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ECC500 V600R001C03 User Manual Issue Date 2019-12-20 HUAWEI TECHNOLOGIES CO., LTD.
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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"...
About This Document About This Document Purpose This document describes the energy control center 500 (ECC500 for short) in terms of its overview, configurations, ports, installation, commissioning, user interfaces, maintenance, and troubleshooting, providing guidelines for onsite installation personnel and technical support engineers.
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Updated some MDU screenshots. Issue 02 (2018-05-20) Updated section "How Can I Change the ECC500 IP Address on the WebUI?". Updated section "How Should I Link an AI/DI Alarm to a DO Port". Issue 01 (2017-10-28) Added section "How Should I Link an AI/DI Alarm to a DO Port".
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7.15 How Can I Set Temperature and Humidity Alarm Thresholds for a T/H Sensor? ............ 81 7.16 How Can I Change Fan Alarm Thresholds and Reset a Fan? ................... 82 7.17 How Can I Delete a Device Failing in Communication or Restart the ECC500? ............. 84 7.18 How Can I View Performance Data? ........................85 7.19 How Can I View Operation Logs? ..........................
The "NOTICE", "WARNING", and "DANGER" statements in this document do not cover all the safety instructions. They are only supplements to the safety instructions. Huawei will not be liable for any consequence caused by the violation of general safety requirements or design, production, and usage safety standards.
Do not power on the equipment before it is installed or confirmed by professionals. 1.2 Personnel Requirements Personnel who plan to install or maintain Huawei equipment must receive thorough training, understand all necessary safety precautions, and be able to correctly perform all operations.
Metal shavings from drilling may short-circuit boards inside the equipment. Obtain the consent from the customer, subcontractor, and Huawei before drilling. Wear goggles and protective gloves when drilling holes. ...
2.2 Features Hardware Functions The ECC500 supports AC inputs of 100 V to 240 V, 50 Hz or 60 Hz, and can be used worldwide. RS485 Communication Card, AI/DI Expansion Card and independent deployment AI/DI unit support only RJ45 terminals, minimizing cable types, simplifying delivery, and enabling fast deployment.
The ECC500 supports the automatic assess of sensors such as water sensors and NTC resistor-based temperature sensors, simplifying delivery and deployment. The ECC500 provides the 12 V DC power supply to devices such as sensors and audible and visual alarms. Additional power supply to these devices is not needed. ...
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Local Management If the ECC500 is used for local management, there is no need to configure the NMS and the ECC500 works as a data collector and manager. The ECC500 collects, analyzes, and processes device data, while users manage the devices on the ECC500 WebUI.
3 Configurations and Port Configurations and Port 3.1 Configurations The ECC500 consists of a power module, a main control module, an RS485 expansion card, and an AI/DI expansion card. The detailed configuration rules are as follows: An ECC500 with standard configurations consists of a main control module, a power...
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ECC500 User Manual 3 Configurations and Port Table 3-1 ECC500 component functions Hardware Silk Screen Configuration Function Main control SMU03A Mandatory (1 PCS) Provides an LCD to module query, set, and control local parameters. Provides an operating status indicator and alarm indicator.
Structure The subrack of the power module is less than 1 U high and occupies two slots of the ECC500 subrack. 3.2.3 RS485 Communication Card The RS485 communication card provides five half-duplex RS485 communication interfaces that are compatible with two-wire and four-wire cables and connect to the southbound intelligent equipment, Independent Deployment AI/DI Unit, and intelligent ambient temperature and humidity sensor.
14.6 V, 54 mA output power. 3.2.5 Independent Deployment AI/DI Unit When the AI/DI expansion card installed in the ECC500 has insufficient space for AI/DI data collection, you can connect an Independent Deployment AI/DI Unit to the AI/DI expansion card using an RS485 bus. The eight AI/DI input ports on the module can collect more AI/DI signals.
User Manual 4 Installation and Commissioning Installation and Commissioning 4.1 Installation and Commissioning Flowchart Figure 4-1 shows the flowchart for installing and commissioning the ECC500. Figure 4-1 ECC500 installation and commissioning flowchart 4.2 Installing Devices 4.2.1 Installing a Rack-mounted ECC500 Prerequisites ...
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Ensure that the floating nuts on both sides are on the same horizontal line. Step 2 Place the ECC500 on the correct guide rails in the cabinet. Step 3 Secure the ECC500 in the cabinet by tightening the M6 screws clockwise on the right and left mounting ears, as shown by (2) in Figure 4-3.
Step 3 Drill holes at the marked installation position (hole spacing: 52 mm x 472 mm) on the wall using a hammer drill, and install four M8 expansion bolts into the holes. Step 4 Install the ECC500 at the expansion bolts on the wall and ensure that the rear panel of the ECC500 is flush with the wall.
4.3 Connecting Cables 4.3.1 Connecting Ground Cables After an ECC500 or an Independent Deployment AI/DI Unit is installed, connect a ground cable to it and connect the other end of the ground cable to the cabinet or site ground point.
ECC500 and an IP network. Figure 4-9 Connecting to an IP network 4.3.3 Connecting Monitoring Cables All AI/DI and RS485 ports on expansion cards of the ECC500 are connected to monitoring components using standard Ethernet cables with RJ45 connectors, as shown in Figure 4-10.
Figure 4-10 Connecting monitoring cables Connect an audible and visual alarm to the ECC500 using the delivered adapter. 4.3.4 Connecting Power Cables The power module of the ECC500 is connected to the external power supply using a power cable. Figure 4-11 shows the cable connection.
ECC500 User Manual 5 UI Description UI Description 5.1 LCD The LCD of the ECC500 is located on the front panel of the main control module. It allows you to: View active alarms. View the running status of the system.
LCD. For details about buttons on the front panel of the main control module, see LCD/Buttons. The figure is for reference only. Selecting a Language After powering on the ECC500, select English by pressing , as shown in Figure 5-2, and then press to enter the standby screen.
If the ECC northbound interface is connected by a NetEco, devices connected to the COM port on the ECC500 do not need to be added on the ECC WebUI, such as the UPS, temperature and humidity sensor, NetCol, PDU8000, and ATS.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context Networked devices, such as ATMs, are devices with the same IP attributes in an equipment room or site.
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User Manual 5 UI Description Procedure Step 1 On a PC which is in the same IP address segment as the ECC500, enter https://XX.XX.XX.XX in the address box, and press Enter. XX.XX.XX.XX indicates the ECC500 IP address. Step 2 (Optional) Install a network security certificate if a certificate problem message is displayed.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context ...
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context ...
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. ...
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----End Follow-up Procedure Import the NMS security certificate and key issued by an authorized party into the upper-level NMS of the ECC500 collector. Then the ECC500 collector will be able to communicate with the network management system. Issue 04 (2019-12-20)
5.2.6 (Optional) Changing the Challenge Certification Password Prerequisites You have obtained the IP address of the ECC500 collector as well as the user name and password used for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch.
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Save the current configuration file to the PC. Step 4 Import a configuration file. Log in to the WebUI of the ECC500 to which a configuration file is to be imported. Choose Maintenance > Configuration File. Click Browse, specify the path where the configuration file is stored in the PC, and click Upload.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
The ALM indicator is off. 6.2 Alarm Reference This section describes the alarm reference and troubleshooting methods for the ECC500 in the NetEco. All alarm IDs in this document are the alarm IDs allocated by the NetEco. Issue 04 (2019-12-20)
----End Clearing This alarm is cleared when the board is securely inserted into the subrack and the communication between the board and the ECC500 resumes. 6.2.1.2 MUS02A_COM4 Voltage Low Alarm Description This alarm is generated when the output voltage of the COM4 port is below the alarm threshold.
----End Clearing This alarm is cleared when the board is securely inserted into the subrack and the communication between the board and the ECC500 resumes. 6.2.2.2 MUE05A_AIDI_1 DI Alarm Description This alarm is generated when the normally open (NO) dry contacts are closed or the normally closed (NC) dry contacts are open.
----End Clearing This alarm is cleared when the power voltage exceeds the alarm clearance threshold. 6.2.4 Comm Failed Description This alarm is generated when a networked device is disconnected from the ECC500. Attribute Alarm ID Alarm Severity Alarm Type Critical...
The ECC500 communications board is faulty. The device is faulty. Procedure Step 1 Check whether the communications cable between the ECC500 and the device is disconnected. If yes, reconnect the communications cable. If no, go to Step Step 2 Check whether the ECC500 communications board is faulty.
User Manual 6 Maintenance and Troubleshooting The networked device is faulty. Procedure Step 1 Check whether the communications cable between the ECC500 and the networked device is disconnected. If yes, reconnect the communications cable. If no, go to Step Step 2 Check whether the parameters are correctly set for the networked device.
ECC500 User Manual 6 Maintenance and Troubleshooting Procedure Step 1 Check whether the communications cable between the ECC500 and the switch is disconnected. If yes, reconnect the communications cable. If no, go to Step Step 2 Check whether the ECC500 is faulty.
Context This section describes how to replace parts of the ECC500. Before replacing parts, ensure that the power supply to the ECC500 has been disconnected and power cable terminals have been removed. Only trained and qualified personnel are allowed to perform the operations.
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6-1. Figure 6-1 Removing an old module Step 4 Grasp the handle of the new module and put the module into the correct slot in the ECC500 subrack. Step 5 Push the new module into the subrack until their front panels are aligned with each other.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context Use Internet Explorer 8 as an example.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. ...
You have obtained the IP address, subnet mask, and default gateway information planned for the ECC500. Context A unified IP address (192.168.1.168) is configured for all ECC500s before delivery. Reconfigure an IP address for the ECC500 as required to ensure normal communication with a server. Procedure Step 1 Press on the ECC500 LUI.
Procedure Step 1 On a PC which is in the same IP address segment as the ECC500, enter https://192.168.1.168 in the address box, and press Enter on the keyboard. Step 2 (Optional) Install a network security certificate if a certificate problem message is displayed.
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7-3. Figure 7-3 ECC500 login page Step 4 Choose System Settings > IP Address Settings. Change the IP address, subnet mask, and default gateway for the ECC500 based on the planned parameters, as shown in Figure 7-4. Issue 04 (2019-12-20)
Step 4 Press to move the cursor to Change Password and press Remember the new password because it is necessary for ECC500 commissioning and maintenance. Step 5 Press to change the value and press to confirm.
7.7 How Can I Change the ECC500 WebUI Password? Prerequisites You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. You have obtained the ECC500 IP address as well as the user name and password for WebUI login.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context The Administrator, Engineer, and Operator user groups are optional on the user management page, and they have different operation rights.
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ECC500 User Manual 7 FAQ Procedure Step 1 Log in to the ECC500 WebUI as an administrator. Step 2 Choose Maintenance > User Management. Step 3 Click Add, as shown in Figure 7-7. Figure 7-7 Adding an ECC500 user _01...
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
This section describes how to link the alarm generated from the AI/DI_1 port on the MUE05A expansion card to the SLOT1_DO port. Procedure Step 1 Log in to the ECC500 WebUI. Step 2 Choose Monitoring > MUE05A Expansion Card > MUE05A4 > Running Parameter > AI/DI_1 Port Settings.
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Submit. SLOT1_DO (new page) or DO1 (old page) represents that the MUE05A expansion card where the DO port is located is installed in slot 1 of the ECC500. DO_1 represents the DO_1 port on the GPRS expansion card.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context Site network fault alarms are sent to the specified mobile phone numbers of maintenance engineers through SMS.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context ...
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context A fan can be automatically identified.
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The following describes how to modify parameters, using fan 1 as an example. Procedure Step 1 Log in to the ECC500 WebUI. Step 2 Choose Monitoring > FAN Group > FAN1 > Running Parameter. Modify High Temperature Alarm Thres and Low Temperature Alarm Thres.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Context ...
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
You have obtained the ECC500 IP address as well as the user name and password for WebUI login. You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
User Manual 7 FAQ You have prepared a PC which is in the same IP address segment as the ECC500 and connected the PC to the ECC500 over a switch. Procedure Step 1 Log in to the ECC500 WebUI.
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System Site Name in System Settings > Site Settings Video Info List parameters in Maintenance > View Video Procedure Step 1 Log in to the ECC500 WebUI. Step 2 Choose Maintenance > Configuration File and click Restore Factory Settings, as shown in Figure 7-25.
ECC500 User Manual A Technical Specifications Technical Specifications Table A-1 describes the technical specifications of the ECC500. Technical specifications of the ECC500#d0e10516 Category Item Specifications –20° C to +65° C Environmental Operating temperature requirements –40° C to +70° C Storage temperature Humidity 5%–95% RH (non-condensing)
ECC500 User Manual B Devices Managed by the ECC500 Devices Managed by the ECC500 Table B-1 lists the devices managed on the ECC500 WebUI. Device list#table_01 Device Type Port Type Device Software Device Model Version UPS2000-G RS485 UPS2000-G-A: V100R001C10 ...