Carecell Battery CW660 can power 2 channel car camera for about 30-35 hours and 1 channel car camera for about 80 hours.

Battery Capacity 80Wh / 12.8V

This small battery pack can power 2 channel car camera for about 30-35 hours and 1 channel car camera for about 80 hours (model dependent).

LiFePO4 Battery Technology

High energy density combined with safety and consistent performance.

Super Fast Charging

It needs only 1 hour driving to charge 90%.

Extensibility & Usability

It supports external fuse box connection and various setting mode (ACC, 12V, 12.4V) based on your driving patterns. Extension Pack available.

Compact battery size

• Small size makes it easy to install inside your car
• Size : L:176 (mm) X W:143(mm) X H:34(mm)

Ultimate safety and performance

Auxiliary Battery for Vehicle Dash Cam - Carecell

• Adopting LiFePO4, known as safest battery
• 3-step voltage selectable
• Embedding exclusive circuit for charging
• Quick charging within 40 minutes
• Powering up over 13-hour for one time charge
• Compact size and easy installation
• Low voltage cut-off function

Carecell guarentees 3S - 3E - 1L

3S

• Safety in car - No danger of fire and explosion
• Speed in charge - Fully charged within 1 hour
• Saving in money - No waste on cost and capacity due to its efficient use

3E

• Easy installation - Self installation by connecting to fuse box
• Economic price - Purchase of high quality at reasonable cost
• Every capacity - Wide range of selection in capacity

1L

• Long life cycle - Usable more than 2000 cycles of charge/discharge

Why car auxiliary battery is necessary?

In driving mode, dash cam can be powered with car main battery without any trouble. However in parking mode, connecting dash cam to main battery can cause its discharge which leads to rapid reduction of life cycle of the battery. Thus, a smart auxiliary battery such as Carecell is necessary.

When a dash cam is used with a car battery for permanent recording, performance of battery can be reduced over 30%. Lowered performance of car main battery is not recoverable.

Dash cam can last over 30 hour only through 1 hour of charging

The higher spec in definition and number of channel a dash cam is equipped with, the more it is needed to use an auxiliary battery. Carecell is charged so fast that everyday driving is enough to run dash cam more than 30 hour in parking mode.

ZERO consumption of car main battery in ACC mode while a vehicle is parked.

* It can vary according to power consumption of dash camera.

Lithium iron phosphate battery (LiFePO4) which has great advantages over other battery technologies

Carecell uses Lithium iron phosphate battery (LiFePO4) technology. Compared to Li-ion battery whoch poses a risk of explosion due to its sensitivity to overcharge and heat, LiFePO4 is resistant to hot and cold and ensures rapid changing speed, no danger of explosion and long life span even with increased number of recharging cycles.

Advantages of LiFePO4

• Economic feasibility due to its long life despite frequent cycles of charge and discharge
• No danger of explosion due to its resistance to impact and heat
• Fast rate of charging and high efficiency
• Excellent stability

Can car main battery be exhausted?

Yes! The more elctronic systems a vehicle is equipped with, the more electricity it will require, resulting overload in a main battery. Let them take a rest at least while a vehicle is parked. To operate a dash cam for recording every event when a car is parked, an auxiliasy battery, Carecell is absolutely necessary.

The well-made auxiliary battery for dash cam - Carecell

As Carecell is being charged only when engine is running, car battery is never damaged (under ACC mode).

• Optimised design for vehicle dash cam
• LiFePO4, known for its high safety is used
• Long life span due to its intrinsic feature of over 2000 recharge cycles
• Installable at any desired location due to its compact size
• 2 times longer in running time with no increase in charging time when 2 Carecell are used together
• Main battery protection by connecting to a fuse box

Optimised design of charging circuit for vehicle dash cam

To prevent battery from overloading and secure its stability during charge, Carecell adopted an exclusive charging circuit, which is optimised for vehicle and dash cam, so that the balance of voltage and current is controlled. Ultimately, battery life and stability in its use are ensured.

• Stabilising charging
• Managing on battery life
• Controlling balance of current

Low voltage cut off function

To prevent main battery from being discharged due to supplying permanent power, low voltage cut-off function is embedded to protect main battery working through three selectable modes (ACC, 12.4V, 12V) on external switch.

Effective structure for radiation of heat

For efficient radiation of heat generated due to operation of dash cam, 15 radiation frames are designed on Carecell.

Overview

Dimensions and Components

Specifications

Input

• Voltage : 12~14.4V
• Current : 0~10A MAX

• 2Pin : BAT+, BAT- (Extended port)
• 3Pin : B+, ACC, GND (Supplying power to dash cam)
• 3Pin : B+, ACC, GND (Connecting to fuse box)
• 3-step selectable switch : ACC, 12.4V, 12V (Low voltage cut-off switch for main battery protection)

• Operating time : 30 hour (CW660)
• Net usable capacity : 6.4A (CW660)
• Battery capacity : App. 81W (CW660)
• Battery Type : LiFePO4