The D-Max Connector Y-Adapter Parallel EC3 is a specialized connecting element designed for connecting two batteries with EC3 connectors in parallel. This configuration effectively doubles the total capacity (in mAh) of your power supply while maintaining a constant voltage (Volts). This leads to significantly extended operating times for your remote-controlled model. The adapter is aimed at RC model builders who want to maximize the run time of their vehicles, aircraft, or boats without the hassle of a battery swap.

Key Features

• Parallel Battery Connection: Connects two battery packs so their capacities add up, while the voltage of the individual packs remains unchanged.
• Doubled Capacity: By combining the milliampere-hours (mAh) of both batteries, your model gains a significantly higher energy reserve.
• Extended Operating Time: The increased total capacity allows for considerably longer driving or flying times before the batteries need recharging.
• EC3 Plug System: The adapter is equipped with the popular and reverse-polarity protected EC3 connectors, ensuring a reliable and low-loss connection.
• Easy Installation: Designed as a plug-and-play solution, the adapter requires no soldering and can be inserted directly between the batteries and the electronic speed controller (ESC).
• Compact Design: The clean workmanship and Y-shaped cable arrangement allow for space-saving and tidy integration into your RC model.

Technical Specifications

• Manufacturer: D-MAX
• Product Type: Y-Adapter
• SKU: B9717
• Electrical Circuit: Parallel
• Connector Type: EC3
• Connection Configuration: 1-to-2

Scope of Delivery

• 1 x D-Max Connector Y-Adapter Parallel EC3

Application

This adapter is intended for use in RC models where extended run time is desired. It is strongly recommended to use only batteries with identical cell counts, capacity, and, if possible, a similar state of charge to prevent uneven discharge. Please carefully monitor the temperature of your motor and electronic speed controller (ESC), as extended operating times can lead to higher overall thermal stress.