Description
Guest 2100 Battery Selector Switch | Boat Supply Store
Secure your vessel's electrical integrity with the Guest 2100 Cruiser Series Battery Selector Switch, engineered for critical power management on single or dual battery systems. This switch provides a robust 230 continuous amps and 345 momentary amps, ensuring reliable current delivery for demanding offshore operations. Its integrated Alternator Field Disconnect (AFD) feature offers superior protection, preventing electrical system damage during battery transitions, a vital safeguard for coastal cruisers navigating the Gulf Intracoastal Waterway.
Key Features
- Safeguards alternator with integrated Alternator Field Disconnect (AFD) technology.
- Supports broad voltage configurations, compatible with 6, 12, 24, or 36-volt systems.
- Handles high current loads with 230 continuous and 345 momentary amperage ratings.
- Ensures secure connections with a 3/8" cable lug size.
- Durable construction utilizes a robust polycarbonate case for longevity.
- Facilitates safe switching between battery banks and 'off' positions.
- UL Listed for verified electrical safety standards.
- Compact footprint with dimensions of 5-1/2"W x 2-5/8" for efficient panel mounting.
Specifications
| Product Specifications | |
|---|---|
| Continuous Amps | 230 |
| Momentary Amps | 345 |
| Cable Lug Size | 3/8" |
| Color | Orange |
| Dimensions | 5-1/2"W x 2-5/8" |
| Voltage Compatibility | 6, 12, 24, or 36-volt systems |
| Features | Alternator Field Disconnect (AFD) |
Who This Is For
Boaters requiring robust and safe battery selection for single or dual battery configurations, especially those operating 6, 12, 24, or 36-volt systems and prioritizing alternator protection during switching operations.
How It Compares
| Feature | Guest 2100 Battery Selector Switch | Blue Sea Systems 3600 Selector Switch |
|---|---|---|
| Continuous Amps | 230 | 350 |
| Momentary Amps | 345 | 500 |
| Alternator Field Disconnect (AFD) | Yes | No |
| Voltage Compatibility | 6, 12, 24, or 36V | 48V DC |
| Cable Lug Size | 3/8" | 3/8" |
Common Concerns Answered
Are the amperage ratings sufficient for high-demand systems?
The Guest 2100 is rated for 230 continuous amps and 345 momentary amps, suitable for most standard marine applications. Users with extremely high-draw electronics may wish to compare these ratings against their specific system requirements.
Does the orange color clash with my boat's interior?
While the switch features a durable orange polycarbonate case, this color choice is often for high visibility in marine environments. For those prioritizing aesthetic uniformity, alternative switches may be considered.
Is this switch a good value compared to others?
The Guest 2100 offers significant value, particularly with its integrated Alternator Field Disconnect (AFD) feature, which is a critical safety enhancement not commonly found in basic selector switches. Its pricing reflects a balance of essential functionality and protective technology.
Frequently Asked Questions
What is the continuous amperage rating of the Guest 2100 Cruiser Series Battery Selector Switch?
The continuous amperage rating of the Guest 2100 Cruiser Series Battery Selector Switch is 230 amps.
What is the momentary amperage rating of the Guest 2100 Cruiser Series Battery Selector Switch?
The momentary amperage rating of the Guest 2100 Cruiser Series Battery Selector Switch is 345 amps.
What is the cable lug size for the Guest 2100 Cruiser Series Battery Selector Switch?
The cable lug size required for the Guest 2100 Cruiser Series Battery Selector Switch is 3/8 inches.
What voltage systems is the Guest 2100 Cruiser Series Battery Selector Switch compatible with?
The Guest 2100 Cruiser Series Battery Selector Switch is compatible with 6, 12, 24, or 36-volt systems.
What is the Alternator Field Disconnect (AFD) feature on this switch?
The Alternator Field Disconnect (AFD) feature on this switch interrupts the alternator's field current when switching positions, thereby protecting the alternator and the vessel's electrical system from potential voltage spikes and damage during transitions.
