ZTE USapphire Container Data Center Production Description

ZTE USapphire Container

Data Center Production

Description

CDC6240

ZTE USapphire Container Data Center Production Description

ZTE Confidential & Proprietary 1

ZTE USapphire Container Data Center Production

Description

Version Date Author Reviewer Notes

V1.0 2016/05/12 Draft

© 2017 ZTE Corporation. All rights reserved.

ZTE CONFIDENTIAL: This document contains proprietary information of ZTE and is not to be disclosed or used

without the prior written permission of ZTE.

Due to update and improvement of ZTE products and technologies, information in this document is subjected to

change without notice.


2 ZTE Confidential & Proprietary

TABLE OF CONTENTS

1 Overview ............................................................................................................ 5

2 Standard ............................................................................................................. 6

3 CDC 6240 Introduction ...................................................................................... 8

3.1 Datasheet ............................................................................................................ 8

3.2 Specification ........................................................................................................ 9

3.2.1 Structure .............................................................................................................. 9

3.2.2 Power Supply ..................................................................................................... 12

3.2.3 Air Condition ...................................................................................................... 15

3.2.4 Monitoring System ............................................................................................. 16

3.2.5 Fire Extinguishing System .................................................................................. 19

3.2.6 Grounding .......................................................................................................... 21

3.2.7 Lighting System ................................................................................................. 22

3.2.8 Cable and pipe route .......................................................................................... 23

4 Component Introduction ................................................................................. 24

4.1 Cabinet .............................................................................................................. 24

4.2 Power Supply and Distribution System .............................................................. 26

4.2.1 PDU ................................................................................................................... 26

4.2.2 UPS ................................................................................................................... 27

4.2.3 Battery ............................................................................................................... 28

4.3 Air Condition ...................................................................................................... 29

4.4 Monitor system .................................................................................................. 31

4.4.1 Collector ............................................................................................................ 31

4.4.2 Monitor server .................................................................................................... 31

4.4.3 Switch ................................................................................................................ 32

4.4.4 Water Sensor ..................................................................................................... 32

4.4.5 NVR ................................................................................................................... 33

4.4.6 IP camera .......................................................................................................... 34

4.5 Access Control System ...................................................................................... 35

4.5.1 Access controller................................................................................................ 35

4.5.2 Card Reader ...................................................................................................... 36

4.6 Fire Extinguishing System .................................................................................. 37

4.7 Installation on site .............................................................................................. 38



FIGURES

Figure 3-1 Front side ............................................................................................................. 9

Figure 3-2 Back side ............................................................................................................10

Figure 3-3 Right Side............................................................................................................10

Figure 3-4 Left Side ..............................................................................................................10

Figure 3-5 in Side .................................................................................................................10

Figure 3-6 Power Rack .........................................................................................................12

Figure 2-7 Power Diagram ...................................................................................................13

Figure 3-8 Air Condition Layout ............................................................................................15

Figure 3-9 Access Control and Video Surveillance System ..................................................16

Figure 3-10 Monitor Box .......................................................................................................17

Figure 3-11 Monitoring System Diagram ..............................................................................18

Figure 3-12 PC web user interface (WebUI) .........................................................................19

Figure 3-13 Fire Extinguishing System 1 ..............................................................................19

Figure 3-14 Fire Extinguishing System 2 ..............................................................................20

Figure 3-15 Ground Points ...................................................................................................21

Figure 3-16 Lighting System .................................................................................................22

Figure 3-17 Humidifier Inlet Pipe and Condensation Water Outlet Pipe ................................23

Figure 3-18 Power Cable and Signal Cable Inlet ..................................................................24

Figure 4-1 Cabinet Dimension 1 ...........................................................................................24

Figure 4-2 Cabinet Dimension 2 ...........................................................................................25

Figure 4-3 PDU ....................................................................................................................26

Figure 4-4 UPS.....................................................................................................................27

Figure 4-5 Battery .................................................................................................................28

Figure 4-6 Air Condition Indoor Unit .....................................................................................29

Figure 4-7 Air Condition Outdoor Unit ...................................................................................30

Figure 4-8 Collector ..............................................................................................................31

Figure 4-9 Monitor Server .....................................................................................................31

Figure 4-10 Switch ...............................................................................................................32



Figure 4-11 Water Sensor ....................................................................................................32

Figure 4-12 Network Video Recorder ...................................................................................33

Figure 4-13 Camera .............................................................................................................34

Figure 4-14 Access Controller ..............................................................................................35

Figure 4-15 Card Reader ......................................................................................................36

Figure 4-16 Fire Extinguishing Controller..............................................................................37

Figure 4-17 Installation flow ..................................................................................................38



1 Overview

This document describes the CDC6240 all in one container data center product typical

configuration and application scenarios for marketing and Technical support people

reference.

Table 1-1 Abbreviation

Name Definition

CDC container data center

6240 40-ft



2 Standard

Design Specifications of the Electronic Information System Equipment Room

(GB50174-2008)

Fireproof Specifications of the Internal Decoration & Design of the Building (GB50222-95

(2001 Revised Version)

Fireproof specification s of the Construction Design (GB50016-2012)

Design Specifications of the Heating Ventilation & Air Conditioning (GB50019-2003)

Design Specifications of the Power Supply System (GB50052-2009)

Lighting Protection Specifications of the Construction Buildings (GB50057-2010)

Electronic Information System Lighting Protection Specifications of the Construction

Buildings (GB50343-2012)

Engineering Design Specifications of the Integrated Cabling System (GB50311-2011)

Design Specifications of the Gas Fire Distinguishing System (GB50370-2005)

Design Specification of the Automatic Alarm System for the Fire Disaster

(GB50116-2008)

Design Specifications of Configuring the Construction Distinguishers (GB50140-2005)

Construction Illumination Design Standard (GB50034-2004)

Construction and Acceptance Specifications of the Electronic Information System

Equipment Room (GB50462-2008)

Universal Specifications of the PC Site (GB/T2887-2011)

Construction and Acceptance Specifications of the Gas Fire Distinguishing System

(GB50263-2007)

Anti-static Engineering Technology Specifications (DG/TJ08-83-2009)



External Size and Rated Weight of the Container (GB1413-85)

Storage under the Electrical and Electronic product Application Environment Condition

(GB/T4798.1-2005)

Transportation under the Electrical and Electronic product Application Environment

Condition (GB/T4798.1-2008)

EMC Section 6-4: Radiation Standards for the Universal Standard Industry Environment

(EN 61000-6-4-2001)

Radio Disturbance Threshold and Measurement Methods of the Information Technology

Equipment (EN55022)

Acoustic, Description, Measurement and Evaluation of the Environment Noise (ISO

1996-1, ISO 1996-2, and ISO 1996-3)

Electrical Equipment of the Construction Buildings (IEC60364)



3 CDC 6240 Introduction

3.1 Datasheet

Table 3-1 Datasheet

Subsystem Equipment Specification

Structure

Container 12192mm（L）×2438mm（W）x 2896mm（H）

Protection level IP56

weight 20t with IT equipments

heat insulation

performance 60minutes

cabinet 600mm(W)×1000mm(D)x2000mm(H),42U

Operating

environment

Temperature cold aisle 10℃~30℃

Humidity 20%~80%

Ambient

environment

requirement

Temperature -40℃~55℃,air conditioner with low

temperature components optional

Humidity 5%~95%

Power supply

Power input Two 400A/3P,380V/50HZ

rack power density 6KW

UPS Modular UPS,N+1,100KVA

Battery backup time for 10 minutes

Air condition cooling capacity AC in-row, Max 23kw/pcs,3+1 backup

Refrigerant R410a

Fire

extinguishing

system

Type HFC-227ea/FM200

function

automatic fire detection

automatic alarming

automatic emergency gas release

overall fire resistance duration of 60 minutes



Monitor system

Access Controller &

Card Reader

1) access controller

It generate alarm when the door is forced

open, or door open overtime, and controller

forced open illegally, Infrared double

monitoring detection.

2） card reader with IC card input

IPC

IP camera with infrared Motion detection,

block alarm fuction.130M pixel, and 30m

coverage

NVR Network video recorder,1month storage,2 or

3 months optional

Temperature &

Humidity Sensor

Temperature scope:-10~70℃,Accuracy:±

1℃（FS）

Humidity scope:0~100%RH:accuracy±

3%RH（FS）

Water Sensor water leakage detection and alarm

3.2 Specification

3.2.1 Structure

Figure 3-1 Front side



Figure 3-2 Back side

Figure 3-3 Right Side

Figure 3-4 Left Side

Figure 3-5 in Side



Description:

1. The 40-feet container supports the marine transportation

2. The box body uses the galvanized steel, whose surface uses the three-layer of

paint and is coated with anti-solar radiation coatings.

3. The container exterior is made of 2mm thick steel plates, interior side use

50-mm-thick rock wool with a high melting point, interior bottom use 50-mm-thick

rock wool with a high melting point.

4. The equipment is configured with stainless steel doors that are used for the refined

marine fire-proof doors with double-sealing function. The size of the outlet door is

1200mm wide and 2150mm high, and the size of the inlet door is 900mm wide and

2150mm high. The door frames use the stainless steel, and the inner frame is filled

with rock wool for insulation, whose security level is A-level watertight security +

A-level fireproof and A-level anti-theft. The doorknob uses the protruding handles to

prevent the handles from being damaged during the process when the equipment is

transported in and out of the dock.

5. The equipment outside the box and the ingress/egress boxes have the waterproof

design, including access control, fire buttons, fire alarm lights, gas discharge

instructions, acoustic alarm, outdoor control switch, ingress/egress line pipes, and

air-conditioning pipes. The protection class reaches the IP56.

6. The bottom of the box uses the 5-mm-thick steel . The power cable, air-conditioning

cool media pipes, and humidification pipes in the internal of the box are routed on

the bridges on the bottom of the box. The bottom of the box is configured with the

single-direction floor drains to prevent the water from being gathered



7. The ground inside the box uses the load-bearing steel flooring, whose surface is

coated with permanent PVC.

8. The equipotential grounding is made for the whole part inside the box. After being

installed, all the equipment is connected to the equipotential grounding box, and

then to the container through the lead.

9. All the galvanized mesh bridges, optical fiber alignment bridges, and bridge

installation components are installed on top of the box.

10. The threaded lugs of the fixed cabinets are installed inside the corners of the box to

ensure the security of the land and sea transportation.

11. Small exhaust fans and dampers are configured. When the fire disaster takes place,

the eruption of the heptafluoropropane gas ensures that the fire should not be

leaked from the exhaust fan to the external to achieve full annihilation extinguishing.

In the case of no fire, the polluted air and hydrogen are discharged out of the room.

3.2.2 Power Supply

Figure 3-6 Power Rack

1

Power supply rack is putting at the end of the container .Two main power supply input or

one main power supply and one diesel Generator.

Output1 provide power supply to the air condition, lights, sockets, fire controller;

Output2 route into the UPS and provide power supply for IT racks PDU A/PDU B,

access controller, video;



The main input and branch output(optional)real time monitoring include power voltage,

power current, power factor, total consumption and so on;

The C level SPD with the maximum discharge current of 40 kA is installed in front of the

input of the power distribution rack.

Figure 3-7 Power Diagram

Table 3-2 Power Configuration

NO.(Part A) equipment

1 AC1 D32A/3P

2 AC2 D32A/3P

3 AC3 D32A/3P

4 AC4 D32A/3P

5 Light C10A/1P

6 Fan C10A/1P

7 Fire suppression C10A/1P




NO.(Part B) equipment

1 rack1a 40A/1P

2 rack2a 40A/1P

3 rack3a 40A/1P

4 rack4a 40A/1P

5 rack5a 40A/1P

6 rack6a 40A/1P

7 rack7a 40A/1P

8 rack8a 40A/1P

9 rack9a 40A/1P

10 rack10a 40A/1P

11 Reserved 40A/1P

12 Reserved 10A/1P


NO.(Part C) equipment

1 rack1b 40A/1P

2 rack2b 40A/1P

3 rack3b 40A/1P

4 rack4b 40A/1P

5 rack5b 40A/1P

6 rack6b 40A/1P

7 rack7b 40A/1P

8 rack8b 40A/1P

9 rack9b 40A/1P

10 rack10b 40A/1P

11 Reserved 40A/1P

12 Reserved 10A/1P



3.2.3 Air Condition

Figure 3-8 Air Condition Layout

3 42165 7 8

（1）（2）（3）（4）air condition indoor unit*4

（5）（6）（7）（8）air condition outdoor unit*4

Description:

1. The refrigeration system uses the in-row air-conditioning mode and regards the

environmental refrigerant R410a as refrigerant.

2. The in-row air-conditioning system sends the air in the front and returns the air on

the back. The G4-level filter that is convenient for exchange is installed and

equipped with the pressure sensors according to the design to detect the running

situation of the filter. It makes alarm and uploads the alarm to the alarm platform

when the filter is clogged or there are other blockage cases.

3. The front and rear doors of the in-row air-conditioning system are configured in

densely foramen mode. The opening rate is larger than 80%.

4. The direction of connecting the pipes of the refrigerant inside the in-row

air-conditioning system is downside under the rear bottom. The pipes are

connected to the outdoor machines of the air-conditioning system through the

hot/cool aisles to ensure that the operation space is sufficient between the

refrigerant piping with the internal structure parts inside the air-conditioning or the

base frames.

5. The in-row air-conditioning system can use the air blow/return mode to control the



temperature (that can be set on the site).

6. The in-row air-conditioning system uses the copper pipe aluminum fins, and the

hydrophilic fins are located in the suction side of the fan.

7. The indoor machines of the in-row air-conditioning system uses EC fans, and these

fans are evenly paved in the outlet. It can automatically adjust the fan rotation

according to the temperature of the return/supply air. Meanwhile, it supports the

manual speed adjustment mode. The outlet has the security shield so that it can be

disassembled easily and the fans can be easily maintained.

8. The rotation of the fans of the outdoor machines of the in-row air-conditioning

system should be able to automatically adjusted according to parameters such as

room temperature and condensing pressure to realize the more effective energy

saving effect, reduce the number of times when the fans are enabled, and improve

the reliability.

9. The in-row air-conditioning system has the power breakdown memory function. It

can be automatically enabled after being powered off exceptionally to restore its

running state before the power-off.

3.2.4 Monitoring System

Figure 3-9 Access Control and Video Surveillance System

1

2

3

(1) Card reader*1

(2)(3) IP cameral*2



Figure 3-10 Monitor Box

1

Table 3-5 Monitor Box Inside

Item Specification

switch Data Transmission to monitor server

collector

Collect information from temperature

&humidity sensor, league detector, air

condition，power distribution rack and transmit

to monitor server via switch.

Monitor server

manage container data center and can

display a real time status, and generate alarm

from power supply subsystem, environment

subsystem, security subsystem

NVR receives video from IP camera, save and

manage the video.

ZTE Container monitoring system has advantages of rich interface configuration, a

variety of alarm functions, open protocol interface, large-capacity data acquisition and

intelligent data storage and analysis ability. Embedded power management system can

manage and record power consumption of the entire rack service area, at the same time

external access through the network is allowed; Temperature, humidity, smoke detection

and monitoring and so on, are all integrated with the intrusion detection alarm system to

manage intensively, monitor remotely and ensure high reliability.



Figure 3-11 Monitoring System Diagram

Temperature&humidity League detection TACPDR Diesel Generator Fuel level sensorSmoke sensor

Fire detection&

suppression

Heat sensor

Collector

NVR IP camera UPS Alarm box

Switch

iDCIM server

ReaderIP camera

The monitoring system is mainly involved in the monitoring of environment, a variety of

power equipment, and security subsystem. The monitoring objects of each subsystem

are as follows:

1. iDCM

iDCM is management system deployed by ZTE to manage container data center and can

display a real time status, and generate alarm from power supply subsystem,

environment subsystem, security subsystem.

The iDCM support local control from PC or PAD (touch panel), remote control from web,

and collect information from each subsystem and transmit to NMS and send SMS and

email to the terminals. Each subsystem can connect to the iDCM through switch over

modbus, SNMP, and TCP/IP.

2. Power supply monitoring subsystem

Air cooled precise condition (TAC), UPS, PDR (power distribution rack), batteries.

3. Environment monitoring subsystem

Temperature and humidity sensors are installed in front side and back side of each IT

rack for monitoring the temperature and humidity, it is a rack level monitoring.

Water leakage senor is installed down the floor around the container interior for



monitoring the water leakage at bottom of the container.

4. Security Monitoring Subsystem

Access controller & card reader, IPC (IP camera), NVR (Network Video Recorder)

Figure 3-12 PC web user interface (WebUI)

3.2.5 Fire Extinguishing System

Figure 3-13 Fire Extinguishing System 1

1 2

3



1. cylinder*1

2. Gas extinguishing controller *1, emergency start and stop button*1, Manual or auto

switch*1

3. Access controller*1

Table 3-6 Fire Extinguishing Specification

Item Specification

Access controller Receive information from card reader and

control the secure and reliable access control

Gas extinguishing controller

Put in the monitoring rack, controls the gas

release and trig fire alarm, and install in

monitor rack

cylinder

consists of an extinguishing agent vessel, an

inlet pipe, a pressure enunciator, and a

solenoid valve driver, and gas

Figure 3-14 Fire Extinguishing System 2

31 2

1. (1) (2) smoker sensor *1/heater sensor*1

2. (3) Audible and visual alarm *1+ gas release indicator*1

Table 3-7 Fire Extinguishing Specification

Item Specification



Item Specification

gas release indicator

install at the top of the hot aisle and cold aisle

doors，When fire occur, the fire extinguishing

equipment releases extinguishing agent into

container and the

gas release indicator displays "DON'T

ENTER"

audible and visual alarm

next to the gas release indicator，When fire

occur, the audible and visual alarm generates

flash signals and audible signals

heat detector

install at both hot aisle and cold aisle. It

monitors the ambient temperature in real time.

It works with the red indicator blinks. When

the ambient temperature exceeds the alarm

threshold, it trigs alarm and

the red indicator is still on.

smoke detector

install at both hot aisle and cold aisle. It

monitors the ambient temperature in real time.

It works with the red indicator blinks. When

the smoke density exceeds the alarm

threshold, it trigs alarm and

the red indicator is still on.

3.2.6 Grounding

Figure 3-15 Ground Points

Ground point1

Ground point2 Ground point3

Ground point4



Ground Point

There are four ground points which are welded on the container. They should be welded

with earth ground, and the ground resistance should be less than or equal to 1Ω.

3.2.7 Lighting System

Figure 3-16 Lighting System

1

2

1. light*9

2. Emergency light*2

The lights are separated averagely at hot aisle and cold aisle, and switches are installed

near the door of both side. And also It has emergency lights installed on the top of door.



3.2.8 Cable and pipe route

Figure 3-17 Humidifier Inlet Pipe and Condensation Water Outlet Pipe

312

(1) Inlet pipe for AC humidifier

(2) Outlet pipe for condensation water.

(3) pipe for refrigerant

There are two pipe routes near the air condition condenser, one is inlet pipe for AC

humidifier and another is outlet pipe for condensation water.

There are 8 pipe routes from air condition condenser to AC indoor unit.



Figure 3-18 Power Cable and Signal Cable Inlet

1 2

(1) Main power cable routing

(2) Signal and fiber cable routing

4 Component Introduction

4.1 Cabinet

Figure 4-1 Cabinet Dimension 1



Figure 4-2 Cabinet Dimension 2

Table 4-1 Cabinet Dimension

height dimensions(mm) depth dimension(mm)

H1 H2 H3 T1 T2 T3 T4 T5

1998.5 1912 1774 1024 912 935 87 850



4.2 Power Supply and Distribution System

4.2.1 iPDU

Figure 4-3 iPDU

Table 4-2 PDU Specification

Item specification

input voltage/frequency 220VAC 50HZ

input rate 40A

output voltage/frequency 220VAC 50HZ

output rate 18*IEC C13,16A

dimensions(L*W*D) 1532*62*44mm



4.2.2 UPS

Figure 4-4 UPS

Table 4-3 UPS Specification

Item Specification

Capacity 105KVA (90KVA+15KVA)

module 15KVA

Power factor 0.8

Voltage 380V/220V

Frequency 50（1±0.5%）Hz

Efficiency 94%

Dimension(W*D*H) 600mm×2000mm×1000mm

Weight(kg) 200



4.2.3 Battery

Figure 4-5 Battery

Table 4-4 Battery Specification

Item Specification

Voltage (V) 12

Nominal Capacity (AH) 100

Quantity 40

Dimensions

(mm)

Width 173±1

Depth 330±3

Height 212±2

Terminal T11

Weight (kg) 31

Dimensions W x H x D 800mm x 2000mm x 1000 mm



4.3 Air Condition

Figure 4-6 Air Condition Indoor Unit

Table 4-5 AC Indoor Specification

Item Specification

Condition Return air37℃/ 24％RH，

Power system 380V 3Ph 50Hz

capacity（kW） 23.6

FLA - A 22.2

EC Fan performance

Air volume - m³/h 5000

Fan quantity 6

Humidifier performance

Humidifier capacity - kg/h 3

Pipe dimension

liquid pipe- mm 12.7

Gas pipe - mm 19



Item Specification

Condition Return air37℃/ 24％RH，

Humidifier inlet pipe G1/2"

Condensation water pipe - OD, mm 6

dimension（W*D*H） 300mm*1000mm*2000mm

Weight (kg) 150

Figure 4-7 Air Condition Outdoor Unit

Table 4-6 AC Outdoor Unit Specification

Item Specification

Compressor quantity 1

Outdoor unit FLA -A 15.3

Fan quantity 1

Outdoor unit dimensions（L*D*H） 1200mm*700mm*1250mm

Weight(kg) 120



4.4 Monitor system

4.4.1 Collector

Figure 4-8 Collector

Table 4-7 Collector Specification

Item specification

dimensions（W*H*D） 440mm*42.4mm*250mm

Form factor 1U

interface

15*RS485

1*RS232

1*10/100M

Power AC 100-240VAC/50-60Hz

weight <5kg

4.4.2 Monitor server

Figure 4-9 Monitor Server

Table 4-8 Monitor Server Specification

Item specification



Item specification

dimensions（W*H*D） 434mm*42.4mm*394mm

Form factor 1U

processors Xeon E3-1220

memory 1*4G DDR3

Hard disk 2*500GB

Power 250W

4.4.3 Switch

Figure 4-10 Switch

Table 4-9 Switch Specification

Item specification

Transmission

speed 10Mbps/100Mbps

Port 16*FE RJ45 + 2*GE Combo

dimension(H*W*D) 43.6mm*442mm*220mm

Power voltage and

frequency 100V~240V,50Hz~60Hz

Power

consumption 317W

weight 3.8kg

4.4.4 Water Sensor

Figure 4-11 Water Sensor



Table 4-10 Water Sensor Specification

Item Specification

Cable diameter 5.0mm

Sensing cable length 20m

conductor resistance 20Ω/100m

The maximum ambient temperature 85℃

Power voltage 12VDC

Power consumption 3W

4.4.5 NVR

Figure 4-12 Network Video Recorder

Table 4-11 Network Video Recorder Specification

Item Specification

dimensions（W*H*D） 445mm*45mm*290mm

chassis 1U

processors Xeon E3-1220

Hard disk 3TB

Port 2*SATA,1*eSATA

Power 40W



4.4.6 IP camera

Figure 4-13 Camera

Table 4-12 Camera Specification

Item Specification

Image Sensor 1/3" Progressive Scan CMOS

Max. Resolution 1280 x 960

Network Storage NAS (Support NFS,SMB/CIFS)

Communication Interface 1 RJ45 10M/100M Ethernet interface

Operating Conditions

-30 °C – 60 °C (-22 °F – 140 °F)

Humidity 95% or less (non-condensing)

Power Supply

12 V DC ± 10%

PoE (802.3af)

Power Consumption 5W

Ingress Protection level IP66

IR Range 30 meters

Weight 500g



4.5 Access Control System

4.5.1 Access controller

Figure 4-14 Access Controller

Table 4-13 Access Controller Specification

Item Specification

Communication protocol RS485、RS422、RS232、10/100M TCP/IP

Function

It generate alarm when the door is forced open, or door

open overtime, and controller forced open illegally,

Infrared double monitoring detection

Support max register 8100

Power supply 12VDC

Dimension(L*W*D) 215mm*180mm*30mm。



4.5.2 Card Reader

Figure 4-15 Card Reader

Table 4-14 Card Reader Specification

Item Specification

RF 13.56MHz±5%

Card reading Distance 20~60mm

Service life 350,000 times

Electric current ≤100mA

Power voltage 12VDC

dimension(W*H*D) 44mm*112mm*18mm



4.6 Fire Extinguishing System

Figure 4-16 Fire Extinguishing Controller

Approved to EN12094-1, EN54-2 and EN54-4

Three detection zones as standard

Any single zone or any combinations of zones can be configured to release

Configurable first stage sounder delays

Configurable detection delays

Zero time delay upon manual release option

Compatible with I.S. barriers

Non-latching zone input option to receive signals from other systems such as aspirating

equipment

Configurable extinguishant delays up to 60 seconds in 5 second steps

Configurable extinguishant duration up to 5 minutes in 5 second steps

Countdown timer shows time remaining until release

Supports up to seven, four wire status indicators

Built in Extract Fan control



4.7 Installation on site

Figure 4-17 Installation flow

1. Bury the grounding grid

2. Pour the cement foundation

3.Embed the water inlet pipes and

mains power pipes of the peripheral

air conditioning system

Lift the container and

connecting it with the dock

Put the container in its place

1.Weld the grounding grid

2.Inlet of power lines and weak

power lines

Install the rainproof shed and

stepping

ZTE USapphire Container Data Center Production Description

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