.
4. Standard 19” instrument racks have a wide variety of mounting hole types. Some mounting holes
are threaded, but most of not, some mounting holes are located on side flanges rather than the
front and back of the rack supports and finally some holes are round while others are rectangular.
Our installation photos and the following steps assume that your 19” instrument rack has
rectangular, non-threaded mounting holes (i.e. window holes) for the slide rail frames. If your
rack has other mounting-hole types or placements, then you may need to consult with your rack
supplier to obtain the correct slide rail mounting hardware.
5. Using five #8-32 thumb screw, attach a three-section slide rail to the left side of the component
rack with the three-hole bracket toward the rear of the rack as shown in Figure 3A.
Chassis rack slide bracket
(2)
Rack slide bracket
mounting post
(3 per side)
1U mounting ears
(2)
Figure 1 – Chassis rack slide detail
1U mounting ear
attachment screws
(2 per side)
Figure 2 – Chassis rack slide and 1U mounting ear installed
Slide bracket lock
1U mounting ear installed
Right-side disconnect lever
Figure 3 – Slide rail installation
3A 3B

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3-3 Trenton Systems, Inc.
Slide Rail Installation (continued)
6. Attach the end of the rack slide with the two-hole bracket and the 1U component rack mounting
ears toward front of the rack as shown in Figure 3B.
a. Referring to Figure 4, adjust the hex nuts on the back side of each rack slide as necessary
for the required component rack depth.
b. Note: leave all slide mounting screws and depth-adjustment hex nuts until step 15.
Figure 4 – Slide rail depth adjustments
11. Repeat steps 4 and 5 for the right side slide rail referring to figures 3A, 3B and 4 as necessary.
12. If the mounting holes for you particular component rack are on the inside portions of your
rackmount supports, then mount each assembly directly to the rack supports as shown in figure 5.
13. CAUTION – Ensure that when mounting the completed rail and frame assemblies to the 19” rack
that the left and right assemblies are the same distance from the top or bottom of the rack. Failure
to align the slide rails properly will result in the modular blade server binding when moving in and
out of the component rack or not being level inside the rack. If the slides are grossly misaligned
then you may not be able to slide the chassis into the slide rails.
14. Refer to figure 6. Extend the slide rails to their maximum setting until they lock into position.
Slide the chassis into the rails attached to the frame of the rackmount enclosure. (You should have
another person help you lift and slide the chassis into the enclosure.)
Figure 5 – Rail/Frame Mounting – Inside
Rackmount Hole Locations
Figure 6 – Chassis Installation
Slide rail depth-adjustment hex nuts
(4 per rack slide)
Right-side disconnect lever
Left-side disconnect lever

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Trenton Systems, Inc. 3-4
Slide Rail Installation (continued)
NOTE 1: Lift the lever on the left slide rail UP while moving the right slide rail lever
DOWN while sliding the chassis into the slide rails in order to move the chassis
completely into the component rack.
NOTE 2: To remove the chassis from the component rack slides, lift the lever on the left
slide rail UP while moving the right slide rail lever DOWN while sliding the chassis out
of the slide rails.
15. Check slide rail alignment for any signs of binding by slide the chassis into and out of the
component rack. A binding condition indicates undue slide rail stress or misalignment. Adjust
slide rail positions until the chassis movement is smooth. Tighten all screws and the depth
adjustment nuts to complete the installation.
CONNECTING AC POWER –MBS1000-002 SYSTEM CONFIGURATION
The MBS1000-002 configuration requires a single-phase power source providing 100-240VAC at 50 to
60Hz to each AC input power outlet located at the rear of the chassis for the incoming AC power
implementation of this power supply configuration. Power must be available at both three-pin AC input
receptacles located at the rear of the system. An over-current protection device shall protect each power
cord. Under this incoming power connection scenario the power supply delivers +12VDC and +12VDC
AUX to the system at 73.8A and 2.5A respectively. Total output power must not exceed 900W.
To connect AC power to the server:
1. Establish a chassis to earth ground connection to the MBS1000 chassis.
2. Connect the AC power cords to the AC receptacles.
3. Connect the plug end of the power cords into the main outlets.
NOTE: The system’s power monitoring circuits will shut the system down if the maximum current
limit is are drawn from the power supply for the system supply’s 12VDC and 12VAUX power rails.
CONNECTING DC POWER –MBS1000-001 SYSTEM CONFIGURATION
The MBS1000-001 configuration requires a -48VDC power source connected to each three-position
connector on the -48VDC power supplies. Power must be available at both three-position DC connectors
located at the rear of the system.
Each DC supply must have an incoming power source of:-48 to -60VDC, 20.4A DC typical, and the
maximum input current must not exceed 23A. The -48VDC power supply option delivers +12VDC and
+12VDC AUX to the system at 61.5A and 2.5A respectively. Total output power must not exceed 750W.

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3-5 Trenton Systems, Inc.
CONNECTING A VIDEO MONITOR,REAR ETHERNET AND USB TO THE MBS1000
The figure below illustrates various connection points to the rear system I/O and network communication
functions available on the system’s MBC8240 single board server blade. Follow the connection label
located below the MBC8240 SBC to make the necessary connections for your specific MBS1000
application. Note that the orange Ethernet LAN cable in the illustration below is connected to Ethernet Lnk
0. This LAN port indicated; by the black connection label identifier, is dedicated to the system
management function and cannot be used as a general purpose Ethernet LAN.

MBS1000 Installation Guide
4-1 Trenton Systems, Inc.
Chapter 4 -Replacing System Components
MBS1000 FIELD REPLACEMENT UNITS (FRUS)
The MBS1000 is designed as a completely modular blade server. The server’s top cover should never be
removed in the field since all of the filed replacement units are accessible from either the front or rear of
the server chassis. However, a trained electronics technician is required to install or remove the
MBS1000’s FRUs and PCI Express plug-in option card.
NOTE: When installing an option card into the MBS1000 modular blade server you must ensure that the
card installation does not result in non-conformance to the safety or EMC requirements for this product.
MBS1000 Field Replacement Units (FRUs)
Description
Trenton Systems P/N
IBM P/N
IBM FRU #
1
1U Rack Mount System w/o PS, IBM
262500003084-00
00RY451
N/A
2
1U Base System
198500001101-00
00RY465
3
MBC8240 SBC with Intel Xeon E3-1225v3, 32GB, Battery
198500001100-00
N/A
4
MBC8240 SBC with Intel Xeon E3-1225v3, w/o DIMMs, Battery
198500001110-00
00RY462
5
8GB DDR3-1600 ECC Memory DIMM
198500001112-00
00RY460
6
MBC8240 SBC Battery
198500001114-00
00RY455
7
900W 100-240VAC/200-250VDC System Power Supply
198500001098-00
00RR363
00RR365
8
750W -48VDC System Power Supply
198500001117-00
00RR406
00FX892
9
Fan Module
198500001102-00
00RY463
10
DVD with Carrier
198500001104-00
00RY461
11
2.5” HDD Carrier
198500001105-00
00RY471
12
1TB 2.5” SATAIII HDD with Carrier
198500001106-00
00RY459
13
Bezel, Fan Cover
198500001123-00
00RY464
14
26” System Slide Rail Kit
198500001127-00
00RY466
The design of the MBS1000 enables all FRUs to be accessed from either the front or rear of the modular
blade server. In the course of normal system maintenance in the field, there should never be a need to open
the modular blade server by removing the system’s top cover. Refer to the MBS1000 FRU table and the
figures below for each FRU location.
NOTE 1: The system fans and drives are completely hot pluggable, and there is no need to
disconnect the MBS1000 incoming power connections.
NOTE 2: Trenton recommends disconnecting the MBS1000 incoming power connections before
removing the systems’ MBC8240 SBC. To remove power, disconnect the plug of the power
cord.
To remove all power from the equipment, disconnect power from both power supplies.
Table 1 – MBS1000 Field Replacement Units (FRUs)

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Trenton Systems, Inc. 4-2
Figure 6 – MBS1000 Front FRUs
Figure 7 – MBS1000 Rear FRUs
Figure 8 – MBC8240 Modular Blade Card FRUs

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4-3 Trenton Systems, Inc.
COOLING FAN REPLACEMENT
The five cooling fan assemblies of the MBS1000 are each integrated into individual fan modules that slide
into the front of the system. Each fan module contains two redundant fans. Referring to Figure 10, lift the
two levers on the fan cover bezel (13) to remove the bezel. Pull the ring of the FRU fan module (9) that
you wish to replace straight out to remove. Slide the new fan module in until you feel it seat into the
connector and re-install the fan bezel cover.
STORAGE DRIVE REPLACEMENT
The storage drives of the MBS1000 are mounted in drive carriers that are accessible on the front of the
system as shown in Figure 11. Drive carrier mounted HDDs are secured to the chassis with black carrier
release lever. Slide the black HDD catch to the left, grasp the drive carrier handle, and then pull out the
carrier to remove. Once the carrier is removed, you may mount or remove the drive or drives as necessary.
Figure 10 – MBS1000 Fan Module Removal
Figure 11 – MBS1000 Drive Removal

MBS1000 Installation Guide
Trenton Systems, Inc. 4-4
MBC8240 MODULAR BLADE CARD REPLACEMENT
The MBC8240 SBC is removed from the rear of the MBS1000 by loosening the captive screws on either
side of the SBC and opening the card-eject levers as shown in Figure 12.
NOTE 1: Trenton recommends disconnecting the MBS1000 incoming power connections before
removing the systems’ MBC8240 SBC.
NOTE 2: To protect MBC8240 components from electrostatic damage, be sure to observe the handling
precautions outlines on page i of this installation guide.
Reverse the card removal process to install the replacement MBC8240 modular blade card.
Figure 12 – MBC8240 SBC Removal

MBS1000 Installation Guide
4-5 Trenton Systems, Inc.
MEMORY DIMMS AND BATTERY REPLACEMENT
Following proper anti-static precautions mentioned earlier and referring to Figure 12, remove the
MBC8240 SBC to replace the memory DIMMs. Push down on the memory DIMM socket tab located on
opposite sides of each module. This downward action releases a memory DIMM from its socket and
pushes the module up. Remove the module and replace it with the FRU part five (8GB DDR3-1600 ECC
Memory DIMM ) as illustrated in Figure 8.
Refer to Figure 8 and locate the SBC’s battery. Again using proper anti-static precautions mentioned
earlier, slightly push the battery toward the inside of the SBC while lifting up on the battery to remove it
from its socket. Install the new batter ensuring that the + side of the board faces the outer edge of the SBC.
CAUTION: Risk of explosion if the system host board battery is replaced by and incorrect type. Dispose
of used batteries according to the instructions.
OPTION CARD INSTALLATION
Following proper anti-static precautions mentioned earlier and referring to Figure 13 below, install the
desired PCI Express option card into the riser card connected to the MBC8240 riser card slot. If the
MBC8240 does not have the riser card installed, plug it into the card slot on the SBC and secure it to the
two white plastic mounting tabs using the screw hardware provided by Trenton. Once the option card is
installed, ensure that it aligns properly with the MBC8240’s rear panel access slot.
Figure 13 – Option Card Installation

MBS1000 Installation Guide
Trenton Systems, Inc. 4-6
POWER SUPPLY REPLACEMENT -REDUNDANT -900W 100-240VAC/200-250VDC OPTION
The 900W redundant power supply used in the MBS1000 modular blade server is mounted in the rear of
the system as shown in Figure 14.
The system’s redundant, rear-mounted power supplies should only be removed and replaced by a trained
electronics technician using the proper anti-static precautions mentioned earlier.Disconnect both supplies
from the power source. Push the orange power supply release lever to the right while pulling on the power
supply handle. Slide out the supply and replace it with Trenton FRU part number 198500001098-00.
Use the same procedure when replacing the 750W -48VDC System Power Supply, but use Trenton FRU
part number 198500001117-00.
DVD REPLACEMENT
A DVD rarely fails, but if the DVD in the MBS1000 should fail it can be easily accessed from the front on
the unit for removal and replacement. Referring to Figure 15, insert the ICY Dock DVD carrier release
tool into the right slot of the DVD carrier as show in Figure 15 to release the DVD carrier door from the
system. After the carrier door releases, swing the door open and the DVD carrier will move out of the
chassis. Remove the DVD from the carrier and replace it with Trenton FRU part number 198500001104-
00. Reinstall the carrier and secure the DVD carrier door by closing it shut with an audible click.
PREPARATION FOR SHIPMENT
The MBS1000 should always be removed from the rack cabinet if the unit must be shipped to another site.
If possible, use the original shipping carton to ship the MBS1000.
NOTE: Never ship the MBS1000 when it is mounted inside a rack; damage to the server and rack cabinet
will likely result.
Reverse the installation steps in chapter three to remove the MBS1000 from the rack cabinet. Do not forget
to remove the chassis’ earth ground wire before attempting server removal.
Figure 14 – Power Supply Removal
Figure 15 – DVD Carrier Removal
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