| NO | Test content | Factory default parameters | Unit | Remark | |
| 1 | Discharge | Rated discharge current | 100 | A | |
| Charging | Charging voltage | 58.4 | V | ||
| Rated charging current | 50 | A | Can be set up | ||
| 2 | Passive equalization function | Equalization turn-on voltage | 3.2 | V | Can be set up |
| Equalize opening differential pressure | 50 | mV | Can be set up | ||
| Equilibrium On Condition | Satisfy both:1. Under charging2. Reach set equilibrium opening differential voltage3. Achieving the set equilibrium turn-on voltage | ||||
| Balance current | 100±20 | mA | Remark | ||
| 3 | Single Cell over-charge protection | Single Cell over-charge level 1 alarm voltage | 3.65±0.05 | V | Can be set up |
| Single Cell over-charge level 1 alarm delay | 1±0.8 | S | |||
| Single Cell over-charge level 1 alarm recovery voltage | 3.55±0.05 | V | |||
| Single Cell over-charge level 1 alarm recovey delay | 1±0.8 | S | |||
| Single Cell over-charge level 2 protection voltage | 3.75±0.05 | V | |||
| Single Cell over-charge level 2 protection delay | 1±0.8 | S | |||
| Single Cell over-charge level 2 protection recovery voltage | 3.65±0.05 | V | |||
| Single Cell over-charge level 2 protection recovery delay | 1±0.8 | S | |||
| 4 | Single Cell over-discharge protection | Single Cell over-discharge level 1 alarm voltage | 2.3±0.05 | V | Can be set up |
| Single Cell over-discharge level 1 alarm delay | 1±0.8 | S | |||
| Single Cell over-discharge level 1 alarm recovery voltage | 2.4±0.05 | V | |||
| Single Cell over-discharge level 1 alarm recovey delay | 1±0.8 | S | |||
| Single Cell over-discharge level 2 protection voltage | 2.2±0.05 | V | |||
| Single Cell over-discharge level 2 protection delay | 1±0.8 | S | |||
| Single Cell over-discharge level 2 protection recovery voltage | 2.3±0.05 | V | |||
| Single Cell over-discharge level 2 protection recovery delay | 1±0.8 | S | |||
| 5 | Total voltage overcharge protection | Overall voltage over-charge level 1 alarm voltage | 58.4±0.8 | V | |
| Overall voltage over-charge level 1 alarm delay | 1±0.8 | S | |||
| Overall voltage over-charge level 1 alarm recovery voltage | 56.8±0.8 | V | |||
| Overall voltage over-charge level 1 alarm recovey delay | 1±0.8 | S | |||
| Overall voltage over-charge level 2 protection voltage | 60±0.8 | V | |||
| Overall voltage over-charge level 2 protection delay | 1±0.8 | S | |||
| Overall voltage over-charge level 2 protection recovery voltage | 58.4±0.8 | V | |||
| Overall voltage over-charge level 2 protection recovery delay | 1±0.8 | S | |||
| 6 | Total voltage over-discharge protection | Overall voltage over-charge level 1 alarm voltage | 36.8±0.8 | V | |
| Overall voltage over-charge level 1 alarm delay | 1±0.8 | S | |||
| Overall voltage over-charge level 1 alarm recovery voltage | 38.4±0.8 | V | |||
| Overall voltage over-charge level 1 alarm recovey delay | 1±0.8 | S | |||
| Overall voltage over-charge level 2 protection voltage | 35.2±0.8 | V | |||
| Overall voltage over-charge level 2 protection delay | 1±0.8 | S | |||
| Overall voltage over-charge level 2 protection recovery voltage | 36.8±0.8 | V | |||
| Overall voltage over-charge level 2 protection recovery delay | 1±0.8 | S | |||
| 7 | Charge/discharge over-current protection | Discharge over-current level 1 alarm current | 120±3% | A | |
| Discharge over-current level 1 alarm delay | 1±0.8 | S | |||
| Discharge over-currrent level 2 protection current | 150±3% | A | |||
| Discharge over-current level 2 protection delay | 1±0.8 | S | |||
| Release condition | Removing the load is lifted | ||||
| Charging over-current level 1 alarm current | 60±3% | A | |||
| Charging over-current level 1 alarm delay | 1±0.8 | S | |||
| Charging over-current level 2 protection current | 75±3% | A | |||
| Charging over-current level 2 protection current | 1±0.8 | S | |||
| Release condition | Remove the charger to release | ||||
| 8 | Short circuit protection | Short circuit protection conditions | Remove the charger to release | ||
| Short circuit protection delay | 10~500 | uS | The actual test is subject to the customer’s batttery sent back to our company for testing | ||
| Short circuit protection released | remove load release | ||||
| 9 | Internal impedance | Main circuit on-resistance | <20 | mΩ | |
| 10 | Current consumption | Self-consumption current during operation | <35 | mA | Not include module self-consumption |
| Self-consumption current in sleep mode | <800 | uA | Entry:no communication, no current, no key signal | ||
| Sleep time | 3600 | S | |||
| 11 | BMS size | Long*Width*High(mm)166*65*24 | |||
Post time: Oct-05-2023
