Swappable Battery
DR-202-GAL
- Compatible with all WMP-XXJ/XXP Series
- Battery Indicator LED Light
- Medical Grade Certification with WMP-XXJ/XXP Series
- Non-stop Swappable Battery Architecture
- High Electricity Current Battery to Fulfill High Medical Image Process
Introduction
DR-202-GAL is designed by Wincomm and dedicated to fulfill with highly expansion solutions, especially for medical imaging process application. It is featured on higher electricity current discharge/charge and non-stop architecture to benefit healthcare professionals to optimize high medical image process. Only apply for WMP-XXJ/XXP series.
Specifications
| Specification | |
|---|---|
| Model | DR-202-GAL |
| Main Body | |
|---|---|
| Battery Type | 3S3P Lithium-ion |
| Battery Voltage | DC: 10.8 V |
| Battery Capacity | 9200 mAh |
| Battery Energy | 99.36 Wh |
| Charging Time | w/Charger Station, 1 Hr for 70%, 2 Hrs for 100% (w/JW202W2) |
| Warranty | Normal use in one year, charge < 500 cycles and charge capacity < 70% |
| Max. Continuously charge /discharge | 5A / 10A (max continuous power ≤ 100W at 50℃) |
| Battery LED Indicator | |
|---|---|
| Three LED Lighting | 50%~75% capacity |
| Two LED Lighting | 25%~50% capacity |
| One LED Lighting | 5%~25% capacity |
| One LED Flashing | 0%~5% capacity |
| Four LED Lighting | 75%~100% capacity |
| LED Indicator in WMP G/H series | |
|---|---|
| Not in charge | Normal: blue; Dark: no battery (OSD check battery status) |
| Low Battery | Quick Blinking Blue |
| Discharge | Blinking Blue |
| Full Charge | Green |
| In Charge | Blinking Green |
| Environmental & Mechanical Characteristics | |
|---|---|
| Storage Humidity | <70%@0~20°C, noncondensing |
| Architecture | ABS + Plastic |
| Dimensions (Net: mm) | 148.7mm x 89mm x 19.7mm per Battery |
| Weights (Net: kg) | 0.47kg per Battery |
| Mechanical and Environmental | |
|---|---|
| Temperature |
Operating Temperature charge:0~45℃;discharge:-10~60℃ Storage Temperature 0~40 ℃ |
| Housing | White |
| Certification | UL2504, CE, PSE, IEC-62133, UN38.3 |