Description
Bluewater Motor Reversing Module | Boat Supply Store
Engineered for demanding marine environments, this module simplifies electric motor control by providing automatic directional reversal upon receiving a control switch pulse. It integrates dynamic braking, ceasing motor operation instantly when the switch is released, enhancing precision for applications like electric hatches or winches. Constructed with epoxy-anchored studs and tin-plated brass hardware, it guarantees exceptional corrosion resistance, crucial for saltwater conditions, and its low-profile design conserves valuable vessel space.
Key Features
- Automatically reverses motor direction with a control switch pulse
- Provides dynamic braking to stop motor operation instantly
- Features a space-saving, low-profile design
- Offers secure anchoring with epoxy-anchored studs
- Ensures superior corrosion resistance with tin-plated brass hardware
- Ideal for tarp/lift, hoist, hatch, winch, and outrigger applications
- Simplifies electrical control systems
- Reliable performance in marine environments
Specifications
| Product Specifications | |
|---|---|
| Brand | Bluewater |
| SKU | CWR111609 |
| MPN | 2300-1001-B |
| Automatically reverses motor direction | Yes |
| Dynamic braking | Yes |
| Design | Low-profile |
| Stud anchoring | Epoxy-anchored |
| Hardware material | Tin-plated brass |
Who This Is For
Boat owners and marine mechanics seeking a compact and robust solution for controlling electric motor direction, suitable for DIY installations or professional upgrades. This module is designed for those requiring reliable forward/reverse operation and immediate stopping power across a range of marine equipment.
How It Compares
| Feature | Bluewater Motor Reversing Module | Rotary switch form factor |
|---|---|---|
| Automatic Reversing | Yes | No (requires manual switch operation), No |
| Dynamic Braking | Yes | No, No |
| Low-Profile Design | Yes | No (Rocker switch form factor), No |
| Corrosion Resistance | Tin-plated brass studs and hardware | Brass terminals, Bronze alloy contacts, nickel-plated brass studs |
Common Concerns Answered
What is the amperage rating of the Bluewater Motor Reversing Module?
While specific amperage ratings are not consistently listed in all product details, this module is designed for typical marine electric motor loads. For precise application, consult your motor's specifications and consider the combined current draw to ensure compatibility.
Is the installation of this module complicated for a beginner?
The installation difficulty is rated as moderate (3/3). While straightforward for those with basic electrical wiring knowledge, securing proper wire gauge and ensuring all connections are watertight is critical for reliable operation and longevity in a marine environment.
How does the module handle corrosion in a marine environment?
This module is built for durability with epoxy-anchored studs and tin-plated brass hardware, offering robust protection against corrosion, a critical factor for longevity and performance on saltwater vessels.
Frequently Asked Questions
How does the Bluewater Motor Reversing Module automatically reverse motor direction?
The module utilizes a momentary pulse from a control switch to trigger its internal switching mechanism, which reverses the polarity supplied to the electric motor, thereby changing its direction of rotation.
What types of applications is the Bluewater Motor Reversing Module ideal for?
It is ideal for a wide array of applications including electric hatches, boat lifts, winches, outriggers, snowplows, and fans, where automated or simple directional control is required.
What is dynamic braking and how does it work with this module?
Dynamic braking is a method of stopping a motor by shorting its terminals together when the control switch is in the 'Off' position. This creates an electrical resistance that quickly dissipates the motor's rotational energy, bringing it to a halt.
What are the benefits of the low-profile design of this module?
The low-profile design is crucial for installation in tight spaces commonly found on boats, conserving valuable real estate while maintaining full functionality and accessibility for wiring.
What materials are used for the studs and hardware to ensure corrosion resistance?
The module features epoxy-anchored studs for secure mounting and tin-plated brass studs and hardware, which are specifically chosen for their superior resistance to saltwater corrosion, ensuring long-term reliability.
