Integrated sense lead module frame
A frame for a battery cell includes a main body with an aperture configured to receive the battery cell. A header is disposed at an end of the main body. The header including a plurality of electrically conductive pins disposed through the header. The electrically conductive pins are configured to cooperate with pins in an adjacent frame.
1. A frame for a battery cell, comprising:
a main body with an aperture configured to receive the battery cell; and
a header disposed at an end of the main body, the header including a plurality of electrically conductive pins disposed therein and configured to cooperate with pins of an adjacent frame, wherein at least one of the pins is a cascading pin including a male portion, a female portion, and a connecting portion disposed between the male portion and the female portion, the male portion oriented in parallel with the female portion, and the connecting portion oriented transverse to each of the male portion and the female portion to the connection to the female portion.
2. A frame for a battery cell, comprising:
a main body with an aperture configured to receive the battery cell; and
a header disposed at an end of the main body, the header including a plurality of electrically conductive pins disposed therein and configured to cooperate with pins of an adjacent frame, the plurality of pins including a first column of pins and a second column of pins, the first column of pins including an initial pin, a terminal pin, and a plurality of cascading pins disposed between the initial pin and the terminal pin, wherein the terminal pin steps from the first column of pins to the second column of pins to begin the second column of pins.
3. The frame of claim 2 , wherein the initial pin is connected to an electrical conductor providing electrical communication between the initial pin and the battery cell.
4. The frame of claim 3 , wherein the electrical conductor includes a fuse.
5. The frame of claim 2 , wherein the second column of pins shares the terminal pin from the first column of pins and further includes a plurality of cascading pins.
6. The frame of claim 5 , wherein an orientation of the cascading pins of the first column of pins is opposite an orientation of the cascading pins of the second column of pins.
7. A battery cell assembly, comprising:
a battery cell; and
a frame including a main body with an aperture receiving the battery cell, and a header disposed at an end of the main body, the header including a plurality of electrically conductive pins configured to cooperate with pins of an adjacent frame, the plurality of pins including a first column of pins and a second column of pins, the first column of pins including an initial pin, a terminal pin, and a plurality of cascading pins disposed between the initial pin and the terminal pin, wherein the terminal pin steps from the first column of pins to the second column of pins to begin the second column of pins.
8. The battery cell assembly of claim 7 , wherein the battery cell includes a cell tab, the cell tab in electrical communication with an initial pin in the header of the frame via an electrical conductor disposed through the header.
9. The battery cell assembly of claim 8 , wherein the electrical conductor is welded to the cell tab.
10. The battery cell assembly of claim 9 , wherein the electrical conductor includes a fuse disposed between the cell tab and the initial pin.
11. The battery cell assembly of claim 8 , wherein the main body of the frame further comprises a recess formed therein receiving the cell tab.
12. The battery cell assembly of claim 7 , wherein the second column of pins shares the terminal pin from the first column of pins and further includes a plurality of cascading pins.
13. A battery pack, including
a plurality of battery cell assemblies according to claim 7 , wherein the electrically conductive pins of one of the battery cell assemblies cooperate with the electrically conductive pins of an adjacent one of the battery cell assemblies.