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ECC800 Data Center Controller V100R001C40 User Manual Issue Date 2019-02-28 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 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.
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5.7.1 Commissioning a Multi-functional Sensor ........................125 5.7.2 Commissioning a Smoke Sensor ..........................127 5.7.2.1 Commissioning a Smoke Sensor (connected to the AI/DI port on the ECC800) ...........127 5.7.2.2 Commissioning a Smoke Sensor (Connected to the AI/DI port on the skylight actuator) ........128 5.7.3 Commissioning a Water Sensor ............................129...
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6.1 NetEco Management ................................165 6.1.1 Connecting the Communications Cable ........................165 6.1.2 Setting NetEco Parameters............................165 6.1.3 Creating an ECC800 on the NetEco ..........................166 6.2 Third-party NMS Management (over SNMP) ........................167 6.2.1 Connecting the Communications Cable ........................167 6.2.2 Setting SNMP Management Parameters ........................168 7 Feature Description ......................
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9.1.15 How to Associate an Alarm Severity with a DO Output? ..................206 9.1.16 How Can I Handle DO Association Failure? ......................206 9.1.17 What Do I Do If the ECC800 WebUI Display Language Changes from Chinese to English During Use? ..207 9.1.18 How Can I Rectify Camera Access Restriction? .......................207 9.1.19 How Should I Add the Devices Accessed Through a Smart ETH Gateway over Modbus-TCP to the ECC800...
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.
Overview 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.
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.
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.
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.
ECC800 Data Center Controller User Manual 2 Overview 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.
User Manual 3 Device Description Device Description 3.1 ECC800 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) (1) PSU 1...
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ECC800 Data Center Controller User Manual 3 Device Description 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) (1) 53.5 V DC_OUT1 (2) 53.5 V DC_OUT2...
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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.) Table 3-2 ECC800 structural specifications Item Specifications Dimensions (L x W x H) 442 mm x 330 mm x 43.6 mm...
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Button SW: wireless network pairing button Default: restores the default IP address Table 3-4 ECC800 RF parameters Model Name Specifications ECC800 RF_Z operation frequency 2405 MHz–2480 MHz RF_Z E.I.R.P.Power (Max.)
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ECC800 Data Center Controller User Manual 3 Device Description Indicators Table 3-5 Indicators on the ECC800 main control module Indicator Color Name Status Description Green Running status Steady on The power supply is normal, indicator the program is being loaded, or WiFi WPS is pairing.
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ECC800 WAN_1 port will restore to the default address 192.168.1.10. 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).
Pin 3 Pin 4 Power Ports 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...
3.3.2 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 (1) PWR_IN (2) FE_1 cascading (3) PoE_1–2 ports...
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Blinking at The smart ETH gateway long successfully registers with intervals the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s). Blinking at The smart ETH gateway does...
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Blinking at long The power distribution unit intervals 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 The power distribution unit...
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.
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Blinking at The AC actuator successfully long intervals 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 The communication is...
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Blinking at The skylight actuator long intervals 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 The communication fails or the...
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Blinking at The multi-functional sensor running status long successfully registers with indicator intervals the ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s). Blinking at The multi-functional sensor short...
Blinking at The WiFi converter status long intervals successfully registers with the indicator ECC800 and the software runs properly (the indicator blinks at 0.5 Hz, on for 1s and then off for 1s). Blinking at The WiFi converter fails to...
1s). Blinking at The communication fails or short the ETH converter fails to intervals 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...
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).
Step 1 Connect a network cable between the PC network port and the WAN_1 port (protected by a security mechanism) on the ECC800. Table 4-1 Default IP addresses for the WAN and LAN ports on the ECC800 Port Default IP Address WAN_1 192.168.1.10...
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Step 3.3 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 Step 3.4. Otherwise, you will fail to access the ECC800.
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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.
It is recommended that a maximum of three users log in to the ECC WebUI at the same time. ----End 4.1.2 WebUI For data transmission security, the ECC800 supports WebUI access through TLS. Figure 4-3 Home page Issue 02 (2019-02-28)
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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 View the status of each cascaded ECC800. Monitoring Figure 4-4 WebUI menu hierarchy The actual menu hierarchy prevails. ...
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.
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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.
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: ...
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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.
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.
Step 3 Choose Settings > Communication, and set IP address assign to Automatic(DHCP). Step 4 Tap to go back to the main menu screen. After setting parameters for the integrated UPS, the ECC800 discovers the access from the integrated UPS automatically. ----End 5.3.2 Setting and Adding a UPS2000-G...
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Select COM2 from the drop-down list box. port NOTE The setting example indicates that the UPS2000-G is connected to the COM2 port on the ECC800. If the UPS2000-G is connected to another port, enter the number of the connected port. Issue 02 (2019-02-28)
The section describes how to add a UPS2000-G in a single UPS scenario. In a parallel UPS scenario, if the common communications address of the Modbus card is added to the ECC800, all UPS2000-Gs can be connected to the ECC800.
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In this example, Device address is set to 1. During actual configuration, set the device address for the UPS5000-E based on the actual situation. Click Connect Test to check whether the UPS5000-E connects to the ECC800 properly. − If the UPS5000-E connects to the ECC800 properly, click Add Device.
In this example, Device address is set to 1. During actual configuration, set the device address based on the actual situation. Click Connect Test to check whether the SUNRISE-SCU-20K connects to the ECC800 properly. − If the SUNRISE-SCU-20K connects to the ECC800 properly, click Add Device.
Choose Settings > Comm Settings > Modbus Settings, and set Connection mode to Server, Server encryption to Enable. After setting parameters for the NetCol5000-C030, the ECC800 discovers the access from the smart cooling product automatically. The earlier version has Protocol setting on the screen. The actual screen prevails.
In this example, Device address is set to 1. During actual configuration, set the device address for the NetCol5000-C030 based on the actual situation. Click Connect Test to check whether the NetCol5000-C030 connects to the ECC800 properly. − If the NetCol5000-C030 connects to the ECC800 properly, click Add Device.
ECC800 Data Center Controller User Manual 5 Power-On Commissioning whether the NetCol5000-C030 and ECC800 are running properly, and whether the input parameters are consistent with the NetCol5000-C030 parameters. Step 3 Set the running parameters and control parameters for the NetCol5000-C030 on the WebUI.
Comm address based on site requirements. The earlier version has Protocol setting on the screen. The actual screen prevails. Step 2 Set the running parameters and control parameters for the NetCol5000-A035 on the ECC800 WebUI. The NetCol5000-A035 connects to the smart ETH gateway through the ETH converter to communicate with the ECC800.
PoE port on the smart ETH gateway. Context The method of connecting the PDU8000 to the ECC800 is the same as that for the integrated PDU. Connecting the integrated PDU to the ECC800 by following the instructions in this section.
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If the PDU8000 connects to the ECC800 properly, click Add Device. − If the PDU8000 does not connect to the ECC800 properly, check whether the cable between the PDU8000 and the ECC800 is connected properly, whether the PDU8000 and ECC800 are running properly, and whether the input parameters are consistent with the PDU8000 parameters.
If you do not press MENU, the PDU2000-M(C) buzzes and restarts automatically after 30s and the setting parameters are not saved. Step 2 Add a PDU2000-M(C). Log in to the ECC800 WebUI as an administrator. Add a PDU2000-M(C). Table 5-8 Adding a PDU2000-M(C)
If the smart busway is used, general input units and power distribution units communicate with the ECC800 using the MAC-Modbus protocol. After the general input units and power distribution units properly connect to the ECC800, the ECC800 automatically identifies the units.
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Path: Maintenance > Parameter Sync Step 2 Set parameters for power distribution units on the ECC800 WebUI. (Optional) To modify the branch signal name of the power distribution unit, choose Monitoring > Power Distribution > Power Distribution Unit 1 > Running Parameters >...
Choose Maintenance > Parameter Sync. ----End 5.3.13 Setting and Adding an ATS Prerequisites An ATS (automatic transfer switch) has connected to the COM port on the ECC800. Context After replacing an ATS or an ECC800, add an ATS on the ECC800 WebUI. Procedure Step 1 Set the ATS device address.
If the ATS connects to the ECC800 properly, click Add Device. − If the ATS does not connect to the ECC800 properly, check whether the cable between the ATS and the ECC800 is connected properly, whether the ATS and ECC800 are running properly, and whether the input parameters are consistent with the ATS parameters.
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, modify the communications address value (ranging from 1 to 247) by pressing , and then press to save the setting. Figure 5-7 Communications address of the PMAC625 Step 2 Add a PMAC625. Log in to the ECC800 WebUI as an administrator. Add a PMAC625. Table 5-12 Adding a PMAC625 Path Parameter...
If the PMAC625 connects to the ECC800 properly, click Add Device. − If the PMAC625 does not connect to the ECC800 properly, check whether the cable between the PMAC625 and the ECC800 is connected properly, whether the PMAC625 and ECC800 are running properly, and whether the input parameters are consistent with the PMAC625 parameters.
If the PMAC615 connects to the ECC800 properly, click Add Device. − If the PMAC615 does not connect to the ECC800 properly, check whether the cable between the PMAC615 and the ECC800 is connected properly, whether the PMAC615 and ECC800 are running properly, and whether the input parameters are consistent with the PMAC615 parameters.
If the PDC DC meter connects to the ECC800 properly, click Add Device. − If the PDC DC meter does not connect to the ECC800 properly, check whether the cable between the PDC DC meter and the ECC800 is connected properly, whether the PDC DC meter and ECC800 are running properly, and whether the input parameters are consistent with the PDC DC meter parameters.
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The setting example indicates that the independent deployment AI/DI unit is connected to the COM3 port on the ECC800. If the independent deployment AI/DI unit is connected to another port, set the COM port to the ECC800 port connected to the independent deployment AI/DI unit. Device In this example, Device address is set to 1.
----End 5.3.18 Setting and Adding an Smart Cooling Product Context In this example, the smart cooling product is connected to the COM1 port on the ECC800. Procedure Step 1 Set monitoring parameters for the smart cooling product. Set the communications address on the controller screen of the smart cooling product.
In this example, set Device address to 1. Set the actual device address of the smart cooling product during operations. Click Connect Test to check whether the smart cooling product connects to the ECC800 properly. − If the smart cooling product connects to the ECC800 properly, click Add Device.
This section describes how to set and add an AC meter, and provides a reference for how to set and add a DC meter. In this example, the AC meter is connected to the COM2 port on the ECC800. Issue 02 (2019-02-28)
If the AC meter connects to the ECC800 properly, click Add Device. − If the AC meter does not connect to the ECC800 properly, check whether the cable between the AC meter and the ECC800 is connected properly, whether the AC meter and ECC800 are running properly, and whether the input parameters are the consistent with the AC meter parameters.
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If the hydrogen detection system connects to the ECC800 properly, click Add Device. − If the hydrogen detection system does not connect to the ECC800 properly, check whether the cable between the hydrogen detection system and the ECC800 is connected properly, whether the hydrogen detection system and ECC800 are running properly, and whether the input parameters are the consistent with the hydrogen detection system parameters.
Networked devices, such as ATMs, are devices with IP attributes in an equipment room or site. By adding a networked device, you connect the device to the ECC800 in the same network so that the ECC800 monitors the device status. If the networked device is offline, the ECC800 will report a disconnection alarm on its WebUI.
Hold down the BLINK button on a device for less than 1s to report the blinking status to the ECC800. The corresponding device icon in the WebUI plan view blinks. Drag a device in the WebUI plan view. The RUN indicator on the corresponding device blinks intermittently at super short intervals.
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Step 3 Hold down the BLINK button on a device such as a smart ETH gateway for less than 1s to report the blinking status to the ECC800. The corresponding device icon in the WebUI plan view blinks. Check that the device positions and types in the plan view are consistent with the actual situation by delivering the blinking command.
Prerequisites To implement alarm notification by SMS, the following conditions must be met: The ECC800 is configured with a 3G module into which a GSM or WCDMA SIM card is inserted. The SMS module is inserted into the USB port on the ECC800e and the SIM card is inserted into the SMS module.
That is, the RF_Z indicators on the ECC800 and AC actuator are both steady green. If the RF_Z indicator on the ECC800 is not steady green, hold down the SW button on the ECC800 for more than 6 seconds to make the ECC800 enter non-networking status. ...
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The ECC800 exits the wireless networking (802.15.4) pairing status. If two or more ECC800 controllers need to be networked in wireless (802.15.4) mode, only one system can be networked at one time. During the networking, ensure that the RF_Z indicators on the ECC800 main control modules of other systems are blinking at long intervals or steady on.
Procedure Step 1 Set smoke sensor parameters. In this example, the smoke sensor is connected to the AI/DI_1 port on the ECC800. Log in to the ECC800 WebUI as an administrator. Choose Monitoring > System > ECC800 > Running Parameters > AI/DI_1 Port Settings.
The smoke sensor is connected to the AI/DI_1 on the FusionModule800 and AI/DI_1 sensor type needs to be set to NO because of the cables configuration and that the ECC800 cannot identify the sensor type. Step 2 Check the monitoring functions of smoke sensor.
Step 1 Set water sensor parameters. In this example, the water sensor is connected to the AI/DI_4 port on the ECC800. The default alarm severity of the AI/DI port is Minor. If you want to change the alarm severity, see 9.1.7 How to Set Parameters for Alarm Enable, Severity, and Loudspeaker?.
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User Manual 5 Power-On Commissioning Step 2 Add a water sensor. In this example, the water sensor is connected to the COM1 port on the ECC800. Log in to the ECC800 WebUI as an administrator. Add a water sensor. Table 5-28 Adding a water sensor...
Procedure Step 1 Set water sensor parameters. In this example, the water sensor is connected to the AI/DI_3 port on the ECC800. Log in to the ECC800 WebUI as an administrator. Choose Monitoring > System > ECC800 > Running Parameters > AI/DI_3 Port Settings.
User Manual 5 Power-On Commissioning In this example, the temperature sensor is connected to the AI/DI_2 port on the ECC800. Log in to the ECC800 WebUI as an administrator. Choose Monitoring > System > ECC800 > Running Parameters > AI/DI_2 Port Settings.
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If the T/H sensor connects to the ECC800 properly, click Add Device. − If the T/H sensor does not connect to the ECC800 properly, check whether the cable between the T/H sensor and the ECC800 is connected properly, whether the T/H sensor and ECC800 are running properly, and whether the input parameters are consistent with the T/H sensor parameters.
Switch 1 Switch 2 Switch 3 Switch 4 Switch 5 Switch 6 Step 2 Add a T/H sensor. Log in to the ECC800 WebUI as an administrator. Add a T/H sensor. Table 5-36 Adding a T/H sensor Path Parameter Setting Name...
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If the T/H sensor connects to the ECC800 properly, click Add Device. − If the T/H sensor does not connect to the ECC800 properly, check whether the cable between the T/H sensor and the ECC800 is connected properly, whether the T/H sensor and ECC800 are running properly, and whether the input parameters are consistent with the T/H sensor parameters.
In this example, the door status sensor is connected to the AI/DI_1 port on the independent deployment AI/DI unit. Log in to the ECC800 WebUI as an administrator. Choose Monitoring > System > Independent Deployment AI_DI Group > Independent Deployment AI_DI 1 > Running Parameters > AI/DI_1 Port Settings.
Access Right Management page. The added or modified user accounts and rights are saved only in the ECC800 main control module. The modified rights take effect in the access control device only after you click Synchronize Permission on the Access Right Management page.
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If the access control system uses a Card and password reader, choose Monitoring > Aisle > Access Actuator Group > Access Actuator n on the ECC800 WebUI, click Running Parameters, and set Logical level configuration for reader removed of the corresponding card reader to High level alarm.
If CIMs and battery interface modules (BIMs) are installed, perform the following steps to commission. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Choose Monitoring > Power Distribution > CIM > Running Parameters. Step 3 Set CIM single battery qty., Batt installation time, Battery string capacity, Current source, and Battery string No..
To ensure the normal operating of the ECC800, avoid high data traffic, such as the concurrent display of dynamic monitoring of cameras and VCN500 video playback. To ensure the normal operating of the ECC800, you can view the videos from a maximum of two IPC6325-WD-VR cameras concurrently. 5.9.1 Configuring the VCN500 Prerequisites For details about the VCN500 hardware description and installation, see the "Quick Start"...
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Set NAT IP to VCN500 external IP address, which is the same as the external IP address mapped from the VCN500 internal IP address displayed on the ECC800. Configure the NTP synchronization. After setting The NTP clock source server to Yes, set the IP address of the NTP server.
(Dynamic Host Configuration Protocol). In the network, the IPC6325 camera automatically obtains an IP address in the same IP address segment as the ECC800 after the ECC800 and IPC6325 are powered on. Therefore, you need to reset the IPC6325 camera IP address before commissioning an IPC6325 camera.
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5 Power-On Commissioning If the communications cable between the smart ETH gateway and the ECC800 is disconnected before the camera is powered on for the first time, the camera IP address is not automatically allocated by the ECC800. Therefore, you do not have to perform Step 1.1...
Step 1 Install the Client/Server (C/S) client. Obtain HW_IVS_Client.exe file from the CD-ROM delivered with the VCN50. You can also log in to http://support.huawei.com/enterprise/ and search Client Package.zip to download the corresponding version software. Double-click HW_IVS_Client.exe, adopt the default installation mode, and wait until the installation is complete.
----End 5.9.4 Setting and Viewing Videos on the ECC800 WebUI Context After adding a video link on the ECC800 WebUI, you can access the linked camera page on the WebUI. Procedure Step 1 Log in to the ECC800 WebUI as an administrator.
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Set NAT IP to VCN500 external IP address, which is the same as the external IP address mapped from the VCN500 internal IP address displayed on the ECC800. Configure the NTP synchronization. After setting The NTP clock source server to Yes, set the IP address of the NTP server.
Context A maximum of three ECC800s can be cascaded. After the IP addresses of other smart module ECC800s in the room are added to an ECC800, their active alarms and PUE data can be displayed and viewed. You can click links on the cascading management page of the master ECC800 to display the login pages of the other ECC800s.
When the smart module can be connected to the NetEco, perform the following steps to configure parameters. Procedure Step 1 Apply for a fixed IP address to the equipment room network administrator. Step 2 Set the IP address, subnet mask, and default gateway on the ECC800 WebUI. Table 6-1 IP parameters Path Parameter...
IP > WAN_1 Default 192.168.1.1 Set this parameter based on the default gateway gateway address assigned by the network administrator. Step 3 Set NetEco communications parameters on the ECC800 WebUI. Table 6-2 NetEco parameters Path Parameter Default Setting Value System Server IP 192.168.0.1...
Status, Start Time, End Time, and Information in the displayed Progress window. During binding of the ECC800 for the first time, the screen will be locked indefinitely when the progress bar reaches 30%, and displays Loading device profile. Please try it later. The actual operation results prevail.
SNMPv3 as an example. Procedure Step 1 Apply to the equipment room network administrator for a fixed IP address. Step 2 Set the IP address, subnet mask, and default gateway on the ECC800 WebUI. Table 6-4 IP parameters Path...
7.1 PLC Function 7.1.1 PLC Introduction The ECC800 provides the flexible programmable logic controller (PLC) linkage function. You can set logic rules and control the DO output signal by collecting the signal value. You can select signals (such as the AI/DI device status signals) and perform logic operations such as AND, OR, NOT, GREATER THAN, LESS THAN, DELAY, and FILTER.
PLC configuration from another ECC800, use the PLC configuration import and export function. The ECC800 supports the PLC linkage function, which controls the DO output signal based on the collected signal value, for example, controlling the emergency fan based on the temperature and smart cooling product status.
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Select Register and Register1 for Output. Click Submit. Step 5 Compile the second logic program line. Set scenario 1 in which fans turn on: The ECC800 detects that its communication with the smart cooling product is abnormal and the equipment room temperature is above 27°...
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You can use the configuration file import and export function to export the PLC linkage rules configured for an ECC800 to a local PC and then import the rules to another ECC800. This function achieves quick configuration for the PLC.
Step 3 Click Select for AI/DI_1 DI alarm and the Set Dry Contact Outputs page is displayed. Select Device type or Device for Linkage Type. Set DO2 to Yes and click OK. (Optional) Select ECC800 from the Linked Device list if you select Device for Linkage Type. Issue 02 (2019-02-28)
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. ...
7.4 Linking the Emergency Fan Prerequisites You have obtained the ECC800 IP address as well as the user name and password used for logging in to the WebUI. You have prepared a PC with an IP address in the same network segment as that of the ECC800, and the PC has connected to port WAN_1 on the ECC800.
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3. During a battery shallow discharge test, if the mains outage occurs, the backup capacity may be inconsistent with the rated capacity. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Choose System Settings > PLC. Step 3 Set Enable PLC function to Yes and click Submit.
PC has connected to port WAN on the ECC800e. Context If an infrared remote control module is replaced, you need to add the infrared remote control module to the ECC800 WebUI. Procedure Step 1 Set monitoring parameters for the infrared remote control module.
Click Connect Test to check whether the infrared remote control module connects to the ECC800 properly. If the infrared remote control module connects to the ECC800 properly, click Add Device. If the infrared remote control module does not connect to the ECC800 properly,...
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If you do not press on the button within 20s, the smart cooling product remote control will exit the learning mode due to a timeout. You can click Learning the startup instruction on the ECC800 WebUI and start the learning mode again.
− An integrated UPS, integrated PDC, or precision PDC is deployed inside the smart module. The ECC800 can collect statistics on IT branch power information for each IT cabinet and network cabinet. −...
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After L1/L2 linkage is enabled, if the preceding conditions are not met, an L1/L2 linkage alarm is generated. In this case, the smart cooling product automatically exits the iCooling teamwork mode and enters the intelligent teamwork mode. When L1/L2 is enabled, the T/H threshold can only be set on the ECC800 WebUI. ...
IT load output NOTE When the configuration mode is set to Standard, the ECC800 can automatically calculate the PUE of multiple devices connected in the N+1 and 2N scenarios. 7.8.1 Configuring PUE Standard Mode Procedure Step 1 Log in to the ECC800 WebUI as an administrator.
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User Manual 7 Feature Description Step 6 View the PUE. Choose Query > Performance Data and set Device to ECC800 from the drop-down list box. For other searching criteria such as Performance data, Statistics period, Start time, and End Time, select the item based on requirements and click Query. You can also view the PUE in the dashboard or curve on the home page.
Deletes a parameter setting for the total power consumption or IT power consumption. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Choose System Settings > PUE Configuration. Step 3 Ensure that PUE function is set to Enable.
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IT load output) Performance data source: The ECC800 obtains total electricity energy of branches from the power distribution devices. Step 6 You can also view the PUE in the dashboard or PUE Chart on the home page.
The cable connection is Secure loose cables. connection secure. Cables are not damaged. Replace damaged cables. Table 8-2 Routine maintenance for the main control module in the ECC800 Check Item Expected Result Troubleshooting Indicator The green indicator is steady If the indicator is off or any abnormal on or blinking.
Submit to synchronize the configuration parameters of the failure device to the reserved device. On the Monitoring > System > ECC800 > Controls tab page, select Delete device with communication failure and click Submit, add the reserved device to the smart module view.
Path: Maintenance > Configuration File > Back Up Current Settings If the main control module is damaged, you may fail to log in to the ECC800. In this case, you cannot back up the settings.
8 Maintenance Figure 8-2 Installing the Micro SD and SIM card Step 7 Install the spare ECC800 main control module in the ECC800 subrack and tighten the screws on both sides of the ECC800 main control module. Step 8 Connect the communications cables, WiFi module, and antennas to the ECC800 main control module.
Materials: Spare ECC800 antennas of the same model are available and functional. Procedure Step 1 Remove the 2.4G and 3G antenna cables connected to the ports on the ECC800, as shown in Figure 8-4. Figure 8-4 Removing antennas Step 2 Install the spare 2.4G antenna and 3G antenna in the original positions and connect them to the ECC800.
Step 2 Loosen the screws on both sides of the ECC800 main control module. Step 3 Pull the handles on both sides of the ECC800 main control module, and to remove the main control module.
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Step 6 Install the ECC800 main control module in the card slot. Step 7 Tighten the screws on both sides of the ECC800 main control module. Step 8 Reconnect signal cables to the ECC800 main control module panel based on the recorded information.
Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Click in the upper right corner of the home page and view the ECC800 version information. Step 3 Choose Maintenance > Version Information and view the version information of ECC800 and connected device.
Parameters in System, Power Distribution, Aisle, Air Conditioner, and IT Cabinet under Monitoring will be restored to default values. For example, on the AI/DI_1–AI/DI_6 setting tab page (displayed after you choose System > ECC800 > Running Parameters), AI/DI_1 sensor-AI/DI_6 sensor will be restored to Disable.On the site device number tab page, Site device num will be restored to 0.
You have obtained a device access certificate and the certificate key and have copied the certificate and key file to the PC. A preset certificate is provided for the ECC800 and its connected devices. If a higher security level is required, replace the certificate both on the ECC800 and the devices. ...
You can set parameters under Enable Alarm, Severity, and Loudspeaker based on requirements. When an alarm is set to Disable, the ECC800 will not report this alarm. If an alarm is associated with the loudspeaker and Loudspeaker is set to Enable, the loudspeaker produces sound when the alarm is generated.
Step 2 Click Monitoring, select the device to be viewed, and select Running Info to view the real-time data of the device. Step 3 Choose Home > Active Alarms to view the active alarms of the ECC800. Click Details in the Alarm Details area to view alarm details of devices.
----End 9.1.12 How Can I Export Fault Information? Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Choose Maintenance > Fault Information. Step 3 (Optional) Select Encryption password for export and enter an encryption password.
After an alarm and a DO output are associated, the device connected to the DO port will act if the alarm is generated. This section describes how to associate an ECC800 alarm with a DO output. Procedure Step 1 Log in to the ECC800 WebUI as an administrator.
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. Context ...
----End 9.1.18 How Can I Rectify Camera Access Restriction? Prerequisites If Huawei S12700 series switch is used, refer to this section to rectify the fault. For more information, consult network engineers. Context The camera is inaccessible after the MAC address and IP address are bound in network configuration.
Figure 9-3 Network diagram Procedure Step 1 Ensure that the device communication mode has been set to DHCP. Step 2 Log in to the ECC800 WebUI as an administrator, and check whether the device exists on the Monitoring page. ...
The device that supports Modbus-MAC can be automatically identified by the ECC800. Figure 9-5 Network diagram Procedure Step 1 Log in to the ECC800 WebUI as an administrator, and check whether the device exists on the Monitoring page. The following is an example of confirming the access of a WiFi converter.
----End Follow-up Procedure Choose Home > Plan View on the ECC800 WebUI, and drag the device to the corresponding position in the Smart Module View pane based on the actual device layout. 9.1.21 How Should I Add Devices Accessed Through the ETH...
----End Follow-up Procedure Choose Home > Plan View on the ECC800 WebUI, and drag the device to the corresponding position in the Smart Module View pane based on the actual device layout. 9.1.22 How Should I Add Devices Accessed Through the ECC800...
----End Follow-up Procedure Choose Home > Plan View on the ECC800 WebUI, and drag the device to the corresponding position in the Smart Module View pane based on the actual device layout. 9.1.23 How Should I Add Devices Accessed Through the ECC800...
----End Follow-up Procedure Choose Home > Plan View on the ECC800 WebUI, and drag the device to the corresponding position in the Smart Module View pane based on the actual device layout. 9.1.24 How Should I Open Doors Remotely over the ECC800...
ECC800 WebUI. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Turn on or off aisle lights. Table 9-7 Operations for turning on or off aisle lights...
9.1.26 How Should I Opening Skylights Remotely over the ECC800 WebUI? Context You can open skylights over the ECC800 WebUI in emergencies. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Open skylights. Table 9-8 Operations for opening skylights Path Setting Monitoring >...
9.1.27 How Should I Turn On or Off Smart Cooling Products over the ECC800 WebUI? Context You can turn on or off smart cooling products over the ECC800 WebUI in emergencies. Procedure Step 1 Log in to the ECC800 WebUI as an administrator.
When O&M personnel need to open a cabinet for maintenance, you can open the cabinet electronic lock over the ECC800 WebUI. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Open the cabinet electronic lock. Table 9-10 Operations for opening a cabinet electronic lock...
The following describes how to modify the name of the smart ETH gateway. Procedure Step 1 Log in to the ECC800 WebUI as an administrator. Step 2 Modify the device name. Table 9-11 Operations for modifying a device name...
Procedure Step 1 Log in to the ECC800 mobile phone or pad app as an administrator. Step 2 To view the smart module data center layout, tap Home. Step 3 To view active alarms and historical alarms, choose Alarms > Active Alarms or Alarms >...
After a device is replaced, you can synchronize the parameters of the original device to the new device. Procedure Step 1 Log in to the ECC800 mobile phone or pad app as an administrator. Step 2 Choose More > System Maintenance > Parameter Sync. Step 3 Select the source device and target device.
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Step 1 If you have obtained the user name and password used in the previous successful login, perform the following operations: Check that the mobile phone or pad connects to the ECC800 over WiFi properly. Use the obtained user name and password to log in to the app and exit.
ECC800 Data Center Controller User Manual A Devices Connected to the ECC800 Devices Connected to the ECC800 The following table lists the devices managed on the ECC800 WebUI. Table A-1 Device list Model Maximum Communica Number of Software tions Connected...
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ECC800 Data Center Controller User Manual A Devices Connected to the ECC800 Model Maximum Communica Number of Software tions Connected Device Version Protocol Devices NetCol5000-C03 ACC_V100R002C Modbus-RT 00SPC700 U/Modbus-T SUNRISE-SCU SCU250IBE3-R- V1.8 Modbus-RT -20K smart cooling product Envicool smart Modbus-RT...
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ECC800 Data Center Controller User Manual A Devices Connected to the ECC800 Model Maximum Communica Number of Software tions Connected Device Version Protocol Devices ATS (ABB) OMD800 Modbus-RT Independent MUE06A V102 Modbus-RT deployment AI/DI unit Hydrogen ZYT-HMU Modbus-RT Detection System...
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