Description
Whale Gusher 10 Bilge Pump | Boat Supply Store
For demanding marine applications requiring robust bilge water evacuation, the Whale Gusher 10 manual bilge pump is engineered for extreme reliability. Its diecast alloy construction ensures exceptional longevity, while high-flow, non-choke valves achieve an impressive output of 65 liters (17 US gallons) per minute. This self-priming pump is also suitable for diesel transfer when fitted with a Nitrile diaphragm, making it an essential component for offshore cruisers and workboats operating in challenging conditions.
Key Features
- Durable Diecast Alloy Construction for extreme marine conditions.
- High Flow Non-choke valves providing 65 L/min (17 GPM) output.
- Versatile Three mounting options: bulkhead, floor, or thru-deck.
- Self-Priming for immediate operation without manual priming.
- Diesel Transfer Capability with appropriate Nitrile diaphragm.
- Robust Design engineered for longevity and rigorous use.
- Easy Installation and maintenance protocols.
- Ideal for demanding vessels like offshore racers and workboats.
Specifications
| Product Specifications | |
|---|---|
| Pump Type | Manual Bilge Pump |
| Model | Gusher 10 |
| Brand | Whale Marine |
| Construction Material | Diecast Alloy |
| Flow Rate | 65 liters (17 US gallons) per minute |
| Mounting Options | Bulkhead, Floor, Thru-Deck |
| Self-Priming | Yes |
| Diesel Transfer Capable | Yes (with Nitrile diaphragm) |
| MPN | BP3708 |
Who This Is For
Boat owners, especially those operating workboats, cruisers, and offshore racing vessels, who require a high-flow, durable manual bilge pump. It is also suited for individuals needing a reliable pump for diesel transfer in challenging marine environments.
How It Compares
| Feature | Whale Gusher 10 Bilge Pump | Competitor |
|---|---|---|
| Flow Rate | 65 ltrs (17 US gals) per minute | 90 ltrs (24 US gals) per minute |
| Construction Material | Diecast Alloy | Diecast Alloy |
| Mounting Options | Bulkhead, floor, or thru-deck | Bulkhead, floor, or thru-deck |
| Self-Priming | Yes | Yes |
| Diesel Transfer Capability | Yes (with Nitrile diaphragm) | Yes |
Common Concerns Answered
Why isn't the service kit included?
The Whale Gusher 10 is designed for longevity, and a service kit is sold separately to allow owners to purchase it only when needed, providing flexibility and reducing initial cost for those who may not require immediate diesel transfer capability or anticipate frequent diaphragm replacement.
Is this pump complicated to install?
While designed for straightforward installation with multiple mounting options, securing the pump and ensuring proper hose connections are critical for optimal performance. Basic familiarity with marine plumbing is recommended, and professional installation is an option for those less experienced.
Is the price of the Whale Gusher 10 justified?
The initial investment in the Whale Gusher 10 reflects its superior diecast alloy construction and robust design, which ensure exceptional durability and a high flow rate of 65 L/min. This makes it a cost-effective choice for demanding applications where reliability and longevity are paramount, outperforming less expensive plastic alternatives over time.
Frequently Asked Questions
What is the flow rate of the Whale Gusher 10 bilge pump?
The Whale Gusher 10 has a maximum flow rate of 65 liters (17 US gallons) per minute.
Can the Whale Gusher 10 be used for diesel transfer?
Yes, the Whale Gusher 10 is suitable for diesel transfer when fitted with a Nitrile diaphragm. A specific service kit (AK3714) is available separately for this purpose.
What are the mounting options for the Whale Gusher 10?
The Whale Gusher 10 offers three versatile mounting options: bulkhead, floor, or thru-deck mounting.
Is the Whale Gusher 10 self-priming?
Yes, the Whale Gusher 10 is designed to be self-priming, ensuring it can effectively evacuate bilge water without manual priming.
What is the construction material of the Whale Gusher 10?
The Whale Gusher 10 is constructed from durable diecast alloy, providing exceptional robustness for demanding marine environments.
