ids2000-s small modular data center v300r001c00 product description

8/11/2019 IDS2000-S Small Modular Data Center V300R001C00 Product Description

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Issue Draft A (2012-11-30)Huawei Proprietary and Confidential

Copyright Huawei Technologies Co., Ltd.i

Copyright Huawei Technologies Co., Ltd. 2012. All rights reserved.

No part of this document may be reproduced or transmitted in any form or by any means without prior

written consent of Huawei Technologies Co., Ltd.

Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respectiveholders.

Notice

The purchased products, services and features are stipulated by the contract made between Huawei and

the customer. All or part of the products, services and features described in this document may not be

within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements,

information, and recommendations in this document are provided "AS IS" without warranties, guarantees orrepresentations of any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in the

preparation of this document to ensure accuracy of the contents, but all statements, information, andrecommendations in this document do not constitute the warranty of any kind, express or implied.

Huawei Technologies Co., Ltd.

Address: Huawei Industrial Base

Bantian, Longgang

Shenzhen 518129

People's Republic of China

Website: http://www.huawei.com

Email: [email protected]
http://www.huawei.com/http://www.huawei.com/mailto:[email protected]:[email protected]:[email protected]://www.huawei.com/


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IDS2000-S Small Modular Data Center

Product Description About This Document

Issue Draft A (2012-11-30) Huawei Proprietary and Confidential

Copyright Huawei Technologies Co., Ltd.

iii

Issue Draft A (2012-11-30)This issue is the first official release.


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Product Description Contents



iv

Contents

About This Document ............................................................................................................... ii

1 Overview ................................................................................................................................... 1

1.1 Positioning ................................................................................................................................................ 1

1.2 Solutions ................................................................................................................................................... 3

1.3 Features ..................................................................................................................................................... 6

2 Composition .............................................................................................................................. 8

2.1 Cabinet System .......................................................................................................................................... 8

2.2 Power Supply and Distribution System .....................................................................................................10

2.2.1 Introduction .....................................................................................................................................10

2.2.2 PDU5000.........................................................................................................................................12

2.2.3 UPS .................................................................................................................................................14

2.2.4 Storage Batteries ..............................................................................................................................16

2.2.5 PDU2000.........................................................................................................................................18

2.3 Cooling System ........................................................................................................................................18

2.4 Monitoring System ...................................................................................................................................19

2.4.1 Introduction .....................................................................................................................................20

2.4.2 Functions .........................................................................................................................................21

2.4.3 Monitoring Management ..................................................................................................................22

2.5 Fire Extinguishing System ........................................................................................................................25

2.6 System Cables ..........................................................................................................................................25

2.6.1 Cables .............................................................................................................................................25

2.6.2 Cable Management ..........................................................................................................................26

3 Typical Configurations and Application Scenarios .......................................................... 27

3.1 Typical Application Scenarios ...................................................................................................................27

3.2 Typical Configurations ..............................................................................................................................28

4 Technical Specifications ........................................................................................................ 33


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Product Description 1 Overview



1

1 Overview1.1 Positioning

Huawei small modular data center meets requirements for service update, fast deployment,

and high scalability.

The small modular data center focuses on Asian, African, and Latin American markets and

applies to all types of enterprises, governmental departments, educational organizations, andthe energy industry.

The mini modular data center, located at the edge of the network, integrates network servicesand the functions of calculation and storage. The small modular data center is the basic of theentire data center solution and plays a fundamental role in terminal services.Figure 1-1showsthe network position of the mini modular data center.Figure 1-2shows information and

technology (IT) application of the small modular data center in small enterprises.


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Figure 1-1Network position of the mini modular data center

Figure 1-2IT application of the small modular data center in small enterprises


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1.2 SolutionsCabinets of the small modular data center are classified by functions into three types: the ITmain cabinet, battery cabinet, and network distribution cabinet.

An IT main cabinet houses a server, router, switch, firewall, and environment monitoringcomponents, such as the smoke sensor, ambient temperature and humidity sensor, and

water sensor. It integrates functions of power distributing, monitoring, cooling, and cablerouting. Configured with cooling components, it has a cooling capacity of 3 kW.

A battery cabinet houses storage batteries and smoke sensors. It integrates functions ofsmoke detecting and cables routing, and houses 40 Ah 12 V, 65 Ah 12 V, or 100 Ah 12 Vstorage batteries.

A network distribution cabinet houses a router, switch, and firewall. It integrates thefunctions of power distributing, smoke detecting, and cable routing.

The small modular data center can be configured with different products based on customer

requirements. The following figures show solutions of the small modular data center withdifferent product configurations.

Figure 1-3IT main cabinet with uninterruptible power systems (UPSs)


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Figure 1-4IT main cabinet without UPSs

Figure 1-5IT main cabinet with UPSs+network distribution cabinet


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Figure 1-8IT main cabinet with UPSs+network distribution cabinet+battery cabinet

1.3 FeaturesThe small modular data center has the following features:

Plug and Play The small modular data center integrates the IT main cabinet (for power distributing,

monitoring, smoke detecting, and cable routing), network distribution cabinet, andbattery cabinet.

The solution is sold as a whole with quick configuration and deployment, shortening thedelivery period.

The solution is delivered with all documents required and customers can assemble theequipment without site surveys or professional advice.

The plan and design of the small modular data center comply with related internationalstandards. The modular design enables easy installation.

The mini modular data center, excluding storage batteries, is assembled and some cablesare preseted before delivery and can be used after simple site operations are performed,

such as securing the cabinet, installing storage batteries, and connecting alternatingcurrent (AC) and direct current (DC) power supplies.

Safety and Reliability The small modular data center, with a modular design, integrates the UPS, monitoring

module, and storage batteries with at least 30-minute backup time in an external cabinet,featuring safety and reliability.

The small modular data center is configured with a comprehensive monitoring system

that allows remote monitoring and improves cabinet safety and reliability.


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High Scalability The modular design allows the small modular data center to be flexibly configured to

comply with fast deployment.

The power supply and communications ports of the small modular data center are

designed in redundancy mode.

Energy Saving and Emission Reduction The small modular data center features low cost and power consumption.

The configuration of fans is optional, the maximum installation space in an IT maincabinet is 37 U, and the maximum installation space in a network distribution cabinet is42 U.

The small modular data center follows a balanced design in reliability, backup time, andsystem redundancy.


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Product Description 2 Composition



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2 CompositionAbout This Chapter

An IT main cabinet integrates the functions of power distributing, monitoring, cooling, andcable routing, and houses the server, router, switch, and firewall.

2.1 Cabinet SystemCabinets of the small modular data center are divided into three types by functions: the ITmain cabinet, battery cabinet, and network distribution cabinet.

Cabinet Appearance

Cabinets, with a porosity of about 70%, follow uniform designs in appearance, structure, and

dimensions, provide ports complying with European Telecommunications Standards InstituteIEC60297-1 standards, and use front and rear ventilation channels.Figure 2-1shows cabinets.

Note that the doors are not displayed.


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Figure 2-1Cabinets

Cabinet FeaturesA cabinet has the following features:

A cabinet has a single-swing door at the front and a double-swing door at the rear.Porosity of both doors reaches 70%.

An IT main cabinet integrates functions of power distributing, monitoring, cooling, andcable routing, and houses the server, keyboard, video, and mouse (KVM), router, switch,and firewall.

A network distribution cabinet integrates functions of power distributing and cablerouting, and houses the router and switch.

A battery cabinet integrates functions for switching and cable routing, and houses 40 Ah

12 V, 65 Ah 12 V, or 100 Ah 12 V storage batteries. Each column of a cabinet is clearly marked to indicate each 1 U height.

The front door, rear door, and side panels of the cabinet can be locked and unlocked byusing only dedicated keys.

Plates are installed at the cabinet bottom to prevent mice from entering the cabinet.

Cables can be routed from the cabinet top and bottom.

Cabinet Technical Specifications

Table 2-1lists the technical specifications of a cabinet.


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Table 2-1Cabinet technical specifications

Item Specifications

Dimensions (H

x W x D) 2000 mm x 600 mm x 1100 mm

Installationspace

Complies with IEC60297-1. A single cabinet provides a 42 U space.

Mounting bars can be adjusted from the front or rear, and twoPDU2000s can be vertically installed at the rear of each cabinet.

The maximum installation space of an IT main cabinet is 37 U and themaximum installation space of a network distribution cabinet is 42 U.

Ventilationchannel

Porosities of the front and rear doors reach 70% and a cabinet has frontand rear ventilation channels.

Composition The front door is a single-swing door. The rear door is a double-swing

door. There are side panels. Door plate opening angle is 110.

Surface The external surface of the cabinet is sprayed with black indoor powder,meeting Class A environment requirements.

Materials The materials are high-intensity class A carbon cold rolled steel sheetwith thickness of 1.2 mm to 2.0 mm.

IP level IP20

Grounding and

electrostaticdischarge (ESD)

Ground and ESD wrist strap sockets are reserved.

Environmental

protectionrequirement

Complies with restriction of hazardous substances (RoHS).

The static loadof the cabinet

1300 kg

2.2 Power Supply and Distribution System

2.2.1 IntroductionThe small modular data center supports the maximum power for distribution is 4.8 kW andthe maximum cooling capacity is 3 kW. The system supplies power to IT equipment,monitoring equipment, and DC fans in scenarios with without UPSs.

Table 2-2lists the system electrical specifications in scenarios with UPSs andTable 2-3liststhe system electrical specifications in scenarios without UPSs.


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Table 2-2Electrical specifications in scenarios without UPSs

Item Specifications Remarks

Rated input voltage 198235 V AC N/A

Maximum inputcurrent

32 A N/A

Input powerdistribution circuitbreaker

1-pole 32 A N/A

Output power

distribution circuitbreaker

One 2-pole 32 A for a 220 V

AC output (with auxiliarycontacts)

Three 1-pole 32 A for 220 VAC outputs

One 1-pole 6 A for a 220 VAC output

One48 V DC output. No circuit

breaker is configured for a DCoutput.

Surge protection Level C N/A

Table 2-3Electrical specifications in scenarios with UPSs

Item Specifications Remarks

Input voltage range 165275 V AC N/A

Maximum inputcurrent

40 A N/A

Input power


1-pole 63 A N/A

Output power


Two 1-pole 63 A for 220 V ACoutputs

Two 1-pole 40 A for 220 V ACoutputs


AC output

Three 1-pole 32 A for 220 VAC outputs


AC output (with auxiliarycontacts)

One 1-pole 6 A for a 220 V ACoutput

One48 V DC output. No circuit

breaker is configured for a DCoutput.

Surge protection Level C N/A


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2.2.2 PDU5000

The small modular data center provides power distribution boxes (PDU5000s) for the mainsand UPS based on scenarios and solutions.

Mains PDU5000

The small modular data center uses rack-mounted AC PDU5000. A mains PDU5000 is

configured with one 1-pole 32 A input circuit breaker and one 2-pole 32 A, one 1-pole 6 A,and three 1-pole 32 A output circuit breakers.

Figure 2-2shows a mains PDU5000.

Figure 2-2Mains PDU5000

Table 2-4lists the mains PDU5000 technical specifications.

Table 2-4Mains PDU5000 technical specifications

Item Specifications

AC input circuit breaker 1-pole 32 A

Surge protection circuit breaker 2-pole 32 A with auxiliary contacts

Power switch circuit breaker 1-pole 6 A

PDU2000 circuit breaker 1-pole 32 A

Indicator Rated voltage: 220 V AC, rated current: 1 A

DC switch Rated input voltage: 220 V AC, output voltage: -48 VDC

SPD Class II, Level C SPD, nominal discharge current (In):20 kA, maximum discharge current (Imax): 40 kA


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Item Specifications

Single-phase PPF Rated current: 40 A

UPS PDU5000

The small modular data center uses a rack-mounted UPS PDU5000 for a UPS2000-G1-6K. A

UPS PDU5000 is configured with one 1-pole 63 A input circuit breaker and one 2-pole 32 A,one 1-pole 6 A, two 1-pole 63 A, two 1-pole 40 A, one 2-pole 40 A, and three 1-pole 32 Aoutput circuit breakers.

Figure 2-3shows a UPS PDU5000.

Figure 2-3UPS PDU5000

Table 2-5lists the UPS PDU5000 technical specifications.

Table 2-5UPS PDU5000 technical specifications

Item Specifications

AC input circuit breaker 1-pole 63 A

Surge protection circuit breaker 2-pole 32 A with auxiliary contacts

UPS1 input circuit breaker 1-pole 63 A

UPS2 input circuit breaker 1-pole 63 A

UPS1 output circuit breaker 1-pole 40 A

UPS2 output circuit breaker 1-pole 40 A

Power switch circuit breaker 1-pole 6 A

PDU2000 circuit breaker 1-pole 32 A

Manual maintenance bypass circuit

breaker

2-pole 40 A


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Item Specifications

Indicator Rated voltage: 220 V AC, rated current: 1 A

DC power switch Rated input voltage: 220 V AC, output voltage: -48

V DC

SPD Class II, Level C SPD, nominal discharge current

(In): 20 kA, maximum discharge current (Imax): 40kA

Single-phase PPF Rated current: 40 A

2.2.3 UPS

The UPS provides stable power for IT loads by means of storage batteries when the mainsfails.

The UPS consists of a power factor correction (PFC) rectifier, an inverter, a battery charger, aDC-DC converter, storage batteries, and a static switch. The UPS works in any of thefollowing three modes:

Mains mode:

The AC-DC step-up circuit boosts mains and converts it into stable DC power for theinverter and storage batteries by using PFC technology. Then the inverter converts theDC power into stable AC power for powering loads.

Battery mode:

When the mains is abnormal or disconnected, the DC-DC step-up transformer boosts the

DC power supplied by storage batteries. Then the inverter converts the DC power intostable AC power for powering loads.

Bypass mode:

When the UPS is overloaded, overheated, or faulty, and the bypass is normal, the powersupply automatically switches to the bypass.

Figure 2-4shows a UPS.


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Figure 2-4UPS

Table 2-6lists the UPS technical specifications.

Table 2-6UPS technical specifications

Item Specifications

Input voltage(V AC)

165275

Frequency (Hz) 50/6010%

Input system Single-phase, three-wire

Output voltage(V AC)

220/230/2401%

NOTE

UPS default output voltage is 220V/50HZ If you need support for 230V, 240Voutput, or 60HZ, you need to Huawei service personnel at the scene is set.

Rated outputpower (kVA)

6

Total harmonic 3% (linear load)

Systemefficiency

90%

Noise < 65 dB at 1 m

The UPS isoverloaded.

The UPS continues running for 60s when overloaded by 25%.

Dimensions (Hx W x D)

130 mm x 484 mm x 550 mm

Installationmode

Tower-mounted or rack-mounted


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2.2.4 Storage Batteries

Storage batteries store electricity. When the mains and diesel generator (D.G.) fail, storage

batteries provide AC power to the load through the UPS after a conversion.

Battery capacities vary based on Customer demand for backup power time. In the minimodular data center, a battery string consists of sixteen 120 V valve-regulated lead acid

batteries and provides a capacity of 40 Ah, 65 Ah, or 100 Ah. To extend the battery lifespan, itis recommended that storage batteries work under a temperature ranging from 15C to 25C.

The small modular data center provides battery packs for electricity backup. Battery packssupply battery backup power. When the mains supply is normal, the UPS charges storagebatteries. When the mains fails, battery packs supply power to the UPS.

If the data center ventilation is poor, dedicated hydrogen exhaust devices must be provided to

exhaust hydrogen generated by storage batteries.

Figure 2-5shows storage batteries,Figure 2-6shows a battery pack, andTable 2-7lists

battery technical specifications.

Figure 2-5Storage batteries


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2.2.5 PDU2000

A rack power distribution unit (PDU2000) distributes power in the AC power cabinet of themini modular data center. It supports one 220 V, 230 V, or 240 V AC power supply, twenty 10

A (C13) and four 16 A (C19) outputs.

Figure 2-7shows a PDU2000 andTable 2-8lists its electrical specifications.

Figure 2-7PDU2000

Table 2-8PDU2000 electrical specifications

Item Typical Value Remarks

Rated input voltage (V AC) 220 Rated voltage: 220240 V

Input voltage frequency (Hz) 50/60 N/A

Input current (A) 32 N/A

Rated output voltage (V AC) 220 Rated voltage: 220240 V

Rated output current (A) 32 N/A

2.3 Cooling SystemConsidering the environmental adaptability of the server, the operating temperature of thesmall modular data center used in a small room ranges from 5C to 30C and its operatinghumidity ranges from 10% to 90% RH. The cabinet cools as the ambient temperature drops

and the maximum cooling capacity of a single cabinet is 3 kW. The cabinet top is designedwith heat dissipation holes or installed with fans. Porosity of its front and rear doors is 70%.

A maximum of four DC fans with adjustable speeds can be installed on the cabinet roof todissipate the internal heat, prevent heat accumulation, and lower the temperature at the cabinettop. Four fans run simultaneously. When the heat load at the cabinet top is light, the four fans

lower the rotational speed to reduce power consumption.

Figure 2-8shows a fan andTable 2-9lists the fan technical specifications.


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Figure 2-8Fan

Table 2-9Fan technical specifications

Item Specifications

Dimensions (H x W x D) 120 mm x 120 mm x 25.4 mm

Rated power 4.80 W

Maximum airflow 173.4 m3/h

Maximum static pressure 68.0 Pa

Maximum noise 48.0 dB(A)

Maximum rotational speed 3300 rpm

Rated current 0.10 A

Rated voltage 48 V

Operating voltage 4254 V

Operating temperature 10to +60

2.4 Monitoring SystemThe monitoring system collects and analyses cabinet environment data, manages the cabinetenvironment, and reports alarms. It monitors the mini environment in the cabinet, UPS powerdistribution system, and fan control system.


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2.4.1 Introduction

The energy control cabin 500 (ECC500) collects data and manages environments of the smallmodular data center and the operating status of the UPS power distribution system as well as

fan control system. In the mini modular data center, the ECC500 monitors the temperatureand humidity of the front air intake vent, and detects the front and rear door status. It alsodetects whether smoke is generated inside the cabinet and water accumulates in the place

where the cabinet is installed.

The ECC500 collects UPS data over an RS485 port.

The ECC500 provides a fast Ethernet (FE) port and allows you to query the system

operating status and alarm information and set parameters on the ECC500 web userinterface (WebUI).

If more cabinets are added, the door status of the additional cabinets and smokeinside the small modular data center should be detected,

but the monitoring for cabinet temperature and humidity and water detection in thesmall modular data center is the same as the small modular data center with a singlecabinet.

The fan control system can be configured as required in the main cabinet. The ECC500connects to the fan control system over an RS485 port.


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Alarm Determination and Management The ECC500 determines alarm generation and clearance in real time after monitoring

analog parameters, digital parameters, data, and alarms, and perform management asfollows:

If the ECC500 determines that a serious alarm is generated, it turns on the Alarmindicator and displays the alarm information on the LCD and WebUI.

If the ECC500 determines that an alarm is cleared, it turns off the Alarm indicator andremoves the alarm information from the LCD and WebUI.

The ECC500 saves a maximum of 800 historical alarms and allows you to query clearedalarms on the LCD.

Centralized Management for Intelligent Equipment Over IP networks and Web telecommunications, reported to the data room, such as UPS,

direct ventilation information, real-time status; and receive Web remote managementcontrol and configuration information, the appropriate action, such as dry contact ON /OFF, south to the control equipment.

The ECC500 provides ports for receiving signals from sensors or sending control signalsto meet requirements for data collection and control.

Over camera monitoring, provide 1-way video monitoring each system, IP networkcameras by PoE, and support to access public network via LAN or route.

The ECC500 provides dry contact for room smoke sensor, and reports through SNMP ofECC500, low level is normal, and high level is alarm.

The cabinet uses a current mode smoke sensor powered by the ECC500. The smokesensor reports fire alarms to the ECC500.

Data Collection and Processing The ECC500 reports data collected by the water sensor, smoke sensor, door status sensor,

video alarm and ambient temperature and humidity sensor, reports spare analogparameters, and reports alarms over dry contacts.

The ECC500 can back up its own data and that of the monitored equipment. For example,the ECC500 backs up the alarm information that is downloadable from the WebUI.

When communication fails, the ECC500 still works properly and stores alarms. After

communication recovers, the stored alarm information can be downloaded by using theWebUI.

2.4.3 Monitoring Management

The ECC500 is 1 U high and 19 inch wide. It collects information and manages the operatingstatus in the cabinet. The ECC500 is mainly configured with a main control board and basicinput/output (I/O) module. It connects to a WebUI over an FE port, which allows you to query

information.

Table 2-11lists port descriptions of the basic I/O module.

Table 2-11Port description

Hardware Hardware Port Port Type Description

Main control

board

FE port Northbound port in IP

networking mode

Connects to a WebUI

that supports the EMS.


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Hardware Hardware Port Port Type Description

RS485 or RS232 Northbound port inin-band mode

Connects to Huawei

communicationsequipment (BTS3900series base stations orNodeB).

COM1 port RS485 port connectingto southbound equipment

Reserved


Connects to fan control

board or the fan controlsystem.

Basic I/Omodule

COM1 port

(double-wire485, for special

application)

RS485 port connectingto southbound equipment

Reserved (intelligentelectric meter)

COM2 port (for

specialapplication)

RS485 port connectingto southbound equipment

Connects to UPS


Reserved(Double UPSscene connects to UPS)

TEM_HUM Port to the ambient

temperature andhumidity sensor

Connects to ambient

temperature andhumidity sensors.

WATER Water sensor port Connects to watersensors.

SMOKE Smoke sensor port Connects to smokesensors in cabinet.

GATE Port to the door status

sensor

Connects to a door status

sensor.

AI_1 and AI_2 Analog input (AI) ports Reserved

DI_1, DI_2, andDI_3

Digital input (DI) ports DI_1 connects to a surgeprotection device (SPD).

DI_2 connects to a videoalarm

DI_3 connects to a roomsmoke sensor.

A WebUI is used for local and remote maintenance. It provides an intuitive and convenient

maintenance mode for maintenance personnel on the local terminal without access to theEMS.

Laptops or desktops can access the ECC500 for convenient maintenance over thenetwork port on the ECC500 main control board by using the IE6.0 and IE7.0 in

Windows operating system.


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The WebUI automatically displays equipment connecting to the ECC500 and allows youto modify equipment properties.

Table 2-12lists the basic functions of the ECC500.

Table 2-12Basic functions

Function Sub-Function WebUI

Version management andloading

Version number query and display Supported

Software package loading Supported

Configuration subsystem Property setting and change Supported

Synchronization of equipmentspecification setting and change

Supported

Equipment detection and display Supported

Alarm generating subsystem Active alarm query and display Supported

Historical alarm query and display Supported

Deleting historical alarms Supported

Real-time control and querysubsystem

Real-time information query anddisplay

Supported

Control command setting anddelivery

Supported

User management subsystem User level management Supported

User operations, such as adding,

deleting, and modifyinginformation

Supported

Log subsystem Exporting logs Supported

The features of SNMP northbound interfaces:

The equipment support SNMP, and main parameters can be obtained by SNMP.

The equipments can pass through the firewall.

Support Web service

Allow to set or modify the user name / password and the SNMP community remotely.

Upgrade and maintain easily, configuration will not change after the upgrade orconfiguration smooth migration mechanism.

Support at least the two permissions set by the user, a read-only, a complete control.

SNMP configuration: items need to configure SNMP community, NMS IP and accesstype, then disable other configure.

Security configuration: need to set up a user name and password in read only user, etc.all configurations are configured to the form of the EID Administrator password recovery,retention read account number and password in order to view the data in peacetime.

Support SNMP versions V1/V2c/V3.


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2.5 Fire Extinguishing SystemThe small modular data center provides smoke sensors in cabinets and room but it does notprovide a fire extinguishing system. Therefore, a fire alarm system and fire fighting system

that meet application scenario requirements should be installed. For small-sized data centers,smoke sensors and fire extinguishers can be installed.

Smoke sensors in a cabinet and the equipment room of the small modular data center shouldmeet the following requirements:

The smoke sensors are installed on the cabinet top and the equipment room.

The smoke sensor, when detecting fire, reports fire alarms to the ECC500.

The cabinet uses a current mode smoke sensor powered by the ECC500. The smokesensor reports fire alarms to the ECC500.

The room smoke sensor contact to dry contacts, and powered by the ECC500 DC12V,reports fire alarms by SNMP of ECC500, low level is normal, and high level is alarm.

2.6 System CablesCables of the small modular data center include power cables, ground cables, and signal

cables.

2.6.1 Cables

Table 2-13lists cable configurations of the mini modular data center.

Table 2-13The cables list

Cable BOM Number Description

External powercables

25030790 Electrical powercable-600V/1000V-ZRA-VV-10mm

2-brown

25030227 Electrical power

cable-600V/1000V-ZRA-VV-10mm

2-blue


cable-600V/1000V-ZRA-VV-10mm2-yellow/green

14170016 OT10-6 terminal

Cables between

UPSs and storagebatteries


cable-450V/750V-60227 IEC02(RV)-10mm

2-black


cable-450V/750V-60227 IEC02(RV)-10mm

2-red

14110066 Cord end terminal -10mm2


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Cable BOM Number Description

Cables betweenstorage batteries

24040230 Apply to 4 layers storage batteryconfiguration

24040231 Apply to 6 layers storage batteryconfiguration.

Ground cables to

combinedcabinets


cable,-450V/750V-60227 IEC02(RV)-10mm

2-yellow and green

14170056 OT-10mm2-M8

Ground cable tothe battery pack

04043501 10UL1015 yellow and green-1m

04045547 10UL1015 yellow andgreen-0.5m

PDU2000 powercable

25030527 60227IEC10(BVV)-6mm2-black

jacket (core wire: blue, brown,yellow, and green)

14110065 Cord end terminal-6mm2

14170023 OT-6mm2-M6

Cables between

room monitoringcomponents(camera and

smoke sensor)and

ECC500.

25030641 Electronic and Power

Cable,300V,UL2464,0.56mm^2,20AWG,Black,10A,4 Cores

2.6.2 Cable Management

Cabling units, wire bushings, cable bridges, and cabling trays are used to manage cables.Cabling units route cables horizontally, wire bushings on the cabinet side route cables

vertically, cable bridges bind fan cables at the rear door, and cabling trays route cables fromthe cabinet front to cabinet rear.


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Product Description 3 Typical Configurations and Application Scenarios



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3 Typical Configurations and ApplicationScenarios

3.1 Typical Application ScenariosThe small modular data center applies to geographical and service scenarios.

Geographical Application Scenarios

Table 3-1lists geographical application scenarios.

Table 3-1Geographical application scenarios

Applica

tionScenario

Feature Description Customer

Non-dedi

catedequipme

nt roomornetwork

accessroom

Power

distributioncapacity: no less

than 4.8 kW,cooling capacity: 3 kW. The

room has onepower supply,

lowtemperatures,and goodventilationconditions. It

does not requirea high Tier datacenter with lownoise.

1. A highly integratedproduct that implementsdata center deployment,such as deploying the UPS

and ECC500, and providesspace for IT equipmentand storage batteries.

2. For small office use

Small- and medium-sized

enterprises, smallsubstations and power

plants, Tier 3 and 4equipment rooms in largeenterprises, and

organizations that requirecomprehensive IT

applications.

Mini

equipment room

Power

distributioncapacity: no less

than 4.8 kW,

1. A highly integratedproduct that implements

data center deployment,

such as deploying the UPS

Telecom service halls, call

centers, enterprise andgovernmental offices,

computer rooms in small-


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ApplicationScenario

Feature Description Customer

cooling capacity: 3 kW. The

dedicatedequipment room

housesequipment and

air conditioners.It does notrequire a high

Tier data centerwith low noise.

and ECC500, and providesspace for IT equipment

and backup time.

2. For small office use

and medium-sizedenterprises, small

substations and powerplants, and terminal

services of largeenterprises.

In order to guarantee a small room with good ventilation, plus general exhaust fan to do exhausttreatment, the fan air flow should not be less than 1000 m 3/h.

Service Application Scenarios

Service application scenarios of include IT applications in small- and medium-sized

enterprises, large enterprise branches, enterprise cloud hosts, the e-campus, and industrialbranches.

3.2 Typical ConfigurationsTable 3-2lists typical configurations of the mini modular data center.

Table 3-2Typical configurations

TypicalConfiguration

CabinetConfiguration

Space Requirement* DeliveryRequirementSupported

SupplyMode

Typical

configurat

ion 1One maincabinet

with oneUPS

The main cabinet is

configured with one

cabinet, three 7 Ahbattery packs, one

UPS, one UPSPDU5000 (with thebuilt-in Level C

SPD, passive powerfilter [PPF], UPSinput, manual

maintenance bypass

with a circuitbreaker, 48 Vpower adapter, and

the functions of

Recommended space: 13m

2, height: 2.4 m.

New

deployments

, siteconstruction

s, and otherrequirementsspecified.

Delivery

by sites

free ofsitesurveys.


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SupplyMode

power distributing,parallel running,

and backflowpreventing), one

PDU2000, oneECC500, one

ambienttemperature andhumidity sensor,

one smoke sensor,one water sensor

(optional), one

internal cable set,one fan (optional),and accessorycables.

Typical

configuration 2

One maincabinet

without aUPS

The main cabinet is

configured with onecabinet, one mainsPDU5000 (with the

built-in Level CSPD, PPF, and 48V power adapter),one PDU2000, one

ECC500, oneambienttemperature and

humidity sensor,one smoke sensor,one water sensor

(optional), oneinternal cable set,one fan (optional),

and accessorycables.


2, height: 2.4 m.

New

deployments, siteconstruction

s, batterycabinetswithprolonged

backup time,and otherrequirementsspecified.

Typicalconfiguration 3

One main

cabinetwith oneUPS+onenetwork

distribution cabinet

The main cabinet isconfigured with onecabinet, three 7 Ah

battery packs, oneUPS, one UPSPDU5000 (with thebuilt-in Level C

SPD, PPF, UPSinput, manualmaintenance bypass

with a circuitbreaker, 48 Vpower adapter, and

the functions of

Recommended space: 16m2, height: 2.4 m.


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SupplyMode

power distributing,parallel running,

and backflowpreventing.), one

PDU2000, oneECC500, one



(optional), one

internal cable set,one fan (optional),and accessorycables.

The networkdistribution cabinetis configured withone cabinet, one

PDU2000, andaccessory cables.

Typical

configuration 4

One main

cabinetwithout aUPS+one

networkdistribution cabinet

The main cabinet is

configured with onecabinet, one mains

PDU5000 (with thebuilt-in Level CSPD, PPF, and 48

V power adapter),one PDU2000, oneECC500, one


one smoke sensor,one water sensor(optional), oneinternal cable set,

one fan (optional),and accessorycables.

The network

distribution cabinetis configured withone cabinet, one

PDU2000, andaccessory cables.

Recommended space: 16

m

2

, height: 2.4 m.

Typical The main cabinet is Recommended space: 16


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SupplyMode

configuration 5

One main

cabinetwithUPSs (innon-redun

dancy orN+1mode)+on

e batterycabinet

configured with onecabinet, three 7 Ah

battery packs, oneor two UPSs, one

UPS PDU5000(with the built-in

Level C SPD, PPF,UPS input, manualmaintenance bypass

with a circuitbreaker, 48 V

power adapter, and

the functions ofpower distributing,parallel running,

and backflowpreventing.), onePDU2000, oneECC500, one



(optional), oneinternal cable set,one fan (optional),and accessorycables.

The battery isconfigured withstorage batterieswith 1-, 2-, or

4-hour backup time,switches, andaccessory cables.

m , height: 2.4 m.

Typicalconfiguration 6

One maincabinetwith

UPSs (innon-redundancy or

N+1mode)+one battery

cabinet+o

The main cabinet isconfigured with one

cabinet, three 7 Ahbattery packs, oneor two UPSs, one

UPS PDU5000(with the built-in

Level C SPD, PPF,

UPS input, manualmaintenance bypasswith a circuit

breaker, 48 V

power adapter, and


2, height: 2.4 m.


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SupplyMode

nenetwork

distribution cabinet

the functions ofpower distributing,

parallel running,and backflow

preventing.), onePDU2000, one

ECC500, oneambienttemperature and

humidity sensor,one smoke sensor,

one water sensor

(optional), oneinternal cable set,one fan (optional),

and accessorycables.

The battery isconfigured withstorage batteries

with 1-, 2-, or4-hour backup time,switches, andaccessory cables.

The networkdistribution cabinetis configured with

one cabinet, onePDU2000, andaccessory cables.

Not a dedicated room for the existing venues, such as space requirements cannot meet the table aboverequirements, the product can also evaluate the use in accordance with the specific circumstances of theengine room.


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ids2000-s small modular data center v300r001c00 product description

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