Description
Connect-Ease Graph Power Tiller | Boat Supply Store
Streamline power delivery for multiple onboard marine electronics by directly connecting to your battery with this fused distribution system. It features 10ft of 10 AWG marine-grade wire, protected by nylon sheathing, ensuring efficient current transfer and RF interference mitigation. With three individually fused outputs rated at 3A or 5A, and a 30A main fuse at the battery, this unit provides dedicated, protected power for critical navigation and fishing equipment.
Key Features
- Direct battery power for graphs and networking devices
- Durable 10ft of 10 gauge marine-grade wire
- Protected nylon sheathed wire limits RF interference
- Versatile 3 fused power outputs
- Optimized for fish finders, GPS, and NMEA boxes
- Robust 30 Amp main fuse at the battery
- Selectable 3 Amp or 5 Amp fuses at connections
- Reliable waterproof, vibration, and interference-resistant connections
Specifications
| Product Specifications | |
|---|---|
| Wire Gauge | 10 AWG |
| Wire Length | 10 ft |
| Sheathing | Nylon |
| Number of Fused Connections | 3 |
| Main Fuse Rating (Battery) | 30 Amp |
| Connection Fuse Ratings | 3 Amp or 5 Amp |
| Connection Type | Waterproof/Vibration/Interference Resistant Heat-Shrinkable Crimped |
| Lithium Compatible | Yes |
Who This Is For
Boaters requiring a consolidated and protected power source for multiple marine electronics, ensuring optimal performance and compliance. Ideal for anglers and navigators who depend on reliable power for fish finders, GPS, and networking equipment.
How It Compares
| Feature | Connect-Ease Graph Power Tiller | Competitor |
|---|---|---|
| Wire Gauge | 10 AWG | Requires separate wire purchase |
| Wire Length | 10 ft | Requires separate wire purchase |
| Number of Fused Outputs | 3 | 6 |
| Fuse at Battery | 30 Amp | Requires separate fuse |
| Fuses at Connections | 3 Amp or 5 Amp (user choice) | Requires separate fuses |
| Lithium Compatible | Yes | Yes |
| Wire Gauge | 10 AWG | 10 AWG |
| Wire Length | 10 ft | — |
| Number of Fused Outputs | 3 | 1 |
| Fuse at Battery | 30 Amp | 30A |
| Fuses at Connections | 3 Amp or 5 Amp (user choice) | Integrated 30A fuse |
| Lithium Compatible | Yes | Yes |
Common Concerns Answered
Is the 10ft wire length sufficient for all vessel sizes?
While 10ft of wire is suitable for many boats, larger vessels may require longer extension cables or a different power distribution solution. Consider your boat's layout to ensure proper placement.
Are the 3A or 5A fuses at the connections suitable for all electronics?
These connection fuses are designed for common marine electronics like fish finders and GPS units. High-draw devices may require evaluation to ensure compatibility or the use of a different fuse rating if the unit were user-replaceable.
Why is this seemingly more expensive than buying individual components?
The investment in this integrated unit reflects the use of marine-grade components, the convenience of a pre-assembled solution, and the built-in RF interference mitigation. This simplifies installation and ensures a robust, reliable power system.
Frequently Asked Questions
What is the Connect-Ease Graph Power Tiller designed for?
It is designed to provide a direct, fused power connection from the battery to multiple marine electronics, such as fish finders, GPS units, networking devices, and NEMA boxes, ensuring optimal performance and durability.
What gauge marine grade wire is used in the Connect-Ease Graph Power Tiller?
The Connect-Ease Graph Power Tiller utilizes 10 gauge marine-grade wire.
How many fused connections does the Connect-Ease Graph Power Tiller offer?
The Connect-Ease Graph Power Tiller offers three fused connections.
What amperage is the main fuse at the battery for the Connect-Ease Graph Power Tiller?
The main fuse at the battery for the Connect-Ease Graph Power Tiller is a 30 Amp fuse.
What amperage are the fused connections on the Connect-Ease Graph Power Tiller?
The fused connections on the Connect-Ease Graph Power Tiller can be either 3 Amp or 5 Amp, offering a choice based on the electronics being powered.
