Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Related Manuals for EVEREADY B1-5.1-48
Summary of Contents for EVEREADY B1-5.1-48
- Page 1 USER MANUAL User Manual B1-5.1-48 Secondary www.solarsg.com.au...
-
Page 3: Table Of Contents
USER MANUAL Contents Chapter One: Safety Precautions Safety Instructions Explanation of Symbols Emergency Measures Chapter Two: Product Introduction Product's Application Scope Product Model Naming Rule Product Datasheet Chapter Three: Installation Instructions Package Items Installation Position Mounting Procedures Chapter Four: Electrical Connection Ways Explanation to Electrical Interface Connection ways to Secondary Communication Interface... -
Page 4: Chapter One Safety Precautions
• If any unauthorized change of product function results in fatal damage to equipment performance and fatal injury to operators, Eveready will not be responsible for these losses and warranty claims. • In order to protect personal safety and property, please connect the positive and negative electrodes of the battery correctly to prevent short circuit circumstance. -
Page 5: Explanation Of Symbols
• Please ensure that the circuit breaker is off when wiring B1 battery. • B1 battery can only be used together with Eveready AS1 and HS1 series energy storage products, otherwise it cannot be used normally. 1.2 Explanation of Symbols... -
Page 6: Emergency Measures
1.3 Emergency Measures Although the battery is designed for professional protection, it can still become damaged. If the battery case is seriously damaged and cracked, a small amount of battery liquid will overflow from the battery. If there is a fire nearby and the battery fails to be handled in time, an explosion could be caused, and the battery will produce thick smoke, CO, CO2 and other gases. -
Page 7: Chapter Two Product Introduction
USER MANUAL Chapter Two Product Introduction 2.1 Products Application Scope B1 battery (Hereinafter refers to Secondary) is applied in the household energy storage system. It has a built-in battery management system (BMS) to improve the utilization rate of the battery and prevent overcharge and overdischarge of the battery. -
Page 8: Product Datasheet
2.3 Product Datasheet Model B1-5.1-48 Electrical Parameters Total Capacity [Wh] 5120 Usable Capacity [Wh] 4600 Rated Voltage [V] 51.2 Voltage range [V] 42~58.4 Depth Of Discharge [DOD] ≤90% Cycle Life ≥6000 Max. Charge Current [A] Max. Discharge Current [A] General Parameters... -
Page 9: Chapter Three Installation Instructions
USER MANUAL Chapter Three Installation Instructions 3.1 Package Items Battery pack Mounting Bracket Mounting bolts for Ethernet cable Cables & Bolts*4 User Manual mounting bracket*6 & EJ45 plug www.solarsg.com.au... -
Page 10: Installation Position
3.2 Installation Position 3.2.1 Battery size Fig. 3.2.1 B1-5.1-48 (Secondary) Dimension (Unit: mm) 3.2.2 Installation Position This equipment is cooled by natural wind convection. - Page 11 USER MANUAL 3.2.3 Mounting Method It is recommended to install the equipment vertically on the ground, allowing installation with a maximum backward inclination of 15 degrees. Horizontal or reverse installation is not allowed. MAX 15° Fig. 3.2.3 Mounting Angle Make sure the install location is well ventillated, or else the work performance of internal electronic components will be affected and the service life of the equipment will be shortened.
-
Page 12: Mounting Procedures
300mm holes (away from center) to install. Unit: mm. 308 259 Figure 3.3.1 B1-5.1-48 Bracket Dimension (Secondary) Make sure that the wall is strong enough to fix the screws and bear the weight of the equipment before installation. Mark the position of the mounting hole of the bracket on the wall and drill the corresponding hole, then use a rubber hammer to drive the screw fixing seat into the hole. - Page 13 USER MANUAL AS1-3KS-5.1 is the Primary and B1-5.1-48 is the Secondary. In order to ensure the normal installation of the Primary and the Secondary, the installation distance between the Primary bracket and the Secondary bracket and the distances among Secondary brackets should meet the following requirements of at least:...
- Page 14 Before installing the Primary, please install the Secondary. Pay attention to the installation distance between them, in case the distance is not wide enough for the installation. After the mounting bracket is installed, hang the equipment on the mounting bracket carefully and ensure that the bottom of the equipment is tightly attached to the mounting bracket.
- Page 15 USER MANUAL Three units of battery packs at most can be combined to work with the Primary. During the installation of the project, it is necessary for installers to consider whether to reserve an installation location for the subsequent addition of battery packs. If needed, please install the additional battery pack as following diagram: Figure 3.3.6 Batteries Expansion Diagram www.solarsg.com.au...
-
Page 16: Chapter Four Electrical Connection Ways
Chapter Four Electrical Connection Ways 4.1 Explanation of Electrical Interface Figure 4.1 B1-5.1-4 Interface Code Name BMS switch Battery switch C, c BAT+ port D, d BMS LINK port E, e BAT- port Ground Chart 4.1 Interface Explanation... -
Page 17: Connection Ways To Secondary
USER MANUAL 4.2 Connection Ways to Secondary Ensuring the circuit breaker is off, remove the screws on the right wiring cover, then pull out the cable connected to the BMS switch and put the cover aside by the equipment. Figure 4.2.1 removing wiring cover Remove the flange nut head in a counter-clockwise direction and remove one plug as shown in the picture (left) below. -
Page 18: Communication Interface
Figure 4.2.3 Connection diagram 4.3 Communication Interface Take out the original uncrimped Ethernet cable, wire it through the waterproof jacket and then crimp the RJ45 plug of the cable. 1 2 3 4 5 6 7 8 Figure 4.3 Pins of RJ45 Cable... -
Page 19: Installation Of The Right Cover
USER MANUAL Code Name Blank Blank Blank Blank Blank Blank RS485A RS485B Chart 4.3 Explanation to Pins of Communication Interfaces Attention • Use the original cable that matches to the battery. • Do not connect one B1 battery to two inverters at the same time. •... -
Page 20: Ground Connection
4.5 Ground Connection After penetrating the external hex head screw through OT terminal of the grounding line, screw in the grounding port of inverter enclosure in clockwise direction and make sure it is secured tight. Figure 4.5 Ground Connection Chapter Five Debugging Instructions System commissioning After the wiring is completed, please refer to the AS1 series manual for system... -
Page 21: Chapter Six Battery Maintenance
The battery cannot be disposed of as household waste. When the service life of the battery has reached it's limit, it is not required to return it to the dealer or Eveready, but it must be recycled in the special waste lithium battery recycling station in the area. -
Page 22: Chapter Seven Contact Us
Email: hello@solarsg.com.au Warranty Card The installer should fill in the second form while installing the inverter. For a warranty claim, please complete the below forms and send this page to Eveready, attached with the Customer’s invoice. For customer to fill in... - Page 23 USER MANUAL Information on device Device Type: Serial No.(S/N): Invoice No: Commissioning date: Fault time: Error message (Display reading): Brief fault description & photo: Signature: Date: For installer to fill in Modules used: Modules per string: No. of strings: Installer company: Contractor license #: Company: City:...
- Page 24 www.solarsg.com.au...
Need help?
Do you have a question about the B1-5.1-48 and is the answer not in the manual?
Questions and answers