Description
BEP Dual Battery Dist Cluster f/Single Engine | Boat Supply Store
This BEP Horizontal Battery Distribution Cluster streamlines dual battery management for single-engine vessels by fully automating the charging process and eliminating the need for a manual selector switch. It integrates a 140A dual-voltage system relay to protect sensitive electronics from engine start voltage drops, ensuring operational integrity. Designed for single outboard or single alternator inboard configurations, it handles charging systems up to 150A, providing reliable power distribution for extended fishing trips off the Texas coast.
Key Features
- Automates battery management for seamless operation
- Replaces manual selector switch with no extra wiring
- Protects sensitive electronics from engine start voltage spikes
- Handles charging systems up to 150A
- Suitable for single outboard or single alternator inboard applications
- Simplifies dual battery bank setup
- Ensures consistent power distribution
- Offers a robust electrical upgrade
Specifications
| Product Specifications | |
|---|---|
| Brand | BEP Marine |
| Model | Horizontal Battery Distribution Cluster |
| Engine Configuration | Single Engine |
| Battery Banks | Two |
| Replaces | Battery selector switch |
| Wiring Requirement | No extra wiring needed |
| System Type | Single outboard or single alternator inboard dual battery bank |
| Max Charging Current | 150A |
| MPN | 716-H-140A-DVSR |
| Amperage Rating | 140A |
Who This Is For
Boaters with single-engine vessels utilizing two battery banks seeking to automate battery management and eliminate manual selector switches. This unit is ideal for those who want enhanced electrical protection without complex rewiring for their dual-battery setup.
How It Compares
| Feature | BEP Dual Battery Dist Cluster f/Single Engine | Competitor |
|---|---|---|
| Amperage Rating | 140A | 100A, 120A |
| Control Type | Automatic Battery Management Cluster | Automatic Charging Relay (ACR), Automatic Charge Relay |
| Primary Application | Direct replacement for battery selector switch | Automatic battery isolation and charging, Automatic battery isolation and charging |
| Wiring Complexity for Replacement | No extra wires required | Requires dedicated wiring for ACR and battery banks, Requires dedicated wiring for ACR and battery banks |
Common Concerns Answered
Is the 150A charging system limit sufficient for high-output charging systems?
The BEP 716-H-140A-DVSR is rated for charging systems up to 150A. While sufficient for most single-engine applications, users with exceptionally high-output charging systems may find this limit restrictive.
Are there any regulatory concerns associated with this product?
The product includes a California Proposition 65 warning, which is a common disclosure for certain materials. Review the specific warning details if this is a primary concern for your location.
Will this product interfere with my existing electrical system?
Designed as a direct replacement for a battery selector switch with no extra wiring required for its intended application, the BEP cluster is engineered to integrate seamlessly into existing single-engine, dual-battery bank systems without causing interference.
Frequently Asked Questions
What is the BEP Horizontal Battery Distribution Cluster for?
The BEP Horizontal Battery Distribution Cluster is designed to automate battery management in single-engine vessels with two battery banks, acting as a direct replacement for a traditional battery selector switch while protecting onboard electronics.
Can this replace my existing battery selector switch?
Yes, this unit is engineered as a direct replacement for a battery selector switch in single-engine, dual-battery bank systems, requiring no extra wiring for installation.
What is the maximum charging current this cluster can handle?
The BEP Horizontal Battery Distribution Cluster is designed to handle charging systems up to 150A.
Is this suitable for a single engine setup?
Yes, this distribution cluster is specifically designed for single outboard or single alternator inboard dual battery bank systems.
What are the benefits of using this distribution cluster over a traditional switch?
The primary benefits include fully automatic battery management, elimination of manual switching, and protection of electronics from engine start spikes, all with a simplified installation process that requires no extra wiring.
