Sr 2500 manual

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Bail Assembly. Line Roller. Quick-Fire Ii Trigger. Line Roller Spacer. Bail Spring Guide. This chapter provides illustrations of the product, a list of the server system features, and diagrams showing the location of important components and connections on the server system. Product Specification for information on processor support.

This section helps you identify the components of your server system. If you are near the system, you can also use the Quick Reference Label provided on the inside of the chassis cover to assist in identifying components. The server board contains diagnostic LEDs to help you identify failed and failing components, and to help you identify the server from among several servers. DIMM A1. DIMM A2. DIMM B1. DIMM B2. DIMM C1. DIMM C2. DIMM D1. DIMM D2. The server system provides an embedded SATA controller that supports both 1.

The mid-plane serves as the primary interface between the server board, hot-swap backplane, and control panel. The following diagrams show the location for each connector found on the mid-planes. The backplane serves as an interface between the mid-plane board and the system drives.

The following diagrams show the location for each connector found on the backplane. The diagram below shows the features available on the standard control panel. The optional front bezels provide a snap-on design that allows for maximum airflow through the server chassis. Two bezels are available. One fits a system that has the standard control panel installed.

Each bezel provides a lock to secure the hard drive and optical drive area. The drives must be purchased separately. The following figure shows the available options. Slimline Optical Drive Bay. One left drive bay can be converted to be used as a floppy bay. The slimline optical drive carrier can be used with an optional optical drive. One slimline carrier is included with your server system; the optical drive must be purchased separately.

You cannot install both an optical drive and a USB floppy drive. The slimline optical drive carrier can be inserted or removed only when system power is turned off. Drives in the optical drive carrier are NOT hot swappable.

Intel provides accessory kits for these drives. Intel provides three options to mount this server into a rack. When installing the chassis into a rack, Intel recommends you install systems from the bottom of the rack to the top.

In other words, install the first system in the rack into the bottom position of the rack, the second system in the second position from the bottom, and so on.

Instructions for installing your chassis into a rack are included in the rail kit. All references to left, right, front, top, and bottom assume the reader is facing the front of the server system as it would be positioned for normal operation.

The options are the fixed bracket kit, the basic rail kit, and the tool-less rail kit. Only the tool-less rail kit allows you to service the server system while installed in a rack. The other rack options require the system to be removed from the rack before servicing. In a similar manner to steps 13 through 15, install a screw through a slot in the outer rail and into the rear-most threaded hole in the front bracket.

Firmly tighten this screw. When the servicing is completed, re-connect the power cable s. Two front bezel options are available. See the diagrams below to identify your front bezel. Note the orientation in the figures below - the control panel is at the right. If you are installing a bezel on your server system, make sure you position it as shown.

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Please check your email for further instructions. Enter a new password. All Rights Reserved. Warnings Heed safety instructions: Before working with your server product, whether you are using this guide or any other resource as a reference, pay close attention to the safety instructions. Table of Contents Safety Information List of Figures Figure 1.

List of Tables Table 1. AF Figure 1. Table 2 summarizes the features of the server system. Chassis Component Identification This section helps you identify the components of your server system. Rack Handles I. Processor Air Duct B. System Fan Assembly redundant option shown C. Air Baffles K. Bridge Board D. Power Distribution Module L. Control Panel standard control panel shown E. Power Supply Module Housing supports M.

Riser Card Assembly N. Hard Drive Bays G. Integrated Chassis Intrusion Switch O. Slimline Optical Drive Bay H. Serial B Configuration Jumper K. System Fan 4 Header L. System Fan 3Header M.

Processor 2 Socket Q. Processor Fan 1 Header R. Voltage Regulator Heat Sink S. Processor Fan 2 Header T. Bridge Board Connector U. System Fan 2 Header W. Main Power Connector Y. Battery Z. Power Supply Management AA.

Dual Port USB 2. System Fan 1 Header CC. System Recovery Jumpers MM. Server Board Connector and Component Locations. These pins should be jumpered on for normal operation. Password Clear If pins are jumpered, administrator and user passwords will be cleared on the next reset.

Recovery Jumpers. Status LED D. CPU 1 Fault M. CPU 2 Fault N. Mouse B. Keyboard C. Video G. USB Port 6 H. USB Port 5 Figure 7. Back Panel Connectors. Mid-plane Power F. Fan 4 Power B. Fan 6 Power G. Fan 3 Power C. Fan 5 Power H. Fan 1 Power D. Fan 2 Power E. Bridge Board Connector J. Backplane Connectors Figure 8. Mid-plane Power Connector G. Fan 6 Power H. Fan 2 Power D. Fan 5 Power I. Fan 1 Power E. Backplane Connectors Figure 9.

Optical Drive Connector C. Control Panel Connector B. Flex Bay Power D. Backplane Power B. Flex Bay Data E. Data Connectors one for the flex bay and one for the mid-plane C. IDE Connector Figure Front of Server System Standard Control Panel The diagram below shows the features available on the standard control panel.

Blinking green light indicates network activity. Blinking green indicates the system is in S1 sleep state. No light indicates no hard disk drive activity. Blinking green indicates degraded performance. Solid amber indicates a critical or non-recoverable condition. Blinking amber indicates a non-critical condition. No light indicates POST is running or the system is off.

System Identification Solid blue indicates system identification is active. LED No light indicates system identification is not activated.

Button No light indicates system identification is not activated. Callout Feature Function I. Reset Button Reboots and initializes the system. USB 2. NMI Button Puts the server in a halt-state for diagnostic purposes.

Video Port Allows you to attach a video monitor to the front of the chassis. The front and rear video ports cannot be used at the same time. LCD Display Screen on which system information is displayed. Menu Control Button, Scroll up one option at a time. Scroll Up D. Menu Control Button, Scroll down one option at a time. Scroll Down E. Menu Control Button, Move to the previous option.

Scroll Left F. Menu Control Button, Select option. Enter G. USB 6 B. USB 5 C. Upper Power Supply Module K. Video D. Upper Power Receptacle L. Lower Power Receptacle M. NIC 2 F. Lower Power Supply Module N. NIC 1 G. Server System Back. Slimline Optical Drive Bay B. Tape Drive Filler Panel C. Hard Disk Drive Bays E. Note: Drives can consume up to 17 watts of power each. Drives must be specified to run at a maximum ambient temperature of 45C.

Slimline Optical Drive Carrier The slimline optical drive carrier can be used with an optional optical drive. Fixed Bracket Rack Mount Installation 1. Fully extend a rail assembly; the finger tab for the extension lock is revealed.

Press the finger tab and slide the inside rail from the middle rail until it completely separates. Note: The middle rail and outer rail cannot be separated. Position an inside rail along one side of the chassis with the finger tab facing outward and located closer to the rear of the chassis. Align the holes in the rail with the tabs on the chassis and place the rail against the chassis. Slide the rail as far as it will go toward the front of the chassis to engage the tabs.

Fasten the rail to the chassis using one screw at the front of the chassis. In the same manner, attach the other inside rail to the other side of the chassis 8. Using two screws, attach one nut bar to the inside of the rack post. Do not completely tighten the screws; leave them loose enough to allow insertion of the brackets in the next step. Insert the slotted foot of a rail bracket between each nut bar and post. Align the face of the bracket foot with the inside edge of the rack post and firmly tighten the screws.

Ensure all brackets are at the same height on the rack. Position a rail assembly middle and outer rails with its black plastic end caps toward the rear of the rack and its outer rail closest to the brackets. Align the front screw hole in the outer rail with the threaded hole nearest the front of the front bracket and fit the rail assembly into the front and rear brackets.

Slide the middle rail toward the front until the access hole in the middle rail is aligned with the front screw hole in the outer rail. Insert screw through the access hole and loosely attach the outer rail to the front bracket. Firmly tighten the front screw installed loosely in step In the same manner, attach the other rail assembly to the other side.

Slide the middle rail toward the front until the rear bracket area is accessible. Attach the rear end of the outer rail to the rear bracket with at least one screw. If possible, attach at two places. Fully extend the left and right rails until the extension locks have engaged and the rails will not push back in.

The rail system is now ready to receive the chassis. Caution: Lifting and placing the chassis in the rails is a two-person job.

If needed, use an appropriate lifting device. With the chassis front facing you, lift the chassis and carefully insert the rails attached to the chassis in the extended rails.

Slide the chassis toward the rear of the cabinet until the rails lock together. Depress and hold down the finger tabs on both extension locks while sliding the chassis toward the rear. Slide the chassis all the way into the rack until the chassis handles are against the front posts. Basic Rail Rack Mount Removal 1.

Disconnect all cables from the back of the system. Note: Remember to use the system LED to properly identify the system you are servicing. Pull system from rack until brackets are fully extended. Push in both clips on the brackets and slide the system forward until the inner rail separates from the outer rail. Remove and service the system. Basic Rail Rack Mount Installation 1. Extend the inner rail until it locks.

Depress the spring safety lock to release the inner rail. Remove the inner rail from the rail assembly. Note: The rail flanges mount to the inside of each post. Insert the inner rails over the server chassis sidewall studs.

Slide the inner rails toward the front of the server chassis. Align the inner rails attached to the server chassis with the outer rail assemblies attached to the rack. Engage the matching rails and slide the server chassis into the rack until the two safety stops lock into position.

Depress the two safety locks one on each side. Slide the server chassis all the way into the rack. Tool-less Rail Rack Mount Servicing 1. To service the system, pull the system out from the rack. Disconnect the power cable s and proceed with servicing the system. Pull up on the green tabs on each rail and slide the system back into the rack.

Note: Beware of cables when re-installing the system into the rack so that the cables do not get pulled or interfered with. AF Figure You can only view or download manuals with. Sign Up and get 5 for free.

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Get 1 for every download of your manual. Buy as much as you need. Found: available to order by contacting your Intel field. Found: available from your Intel field representative. Found: available from your Intel field representative or on the.

If pins are jumpered, the BIOS in the lower bank will be selected on. If pins are jumpered, the CMOS settings will be cleared on the next. If pins are jumpered, administrator and user passwords will be cleared. These pins should be jumpered on for normal. These pins. Continuous green light indicates a link between the system and.

Continuous green light indicates the system has power applied to. Random blinking green light indicates hard disk drive activity SAS. Solid blue indicates system identification is active. No light indicates system identification is not activated. Allows you to attach a USB component to the front of the chassis.