Huawei ECC800 User Manual

ECC800 Data Center Controller V100R001C40

User Manual

Issue

02

Date

2019-02-28

HUAWEI TECHNOLOGIES CO., LTD.

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i

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 respective holders.

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 or representations 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, and recommendations in this document do not constitute a 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://e.huawei.com

ECC800 Data Center Controller User Manual

About This Document

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Purpose

Symbol

Description

Indicates an imminently hazardous situation which, if not avoided, will result in serious injury or death.

Indicates a potentially hazardous situation which, if not avoided, could result in serious injury or death.

Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.

About This Document

This document describes the ECC800 data center controller (including the ECC800e) in terms of features, devices, user interfaces (UIs), and power-on commissioning, as well as frequently asked questions (FAQ) and troubleshooting measures.

This document describes all the functions of the ECC800. Certain functions are implemented by hardware such as the UPS and PDU, and may be unavailable if the hardware is not connected to the ECC800.

The figures provided in this document are for reference only. The software version is ECC800 V100R001C40SPC200.

Intended Audience

This document is intended for:



Sales engineers



Technical support engineers



Maintenance engineers

Symbol Conventions

The symbols that may be found in this document are defined as follows.

ECC800 Data Center Controller User Manual

About This Document

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iii

Symbol

Description

Indicates a potentially hazardous situation which, if not avoided, could result in equipment damage, data loss, performance deterioration, or unanticipated results.

NOTICE is used to address practices not related to personal injury.

Calls attention to important information, best practices and tips. NOTE is used to address information not related to personal injury,

equipment damage, and environment deterioration.

Change History

Changes between document issues are cumulative. The latest document issue contains all updates made in previous issues.

Issue 02 (2019-02-28)

Added information about USB ports. Updated some MDU screenshots. Updated the air conditioner name to smart cooling product.

Issue 01 (2017-10-13)

This issue is used for first office application (FOA). Change points:



Optimized the scenario-based commissioning description for certain components.



Added some FAQ.

Issue Draft A (2017-02-15)

This issue is used for first application.

ECC800 Data Center Controller User Manual

1 Safety Precautions

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General Safety

1 Safety Precautions



Ensure that the product is used in environments that meet its design specifications to avoid causing malfunctions or damaging components and voiding the warranty.



Personnel who plan to install or maintain Huawei equipment must receive a thorough training, understand all necessary safety precautions, and be able to correctly perform all operations.



Comply with local laws and regulations. The safety instructions in this manual are only supplements to local laws and regulations.



Do not operate the product or handle cables during thunderstorms.



Before using the product, remove any conductors such as jewelry or watches.



Use insulated tools for all operations that involve electrical connections.



Follow specified procedures during installation and maintenance.



Before handling a conductor surface or terminal, measure the contact point voltage with a multimeter, and ensure that the contact point has no voltage or the voltage is within the allowed range.



Performing maintenance or locating faults may interrupt power to the loads if batteries are not connected or the battery reserve is insufficient.



Before laying out power cables which have been stored in a temperature lower than 0°C, move the power cables to an environment with room temperature and store them in the environment for at least 24 hours.



Perform routine maintenance; replace faulty components at the earliest.

Electrical Safety



Grounding requirements

− When installing a device, install the ground cable first. When uninstalling a device,

− Before operating a device, ensure that the device is properly grounded.



AC and DC power

remove the ground cable at the very end.

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1 Safety Precautions

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

The power system is powered by high-voltage power sources. Direct or indirect contact (through damp objects) with high-voltage power sources may result in serious injury or death.



Non-standard and improper operations may result in fire and electric shocks.



Before making electrical connections, turn off the protection switch on the upstream device to cut the power supply.



Before connecting the AC power supply, ensure that electrical connections are complete.



Before connecting cables to loads or battery cables, check cable and terminal polarities to avoid reverse connections.



Electrostatic discharge (ESD)

− To prevent electrostatic-sensitive components from being damaged by static from

human bodies, wear a grounded electrostatic discharge (ESD) wrist strap or ESD gloves when touching circuit boards.

− When holding a board, hold its edge without touching any components, especially

chips.

− Package boards with ESD packaging materials before storing or transporting them.

Cable Layout



Mechanical Safety



Do not drill holes into a cabinet without permission. Non-standard drilling may affect the electromagnetic shielding of the cabinet and damage interior cables. Metal shavings from drilling may short-circuit circuit boards if they enter the cabinet.

   

Cables must be routed so that a sufficient distance exists between the cables and the DC busbar, shunt, and fuse. This prevents damage to the insulation layer of the cables.

Signal cables must be bound separately from strong-current cables and high-voltage cables.

Cables prepared by the customer must have the fire resistance capability.

Drilling holes

Before drilling holes into a cabinet, remove interior cables. Wear goggles and protective gloves when drilling holes. After drilling, clean up metal shavings immediately. Moving heavy objects

− Be cautious to avoid injury when moving heavy objects.

− Wear protective gloves when moving sharp objects.

ECC800 Data Center Controller User Manual

2 Overview

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2.1 Positioning

The ECC800 is an intelligent data center environment and device management system which features flexible layout, easy maintenance, and high reliability. The ECC800 is the core component for the smart module local management. It adopts the PoE bus for expansion, and allows all intelligent monitoring devices to be flexibly laid out so that it can manage the devices in the smart module.

2 Overview

The ECC800 applies to the FusionModule5000, FusionModule2000, FusionModule1000, and FusionModule800.

Figure 2-1 ECC800 appearance

The ECC800e is a lightweight ECC800, and only applies to the FusionModule500.

Figure 2-2 ECC800e appearance

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2 Overview

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2.2 Application Scenarios

2.2.1 ECC800 system network diagram (FusionModule5000)

The system network diagram uses FusionModule5000 V100R001C02 as an example.

Figure 2-3 ECC800 system network diagram (FusionModule5000)



The new main way consists of general input units and power distribution units. It integrates the smart ETH gateway and power distribution functions.



In the figure, RF_Z indicates wireless networking. RF_Z(1) devices can communicate with the ECC800 in wireless mode. The RF_Z(2) BIM and CIM communicate with each other in wireless mode. RF_Z(1) and RF_Z(2) devices use different protocols and are isolated from each other.



Wireless communication is automatically established after the access actuator, skylight actuator, and multi-functional sensor successfully connect to and communicate with the ECC800 through PoE.

2.2.2 ECC800 system network diagram (FusionModule2000)

The system network diagram uses FusionModule2000 V500R002C01 as an example.

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2 Overview

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Figure 2-4 ECC800 system network diagram (FusionModule2000)



In the figure, RF_Z indicates wireless networking. RF_Z(1) devices can communicate with the ECC800 in wireless mode. The RF_Z(2) BIM and CIM communicate with each other in wireless mode. RF_Z(1) and RF_Z(2) devices use different protocols and are isolated from each other.



Wireless communication is automatically established after the access actuator, skylight actuator, and multi-functional sensor successfully connect to and communicate with the ECC800 through PoE.

2.2.3 ECC800 system network diagram (FusionModule1000)

The system network diagram uses FusionModule1000 V200R003C00 as an example.

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2 Overview

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Figure 2-5 ECC800 system network diagram (FusionModule1000)



In the figure, RF_Z indicates wireless networking. RF_Z(1) devices can communicate with the ECC800 in wireless mode. The RF_Z(2) BIM and CIM communicate with each other in wireless mode. RF_Z(1) and RF_Z(2) devices use different protocols and are isolated from each other.



Wireless communication is automatically established after the access actuator, skylight actuator, and multi-functional sensor successfully connect to and communicate with the ECC800 through PoE.

2.2.4 ECC800 system network diagram (FusionModule800)

The system network diagram uses FusionModule800 V100R001C01 as an example.

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2 Overview

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Figure 2-6 ECC800 system network diagram (FusionModule800)

In the figure, RF_Z indicates wireless networking. The RF_Z BIM and CIM communicate with each other in wireless mode.

2.2.5 ECC800e system network diagram (FusionModule500)

The system network diagram uses FusionModule500 V100R001 as an example.

Figure 2-7 ECC800e system network diagram (FusionModule500)

ECC800 Data Center Controller User Manual

2 Overview

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2.3 Features



Efficient

− Supports access of wireless devices and provides backup routes, reducing cable

layout workload and enhancing reliability.

− Supports access right management in terms of the access card, password, and

fingerprint, providing high availability.

− Supports alarm notification by SMS and email, enabling remote maintenance.

− Supports cabinet-level magnetic locks, door status sensor, and temperature

monitoring, providing high security.

− Supports power supply and communication over the power over Ethernet (PoE) bus,

providing rich bandwidth resources and simplifying deployment.

− Supports remote upgrade, fault information export, and configuration parameter

synchronization.

− Connects to room-level access control devices and cameras.

− Cascades a maximum of three ECC800s; displays the active alarms and power

usage effectiveness (PUE) data of cascaded ECC800s on the WebUI of one ECC800.

− Collects smart module PUE statistics and displays the statistics on a dashboard and

in curves. Users can query the power consumption of the smart module in real time.

− Supports intelligent iCooling management which allows changes in the cabinet

temperature and power consumption to cause intelligent adjustment and control for the smart cooling product, thereby achieving energy conservation and emission reduction. (Only FusionModule2000 supports the function.)

Simple

− Supports local WiFi hotspots. After you install the WiFi module at the USB port on

the ECC, you can connect to the ECC using the app on the mobile phone or tablet computer to view the basic information about the smart module, such as layout, resources, energy efficiency, environment, and alarms. This increases usability.

− Supports query of device information in real time using the pad app or mobile

phone app, facilitating operation and maintenance.

− Supports connection of monitoring devices to the PoE bus in plug-and-play mode

for auto-discovery and auto-registration requiring no configuration. This feature enables fast delivery and higher maintainability.

Reliable

− Supports intelligent linkage management which allows customization of linkage

logic, achieving intelligent operation and maintenance.

− Supports dual power inputs, providing high reliability.

− Supports intelligent battery monitoring management, which allows monitoring of

individual cell voltage and internal resistance for discovery of failed cells.

− Supports interworking with the NetEco, supports the SNMP protocol, allowing

centralized management in various scenarios.

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3 Device Description

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3.1 ECC800

(1) PSU 1

(2) PSU 2

(3) Status indicator

(4) 3G/4G antenna port Manufacturer: Guangdong

Shenglu Telecommunication Tech. Co., Ltd.

Model: SL10802U

(5) FE ports (WAN_1–WAN_2 and LAN_1–LAN_2)

(6) AI/DI_1–6 sensor input port

(7) RF_Z antenna port Manufacturer: Guangdong

Shenglu Telecommunication Tech. Co., Ltd.

Model: SL15334H

(8) SW button

(9) DO_1–2 dry contact output

(10) RS485 port (COM1–4/12V)

(11) Default button

(12) USB port

(13) ECC800 main control module

The ECC800 consists of power supply units (PSUs) and an ECC800 main control module and monitors the equipment and environment in the smart module.

Figure 3-1 ECC800 (front view)

3 Device Description

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3 Device Description

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(1) 53.5 V DC_OUT1

(2) 53.5 V DC_OUT2

(3) AC_INPUT1

(4) AC_INPUT2

(1) SIM card slot

(2) Micro-SD card slot

Item

Specifications

Working temperature

–20°C to +50°C

Storage temperature

–40°C to +70°C

Relative humidity

5%–95% RH (non-condensing)

The ECC800 shown in the figure is fully configured with PSUs. PSUs 1 and 2 are optional depending on the application scenario.

Figure 3-2 ECC800 (rear view)

Figure 3-3 ECC800 main control module (side view)

ECC800 Specifications

Table 3-1 ECC800 environmental specifications

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Item

Specifications

Altitude

0–4000 m (When the altitude is between 3000 m and 4000 m, the temperature decreases by 1°C for each additional 200 m.)

Item

Specifications

Dimensions (L x W x H)

442 mm x 330 mm x 43.6 mm

Color

Black

Installation



Installed in a standard 1 U cabinet



Installed in a 19-inch rack

Environmental protection

RoHS5

Mean time between failures (MTBF)

500,000 hours

Item

Specifications

Power input



Supports two AC inputs



Rated voltage: 200–240 V AC/100–120 V AC



Rated frequency: 50 Hz/60 Hz

Power output



Output voltage: 42–58 V DC (rated voltage: 53.5 V DC)



Output power of two power supplies: 2000 W (176–300 V AC); 940 W (linear derating at 85–175 V AC)



Output power of a single power supply: 1000 W (176–300 V AC); 470 W (linear derating at 85–175 V AC)

FE port expansion

Supports two WAN ports, two LAN ports, and 10/100M communications rate

RS485 serial port expansion



Supports four RS485 ports with the default communications rate of 9600 bit/s.



Each port provides 12 V DC power with the rated current of 450 mA.

AI/DI expansion (RJ45)



Supports six AI/DI ports to connect to smoke sensors, water sensors, and temperature sensors.



Each port provides 12 V DC power with the rated current of 85 mA.

Table 3-2 ECC800 structural specifications

Table 3-3 ECC800 technical specifications

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Item

Specifications

DO expansion (RJ45)

Two DO ports. Each port supports passive and active DO.



Supports passive (dry contact) DO ports with contact point capacity of 20 W, maximum withstand voltage of 60 V DC, and rated current of 500 mA.



Supports active DO ports with the output voltage of 12 V DC and output current of 450 mA.

Wireless communication

Supports wireless communication that complies with IEEE802.15.4.

3G (optional)

Supports 3G (WCDMA) communication and is compatible with 2G (GSM) communication. A standard SIM card slot is provided.

NOTE



The prerequisite for using a SIM card is that the site has signal coverage.



Supports only SMS but not data services.

USB  After installing the WiFi module, connect the WiFi module to

the ECC using the app on the mobile phone or tablet computer to view the basic information about the smart module, such as layout, resources, energy efficiency, environment, and alarms.



Insert a USB flash drive to export historical data, device data, fault information, and configuration files, and import or export the device configuration data and historical data.

Button  SW: wireless network pairing button



Default: restores the default IP address

Model Name

Specifications

ECC800

RF_Z operation frequency

2405 MHz–2480 MHz

RF_Z E.I.R.P.Power (Max.)

5 dBm

3G/4G Operation Frequency

WCDMA BAND: 850 MHz–2100 MHz

GSM: 850 MHz–1900 MHz

3G/4G E.I.R.P.Power (Max.)

36 dBm Driver version

V100

Table 3-4 ECC800 RF parameters

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3 Device Description

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Indicators

Indicator

Color

Name

Status

Description

RUN

Green

Running status indicator

Steady on

The power supply is normal, the program is being loaded, or WiFi WPS is pairing.

Off

The power supply is abnormal.

Blinking at long intervals

The software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s) or the ECC800 registers with the NetEco successfully.

Blinking at short intervals

The ECC800 does not register with the NetEco (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

ALM

Red

Alarm indicator Steady on

A system failure alarm is generated.

Off

The system is normal.

3G

Green

3G status indicator

Steady on

The 3G module is powered on.

Off

The 3G module stops running, or no 3G module is configured.

Blinking at long intervals

The 3G module succeeds in dial-up (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The 3G module registers with the operator network successfully (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).

RF_Z

Green

Communication status indicator

Steady on

No network parameters exist, or a network is to be created.

Blinking at long intervals

A network is set up, and no node access is allowed (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Table 3-5 Indicators on the ECC800 main control module

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Indicator

Color

Name

Status

Description

Blinking at super short intervals

A network is set up, and node access is allowed (the indicator blinks at 10 Hz, on for 0.05s and then off for

0.05s).

Indicator

Color

Name

Status

Description

Green

Power indicator

Steady on

The converter has a power input.

Off

The converter has no power input or is faulty.

Blinking at long intervals

The converter is being queried (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The converter application program is being loaded (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

Yellow

Alarm indicator

Steady on

The converter generates a forewarning indicating that power will be limited due to ambient overtemperature, or generates a protection shutdown alarm due to ambient overtemperature or undertemperature.

Power input overvoltage or undervoltage protection

Reverse DC input connection

Slight current imbalance

Output overvoltage

Hibernation

Off

The converter generates no protection alarms.

Table 3-6 PSU indicator description

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Indicator

Color

Name

Status

Description

Blinking at long intervals

The communication between the converter and the outside is interrupted (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Red

Fault indicator

Steady on

The converter locks out due to output overvoltage.

The converter delivers no output due to internal faults.

Off

The converter is working properly.

Button Name

Function Description

Operation Description

Indicator Status

SW

Wireless network RF_Z (802.15.4) pairing

In non-wireless network (802.15.4) pairing mode, press and hold down the button for 1.2s to 5s to enter the wireless network pairing mode.

The RF_Z indicator is blinking at super short intervals.

In wireless network (802.15.4) pairing mode, press and hold down the button for 1.2s to 5s to exit the pairing mode; or the system automatically exits the pairing mode after 30 minutes without pressing the button.

The RF_Z indicator is blinking at long intervals.

Press and hold down the button for more than 6s to clear network parameters.

The RF_Z indicator is on.

Wireless Network Pairing (SW) and IP Address Reset (Default) Buttons

Table 3-7 Wireless network pairing and IP address reset buttons

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Button Name

Function Description

Operation Description

Indicator Status

WiFi pairing button

NOTE

This function is supported only in a scenario where the WiFi converter is configured.

In non-WiFi pairing mode, press the button for less than 1.2s to enter the WiFi pairing mode.



When the system enters the pairing mode, the RUN indicator is steady on.



After pairing succeeds, the RUN indicator blinks just as before WiFi pairing.



If pairing does not succeed in 3 minutes, the RUN indicator blinks just as before WiFi pairing.

Default

IP address reset

Press and hold down the button for 3s. Then the IP address for the ECC800 WAN_1 port will restore to the default address 192.168.1.10.

None

Item

Description

Pin sequence

Pin 1

TX+

Communications Ports

The ECC800 provides the following communications ports. Figure 3-4 shows the pins of the RJ45 port.

Figure 3-4 RJ45 port pins

There are four FE ports, that is, two WAN ports (WAN_1 and WAN_2) and two LAN ports (LAN_1 and LAN_2). Table 3-8 provides the FE port pin definitions.

Table 3-8 FE port pin definitions

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Item

Description

Pin 2

TX-

Pin 3

RX+

Pin 4

N/A

Pin 5

N/A

Pin 6

RX-

Pin 7

N/A

Pin 8

N/A

Indicator

Green indicator

Linked, steady on

Yellow indicator

ACT data communication, blinking

Item

Description

Pin sequence

Pin 1

RS485+

Pin 2

RS485–

Pin 3

12 V DC_OUT

Pin 4

RS485+

Pin 5

RS485–

Pin 6

N/A

Pin 7

N/A

Pin 8

GND

Indicator

Green indicator

Power output indicator



Steady on: The 12 V DC output is normal.



Off: No 12 V DC output is provided.

There are four RS485 ports (COM1/12V–COM4/12V). Table 3-9 provides the RS485 port pin definitions.

Table 3-9 RS485 port pin definitions

There are six AI/DI dry contact inputs (AI/DI_1–6). Table 3-10 provides the AI/DI port pin definitions.



Pins 1, 2, 4, and 5 identify sensor types.



Pin 3 and Pin 8 are power output ports.

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

Item

Description

Pin sequence

Pin 1

Type_1

Pin 2

Type_2

Pin 3

12 V DC

Pin 4

Type_3

Pin 5

Type_4

Pin 6

DI-

Pin 7

DI+

Pin 8

GND

Indicator

Green indicator

Power output indicator



Steady on: The 12 V DC output is normal.



Off: No 12 V DC output is provided.

Item

Description

Pin sequence

Pin 1

N/A

Pin 2

N/A

Pin 3

12 V DC_OUT

Pin 4

N/A

Pin 5

N/A

Pin 6

DO_NO

Pin 7

DO_COM

Pin 8

GND

Indicator

Green indicator

Power output indicator



Steady on: The 12 V DC output is normal.



Off: No 12 V DC output is provided.

Pin 6 and Pin 7 collect sensor data. Pin 7 can detect current type sensors (4–20 mA). Pin 6 and Pin 7 can detect the output status of passive dry contact type sensors. Pin 3 and Pin 7 can detect temperature sensors.

Table 3-10 AI/DI port pin definitions

There are two DO dry contact outputs (DO_1 and DO_2). Table 3-11 provides the DO port pin definitions.

Table 3-11 DO port pin definitions

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Item

Description

Pin sequence

Pin 1

5 V

Pin 2

DM

Pin 3

DP

Pin 4

GND

Power Ports

Port Type

Description

AC

Pin 1

L

Pin 2

PE

Pin 3

N

DC Pin 1

48V+

Pin 2

48VGND

(1) Power input

(2) Infrared receiver (IR)

(3) SW button

Table 3-12 USB port pin definitions

The ECC800 provides four power ports, including two AC input ports (AC_INPUT1 and AC_INPUT2) and two DC output ports (DC_OUTPUT1 and DC_OUTPUT2). Table 3-13 provides the power port pin definitions.

Table 3-13 Power port pin definitions

3.2 ECC800e

The ECC800e monitors the equipment and environment inside the smart module.

Figure 3-5 ECC800e appearance

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socket

(4) Port for installing a micro SD card

(5) USB (USB1–USB4) port

(6) Default button

(7) FE port (WAN port and LAN port)

(8) RS485 port (COM1, COM2–3/12V) and CAN port (COM4)

(9) AI/DI_1–5 sensor input ports (10) DO dry contact

(11) Status indicator

Item

Specification

Power Input



Supports one AC input.



Rated operating voltage: 100-240 V AC.



Rated operating frequency: 50 Hz/60 Hz.



Input current: MAX 0.5 A.

FE port expansion

Supports one WAN port, one LAN port, with the 10/100M communications rate.

RS485 serial port expansion



Reserves three RS485 ports with the default communications rate of 9600 bit/s.



COM2–3 ports providing 12 V DC power with the rated current of 450 mA.

NOTE



The Pin 1, Pin 2, Pin 4, and Pin 5 in the COM4 port provide the RS485 signal. These four pins are shared with the COM3 port.



The Pin 7 and Pin 8 in the COM4 port provide the CAN signal.

AI/DI expansion (RJ45)



Supports five AI/DI ports to connect to smoke sensors, water sensors, and temperature sensors.



Each port provides 12 V DC power with the rated current of 85 mA.

DO expansion (RJ45)

One DO port supports passive and active DO.



Supports passive (dry contact) DO port with contact point capacity of 20 W, maximum withstand voltage of 60 V DC, and rated current of 0.5 A.



Supports active DO port with the output voltage of 12 V DC and output current of 450 mA.

Table 3-14 Technical specifications

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Item

Specification

USB  After installing the WiFi module, connect the WiFi module to

the ECC using the app on the mobile phone or tablet computer to view the basic information about the smart module, such as layout, resources, energy efficiency, environment, and alarms.



Insert the SMS module. When an alarm is reported, the ECC can send information to the user through the 3G module.



Insert a USB flash drive to export historical data, device data, fault information, and configuration files, and import or export the device configuration data and historical data.

Buttons



SW: wireless network pairing button.



Default: button of restoring the default IP address.

Indicator

Color

Name

Status

Description

RUN

Green

Module running status indicator

Steady on

The power supply is normal, the program is being loaded, or WiFi WPS is pairing.

Off

The power supply is abnormal.

Blinking at long intervals

The software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s) or the ECC800e registers with the NetEco successfully.

Blinking at short intervals

The ECC800e does not register with the NetEco (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

ALM

Red

Alarm indicator Steady on

A system failure alarm is generated.

Off

The system is normal.

PWR

Green

Power indicator

Steady on

The power supply for the system is normal.

Off

The power supply for the system is abnormal.

Table 3-15 Indicators on the ECC800e main control module

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Table 3-16 Wireless network pairing and IP address reset buttons

Name

Function Description

Operation Description

SW

Reserved

N/A

Default

IP address reset

Press and hold down the button for 3s. Then the IP address for the ECC800e WAN port will restore to the default address

192.168.1.10.

(1) Ground port

(2) 48 V DC power input port

(3) PoE port

(4) COM1/12V port

(5) COM2/12V port

(6) COM3 port

(7) COM4 port

(8) NTC1-3 (9) NTC4-6

(10) AI/DI_1 port

(11) AI/DI_2 port

(12) 12V_1 port

(13) 12V_2 port

(14) BLINK button

(15) Status indicator

Item

Specifications

3.3 Southbound Device Introduction

3.3.1 Rack Environment Unit

The rack environment unit collects and controls the environmental data of IT cabinets in the smart module.

Specifications

Figure 3-6 Rack environment unit

Table 3-17 Technical specifications for the rack environment unit

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Item

Specifications

Power input



DC input: Terminal, with input voltage of 36–60 V DC



PoE input: One PoE port that complies with IEEE802.3at.

12 V power output

Two 12 V DC power outputs with the rated output current of 250 mA PoE port

FE communication with the rate of 10/100M

RS485 serial port expansion



Four RS485 ports with the default communications rate of 9600 bit/s



Among the four RS485 ports, two support 12 V DC, 400 mA power output.



The other two are isolated, with the default communications rate of 9600 bit/s, and do not support power output.

AI/DI input

Two active 12 V DC, 200 mA AI/DI input ports

Temperature sensor port

Provides two RJ45 ports to connect to six temperature sensors, each RJ45 port connecting to three temperature sensors.

BLINK button

Provides a BLINK function.

Indicator

Color

Name

Status

Description

PWR

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Module running status indicator

Off

The power is abnormal or the board program is loading.

Blinking at long intervals

The software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

PoE communication fails (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).

Indicators

Table 3-18 lists the structural specifications for the rack environment unit.

Table 3-18 Indicator description

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Indicator

Color

Name

Status

Description

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for

0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

(1) PWR_IN cascading power port

(2) FE_1 cascading signal port

(3) PoE_1–2 ports

(4) PoE_3–4 ports

(5) 48V_OUT1 power output port

(6) 48V_OUT2 power output port

(7) FE_2 cascading signal port

(8) PWR_OUT cascading power port (9) BLINK button

(10) Status indicator

Item

Specifications

3.3.2 Smart ETH Gateway

A smart ETH gateway allows the extension of the 53.5 V DC power supply and FE communication for the ECC800 and can be flexibly deployed in a smart module.

Figure 3-7 Smart ETH gateway

Specifications

Table 3-19 Technical specifications for a smart ETH gateway

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Item

Specifications

Power input

PWR_IN D-type power input terminal, for power cascading, input voltage range: 45–55 V DC

Power output



PWR_OUT D-type power output terminal, for power cascading, output voltage range: 45–55 V DC



48V_OUT1 and 48V_OUT2, terminal, output voltage range: 45–55 V DC

FE port

Two FE ports, RJ45 terminal with an indicator, 10/100M communication rate, for the cascading between smart ETH gateways and the communication with the upper computer

PoE port

Four PoE ports, RJ45 terminal with an indicator, 10/100M communications rate, complying with IEEE802.3at

BLINK button

If you press the BLINK button, the RUN indicator blinks intermittently at super short intervals (blinking at super short intervals for 0.5s and then off for 0.5s) for 10 seconds.

Indicator

Color

Name

Status

Description

PWR

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Module running status indicator

Off

The power supply is abnormal.

Blinking at long intervals

The smart ETH gateway successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The smart ETH gateway does not register with the ECC800 (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for

0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

Indicators

Table 3-20 Indicators on a smart ETH gateway

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Indicator

Color

Name

Status

Description

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

(1) QF circuit breaker

(2) Status indicator

(3) BLINK button

(4) PWR_OUT cascading power port

(5) FE2 cascading signal port

(6) PoE1–4 ports

(7) FE1 cascading signal port

(8) PWR_IN cascading power port

Item

Specifications

Power input

PWR_IN power input terminal, for power cascading, input voltage range: 45–55 V DC.

Power output

PWR_OUT power output terminal, for power cascading, output voltage range: 45–55 V DC.

3.3.3 General Input Unit

The general input unit integrates the smart ETH gateway and power distribution functions. It provides external power ports for the bus system to collect, count, and report input electrical parameters.

Figure 3-8 General input unit

Table 3-21 Technical specifications of the general input unit

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Item

Specifications

FE port

Two FE ports, RJ45 terminal with an indicator, 10/100M communications rate, for cascading between the general input unit and the power distribution unit and for communication with the upstream device.

PoE port

Four PoE ports, RJ45 terminal with an indicator, 10/100M communications rate, 45–55 V DC power output.

BLINK button

If you press the BLINK button, the RUN indicator blinks intermittently at super short intervals (blinking at super short intervals for 0.5s and then off for 0.5s) for 10s.

Indicator

Color

Name

Status

Description

PWR

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Module running status indicator

Off

The power input is abnormal.

Blinking at long intervals

The general input unit has successfully registered with the ECC800 and the software runs properly (blinking at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The general input unit has failed to register with the ECC800 (blinking at 4 Hz, on for 0.125s and then off for 0.125s).

Blinking

The indicator blinks at super short intervals (blinking at 10 Hz, on for 0.05s and then off for 0.05s) for 0.5s, and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Table 3-22 Indicators on the general input unit

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Indicator

Color

Name

Status

Description

Off

No system alarm is generated.

(1) QF1–6 circuit breakers

(2) Status indicator

(3) BLINK button

(4) AC output terminal

(5) AC output terminal

(6) PWR_OUT cascading power port

(7) FE2 (Fast Ethernet) cascading signal port

(8) PoE1–4 ports

(9) FE1 cascading signal port

(10) PWR_IN cascading power port

(11) AC output terminal

Item

Specifications

Power input

PWR_IN power input terminal, for power cascading, input voltage range: 45–55 V DC

Power output

PWR_OUT power output terminal, for power cascading, output voltage range: 45–55 V DC

3.3.4 Power Distribution Unit

The power distribution unit integrates the smart ETH gateway and power distribution functions. It provides external power ports for the bus system to collect, count, and report output electrical parameters.

Figure 3-9 Power distribution unit

Table 3-23 Technical specifications of the power distribution unit

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Item

Specifications

FE port

Two FE ports, RJ45 terminal with an indicator, 10/100M communications rate, for cascading between power distribution units and between the power distribution unit and general input unit

PoE port

Four PoE ports, RJ45 terminal with an indicator, 10/100M communications rate, 45–55 V DC power output

BLINK button

If you press the BLINK button, the RUN indicator blinks intermittently at super short intervals (blinking at super short intervals for 0.5s and then off for 0.5s) for 10s.

Indicator

Color

Name

Status

Description

PWR

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Module running status indicator

Off

The power input is abnormal.

Blinking at long intervals

The power distribution unit has successfully registered with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The power distribution unit has failed to register with the ECC800 (the indicator blinking at 4 Hz, on for

0.125s and then off for

0.125s).

Blinking

The indicator blinks at super short intervals (blinking at 10 Hz, on for 0.05s and then off for 0.05s) for 0.5s, and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

Table 3-24 Indicators on the power distribution unit

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3.3.5 Access Control System

Item

Specifications

Chip model

S50

Chip name

Mifare 1K (S50) card

Chip type

Philips Mifare 1 IC S50

Operating frequency

3.56 MHz

Read/write distance

1–3 cm

The access control system applies to the equipment room, aisle containment, and cabinet doors.

3.3.5.1 Aisle or Room Access Control System

The access control system collects and monitors data about the access of devices and personnel to ensure access security.

Diverse access control devices such as the fingerprint and card reader with a keypad, fingerprint and card reader, and card reader with a keypad are supported. Note that the communication distance between an access control device and an access actuator should be less than or equal to 5 meters.

If the IC cards used by the access control device need to be purchased, the IC card chip specifications are as follows.

Table 3-25 IC card chip specifications

The emergency button or emergency door release button is used to open a door in emergencies.



The emergency button can disconnect the power supply to the lock and therefore unlock the door in case of emergency.



In case of emergency, break the glass of the emergency door release button to disconnect the power supply to the lock and therefore unlock the door.

3.3.5.1.1 Access Actuator

The access actuator is the control component for the aisle door in a smart module. It connects to the ECC800 controller over FE port, wireless networking (802.15.4). It opens the magnetic lock by detecting the card swiping information of the card reader, door open button information, and fire linkage information. It has access right management, access event record, and alarm record functions.

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Figure 3-10 Access actuator

(1) 48 V power port

(2) PoE port

(3) RS485 port COM2

(4) RS485 port COM1

(5) Address DIP switch

(6) Status indicator

(7) BLINK button

(8) WG_2 Wiegand interface

(9) WG_1 Wiegand interface

(10) AI/DI_2 dry contact

(11) AI/DI_1 dry contact

(12) LOCK/GND/GATE/GND/door status or magnetic lock port

Item

Specifications

Power input



DC input: Terminal, with input voltage of 36–60 V DC



PoE input: One PoE port that complies with IEEE802.3at.

PoE port

FE communication, 10/100M communications rate

Wireless communicatio n

One wireless communication port that complies with IEEE802.15.4, mutual backup with FE communication AI/DI port

Two AI/DI ports, can connect to the fire alarm and exit button

DO output

One 12 V DC power output that controls magnetic locks, terminal

DI input

One DI input port for connecting to the door status switch

RS485 serial port expansion

Two RS485 ports (one route) with the default communications rate of 9600 bit/s, physical port cascading supported (reserved function)

Specifications

Table 3-26 Access actuator technical specifications

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Item

Specifications

Wiegand interface

Two Wiegand interfaces, 12 V DC card reader operating power output; two routes of card readers can operate at the same time.

BLINK button



Press the button for less than 1 second to start blinking.



Hold down the button for 1–5 seconds to search for a network and start networking.



Hold down the button for more than 6 seconds to clear network parameters.

Address DIP switch

4-pin address DIP switch E-label

Supported

Indicators

Indicator

Color

Name

Status

PWR

Green

Power input status indicator



Steady on: The power input is normal.



Off: There is no power input.

Table 3-27 Access actuator indicator description

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Indicator

Color

Name

Status

RUN

Green

Communication status indicator



Off: The power is abnormal or the board program is loading.



Blinking at long intervals: The access actuator successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).



Blinking at short intervals: The communication is disconnected or the access actuator fails to register with the ECC800 (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).



Blinking: The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for 0.05s and then off for

0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator



Steady on: A system failure alarm is generated.



Off: No system alarm is generated.

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Indicator

Color

Name

Status

RF_Z

Green

Wireless communication status indicator



Steady on: No network parameters exist, or a network is to be created.



Blinking at long intervals: A network is set up, and no node access is allowed (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).



Blinking at super short intervals: A network is set up, and node access is allowed (the indicator blinks at 10 Hz, on for 0.05s and then off for 0.05s).



Blinking intermittently at super short intervals: The access actuator is searching for a network (the indicator blinks at super short intervals for 0.5s and then turns off for 0.5s).

Item

Description

LOCK/GND (control magnetic locks) pin sequence

LOCK

12V_OUT

GND

GATE/GND (door status) pin sequence

GATE

DI1

GND

Communications Ports

The access actuator provides one DO port (LOCK/GND) and one DI port (GATE/GND). Table 3-28 lists the LOCK/GND/GATE/GND port pin definitions.

Table 3-28 LOCK/GND/GATE/GND port pin definitions

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3.3.5.1.2 Fingerprint and Card Reader with a Keypad

(1) Fingerprint reader

(2) LED indicator

Item

Specifications

Dimensions (L x W x H)

156 mm x 53 mm x 38 mm

Rated operating voltage

12 V DC ± 15%

Rated operating current

300 mA ± 15%

Card type supported

IC card

Authorized storage

A maximum of 3000 authorized users, with a maximum of 6000 fingerprints

Communications mode

RS485 and Wiegand communications ports

Item

Old Version

New Version

Standby LED indicator

The indicator is steady blue.

Fingerprint reader

The indicator is off.

Unauthorized fingerprint collection

LED indicator

The indicator blinks blue, red, blue, red, and blue in order.

Fingerprint reader

The indicator blinks white twice and then turns on (red).

The indicator turns on (white).

Figure 3-11 Fingerprint and card reader with a keypad

Table 3-29 Specifications for the fingerprint and card reader with a keypad

Table 3-30 Access control device operating status

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Item

Old Version

New Version

Buzzer sounds

The buzzer sounds three.

Authorized fingerprint collection

LED indicator

The indicator blinks blue, red, and blue in order.

Fingerprint reader

The indicator blinks white twice and then turns on (blue).

The indicator turns on (white).

Buzzer sounds

The buzzer sounds once.

Card swiping

LED indicator

The indicator blinks blue, red, and blue in order.

Buzzer sounds

The buzzer sounds once.

(1) Fingerprint reader

(2) LED indicator

Item

Specifications

Dimensions (L x W x H)

156 mm x 53 mm x 38 mm

Rated operating voltage

12 V DC ± 5%

3.3.5.1.3 Fingerprint and Card Reader

Figure 3-12 Fingerprint and card reader

Table 3-31 Fingerprint and card reader

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Item

Specifications

Rated operating current

300 mA ± 5%

Card type supported

IC card

Authorized storage

A maximum of 3000 authorized users, with a maximum of 6000 fingerprints

Communications mode

RS485 and Wiegand communications ports

Item

Old Version

New Version

Standby LED indicator

The indicator is steady blue.

Fingerprint reader

The indicator is off.

Unauthorized fingerprint collection

LED indicator

The indicator blinks blue, red, blue, red, and blue in order.

Fingerprint reader

The indicator blinks white twice and then turns on (red).

The indicator turns on (white).

Buzzer sounds

The buzzer sounds three.

Authorized fingerprint collection

LED indicator

The indicator blinks blue, red, and blue in order.

Fingerprint reader

The indicator blinks white twice and then turns on (blue).

The indicator turns on (white).

Buzzer sounds

The buzzer sounds once.

Card swiping

LED indicator

The indicator blinks blue, red, and blue in order.

Buzzer sounds

The buzzer sounds once.

Table 3-32 Access control device operating status

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3.3.5.1.4 Card Reader with a Keypad

Item

Specifications

Dimensions (L x W x H)

114 mm x 63 mm x 25 mm

Operating voltage

Operating voltage range: 10.8–13.2 V DC; rated voltage: 12 V DC

Operating current

Static standby current 80 mA, dynamic operating current (card swiping, key pressing) 150 mA, minimum input current 12 V DC/300 mA

Communications mode

Wiegand communications port

Figure 3-13 Card reader with a keypad

Table 3-33 Specifications of a card reader with a keypad

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3.3.5.1.5 Magnetic Lock

Figure 3-14 Double door magnetic lock

Figure 3-15 Single door magnetic lock

Figure 3-16 Magnetic lock for a sliding door

3.3.5.2 Cabinet Access Control System

The cabinet access control system applies to cabinets in the aisle containment to ensure data and device security.

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Electronic cabinet lock

Item

Specifications

Rated input voltage

12 V DC

Rated current

200–300 mA

Unlock mode

Power on to unlock

Card type supported

IC card

Mechanically unlock

Supported

Features:



An IC card can be used after being authorized using software.



An IC card can be authorized for one lock or all locks.



Door opening information is recorded through a network.



The system displays the status of cabinet doors and locks in real time, the system displays the status of cabinet doors and locks in real time and reports the unauthorized door opening.



The system supports remote unlocking.

Figure 3-17 Electronic cabinet lock

Table 3-34 Cabinet electronic lock specifications

Mechanical Code Lock

Features:



The cabinet door can be opened with only the key and without the password.



The cabinet door can be opened with only the password and without the key.



The user can set a password.



A password should contain at least three digits.



The password can be reset if the user forgot it.

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Figure 3-18 Mechanical code lock

3.3.6 AC Actuator

The AC actuator is used in a smart module to control the lighting inside the smart module by receiving commands from the access control system or host, infrared linkage information (disabled by default), or signals from the light button. It also provides a charging port for the pad.

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Figure 3-19 AC actuator

(1) AC OUT2 port

(2) AC OUT1 port

(3) AC IN port

(4) Status indicator

(5) BLINK button

(6) AI/DI dry contact

(7) COM1–2 RS485 port

Item

Specifications

Power input

One AC input, 100–240 V AC.

Power output



AC OUT1: two AC outputs, 100–240 V AC, maximum total current: 5 A.



AC OUT2: one AC output, 100–240 V AC, maximum current: 5 A.

Wireless communication

One wireless communication port, complying with IEEE802.15.4.

RS485 port

One route of dual RS485 ports, not isolated (reserved).

AI/DI detection

Two AI/DI dry contacts, connecting to two light buttons.

BLINK button



Press the button for less than 1 second to start blinking.



Hold down the button for 1–5 seconds to search for a network and start networking.



Hold down the button for more than 10 seconds to clear network parameters.

Specifications

Table 3-35 AC actuator technical specifications

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Indicators

Indicator

Color

Name

Status

Description

Power

Green

Power status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Running status indicator

Off

The power is abnormal or the board program is loading.

Blinking at long intervals

The AC actuator successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The communication is disconnected or the AC actuator fails to register with the ECC800 (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for

0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

RF_Z

Green

Communicati on status indicator

Steady on

No network parameters exist, or a network is to be created.

Blinking at long intervals

A network is set up, and no node access is allowed (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at super short intervals

A network is set up, and node access is allowed (the indicator blinks at 10 Hz, on for 0.05s and then off for 0.05s).

Blinking intermittently at super short intervals

The AC actuator is searching for a network (the indicator blinks at super short intervals for 0.5s and then turns off for

0.5s).

Table 3-36 AC actuator indicators

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3.3.7 Skylight Actuator

(1) LOCK/GND magnetic lock DO output port

(2) BUTTON/GND window open button DI input port

(3) AI/DI_1 sensor input port

(4) AI/DI_2 sensor input port

(5) BLINK button

(6) Status indicator

(7) Address DIP switch

(8) COM1 port (9) COM2 port

(10) PoE port

(11) 48 V power port

Item

Specifications

Power input



DC input: Terminal, with input voltage of 36–60 V DC



PoE input: One PoE port that complies with IEEE802.3at.

PoE port

FE communication with the rate of 10/100M

Wireless communication

One wireless port that complies with IEEE802.15.4, mutual backup with FE communication

AI/DI port

Two AI/DI ports for detecting fire extinguishing linkage signals; smoke detection signals also supported

DO output

One 12 V DC power output for controlling the skylight magnetic lock; driving six skylight magnetic locks simultaneously

The skylight actuator controls the rotating skylight on the aisle containment of the smart module through the alarm linkage information from the fire extinguishing system or the control information from the upper computer. The skylight actuator supports E-labels and wireless networking (802.15.4).

Figure 3-20 Skylight actuator

Specifications

Table 3-37 Skylight actuator technical specifications

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Item

Specifications

DI input

One DI input port for connecting to the window open button

BLINK button



Hold down the button for less than 1 second to start blinking.



Hold down the button for 1–5 seconds to search for a network and start networking.



Hold down the button for more than 6 seconds to clear network parameters.

Address DIP switch

4-pin address DIP switch E-label

Supported

Indicators

Indicator

Color

Name

Status

Description

Power

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Operating status indicator

Off

The power is abnormal or the board program is loading.

Blinking at long intervals

The skylight actuator successfully registers with the ECC800 and the software runs properly (the indicator blinks at

0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The communication fails or the skylight actuator fails to register with the ECC800 (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for 0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

RF_Z

Green

Communicatio n status

Steady on

No network parameters exist, or a network is to be created.

Table 3-38 Skylight actuator indicator description

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Indicator

Color

Name

Status

Description

indicator

Blinking at long intervals

A network is set up, and no node access is allowed (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at super short intervals

A network is set up, and node access is allowed (the indicator blinks at 10 Hz, on for 0.05s and then off for 0.05s).

Blinking intermittently at super short intervals

The skylight actuator is searching for a network (the indicator blinks at super short intervals for 0.5s and then turns off for 0.5s).

Item

Description

LOCK/GND pin sequence

LOCK

12V_OUT

GND

BUTTON/GN D pin sequence

BUTTON

DI3

GND

Communications Ports

The skylight actuator provides one DO port (LOCK/GND) and one DI port (BUTTON/GND). Table 3-39 lists the LOCK/GND/BUTTON/GND port pin definitions.

Table 3-39 LOCK/GND/BUTTON/GND port pin definitions

3.3.8 Multi-Functional Sensor

A multi-functional sensor integrates the temperature and humidity (T/H) sensor and smoke sensor. The multi-functional sensor can connect to the ECC800 over FE or wireless communication.

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Figure 3-21 Multi-functional sensor

(1) Address DIP switch

(2) BLINK button

(3) TEST button

(4) RF_Z indicator

(5) RUN indicator

(6) ALM indicator

Item

Specifications

Temperature monitoring

–40°C to 80°C.

Humidity monitoring

Precision ≤ ±5% RH (25°C, 20%–80% RH).

Smoke monitoring

Complies with Ul217. The smoke sensor generates an alarm when testing 3.2% weak dust for each foot.

PoE port

One PoE port that complies with IEEE802.3at.

RS485 port

Reserves one RS485 port.

DI input

One DI input port, 12 V DC power input.

BLINK button

Wireless communication:



Press the button for less than 1 second to start blinking.



Hold down the button for 1–5 seconds to search for a network and start networking.



Hold down the button for more than 6s to clear network parameters.

Smoke sensor test button

Supported

Specifications

Table 3-40 Multi-functional sensor technical specifications

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Item

Specifications

E-label

Supported

Indicators

Indicator

Color

Name

Status

Description

RUN

Green

Module running status indicator

Blinking at long intervals

The multi-functional sensor successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The multi-functional sensor fails to register with the ECC800 or the communication fails (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for

0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm or smoke alarm is generated.

Off

No system alarm is generated.

RF_Z

Green

Communicati on status indicator

Steady on

No network parameters exist, or a network is to be created.

Blinking at long intervals

A network is set up, and no node access is allowed (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at super short intervals

A network is set up, and node access is allowed (the indicator blinks at 10 Hz, on for 0.05s and then off for

0.05s).

Table 3-41 Description of the indicators on the multi-functional sensor

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Indicator

Color

Name

Status

Description

Blinking intermittentl y at super short intervals

The multi-functional sensor is searching for a network (the indicator blinks at super short intervals for 0.5s and then turns off for 0.5s).

Item

Specifications

Operating voltage

DC12V (9–16 V DC)

Quiescent current

< 8 mA

Alarm current

< 35 mA

Output mode

Relay output

Output contact capacity

3 A/120 V AC or 3 A/24 V AC

Operating temperature

–10ºC to +50ºC

Ambient humidity

< 95% RH (non-condensing)

Dimensions

Diameter: 112 mm, height: 41 mm

3.3.9 Smoke Detector

Smoke detectors are used to detect the smoke concentration.

Figure 3-22 Smoke detector

Table 3-42 Technical specifications of a smoke detector

3.3.10 Temperature Sensor

The temperature sensor (the code: 33010348) is used for the surface temperature measure, industrial process control, measurement instrument, etc.

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Figure 3-23 Temperature sensor

Item

Specifications

Measurement range

–20ºC to +70ºC

Measurement precision

±1ºC (25°C)

Operating temperature

–10ºC to +55ºC

Operating voltage

10–16 V DC

Storage temperature

–40ºC to +70ºC

Item

Specifications

Dimensions (L x W x H)

130 mm x 75 mm x 55 mm

Table 3-43 Temperature sensor specifications

3.3.11 Alarm Beacon

When a fire occurs or smokes are generated in the micro-modular equipment room, the alarm beacon generates an audible signal and flashes to inform operators of fire and security risks.

Figure 3-24 Alarm beacon

Table 3-44 Structural specifications of an alarm beacon

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Item

Specifications

Installation requirements

Installed on a wall

Protection level

IP50

Environmental requirements

RoHS, Reach

Item

Specifications

Power input

RJ45 port, input voltage 9–16 V DC, operating current ≤ 400 mA

Sound pressure

≥ 100 ± 3 dB/30 cm

Continuous operating time

≥ 45 min

Table 3-45 Technical specifications of an alarm beacon

3.3.12 Water Sensor

A water sensor detects water on the floor in real time and generates an alarm when water is detected.

3.3.12.1 WLDS600 Water Sensor

The WLDS600 water sensor with the BOM number of 33010465 consists of a water detection cable, a water detector, and a conversion cable.

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Figure 3-25 WLDS600 water sensor

(1) Conversion cable

(2) Conversion cable end B, connected to the water detection cable

(3) Water detection cable end A, connected to the conversion cable

(4) Water detection cable

(5) Communications/Power cable

Item

Specification

Detection cable

0–200 m

Operating voltage

12 V to 24 V DC

Operating temperature

–20°C to 70°C

Storage temperature

–20°C to 80°C Humidity

10%–80% RH (non-condensing)

Table 3-46 WLDS600 water sensor specifications

3.3.12.2 WLDS900 Water Sensor

The WLDS900 water sensor with the BOM number of 33010352 consists of a water detection cable, a water detector, and a conversion cable.

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Figure 3-26 WLDS900 water sensor

(1) Water detector

(2) Conversion cable end A, connected to the water detector

(3) Conversion cable

(4) Conversion cable end B, connected to the water detection cable

(5) Water detection cable end A, connected to the conversion cable

(6) Water detection cable

Item

Specification

Operating voltage

12 V DC (9–16 V DC)

Operating temperature

–20°C to +70°C

Storage temperature

–40°C to +85°C Humidity

10%–80% RH (non-condensing)

Table 3-47 WLDS900 water sensor specifications

3.3.12.3 Electrode Water Sensor

The electrode water sensor with the BOM number of 33010444 contains electrode probes and cables.

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Figure 3-27 Electrode water sensor

Item

Specification

Operating temperature

–40°C to +80°C

Storage temperature

–40°C to +80°C Humidity

0–100% RH (non-condensing)

Insulation resistance

> 500 megohms Reliability test

Failure rate: 800 fits

Power consumption

< 1 W

Table 3-48 Electrode water sensor technical specifications

3.3.13 WiFi Converter

The WiFi converter is used in a smart module to convert PoE signals into WiFi signals for communicating with devices such as the pad and mobile phone.

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Figure 3-28 WiFi converter

(1) RF_1 antenna port

(2) RF_2 antenna port

(3) Reset button

(4) WPS button

(5) Status indicator

(6) 48 V power port

(7) PoE port

Item

Specifications

Power input



DC input: Terminal, with input voltage of 36–60 V DC



PoE power supply: One PoE port, complying with IEEE802.3at, 25.5 W

WiFi function



2.4 GHz frequency, two antennas, supporting eight STA connections, 50 m WiFi coverage (no blockage)



Support the WPS button

Reset button

Press and hold down the button for more than 5s to restore the factory settings of the WiFi converter.

WPS button

Support fast WiFi access by WPS

Specifications

Table 3-49 WiFi converter technical specifications

WPS function: If you choose Advanced settings > WPS connection on the WLAN of the intelligent device and press the WPS button on the WiFi converter at the same time, the intelligent device will quickly connect to the WiFi hotspot of the micro-module.

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Indicators

Indicator

Color

Name

Status

Description

RUN

Green

Running status indicator

Blinking at long intervals

The WiFi converter successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The WiFi converter fails to register with the ECC800 or the communication is disconnected (the indicator blinks at 4 Hz, on for 0.125s and then off for 0.125s).

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

WiFi

Green

WiFi status indicator

Steady on

The WiFi converter is powered on but there is no data communication.

Blinking

Data communication is in progress.

WPS

Green

WPS mode indicator

Off

The WPS is normal.

Blinking

WPS matching mode. If the matching fails, the WPS indicator turns off after blinking for 2 minutes. If the matching is successful, the WPS indicator turns off.

Table 3-50 WiFi converter indicators

3.3.14 WiFi Module

The WiFi module provides WiFi signals for equipment such as pads and mobile phones to interact with the host computer.

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Figure 3-29 WiFi module

Item

Specifications

Wireless standard

IEEE 802.11n, IEEE 802.11g, and IEEE 802.11b

Network bandwidth



11n: up to 150 Mbps



11g: up to 54 Mbps



11b: up to 11 Mbps

Frequency band

2.4-2.4835 GHz

Wireless transmission power

20 dBm (MAX EIRP) Supported operating system

Windows 2000/XP/Vista/Linux/Win 7 Ports

USB 2.0 high-speed connector

Voltage range

5.0 V DC±5%

Operating temperature

-20°C to +70°C

Storage temperature

-40°C to +90°C Relative humidity

10%–90% RH (non-condensing)

Storage humidity

5%–90% RH (non-condensing)

Power

< 0.8 W

Table 3-51 Technical specifications

3.3.15 ETH Converter

The ETH converter is used to convert the Modbus–RTU protocol or CAN protocol to the Modbus-MAC protocol for connecting to the PoE bus.

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Figure 3-30 ETH converter

(1) Status indicator

(2) BLINK button

(3) COM1 communications port

(4) COM2 communications port

(5) 48 V power port

(6) PoE port

Item

Specifications

Power input



DC input: Terminal, with input voltage of 36–60 V DC



PoE power supply: One PoE port, 10/100M communication rate, complying with IEEE802.3at

RS485 or control area network (CAN)

Provides two RS485/CAN ports. The default communications rate for the RS485 port is 9600 bit/s, and that for the CAN port is 125 kbit/s. Both ports match the RJ45 terminal shared by RS485 and CAN.

BLINK button

If you press the BLINK button, the RUN indicator blinks intermittently at super short intervals (blinking at super short intervals for 0.5s and then off for 0.5s) for 10 seconds.

E-label

Supported

Indicator

Color

Name

Status

Description

Specifications

Table 3-52 ETH converter technical specifications

Indicators

Table 3-53 ETH converter indicators

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Indicator

Color

Name

Status

Description

PWR

Green

Power input status indicator

Steady on

The power input is normal.

Off

There is no power input.

RUN

Green

Operating status indicator

Off

The power supply is abnormal.

Blinking at long intervals

The ETH converter successfully registers with the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s).

Blinking at short intervals

The communication fails or the ETH converter fails to register with the ECC800 (the indicator blinks at 4 Hz, on for 0.125s and then off for

0.125s).

Blinking

The indicator blinks at super short intervals for 0.5s (blinking at 10 Hz, on for

0.05s and then off for 0.05s) and then turns off for 0.5s. The cycle lasts for 10s.

ALM

Red

Alarm indicator

Steady on

A system failure alarm is generated.

Off

No system alarm is generated.

3.3.16 Pad

The pad allows the wireless access from the data center management system. You can monitor the equipment in the data center and environmental parameters in real time over the APP.

Figure 3-31 shows a pad.

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Figure 3-31 Pad

Item

Specifications

Dimensions (L x W x H)

248.5 mm x 150 mm x 8.3 mm Weight

About 433 g

Item

Specifications

Touchscreen

10.1-inch, 1280x800 IPS full view, IPS screen, and capacitive five-point touch

Chip processor

MSM8916, quad-core A53, 1.2 GHz integrated chip

WLAN

802.11a/b/g/[email protected]&5GHz

Store  Machine: 16 GB



Memory: 2 GB LPDDR3



Extension card: microSD, a maximum of 64 GB supported

Button/Port



Power switch and volume button



3.5 mm stereo headphones port



Micro SD card port



Micro-USB port that supports charging and synchronization with PC data

The pad used in the micro-module is a capacitive touchscreen that supports multi-touch technology. Table 3-54 lists the pad structural specifications.

Table 3-54 Pad structural specifications

Table 3-55 lists pad technical specifications.

Table 3-55 Pad technical specifications

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Item

Specifications

Battery  Materials: Li-polymer



Capacity: 4800 mAh



WiFi connection/Web page browse time: about 6.5 hours



Power adapter charge time: about 6 hours

Operating system

Android 4.4 (KitKat)+EMUI 3.0

3.3.17 T/H Sensor

3.3.17.1 T/H sensor (BOM number:33010346)

Figure 3-32 Appearance

The T/H sensor uses an RJ45 connector.

Figure 3-33 Pins of an RJ45 connector

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Table 3-56 Pin description of an RJ45 connector

Description

Pin 1

A

Pin 2

B

Pin 3

V+

Pin 4/5/6/7

Reserved

Pin8

V-

Item

Specifications

Temperature measuring range

-20°C to 70°C

Temperature accuracy

≤ ±0.3°C (25°C)

Humidity measuring range

0%–100% RH

Humidity accuracy

≤ ±5% RH (25°C, 30%–80% RH)

Operating temperature

-20°C to 70°C

Operating voltage

9–16 V DC

Storage temperature

-40°C to 80°C (non-condensing)

Output

RS485

(1) Status indicator

(2) RS485_IN

(3) RS485_OUT

(4) Address DIP switch

Table 3-57 T/H sensor specifications

3.3.17.2 T/H Sensor (BOM number:02310NBS)

Figure 3-34 Appearance

The RS485 communications ports of the T/H sensor use RJ11 (6P6C) connectors.

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Figure 3-35 Pins of an RJ11 connector

Description

Pin 1 or Pin 2

GND

Pin 3

RS485-

Pin 4

RS485+

Pin 5 or Pin 6

12V

Item

Specifications

Temperature measuring range

–20°C to +70°C

Temperature accuracy

±1°C

Operating temperature

–10°C to +55°C

Operating voltage

9–16 V DC

Storage temperature

–40°C to +70°C

Output

RS485

Table 3-58 Pin description of an RJ11 connector

Table 3-59 Temperature and humidity sensor specifications

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3.3.18 Infrared Remote Control Module

Item

Specification

Number of supported remote control commands

≤ 4

Communication

Interworks with the monitoring system over Modbus-RTU to implement remote control.

The baud rate can be 9600 bit/s.

Infrared emission distance

≤ 10 m

Power supply

9–16 V DC

Power

≤ 350 mA

Operating temperature

–10°C to +50°C

Operating humidity

5%–95% RH

Protection level

IP20

Indicator

Communication indicator and Run indicator

Color

Black

Address setting

Supports Modbus address setting

Figure 3-36 Appearance

Table 3-60 Technical specifications

3.3.19 SMS Module

Before using the SMS module, ensure that GSM/WCDMA signals must be available in the equipment room, and a SIM card needs to be prepared.

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Table 3-61 Technical specifications

Item

Specification

Power voltage

4.75–5.25 V (recommended value: 5 V)

Operating temperature

-20°C to +55°C

Storage temperature

-40°C to +70°C

Chip

Hi6758

Application interface



Standard SIM card (compatible with 3 V/1.8 V)



USB 2.0 port

Short message service

Short text messages are supported.

Weight

22 g

Certification

CE, FCC, and GCF

The USB port supports SMS module. Its functions are as follows:



Implements alarm notification by SMS.

− Sets Mobile number and Alarm Severity, and receives the alarm notification by

SMS after an alarm is generated or eliminated.

− Sends an active alarm after the ECC800 powers off and restarts.

The SMS function of the 3G module in the ECC800 cannot coexist with the external SMS module connected to the USB port.

3.3.20 Intelligent Battery Monitoring System

The intelligent battery monitoring system consists of the CIM (CIM01C2) and BIM (BIM01C3).

The communication interface module (CIM) is an intelligent battery management module that collects wireless communication data from the downstream battery interface module (BIM) groups, collects and analyzes the operating data of battery strings, calculates state of charge (SOC) and state of health (SOH) of batteries and battery strings and estimates the battery health status accordingly, supports battery tripping management, and uploads data to the management unit through COM or PoE ports.

The BIM is a battery monitoring module that monitors the voltages, internal resistances, and pole temperatures of batteries.



One CIM can manage BIMs of a maximum of four battery strings.



The BIM01C3 supports Shoto and Enersys batteries.

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In the scenario with battery cabinets, the CIM is installed inside a smart module battery cabinet and the CIM communications cable connects to a smart ETH gateway. Figure 3-37 shows the CIM and BIM networking in the scenario with battery cabinets.

Figure 3-37 CIM and BIM networking (in the scenario with battery cabinets)

When a battery system needs to be managed by multiple CIMs, the CIMs can be connected to northbound devices using straight-through cables (the ECC supports four CIMs in parallel through the smart ETH gateway) without cascading. Figure 3-38 shows the system networking.

3.3.20.1 CIM

Features

Figure 3-38 CIM communications cable connecting to a smart ETH gateway

CIM is a battery information collection module. It collects battery status data from the downstream BIM groups through wireless communication, and sends the data to the ECC, UPS, and the third-party network management system (NMS) through COM or PoE ports.



Collects battery data detected by the BIM through wireless communication.



Each CIM can manage a maximum of four battery strings or 300 batteries.



An external Hall effect sensor is connected to monitor the current of each battery string.



Calculates the SOC and SOH of batteries and battery strings.



Accurately identifies weak batteries in a battery string.

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Appearance

(1) –48 V 0.5 A port (power input)

(2) PoE port

(3) COM_IN port (RS485 communication input)

(4) COM_OUT port (RS485 communication output)

(5) DI and DO ports

(6) HALL_1–HALL_8 current monitoring ports

(7) RF_Z antenna port

(8) BCB_1–BCB_4 ports

(9) BCB_OUT and BCB_IN ports

(10) Networking switch

(11) PWR indicator

(12) RUN indicator

(13) ALM indicator

(14) RF_Z indicator

(15) Delivered antenna



Identifies loose battery terminals and battery terminal overtemperature, and controls battery switch tripping.



Supports WebUI display, northbound communication over FE and RS485, and a third-party NMS.



Supports CIM and BIM online upgrade on the monitoring system.

If the upgrade package is transmitted to the CIM, and the upgrade is complete. The BIM upgrade is finished through the CIM backend.

Figure 3-39 CIM front view

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Figure 3-40 CIM bottom view

(1) Fastener

(2) Micro SD card slot

(3) Default button (IP reset)

(4) ADDR dual in-line package (DIP) switch (RS485 communications address)

(5) 12V 2A port (power input)

Definition

Description

1

–

In this scenario, an external power module is adopted to supply 12 V DC operating voltage.

2

+

Power Port

Figure 3-41 Power port pins

Table 3-62 12 V, 2 A port pin definitions

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Definition

Description

1

+

The system provides 48 V DC operating voltage in this scenario.

2

–

PoE Port

Definition

Description

1

TX+

Supports power supply through the PoE port. The terminal is an RJ45 terminal with an indicator.

2

TX–

3

RX+

4, 5

P45_P1

6

RX–

7, 8

P78_P1

Table 3-63 –48 V, 0.5 A port pin definitions

Figure 3-42 PoE port pins

Table 3-64 PoE port pin definitions

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COM Port

Signal

Description

1

RS485+

Two cascaded RS485 communication ports

2

RS485–

3

NC 4 RS485+

5

RS485–

6

GND

7

NC 8 NC

Definition

Signal Description

Status Description

Initial Status

Remarks

1

+

Dry contact input signal



Open: The dry contact input is open.



Closed: The dry contact input is closed.

Open

Dry contact input and output signal

2

–

3

NO

Dry contract



Open: The dry

Open

Figure 3-43 COM port pins

Table 3-65 COM port pin definitions

DI and DO Ports

Table 3-66 DI and DO port pin definitions

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Definition

Signal Description

Status Description

Initial Status

Remarks

4

COM

output signal

contact output is open.



Closed: The dry contact output is closed.

Definition

Description

1

+12 V

Detect the charge and discharge currents of four battery strings or eight battery routes.

2

–12 V

3

AI

4

GND

HALL Current Monitoring Port

Figure 3-44 HALL Current monitoring port pins

Table 3-67 HALL Current monitoring port pin definitions



If the battery string is configured with the neutral wire, measure the currents of the positive and negative battery string cables. If the battery string is not configured with the neutral wire, measure the current of either the positive or negative battery string cable. The following uses the scenario where the battery string is configured with the neutral wire as an example.



When a CIM manages multiple battery strings, first connect the Hall effect sensors on the positive and negative cables of battery string 1 respectively to the corresponding ports on the CIM. Then connect the Hall effect sensors on battery string 2 to the CIM in the same way, and so on.



If the positive or negative battery string cable is too thick to be routed through the Hall effect sensor, or the measurement range of the Hall effect sensor is not enough, use multiple Hall effect sensors to monitor the current of one battery string. The CIM supports the sum of the monitoring results of multiple Hall effect sensors, which is set through Multi-Hall cur. setting.



The value of Multi-Hall cur. setting equals the number of positive or negative Hall effect sensors in a single battery string and should be greater than or equal to 1.

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BCB Port

Defini tion

Signal Description

Status Description

Initial Status

Remarks

1

OL

Monitors whether the BCB box is connected



Grounded: BCB connected.



Disconnected: BCB not connected.

Disconnec ted

The four BCBs can separately manage tripping of four battery routes.

2

STA

Monitors the battery circuit breaker



Grounded: The battery circuit breaker is ON.



Disconnected: The battery circuit breaker is OFF.

Disconnec ted

3

DRV

Controls battery circuit breaker trip and outputs 12 V driving signals



0 V: There is no driving signal for BCB tripping.



12 V: There is a driving signal for BCB tripping.

0 V

4

GND

Secondary side ground

Defini tion

BCB_IN Signal Descripti on

BCB_OUT Signal Descriptio n

Status Description

Initial Status

Description

Figure 3-45 BCB port pins

Table 3-68 BCB_1–BCB_4 port pin definitions

Table 3-69 BCB_IN and BCB_OUT cascading port pin definitions

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Defini tion

BCB_IN Signal Descripti on

BCB_OUT Signal Descriptio n

Status Description

Initial Status

Description

1

OL

Specifies whether the BCB connects to the signal output port.

Specifies whether the cascaded BCBs connect to the signal input port.



Grounded: BCB connected.



Disconnec ted: BCB not connected.

Disconnec ted

Receives BCB commands sent by the UPS and supports BCB port cascading management.

2

STA

Signal output port for the battery circuit breaker status

Monitors whether the cascaded BCBs are connected to the input.



Grounded: The battery circuit breaker is ON.



Disconnec ted: The battery circuit breaker is OFF.

Disconnec ted

3

DRV

Controls battery circuit breaker trip and receives 12 V driving signals



0 V: There is no driving signal for BCB tripping.



12 V: There is a driving signal for BCB tripping.

0 V

4

GND

Secondary side ground

No.

Definition

Description

1

ADDR_1

RS485 communications address setting

2

ADDR_2

3

ADDR_3

4

ADDR_4

DIP Switch

Table 3-70 DIP switch description

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Indicators

Indicator

Color

Meaning

Status

Description

Measure

RF_Z

Green

Wireless communication status

Steady on

No network parameters exist. (A network is to be created.)

Requires no handling.

Blinking at super short intervals

A network is being created (new nodes allowed).

Blinking at long intervals

Data is being transmitted (new nodes not allowed).

RUN

Green

Northbound communication status

Blinking at long intervals

The communication is normal.

Requires no handling.

Blinking intermitt ently at super short intervals

Blinking, lasting for 10s.

Requires no handling.

Table 3-71 Indicator description

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Indicator

Color

Meaning

Status

Description

Measure

Blinking at short intervals

Communication fails. (No legitimate northbound data has been received for 3 minutes.)

1. Check

whether the communicatio n cable is loose.



If yes, reconnect the communic ation cable.



If no, go to the next step.

2. Check

whether the device is malfunctionin g.



If yes, replace the device.



If no, contact Huawei technical support.

ALM

Red

Alarm indicator

Steady on

The actual number of online devices is less than the value of BIM number.

Check the value of BIM number, the BIM cable connection, and the BIM indicators.

Off

The actual number of online devices equals the value of BIM number.

Requires no handling.

PWR

Green

Power indicator

Steady on

Board power indicator.

Requires no handling.



If an indicator blinks at long intervals, it is blinking at 0.5 Hz, that is, on for 1s and then off for 1s.



If an indicator blinks at short intervals, it is blinking at 4 Hz, that is, on for 0.125s and then off for

0.125s.



If an indicator blinks at super short intervals, it is blinking at 10 Hz, that is, on for 0.05s and then off for 0.05s.

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

Name

Definition

Function

Button pressing

Press the button for less than 1s.

CIM blinking function

Button pressing

Press and hold the button for more than 1s but less than 5s.

Creates a network if no network has been created. Switches between network organization and data transmission if a network has been created.

Button holding down

Press and hold the button for more than 10s but less than 20s.

Clears the current network (including the network parameters of all the online BIMs).

Name

Definition

Function

Default button

Hold down the button for more than 10 seconds.

Reset to the default IP address (192.168.0.10)

Networking Switch

Table 3-72 Networking switch description

Blinking intermittently at super short intervals means an indicator blinks at super short intervals for

0.5s and then remains off for 0.5s.

Default Button

3.3.20.2 BIM

Features

Table 3-73 Default button description

The BIM is a battery monitoring module that monitors the voltages, internal resistances, and pole temperatures of batteries and supports 12 V power.



Monitors the voltages, internal resistances, and pole temperatures of 12 V batteries.



Supports the hibernation function. (When it detects that the battery voltage is low, it will enter the low-power mode.)



Communicates with the CIM wirelessly.

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BIM Appearance

Indicator

Color

Silk Screen

Status

Description

Running

Green

RUN

Off

Power consumption is low or the BIM is not powered on.

Blinking at super short intervals

The networking has started but not completed.

Blinking at long intervals

The networking succeeds.

Alarm

Red

ALM

Off

The BIM is not faulty.

Steady on



The BIM is faulty.



Communication with the CIM times out.



No network is connected. (The BIM is waiting to connect to a network.)

Blinking at super short intervals



Network parameters are being cleared.



The BIM is blinking.

Figure 3-46 BIM

Indicators

Table 3-74 Indicator description



If an indicator blinks at long intervals, it is blinking on for 1s and then off for 1s.



If an indicator blinks at super short intervals, it is blinking at 10 Hz, that is, on for 0.05s and then off for 0.05s.

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Networking Switch

Name

Definition

Function

Button pressing

Press the button for less than 5 seconds.

Searches for and joins a network if there is no network. Initializes the network parameters if there is a network.

Button holding down

Hold down the button for more than 5 seconds.

Clears the current network and resets the wireless module; disconnect the network.

Table 3-75 Networking switch description

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4.1 WebUI Introduction

Port

Default IP Address

WAN_1

192.168.1.10

WAN_2

192.168.248.10 (FusionModule800)

192.168.0.10 (FusionModule500/FusionModule1000/FusionModule2 000/FusionModule5000)

LAN_1 and LAN_2

192.168.248.10

4.1.1 Preparations and WebUI Login

Prerequisites

4 UI Description

Procedure

Step 1 Connect a network cable between the PC network port and the WAN_1 port (protected by a

User rights:



The default user with administrator rights is admin. The preset password is Changeme. The admin user has all WebUI operation rights.



The default user with operation rights is operator. The preset password is Changeme. The operator user has no rights for parameter setting, control, and maintenance that may affect system running.

WebUI operating environment requirements:



Operating system: Windows 7 or later



Browser: Internet Explorer 8.0 or later; Firefox 38.0.5 or later; Chrome 46.0.2490.80 or later

security mechanism) on the ECC800.

Table 4-1 Default IP addresses for the WAN and LAN ports on the ECC800

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

The WAN_1 port IP address cannot be set to an IP address in any of the following network segments: 192.168.0.x, 192.168.8.x, 192.168.248.x, and 192.168.245.x.



IP addresses for the WAN_1 and WAN_2 ports should not be set in the same network segment.

Step 2 Configure the PC IP address and the WAN_1 IP address in the same network segment.

If the port IP address is 192.168.1.10, subnet mask is 255.255.255.0, and default gateway is

192.168.1.1, set the PC IP address to 192.168.1.11, subnet mask to 255.255.255.0, and default gateway to 192.168.1.1.

Step 3 Set LAN parameters.



If the ECC800 connects to a LAN and a proxy server has been selected, perform Step 3.3 and Step

3.4.



If the ECC800 connects to the Internet, and the PC in a LAN accesses the Internet over a proxy server, do not perform Step 3.3 or Step 3.4. Otherwise, you will fail to access the ECC800.

1. Open the Internet Explorer and choose Tools > Internet Options.

2. Click the Advanced tab and select Use TLS1.1 and Use TLS1.2.

3. (Optional) Click the Connections tab and select LAN settings.

4. (Optional) Under Proxy server, clear Use a proxy server for your LAN.

5. Click OK.

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Figure 4-1 Setting internet options

Step 4 Set Internet Explorer parameters.

1. When you use Internet Explorer for access, set Internet Explorer to ensure the normal

display of and operations on the WebUI. Choose Tools > Compatibility View.

2. Add the ECC800 IP address to the list of trusted sites and enable automatic file

downloading. Then set the security level of the trusted site to the lowest.

When switching between different versions of the ECC800 on your PC, you are advised to clear the historical Internet Explorer cache. Failing to do so may cause some information missed or exception after login. The following provides the details:

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1.

Open Internet Explorer and choose Tools > Internet Options > General.

2.

Select Delete browsing history on exit and click Delete.

3.

In the Delete Browsing History dialog box, select all options except Password, and click Delete.

Step 5 Log in to the ECC800 WebUI.

1. Enter https://monitoring IP address (such as https://192.168.1.10) in the address box of

the browser, and then press Enter to enter the WebUI login page.

Figure 4-2 WebUI login page

4.1.2 WebUI

2. On the login page, enter the preset user name admin and preset password Changeme,

set the language, and click Log In.



Change the password after your first login.



An account is logged out due to timeout if no operation is performed within 10 minutes after system login.



It is recommended that a maximum of three users log in to the ECC WebUI at the same time.

----End

For data transmission security, the ECC800 supports WebUI access through TLS.

Figure 4-3 Home page

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Table 4-2 Functions provided by the home page

Tab

Functions

Plan View



View and manage the layout view of devices.



View the system PUE in a dashboard and the system trend curve.

Active Alarms

Query active alarms.

Multi-Module Monitoring

View the status of each cascaded ECC800.

Figure 4-4 WebUI menu hierarchy



The actual menu hierarchy prevails.



Multi-Module Monitoring is displayed on the Home page only after Multi-Module Settings are configured.

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WebUI Common Functions

Menu

Functions

Monitoring

Monitor the device running information in real time, set device running parameters, and control the device running. For example, set smart cooling product parameters, delete devices failing in communication, and set AI/DI device parameters.

Query  Query historical alarms, performance data, and operation logs.



Export historical data and device data.



Check access control events.

System Settings



Set alarm parameters.



Set the time zone, time, and date.



Set the monitoring module IP address, SNMP, and NetEco network parameters.



Set the system type and site ID.



Install network security certificates and device access certificates.



Set PLC linkage rules.



Set the access users and permissions.



Set alarm notification by email and SMS.



Set PUE parameters.



Configure multi-module settings to cascade up to three ECC800s.

Maintenance



Upgrade the software of the ECC800 and southbound devices and download the app.



Query the version and e-labels.



Query and export fault information.



Implement user management, for example, adding and deleting a user.



Import and export configuration files to configure devices quickly, and restore factory settings.



Synchronize device parameters to quickly import data of southbound devices (such as the multi-functional sensor and skylight actuator).

Table 4-3 WebUI common functions

4.2 APP Introduction

4.2.1 Connecting to a WiFi Network

Prerequisites

You can connect a WiFi module or a WiFi converter to a WiFi network.

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Procedure

Step 1 Connecting to a WiFi network.



Method 1: Insert a WiFi module into the USB port on the ECC800.

Figure 4-5 Installing a WiFi module



Method 2: Connect cables between the WiFi converter and a smart ETH gateway as well as between the smart ETH gateway and the ECC800.

Figure 4-6 Installing a WiFi converter

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The WiFi antenna should be installed on the planned position by using the magnet.

----End

4.2.2 Preparations and App Login

Prerequisites

App operating environment requirements:



The mobile device must run Android 4.0 or later and is not root operation system (the operating system is not flashed).



The mobile device must have sufficient space for installing the new app. The size of the app installation package is 7 MB, and the size of files after app installation is about 11 MB.



The mobile device has sufficient battery reserve.



You have obtained the IP address of the ECC800 as well as the user name and password used for WebUI login.



A PC with an IP address in the same network segment as that of the ECC800 is prepared, and the PC has connected to port WAN_1 on the ECC800.

Procedure

Step 1 Download and obtain the app installation package using any of the following three methods:



Log in to HUAWEI App Store (http://a.vmall.com/) or Google Play, search for FusionModule, and tap Download.

− Outside China: Tap the Google Play app and search for FusionModule.

 In China:

i. Set the pad language to Chinese. ii. Open the browser on the pad, enter www.baidu.com in the address box, search

for HUAWEI App Store, select Ordinary Download, and tap Save.

Do not use the Google Play to download the HUAWEI App Store.

iii. Install the HUAWEI App Store. If the downloaded file exists in the drop-down

list box, tap the file to install the HUAWEI App Store. If the downloaded file does not exist in the drop-down list box, choose File > Local on the desktop, find the Download folder, and click the HUAWEI App Store installation package.

After you open the HUAWEI App Store, select NOT NOW if "New Version" is displayed.

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

Log in to the ECC800 WebUI using a PC. Choose Maintenance > APP Download, click Download APP, and save the app installation package to the PC or a path on the mobile storage device. Then, copy the app installation package to a mobile phone or pad.



When the WiFi is enabled, enter https://192.168.245.10 in the address bar of the Firefox browser (version 41.0 or later) on a mobile phone or pad, and press Enter to access the ECC800 WebUI. Choose Maintenance > APP Download and click Download APP to save the app package to the mobile phone or pad.

Step 2 Install the app.

By default, the Android operating system forbids the installation of apps not obtained from the Android market. Therefore, before installing the app, set the mobile phone so that it allows the installation of apps from unknown sources.

1. Tap the app installation file for installation. After the installation is complete, check that

the app icon is displayed on the home screen of the mobile phone or pad.

Step 3 Enable the WiFi function on the ECC800 WebUI.

1. Log in to the ECC800 WebUI as an administrator.

2. Choose Monitoring > System > WiFi Converter and click WiFi Management.

3. Set Enable WiFi to Enable and click Submit.

4. If this is the first time you enable the WiFi function, set WiFi Password and click OK.

5. Enter the password currently used for logging in to the WebUI and click Submit.

6. Specify WiFi SSID and WiFi Password and click Submit to change the SSID and

password.

If you have set a password when enabling WiFi for the first time, you do not need to set the password again.

7. Enter the password currently used for logging in to the WebUI and click Submit.

Step 4 Log in to the app.

1. Start the mobile phone or pad app, choose Settings > Network Connection on the login

screen, select WiFi SSID specified on the WebUI, and enter the value of WiFi Password specified on the WebUI for login.

2. On the login screen, choose Settings > Server IP Settings, and ensure that the IP

address is 192.168.245.10.

3. The user name and login password for the app are the same as those for the ECC800

WebUI. Specify the user name and password, and tap Login.



It is recommended that you use different user names to log in to both the ECC800 WebUI and app at the same time. If you use the same user name to log in to the WebUI and app at the same time, either of them will be forcibly logged out.



If an exception in network or an unexpected exit from the app occurs, the original user can log in immediately and the newly-added user need to wait 5 more minutes to log in.

----End

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4.2.3 Mobile Phone App

Screen

Function

Home

View the device layout diagram, and tap a device icon in the layout diagram to view the information configured for the device.

Figure 4-7 Home

Figure 4-8 Mobile phone app menu hierarchy

The actual menu hierarchy prevails.

Table 4-4 Mobile phone app functions

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Screen

Function

Alarm

View active and historical alarms and search for alarms by a search criterion.

Power

View the energy consumption data (such as the energy consumption of IT equipment, smart cooling products, lights, and other devices) and PUE change curves.

NOTE

The Power screen is displayed only when Enable PUE function is set to Yes on the WebUI.

Monitor

Monitor the device running information in real time, set device running parameters, and control the device running.

More  View device asset details such as electronic labels of system devices

and other devices.



Modify the names and positions of devices in the device layout diagram, and deliver a blinking command to a device under iFind.



View operation logs.



Upgrade software.



Maintain the system. For example, import and export data, view network parameters, synchronize device parameters, and view the version information.



Log out.

4.2.4 Pad App

Figure 4-9 Home

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Figure 4-10 Pad app menu hierarchy

Screen

Function

Home  View the device layout diagram, and tap a device icon in the layout

diagram to view the information configured for the device.



View the PUE, total power consumption, and total power.

Alarm

View active and historical alarms and search for alarms by a search criterion.

Power

View the current PUE information, PUE change curve, and power consumption of devices.

NOTE

The Power screen is displayed only when Enable PUE function is set to Yes on the WebUI.

Monitor

Monitor the device running information in real time, set device running parameters, and control the device running.

More  View device asset details such as electronic labels of system devices and

other devices.



Modify the names and positions of devices in the device layout diagram, and deliver a blinking command to a device under iFind.



View performance data, such as temperature and humidity, battery, and discharge curves.



View operation logs.



Upgrade software.



Maintain the system. For example, view the version information, import or export a configuration file, view network parameters, synchronize device parameters, and log out.

The actual menu hierarchy prevails.

Table 4-5 Pad app functions

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Prerequisites

5 Power-On Commissioning



The hardware and cable installation check is complete for controller components according to data center specifications and requirements.



The device and ECC800 have been powered on.



You have obtained the ECC800 IP address as well as the user name and password used for WebUI login.



A PC with an IP address in the same network segment as the ECC800 IP address is prepared, and the PC has connected to the WAN_1 port on the ECC800.

Context

After installing or replacing the device or ECC800, set monitoring parameters and add the device.

5.1 Setting the Date and Time

Procedure

Step 1 Choose System Settings > Time Settings. Step 2 Set the time zone, date, and time, and click Submit. Step 3 (Optional) If the NTP server is used for time synchronization, select NTP Server Sync, set

NTP Primary Server IP, NTP Backup Server IP, Port Number, and Sync Interval (Min), and click Submit.

----End

Huawei ECC800 User Manual

About This Document

Contents

1 Safety Precautions

2 Overview

2.1 Positioning

2.2 Application Scenarios

2.2.1 ECC800 system network diagram (FusionModule5000)

2.2.2 ECC800 system network diagram (FusionModule2000)

2.2.3 ECC800 system network diagram (FusionModule1000)

2.2.4 ECC800 system network diagram (FusionModule800)

2.2.5 ECC800e system network diagram (FusionModule500)

2.3 Features

3 Device Description

3.1 ECC800

3.2 ECC800e

3.3 Southbound Device Introduction

3.3.1 Rack Environment Unit

3.3.2 Smart ETH Gateway

3.3.3 General Input Unit

3.3.4 Power Distribution Unit

3.3.5 Access Control System

3.3.5.1 Aisle or Room Access Control System

3.3.5.1.1 Access Actuator

3.3.5.1.2 Fingerprint and Card Reader with a Keypad

3.3.5.1.3 Fingerprint and Card Reader

3.3.5.1.4 Card Reader with a Keypad

3.3.5.1.5 Magnetic Lock

3.3.5.2 Cabinet Access Control System

3.3.6 AC Actuator

3.3.7 Skylight Actuator

3.3.8 Multi-Functional Sensor

3.3.9 Smoke Detector

3.3.10 Temperature Sensor

3.3.11 Alarm Beacon

3.3.12 Water Sensor

3.3.12.1 WLDS600 Water Sensor

3.3.12.2 WLDS900 Water Sensor

3.3.12.3 Electrode Water Sensor

3.3.13 WiFi Converter

3.3.14 WiFi Module

3.3.15 ETH Converter

3.3.16 Pad

3.3.17 T/H Sensor

3.3.17.1 T/H sensor (BOM number:33010346)

3.3.17.2 T/H Sensor (BOM number:02310NBS)

3.3.18 Infrared Remote Control Module

3.3.19 SMS Module

3.3.20 Intelligent Battery Monitoring System

3.3.20.1 CIM

3.3.20.2 BIM

4 UI Description

4.1 WebUI Introduction

4.1.1 Preparations and WebUI Login

4.1.2 WebUI

4.2 APP Introduction

4.2.1 Connecting to a WiFi Network

4.2.2 Preparations and App Login

4.2.3 Mobile Phone App

4.2.4 Pad App

5 Power-On Commissioning

5.1 Setting the Date and Time