Peimar PSI-XMIC-ECC Installation Manual

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PSI-XMIC-ECC

GATEWAY (ECC)

Installation Manual

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Summary of Contents for Peimar PSI-XMIC-ECC

Page 1 PSI-XMIC-ECC GATEWAY (ECC) Installation Manual...
Page 2 Il est important de souligner que toutes les spécifications techniques, les informations et les chiffres figurant dans cette fiche technique sont des valeurs estimées. Peimar se réserve le droit de modifier les spécifications techniques, les informations et les chiffres contenus dans ce document à tout moment et sans préavis.
Page 4: Table Of Contents
Safety ...................6 1.1. Read this First ...................6 1.2. Safety instructions ..................... 7 ECC System .................8 2.1. ECC System Description ................8 2.2. Highlights ....................9 2.3. Apparence ....................10 2.3.1. Overview ..................10 2.3.2. Dimensions ................11 2.3.3. Symbols on the Label and ECC ..........11 Interface Description ..............12 3.1.
Page 5 4.1. Unpacking ....................31 4.2. Packing List .....................31 4.3. Selection of Installation Location..............32 4.3.1. Environment Requirement ............32 4.3.2. Environment Requirement ............33 4.4. Tools Requirement ..................33 4.4.1. Recommended Equipment ............33 4.4.2. Additionally Required Items ............34 4.5. System Installation Steps ................34 Installation .................35 5.1.
Page 6: Safety
And the safety instructions in this document are only supplements to local laws and regulations. Peimar shall not be liable for any consequences caused by the violation of the storage, transportation, installation, and operation regulations specified in this document, including, but not limited to: •...
Page 7: Safety Instructions
• Keep away from flammable, explosive materials. • All the product labels and nameplate on the device shall be maintained clearly visible. The full text of the EU declaration of conformity is available at the following internet address: www.peimar.com...
Page 8: Ecc System
ECC (energy control center) ECC is a crucial component in this ECC system, functioning as a communication gateway. It gathers the operation data of the system and uploads the data to Peimar X Portal, establishing a fundation for data monitoring and remote operation.
Page 9: Highlights
ordinateur personnel, un appareil IOS ou Android pour consulter les données de surveillance en temps réel ou historiques, et effectuer des réglages à distance selon les besoins. 2.2. Highlights • Load consumption monitoring • Flexible networking with Wi-Fi, 4G and Ethernet •...
Page 10: Apparence
2.3. Apparence 2.3.1. Overview Indicator 4G Antenna Wi-Fi Antenna Interface Interface Port Port Type Label Interface Port...
Page 11: Dimensions
4G Atenna To receive and transmit 4G signal. WiFi Atenna To receive and transmit WiFi signal. Indicator Show the status of the device. Type label clearly identifies the device type, serial number, specific DC/ Type label AC parameters, certification, etc. Interface port is used for communication connection (like WiFi), power Interface port connection, grid connection and other functions.
Page 12: Interface Description
Interface Description 3.1. Interface Layout...
Page 13: Terminal Use
Wi-Fi antenna 1 string for connecting to the router Power Output voltage: 11.4 ~ 12.6 V. Power supply adapter with round tip 4 strings for DRM including DRM0/5/6/7/8 which responds according to grid-connection needs 2 strings Ethernet 10/100M network port for connecting to the routher DO port 2 active DO strings for dry contact and adapter box Long press to restart ECC...
Page 14: Power
3.2.2. Power Plug in the power adapter to power on or off ECC. The output voltage is 11.4 ~ 12.6 V. Plug the power adapter into the socket 3.2.3. There are 4 strings of DI ports for DRM including DRM0/5/6/7/8 which responds according to grid-connection needs.
Page 15 3.2.4. There are 2 strings of AI ports. 8 ~ 10 mm Docking terminal...
Page 16: Ethernet
3.2.5. Ethernet There are 3 methods of connecting ECC to router.Ethernet is the second method of connection between ECC and router in wired way. For stable communication between ECC and router, ethernet cable connection is recommended. RJ45 terminal Screw cap 10 - 15 mm Ensure that all cables are of...
Page 17: Do Port
3.2.6. DO port There are 2 strings of active DO ports (12 V) used for dry contact and adapter box. 8 ~ 10 mm Plug-in terminal B...
Page 19: Rst
3.2.7. RST stands for the restart button. Long press the button to restart the system.
Page 20: Usb Port
3.2.8. USB port USB port is designed for local upgrade. There is only 1 string of standard USB. 3.2.9. RS485 port-4 There are 4 strings of RS485. RS485 port-4 is used with adapter box for communication. NOTICE For adapter box installation, please refer to the Quick Installation Guide or User Manual of Adapter Box.
Page 21: Rs485 Port-3
3.2.10. RS485 port-3 There are 4 strings of RS485. RS485 port-3 is used for AC-coupling communication with energy storage system. 8 ~ 10 mm Plug-in terminal A 0.4±.1 N·m...
Page 22 NOTICE To increase the communication performance, we recommend using shielded twisted pairs (STP). If you choose to use STP, please strip the wire and twist it, and then connect to the GND port of the plug-in terminal A (as shown below).
Page 23 8 ~ 10 mm Twist Twist 0.4±.1 N·m Plug-in terminal A...
Page 24: Rs485 Port-2
3.2.11. RS485 port-2 There are 4 strings of RS485.RS485 port-2 is used for modbus communication with the third party host (to measure wind speed, temperature and radiation strength). 8 ~ 10 mm Plug-in terminal A 0.4±.1 N·m...
Page 25 NOTICE To increase the communication performance, we recommend using shielded twisted pairs (STP). If you choose to use STP, please strip the wire and twist it, and then connect to the GND port of the plug-in terminal A (as shown below). 8 ~ 10 mm Twist Twist...
Page 26: Rs485 Port-1
3.2.12. RS485 port-1 There are 4 strings of RS485. RS485 port-1 is used with wired meters and to communicate with ECC-PLC and wired meter. 8 ~ 10 mm Plug-in terminal A 0.4±.1 N·m...
Page 27 NOTICE To increase the communication performance, we recommend using shielded twisted pairs (STP). If you choose to use STP, please strip the wire and twist it, and then connect to the GND port of the plug-in terminal A (as shown below). 8 ~ 10 mm Twist Twist...
Page 28 NOTICE • To connect to meter, we recommend the wire diameter ranging from 0.5-1.5 mm the wire length depends on the actual installation conditions. • For meter installation, please refer to the Quick Installation Guide or User Manual of Meter. ECC - meter - PSI-X1-MIC PSI- X1-MIC Grid...
Page 29: Antenna
3.2.13. 4G antenna There are 3 methods of connecting ECC to router. 4G antenna is the third method of connection between ECC and router in a wireless way. 3.2.14. SIM card slot SIM card slot is applied to install SIM card. 3.2.15.
Page 30: Ap Button
3.2.16. AP button AP is a networking button. Click the button and the hotspot will be activated for 1 hour, and the hotspot will be turned off by default after 1 hour. Click the button again to turn on it; Long pree 10s to clear the networking information.
Page 31: Installation Preparation
Installation Preparation 4.1. Unpacking The ECC undergoes 100% testing and inspection before shipping from the manufacturing facility. However, transport damage may still occur. Before unpacking the ECC, please verify that the model and outer packing materials for damage, such as holes and cracks. Unpacking the ECC according to the following figure: •...
Page 32: Selection Of Installation Location
REMARQUE 1. Select the power adapter according to the socket in the installation site; The length of power adapter wire is 1.2 m. If the wire length doesn't meet the installation requirement, please use an appropriate power strip or choose an installation site near the socket.
Page 33: Environment Requirement
-20°C-+60°C 5-95%RH 4.3.2. Environment Requirement For Wi-Fi mode, the longest connection distance between the router and the device should be no more than 100 m; if there is a wall between the router and the device, the longest connection distance is 20 m. 20 cm concrete wall (example) <...
Page 34: Additionally Required Items
Step 1 to 6 have to be done on site. Step 7 to 9 can be finished either on site or at home. Step 6 must be finished correctly to create site on Peimar X Portal. 1. Install the PV modules and microinverters (refer to the user manual or installation guide of microinverter) 2.
Page 35: Installation
Installation 5.1. Indoor Installation 5.1.1. Installation method 1 (on the wall): Step 1 Check the box for the items as follows: 1. ECC 2. Bracket 3. Expansion tube 4. Expansion bolt Step 2 User the bracket as a template to mark the position of the 3 holes on the wall using a marker, and adjust it even using the spirit level.
Page 36 Step 4 Insert the expansion tubes in the holes. Step 5 Place the wall bracket and use self-tapping screws to tighten the bracket. Attach ECC to the bracket. Make sure the back side of ECC is fixed well with buckles on the bracket. ST4.2 0.5 N·m REMARQUE...
Page 37: Installation Method 2 (On The Platform)
Step 6 Plug in the power adapter to power on ECC, and then plug in the power adapter to the socket. 5.1.2. Installation method 2 (on the platform) Step 1: Place ECC on a horizontal platform.
Page 38 Step 2: Plug in the power adapter to power on ECC. Step 3: Plug in the power adapter to the socket.
Page 39: Outdoor Installation
The outdoor installation steps are the same as indoor installation. In addition, a waterproof box is needed to protect ECC. Step 1: Download APP Scan the QR code to download the monitoring APP App Store Google Play Store Peimar X Portal...
Page 40 Step 2: Create an account Click [Sign Up] to create an account, fill in your information and then log in your account. Step 3: Create a site Click [+] in the main interface and then fill in the corresponding information to create your site.
Page 41 Step 4: Add device Following the last step, you will enter the [Add Device] interface. Input the SN code on the device, and then click [Add Device]. In this step, you will start to configurate WiFi. We provide 3 methods: Wi-Fi mode, 4G mode and LAN mode.
Page 42 Method 1 Choose WiFi mode (the default one) and input your home Wi-Fi account and password. Next, the interface will redirect to the Wi-Fi interface. Please choose the Wi-Fi of your device (WiFi_XXXXXX, XXXXXX refers to the SN on your device). After connects successfully, the APP will start to configurate.
Page 43 Method 3 Insert LAN into the ethernet port to connect ECC to the routher in a wired way. RJ45 terminal Screw cap 10 - 15 mm Ensure that all cables are of the same length Wiring according to 568B standard...
Page 44: Bind Microinverter
5.3.1. Bind microinverter If you need to bind microinverter, please follow steps as below. Step 1 Click a site that you need to bind microinverter, click [+] icon, and input or scan the QR code on the microinverter. REMARQUE If scanning the QR code step fails,.then try to scan the one dimensional code. Scanning one dimensional code may lead.to inaccurate scan results).
Page 45: On-Site Inspection
Step 2 After successfully connecting to WiFi_XXXXXX, system will start to configurate WiFi automatically. Step 3 Click the specific inverter you bind in the last step to see more details of the device. 5.3.3. On-site inspection To inspect your site, please click the site, and choose Gateway. Click [Chart], device, [Expand], [Data] or [Graphics] to see the data of your device.
Page 46: Troubleshooting And Maintenance
Troubleshooting and Maintenance 6.1. LED Indicator LED indicator status Symbol LED indicator Definition Power Display the status of electricity power Local communication Display the local communication status Peimar Cloud Display the communication with Peimar communication Cloud Warning Warning important faults...
Page 47 WiFi + ECC; no commu- SERVE1 Steady off nication between microinverter with bulit-in WiFi and ECC) ECC is connecting to the Peimar X Portal; Green light steady on communication is normal The AP hotspot of ECC is activated (with Green light flashes the highest priority);...
Page 48: Maintenance
More frequent maintenance service is needed in the worse work environment. Please make records of the maintenance. WARNING • Only qualified person can perform the maintenance for the ECC. • Only use the spare parts and accessories approved by Peimar for maintenance. 6.2.1. Maintenance routines Maintenance Item Check Notes...
Page 49: Upgrade Steps
(for example: ECC_Gateway/323101049400_ECC_Gateway_ V001.01_20240102.usb) REMARQUE VX.XX refers to the file version, XX.XX refers to date. Upgrade steps a) Plug the U-disk into the USB port of ECC. b) Wait for ECC to detect the upgrading files and upgrade automatically. 6.2.3 Device Replacement a) To disassembling the ECC •...
Page 50: Decommissioning
Decommissioning 7.1. Disassembling the Gateway Refer to a. To disassembling the ECC for disassembling the ECC. 7.2. Packing the Gateway • Load the ECC into the original packing material if possible. • If the original packing material is not available, you can also use the packing material which meets the following requirements: •...
Page 51: Disposal Of The Gateway
Stack the ECC in accordance with the caution signs on the ECC carton to prevent their falling down and device damage. Do not place it upside down. If the ECC has been stored for more than 10 years, it must be checked and tested by professionals prior to use.
Page 52: Technical Data
Technical Data 100~240 V 50/60 HZ Power adapter 0.8 A AC input 12 V 2 A DC output Ethernet 10/100 M Wi-Fi frequency range 2.4 GHz Wi-Fi EIRP power 19.5 dBm Degree of protection IP20 Operating temperature range -20°C ~ 60°C Humidity 5% ~ 95% Dimensions...
Page 53 Cat M1: LTE HD-FDD: LTE Cat M1 B1: 21dBm (Conducted) /LTE Cat M1 B2: 21dBm (Conducted) /LTE Cat M1 B3: 21dBm (Conducted) /LTE Cat M1 B4: 21dBm (Conducted) /LTE Cat M1 B5: 21dBm (Conducted) /LTE Cat M1 B8: 21dBm (Conducted) /LTE Cat M1 B12: 21dBm (Conducted) /LTE Cat M1 B13: 21dBm (Conducted) / LTE Cat M1 B18: 21dBm (Conducted)
Page 54 LTE HD-FDD B1: Tx: 1920-1980MHz / Rx: 2110-2170MHz LTE HD-FDD B2: Tx: 1850-1910MHz / Rx: 1930-1990MHz LTE HD-FDD B3: Tx: 1710-1785MHz / Rx: 1805-1880MHz LTE HD-FDD B4: Tx: 1710-1755MHz / Rx: 2110-2155MHz LTE HD-FDD B5: Tx: 824-849MHz / Rx: 869-894MHz LTE HD-FDD B8: Tx: 880-915MHz / Rx: 925-960MHz LTE HD-FDD B12: Tx: 699-716MHz /...
Page 56 | www.peimar.com Version: 2025_01_00...