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SR301 Plus Series

 

 

 

 

13 

1-7 System Level Environmental Specifications

 

The following table defines the system level specifications under operating and non-operating environments. 

 

Table 3

 

    System environmental specifications summary

 

Parameter

 

Specification

 

Temperature 

Operating 

5º C to 35º C (41º F to 95º F) 

Temperature 

Non-Operating 

-40º C to 70º C (-40º F to 158º F) 

Humidity 

Non-Operating 

50% to 90%, non-condensing with a maximum wet bulb of 28° C (at temperatures 
from 25° C to 35° C) 

Unpackaged 
Shock 

Non-Operating 

Trapezoidal, 25 g, velocity change is based on product weight 

Vibration 

Operating 

5 Hz @ 0.0002 g2/Hz to 350 Hz @ 0.0002 g2/Hz 
Input acceleration is 0.26 g RMS 
10 minutes per axis for all 3 axes on all samples 
Random control limit tolerance is ± 3 dB 

Sag & Bow 

Non-Operating 

Tolerance analysis among rack, rail and chassis 
Actual on rack test with EIA Go-NoGo fixture 

EMI 
Pre-scan 

Radiated Emissions 

CISPR CLASS A (under 6 dB): 
30~1000 MHz vertical/horizontal 
1G~6G GHz vertical/ horizontal 
1G~18G GHz vertical/horizontal 

RVI 

Operating 

HDD class 

 

Class 1: Highest performance, reliability, and data integrity 

 

Class 2: A second tier of performance, reliability, and data integrity 

HDD I/O throughput degradation SPEC 
Pass/Fail Criteria 

 

No functional failure during test or post-test diagnostics. 

 

Requirement to pass test is based on IOMeter data throughput (in IO’s per 

second) expressed as a percent of Test HDD maximum theoretical baseline 
performance 

 

Class1: > 90% of baseline for 4K random writes and > 80% of baseline for 
128K sequential writes.   

 

Class2: > 85% of baseline for 4K random writes and > 75% of baseline for 
128K sequential writes. 

 

Mix: > 80% of baseline for 4K random writes and > 70% of baseline for 
128K sequential writes. 

Packaged 
Vibration 

Non-Operating 

ISTA (weight over 68 kg, 1B; weight equal or less than 68 kg, 1A) 

Packaged 

 

Drop 

Non-Operating 

Drop height change is based on product weight 
Non-palletized product: 

 

Investigation: Test requirement is 6 face drops, 8 corner drops and 12 edge 
drops for a total of 26 drops. 

 

Validation: Test requirement is 6 face drops, 2 corner drops and 3 edge 
drops for a total of 11 drops. 

Palletized product: (Both investigation and validation) 

 

Perform two bottom drops at the specified height, 10 bottom drops at one 
half of the specified height. 

 

Perform 4 rotational edge drops (one per edge) at the specified height. 

Summary of Contents for SR301 Plus series

Page 1: ...SR301 Plus Series Server Chassis User Manual January 2020 Version 2 3 A document provides an overview of product features functions architecture and support specifications...

Page 2: ...age in trade This document contains information on products services and or processes in development All information provided here is subject to change without notice Contact your Chenbro representati...

Page 3: ...vel Environmental Specifications 13 1 8 System Packaging 14 2 System Components Installation and Removal 15 2 1 Side Cover Installation 15 2 2 Front Bezel Installation Removal 16 2 3 HDD Tray Installa...

Page 4: ...DD tray installation 17 Figure 13 3 5 Hot swap HDD tray removal 17 Figure 12 3 5 HDD installation tool less type 18 Figure 13 3 5 HDD installation screw type 18 Figure 14 2 5 HDD SSD installation scre...

Page 5: ...specifications summary 13 Table 4 System packaging information 14 Table 5 Product weight information 14 Table 6 Drive power LED activity LED behavior 23 Table 7 Backplane specifications 25 Table 8 Con...

Page 6: ...iption MB Form Factor Mini ITX 6 7 x 6 7 Dimension D x W x H 310 0 x 200 0 x 270 0 mm 12 20 x 7 87 x 10 63 w o bezel Drive Bay 4 x 3 5 Hot swap 2 x 2 5 Internal Storage Backplane 1 x 3 5 4 port 12Gbps...

Page 7: ...SR301 Plus Series 7 1 1 Front Panel Figure 1 Front panel enclosed A Indicator Figure 2 Front panel open A Bezel Door B 3 5 Storage Drive Bay C Front Control Panel D USB3 0...

Page 8: ...SR301 Plus Series 8 1 2 Back Panel Figure 3 Back panel with single PSU A PS 2 Single PSU B Rear I O C Expansion Slot Opening Low Profile...

Page 9: ...1 Plus Series 9 1 3 Security Features Figure 4 Padlock Loop and Kensington Slot location Figure 5 Padlock Loop and intrusion switch location A Padlock Loop B Key Lock C Kensington Slot D Intrusion Swi...

Page 10: ...ries 10 1 4 Front Control Panel Figure 6 Front control panel Table 2 Front control panel Label ICON Indicator button or connector A PowerButtonwithLED B PowerLED C HDDActivityLED D FanAlarmLED E Syste...

Page 11: ...SR301 Plus Series 11 1 5 System Dimensions Figure 7 Chassis dimensions...

Page 12: ...SR301 Plus Series 12 1 6 Interior View Figure 8 Chassis components A 3 5 HDD Cage B HDD Fan Assembly Air Duct C Power Supply Unit D System Board...

Page 13: ...reliability and data integrity Class 2 A second tier of performance reliability and data integrity HDD I O throughput degradation SPEC Pass Fail Criteria No functional failure during test or post tes...

Page 14: ...quent shipment Table 4 System packaging information Part Number Single Bulk Form Factor mm Support Level 87H230169 102 Single 380 x 300 x 450 L5 NOTE The design of the inner packaging components does...

Page 15: ...eral options will vary depending on the system model and or available accessory options installed 2 1 Side Cover Installation Figure 9 Side cover installation 1 Align eight latches on the top bottom o...

Page 16: ...zel is on your left side 2 Lean the right side of the bezel as shown and align two latches on the bezel with two grooves on the chassis 3 Push down the bezel until it is secured with three internal la...

Page 17: ...3 5 Hot swap HDD tray installation 1 Insert the HDD tray into the cage as shown 2 Push down the lever to secure the HDD tray Figure 13 3 5 Hot swap HDD tray removal 1 Press the tray button to release...

Page 18: ...e dimples lock into place NOTE Due to degraded performance and reliability concerns the use of the 3 5 drive tray as a 2 5 drive tray is intended to support SSD type storage devices only Installing a...

Page 19: ...ed screw type is required for 2 5 HDD SSD Installation Chenbro P N 384 14602 3143A0 Figure 15 Side 2 5 HDD SSD installation screw type 1 Align the 2 5 HDD SSD with the anchor point on the tray and sec...

Page 20: ...s 1 Attach the fan with the tool less fan holder as a fan module 2 Attach the fan module with the tool less air duct as a fan assembly 3 Align the four hooks on the fan holder with four holes on the s...

Page 21: ...ure 18 HDD fan maintenance 1 Unplug the fan power connector 2 Press the tab of the fan holder without release and pull the fan assembly toward the rear of the chassis 3 Detach the fan assembly from th...

Page 22: ...ly Figure 20 Single PSU installation 2 1 Secure the PSU on the power adapter plate with four designated screws as shown 2 Plug in the power connector 3 Insert the PSU assembly toward the rear of the c...

Page 23: ...D ICON LED Color Behavior Condition A Power LED N A Stay off Fault Blue Solid on Present B Activity LED Green Solid on Access Red Solid on Failure 1Hz blink Rebuild 4Hz blink Locate NOTE The drive act...

Page 24: ...able SAS SATA backplanes include the following common features 12Gbps SAS and 6Gbps SAS SATA 29 pin SFF 8680 12Gbps rated drive interface connectors providing both power and I O signals to attached de...

Page 25: ...er LED Off Fault Blue Present Activity LED Green on Access Red on Failure Red 1Hz blink Rebuild Red 4Hz blink Locate Environment Monitor Temperature sensor TMP75 Connector 1 1 x Mini SAS HD 2 4 x SFF...

Page 26: ...lution that the chassis fan can be powered and monitored by this backplane instead of a motherboard If the chassis fan is connected to a mainboard users need to disable the fan monitoring function of...

Page 27: ...ivity LED Green on Access Red on Failure Red 1Hz blink Rebuild Red 4Hz blink Locate Environment Monitor Temperature sensor TMP75 Connector 1 4 x 7 pin SATA 2 4 x SFF 8680 3 2 x 4 pin peripheral power...

Page 28: ...fan which is an alternative solution that the chassis fan can be powered and monitored by this backplane instead of a motherboard If the chassis fan is connected to a mainboard users need to disable...

Page 29: ...ine the DOA products If the damage of DOA products is caused by improper action as described above the customer will be liable for paying the related charge having occurred or paying the fee of the re...

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