Color Classification:
A: 20A high current finished product
B: Lengthen 30A high current finished product
C: 10A high current finished product
D: Lengthen 20A high current finished product
E: 30A high current finished product
For the four-wire battery rack, please see Baidu&x27;s description:
http://wenku.baidu.com/link?url=YhG4epUoZM7fbPWdcr6_w2sf8muNV1LIXf3ibIcEkzZP8LTG35UmvDiRTEKXQbfnsxDapeQ6sSP5pY2FGwltKJjO_JWnY3DwgW
If you still don’t understand, the owner can’t explain it, please forgive me.
Features of BF-2A double self-locking CNC aluminum alloy four-wire battery rack:
1. There is no need to lock the sliding mechanism with screws, double self-locking design, front and rear self-locking, up and down self-locking, the single self-locking operation of the Biacro version BF-1 is simpler and faster;
2. All aluminum alloy, customized 3 tools, 5-axis CNC machining;
3. Sandblasting-anodic oxidation process improves surface flatness, wear resistance, and has a certain degree of insulation;
4, 10A high current four-wire fixture, 16AWG super soft silicone wire current wire (single core 0.08mm, 252 wires)
5. The 3 screws at the bottom fix the negative wire, the wiring is more reasonable, and the unilateral outlet is more convenient to use;
6. The weight of the finished product is 195 grams;
7. Volume: 137*24*44mm
8. Maximum compatible battery size: length 75mm, diameter 35mm (supports No. 1 large battery)
Note: 30A can not test flat-head batteries
The screw on the outer edge of the electrode is the current channel, and the inner pin is the voltage channel (welding is required). If you are using ZB206+, the current channel is connected to the BAT terminal, and the voltage channel is connected to the BV terminal. Pay attention to the distinction between positive and negative polarity
design diagram:
20A high current battery rack (note that the positive pole is different from 30A)
30A battery, note that the positive electrode is different from 20A:
Lengthen the battery rack, the longest battery can be 110mm long:
A battery negative pole into the negative part of the fixture
Push the positive pole of the battery B down and align it with the positive pole of the fixture