Log Splitter Pump
The power you need for Australia’s toughest hardwoods. Find the perfect 2-stage hydraulic pump for your splitter.
Technical Specifications
This table contains all the detailed specifications for the GBC log splitter pump range. Click on any one to check the detailed information and compare models.
| Model | Displacement (mL/r) | Max PSI | Max RPM | Inlet Port | Outlet Port |
|---|---|---|---|---|---|
| CBNA-8.8/3.6 | 8.8 / 3.6 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| CBNA-13/3.0 | 13 / 3.0 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| CBNA-15/3.0 | 15 / 3.0 | 3045 | 3600 | Φ25.4 | NPT 1/2 |
| CBDN-22/4JL | 22 / 4 | 4061 | 3600 | Φ30 | NPT 3/4 |
| GHP-F3.5/F3.5R | 3.5 / 3.5 | 3625 | 3600 | 2-G 3/8 | 2-NPT 1/2 |
| CBNA-6.3/2.1 | 6.3 / 2.1 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| 2CB-E8.8/2.1 | 8.8 / 2.1 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| 2CB-4.2/1.0 | 4.2 / 1.0 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| 2CB-E13/1.8 | 13 / 1.8 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
| 2CB-E8.8/1.8 | 8.8 / 1.8 | 2900 | 3600 | Φ25.4 | NPT 1/2 |
Log Splitter Hydraulic Pumps for Sale
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Hydraulic 2-Stage Log Splitter Pump 0.9 GPM 3600 PSI CW Rotation – GHP-F3.5/F3.5R
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Hydraulic 2-Stage Log Splitter Pump 5.8 GPM 4000 PSI CW Rotation – CBDN-22/4JL
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Hydraulic 2-Stage Log Splitter Pump 1.7 GPM 2900 PSI CW Rotation – CBNA-6.3/2.1
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Hydraulic 2-Stage Log Splitter Pump 2.3 GPM 2900 PSI CW Rotation – 2CB-E8.8/2.1
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Hydraulic 2-Stage Log Splitter Pump 3.4 GPM 2900 PSI CW Rotation – CBNA-13/3.0
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Hydraulic 2-Stage Log Splitter Pump 4.0 GPM 3000 PSI CW Rotation – CBNA-15/3.0
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Hydraulic 2-Stage Log Splitter Pump 2.3 GPM 2900 PSI CW Rotation – CBNA-8.8/3.6
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Hydraulic 2-Stage Log Splitter Pump 3.4 GPM 2900 PSI CW Rotation – 2CB-E13/1.8
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Hydraulic 2-Stage Log Splitter Pump 1.1 GPM 2900 PSI CW Rotation – 2CB-4.2/1.0
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Hydraulic 2-Stage Log Splitter Pump 4.0 GPM 2900 PSI CW Rotation – 2CB-E8.8/1.8
The GBC Advantage: Why Professionals Choose Us
It’s about more than specs; it’s about investing in reliability, performance, and support. As the official Australian agent for Ever-power, we offer a unique combination of factory-direct quality and local expertise.
Superior Materials
Choose from high-tensile aluminum alloy for excellent heat dissipation or rugged cast iron bodies for maximum durability in commercial applications.
Rigorous QC
Every pump is manufactured under ISO 9001 standards and is pressure-tested and flow-rated before leaving the factory. Guaranteed performance.
Proven in Australia
Engineered to power through the dense, interlocked grain of Australian hardwoods like Ironbark and Red Gum where lesser pumps fail.
Local Warranty & Support
Get dedicated Australian support and a comprehensive 2-Year Full Replacement Warranty. No international calls, no frustrating delays.
The 2-Stage Pump Advantage
Ever wondered how a log splitter achieves both speed and immense power? The secret is the 2-stage pump. This section explains the engineering that saves you time and fuel with every log you split.
Stage 1: High Speed, Low Pressure
The cycle begins with the pump delivering high fluid volume (GPM). This extends the ram quickly to meet the log. It’s all about speed, minimizing wasted time before the hard work begins.
Stage 2: High Pressure, Low Speed
Once the ram hits the wood, the pump automatically senses the resistance and switches to the high-pressure stage. Flow (GPM) drops, but pressure (PSI) skyrockets, generating the massive force needed to split tough, knotty timber.
Smarter, Not Harder.
This intelligent dual-stage system ensures your engine’s horsepower is used efficiently. It prevents stalling on tough logs and dramatically reduces the overall cycle time compared to a basic single-stage pump.
- ✓Faster Cycle Times: Less waiting, more splitting.
- ✓Improved Fuel Efficiency: Engine isn’t overworked.
- ✓Longer Engine Life: Reduced strain under load.
The Ultimate Buyer’s Guide
Selecting the right hydraulic pump is the most important decision for your log splitter. This guide empowers you with the knowledge to choose the perfect pump for your needs in three simple steps.
Match to Engine HP
The critical first step. An oversized pump will stall your engine; an undersized one will be painfully slow. Match pump GPM to your engine’s horsepower for optimal performance.
Understand Speed & Power
GPM (Gallons Per Minute) dictates your splitter’s speed (cycle time). PSI (Pounds per Square Inch) determines its power (tonnage). Our calculator helps you see how these specs translate to real-world results.
Check Physical Fit
Confirm your engine’s mounting pattern (e.g., 4-bolt), shaft size (e.g., 1/2″ keyed), and port threads (e.g., NPT) to ensure a seamless installation. Our pumps use industry-standard sizes.
Real-World Performance in Australia
Don’t just take our word for it. Here’s what users are saying after upgrading to a GBC hydraulic pump.
“After evaluating multiple options, we chose this hydraulic pump for log splitter, and it has proven to be a wise investment. The pump’s high – efficiency motor consumes less power while delivering consistent performance. It has a wide operating temperature range, which is crucial for our outdoor logging operations in varying weather conditions. The vendor’s technical support was also excellent during the installation process.”
“The wood splitter hydraulic pumps we purchased have been a game – changer. Its high – pressure output ensures efficient splitting of even the toughest logs. The build quality is robust, with durable seals that prevent leaks. Installation was straightforward, and the pump operates quietly, minimizing noise pollution in our work environment. It’s a reliable addition to our logging equipment.”
“The timber splitter hydraulic pump has exceeded our expectations in terms of performance. The precision – engineered components ensure smooth operation, reducing wear and tear on our log – splitting machinery. The pump’s easy – to – access filter makes regular maintenance a breeze. We’ve noticed a significant decrease in downtime since installing it, which has improved our overall production efficiency.”
FAQs
Got a question? We’ve got answers. If you don’t see your question here, feel free to contact our support team.
What type of hydraulic fluid is best?
We recommend a high-quality, standard hydraulic fluid such as AW-32 (10-Weight) or AW-46 (20-Weight). AW-46 is a great all-around choice for most Australian conditions. The most important factor is keeping the fluid clean; always use a return line filter to protect your pump.
Can I use a GBC pump to replace another brand?
Yes, in most cases. GBC pumps use industry-standard SAE mounting patterns and shaft sizes. The key is to match the performance specs (GPM and HP requirements) and physically check your existing mount and shaft dimensions. Our Australian team can help you cross-reference models.
What are the signs of a failing pump?
Common signs include a noticeable loss of power or speed, an inability to split logs it previously could, excessive whining or grinding noises, or visible fluid leaks from the pump body. If you experience these, it may be time for a replacement.
Complete Your Build or Repair
A high-performance system requires quality components. We offer a full range of compatible parts to optimize your log splitter.
Control Valves
Log splitter valves with auto-return detent to improve your workflow efficiency.
Hydraulic Cylinders
Heavy-duty, welded-body hydraulic cylinders in various bore sizes and stroke lengths.
PTO Drivelines
Power your splitter from a tractor’s PTO shaft with our range of drivelines and agricultural gearboxes.
Hoses & Fittings
High-pressure hoses, NPT fittings, and filter assemblies to complete your system safely.
Contact Us
Have any questions? As a professional log splitter pump supplier and manufacturer, our team is ready to help you find the perfect hydraulic solution.
