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Thinkware iVolt Mini TWA-EXBH External Dash Cam Battery (BAB-50)
Thinkware iVolt Mini TWA-EXBH External Dash Cam Battery (BAB-50)
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Thinkware iVolt Mini TWA-EXBH External Dash Cam Battery
Extend your dash cam's parking surveillance time with the Thinkware iVolt Mini TWA-EXBH External Battery. Designed specifically for dash cam parking mode, the iVolt Mini provides a dedicated power source so your dash cam can continue recording while your vehicle is parked without continuously drawing power from the vehicle's main battery.
The iVolt Mini uses a 12.8V 4,500mAh LiFePO4 battery and can provide approximately 20 hours of parking-mode operation with a single-channel dash cam or up to 16 hours with a two-channel system. Actual recording time can vary depending on the dash cam, parking mode settings, temperature, and operating conditions.
Extended Parking Mode
The iVolt Mini is designed to give your Thinkware dash cam significantly longer parking surveillance capability.
When the vehicle is running, the battery pack charges through the vehicle's fuse box. Once the vehicle is turned off, the dash cam draws power from the iVolt Mini rather than continuously drawing power from the vehicle's main battery.
With a hardwired installation, the iVolt Mini can recharge in approximately 45 minutes while driving under the specified charging conditions.
Key Features
Extended parking surveillance
Up to approximately 20 hours with a 1-channel dash cam
Up to approximately 16 hours with a 2-channel dash cam
12.8V 4,500mAh battery capacity
57.6Wh capacity
LiFePO4 lithium iron phosphate battery technology
Approximately 45-minute charging time when hardwired
Designed to reduce reliance on the vehicle's main battery during parking mode
Compatible with Thinkware dash cams
Compact design for discreet vehicle installation
Specifications
| Specification | Thinkware iVolt Mini TWA-EXBH |
|---|---|
| Battery Type | LiFePO4 |
| Battery Voltage | 12.8V |
| Battery Capacity | 4,500mAh |
| Energy Capacity | 57.6Wh |
| 1-Channel Usage | Approx. 20 hours |
| 2-Channel Usage | Approx. 16 hours |
| Charging Time | Approx. 45 minutes |
| Input Power | 12.0–15.5V / 10A Max |
| Output Voltage | 12.0–14.6V |
| Output Current | 2.0A Max |
| Charging Voltage | 14.6V |
| Charging Current | 7A |
| Dimensions | 165.4 × 131.2 × 36.8 mm |
| Weight | 0.95 kg |
| Charging Temperature | 0°C to 45°C |
| Discharging Temperature | -10°C to 60°C |
| Model | TWA-EXBH |
Specifications are based on Thinkware's current published specifications.
Installation
The TWA-EXBH iVolt Mini is designed for hardwired installation and connects directly to the vehicle's fuse box. The battery charges while the vehicle is running and supplies power to the dash cam when the ignition is turned off.
A compatible Thinkware hardwiring installation is required. Some Thinkware dash cam bundles include the required hardwiring cable, while others may require it to be purchased separately.
What's Included
External Battery
Input Cable – Hardwire Charging Cable
Output Cable
3 Fuse Taps
3 Fuses
2 Velcro Mounting Strips
Quick Start Guide
Compatible With Thinkware Dash Cams
The iVolt Mini is designed for use with Thinkware dash cams and is compatible across the Thinkware dash cam range.
It is an excellent addition to dash cams such as the Thinkware U3000 PRO, ARC 900, ARC 700, F790 and other compatible Thinkware models when extended parking surveillance is desired.
Why Add an iVolt Mini?
A dedicated dash cam battery pack provides a convenient way to extend parking surveillance while reducing the need for the dash cam to continuously draw power from the vehicle's starter battery.
For customers who regularly park their vehicle for extended periods, the iVolt Mini is an excellent upgrade for maximizing the benefits of Thinkware's parking surveillance features.
Important Installation Note
The iVolt Mini is a hardwired battery pack and should be professionally installed or installed by someone familiar with automotive electrical systems. The optional 12V input cable is available separately for alternative charging applications.
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