 Profile Ni-MH
BatteryBattery
Pack Configurations Designation System |
|||||||||||||
|
BATTERY
PACK CONFIGURATIONS DESIGNATION SYSTEM |
|||||||||||||
 Ni-MH
BATTERY |
|||||||||||||
 Specification
tables |
1. Designation System For Battery Packs | ||||||||||||
| Overview |
The
designation of a battery pack is composed of 7 sections each of
them are used to
identify different information: |
||||||||||||
| Features |
|||||||||||||
| Comparison
of Ni-MH and Ni-Cd Cells |
XX-X-ABCDEFG
HIJK M N PQ |
||||||||||||
| Major
applications |
XX---Shenzhen Greencell Power Sources technology Co.,Ltd. | ||||||||||||
| Structural
designs |
X---Chemical System. | ||||||||||||
| Electrochemical
processes |
"H"--Nickel/Metal Hydride Battery. "D"--Nickel/Cadmium Battery | ||||||||||||
| Discharge
characteristics |
"L"---Li-ion Battery."PL"--Li-ion Polymer Battery | ||||||||||||
| Charge
characteristics |
"SLA"--Lead/Acid Battery | ||||||||||||
| Charging
methods |
ABCDEFG---Size of Cell | ||||||||||||
| Cycle
life characteristics |
HIJK---Capacity | ||||||||||||
| Storage
characteristics |
M---Number of Cells in a Pack | ||||||||||||
| Safety
characteristics |
N---Configuration Code | ||||||||||||
| Designing
for Ni-MH cells |
PQ---Tag or Connector Type Code | ||||||||||||
| Battey
pack designs |
2. Standard Configurations For Battery Packs | ||||||||||||
| Battery
pack configurations designation system |
The
following are the standard pack configurations for Ni-MH batteries.
Refer to these
configurations when designing the battery pack. |
||||||||||||
| Precautions
for using Ni-MH batteries |
|||||||||||||
| Battery
selection |
A Type | ||||||||||||
The
repuired number of single cells are stacked in a vertcial column
and connected by
nickel plates, and covered with an external heat-shrink PVC tube. |
|||||||||||||
| B Type | |||||||||||||
The
repuired number of single cells are arranged in a row and connected
by nickel plates,
and covered with an external heat-shrink PVC tube. |
|||||||||||||
| G Type | |||||||||||||
The
repuired number of single cells are stacked in two vertical columns
of inequality numbers
cells and connected by nickel plates, and covered with an external
heat-shrink
PVC tube. |
|||||||||||||
| S Type | |||||||||||||
The
repuired number of single cells are stacked in multiple columns
ared layers and connected
by nickel plates, and covered with an external heat-shrink PVC tube. |
|||||||||||||
| T Type | |||||||||||||
The
repuired number of single cells are arranged in a horizontal triangle
and connected
by nickel plates, and covered with an external heat-shrink PVC tube. |
|||||||||||||
| W Type | |||||||||||||
The
repuired number of single cells are arranged in horizontal triangle
rows in one or more
layers and connected by nickel plates, and covered with an external
heat-shrink
PVC tube. |
|||||||||||||
| Y Type | |||||||||||||
The
repuired number of single cells are arranged in more horizontal
rows and connected
by nickel plates, and covered with an external heat-shrink PVC tube.
|
|||||||||||||
|
|||||||||||||
| 3. Tag Type Specifications | |||||||||||||
|
|||||||||||||
| 4. Tag Direction Codes | |||||||||||||
|
|||||||||||||
| 5. Connector Type Specifications | |||||||||||||
|
|||||||||||||
