Installation Manual
CPS 5000-Vic 10.4k
Table of Contents
Congratulations on purchasing a high-quality BlueNova® product.
This is a technical support document applicable to the following product(s):
The information in this document includes the following
The table below contains a list of industry terms used throughout this document & the definition of each:
|
Term |
Definition |
|
AC |
Alternating current |
|
DC |
Direct current |
|
Product |
Refers to CPS 5000-Vic 10.4k (complete) including all subcomponents. |
|
Subcomponent |
Components that the product consists of (incl. main components such as the batteries & inverter as well as smaller components such as switches, sockets screws & wiring) |
|
Battery |
One of either two BN52V-100-5.2k integrated batteries. |
|
Battery Pack |
Both BN52V-100-5.2k batteries, connected in serie |
|
SoC |
Battery / battery pack state of charge |
|
DoD |
Battery / battery pack depth of discharge |
|
SoH |
Battery /battery pack state of health |
|
BMS |
Battery management system |
|
MPPT |
Maximum power point tracker |
|
UPS |
Uninterruptable power supply |
Product installation should be performed by a qualified electrical technician or authorised BlueNova® representative only, in strict accordance with the relevant instructions contained within this document. The following precautions should be taken:
For health & safety reasons, the following guidelines should be adhered to:
The CPS 5000-King 5.2k wall-mountable unit is shipped with the following pre-assembled subcomponents included:
|
Component |
Qty |
Supplier |
|
Batteries: BN52V-100-5.2k |
2 |
BlueNova® |
|
Inverter: MultiPlus II |
1 |
Victron |
|
Distribution Board |
1 |
(Miscellaneous) |
|
Isolator Switch |
1 |
(Miscellaneous) |
|
Battery Display Panel |
1 |
BlueNova® |
|
Output Socket Sets |
2 |
(Miscellaneous) |
|
Nameplate |
1 |
BlueNova® |
Please also check the product packaging for the following installation components:
|
Component |
Qty |
Supplier |
|
10mm Rawl bolt |
2 |
(Miscellaneous) |
|
Inverter manual |
1 |
Victron |
|
Battery Display Manual |
1 |
BlueNova® |
|
Certificate of compliance |
1 |
(Miscellaneous) |
Apart from the above, additional supporting documentation is appended within this document (See G. Supporting Documents). This manual as well as all other supporting documentation is also available online at www.bluenova.co.za
1.1 Product Applications
Please note that the CPS 5000-Vic 10.4k (the inverter, in particular) has been pre-configured to be used for UPS applications. The product is therefore not “solar-ready” but can be reconfigured for such purposes as described in D3. Adding Solar below.
Please refer to the data sheets & other technical documents included within this manual to ensure that the product and/or any of its subcomponents are installed correctly. Furthermore, in order to prolong product lifespan & ensure optimal operation the following requirements must be met:
The simplified wiring diagram below illustrates how the CPS 5000-Vic 10.4k k’s components have been connected to each other. Note that the solar panel array connection has been illustrated even though solar panels are not supplied by BlueNova.
The following procedure describes how to correctly install your CPS 5000-Vic 10.4k:
|
STEP 1 |
Remove the pre-assembled main unit from the packaging. Also remove the 2 x 10mm rawl bolts included. |
|
STEP 2 |
Drill 2 x horizontally level holes spaced 68.5cm apart into a sturdy concrete or brick wall. Use a 10mm concrete drill bit & ensure that each hole is drilled to at least 50 mm deep. Tip: It is recommended that the holes be drilled so that the inverter’s display panel will end up being more or less “head height” after the unit is installed. Refer to the product layout illustration & actual unit. |
|
STEP 3 |
Unscrew the bolts from the anchor of each rawl bolt, then insert the anchors into each of the holes. The anchors should fit snugly & flush with the wall surface. |
|
STEP 4 |
Screw each bolt back into its anchor. Ensure to leave just enough space between the wall and lip of each bolt to allow for the pre-assembled main unit to be hooked over the bolts when hung. A gap of about 3mm should be sufficient. |
|
STEP 5 |
Check to ensure that all subcomponents on the main unit are secure, then tilt the whole unit upright. With one person on each side of the unit, lift it and hook it over the installed rawl bolts in the wall. Note: Each bolt head should fit into the respective keyhole cut-out at the top of the unit chassis. Do not hang the unit onto the rawl bolts from any other location(s) on the chassis other than the keyhole cut-outs provided. |
IMPORTANT: Should you install your CPS 5000-Vic 10.4k unit as a UPS application & charge it from one of your wall sockets directly, obtaining a certificate of compliance subsequent to installation is not necessary. Obtaining such a certificate would only be necessary if the unit is connected to charge directly from the distribution panel on the premises.
A solar array can be connected to the CPS 5000-Vic 10.4k’s inverter via the integrated distribution panel. Such installations should only be undertaken by qualified industry personnel. Please also ensure that the solar array’s open-circuit voltage does not exceed the maximum specified value (as per inverter data sheet appended to this document).
The suggested PV addition is 1000W with a maximum of 102V DC on the PV(solar) input side and also a maximum charging current of 60A .(adjustable via inverter settings…)
Depending on the specific panel chosen( panel Open Circuit Voltage)2 - 3 panels might be placed in series to achieve the necessary input voltage on the MPPT(Solar) input.
However, care should be taken regarding the maximum open circuit voltage from the solar panel string by leaving a “buffer voltage” of + - 10V for safety purposes.
With the addition of PV onto the CPS 5000-Vic 10.4k unit, the folllowing menu items should be adjusted :
Menu # :
01 - Output Source Priority
02 - Maximum Charging Current - utility & solar charging
11 - Maximum utility charging current
16 - Charger Source Priority
Please refer to the inverter manual enclosed within the product packaging.
The values with which the inverter has been preconfigured for UPS applications are listed in this document under G. Supporting Documents
The integrated battery display panel displays the following variables:
If the batteries are over-discharge and left uncharged for a period of time, they will enter protection mode. To recover the batteries from this mode, follow the procedure below:
Wear protective gear during this procedure.