2CB-E8.8/1.8 — 15/3.0 ml/rev; max. 2.5/20 MPa; 3600 rpm; clockwise rotation. MOQ is flexible by pump type and order value, with 1–2 pcs available at higher unit prices.
2.5/20 MPa • 3600 rpm • Clockwise rotation
2CB-E8.8/1.8 is a log splitter hydraulic pump offered by Ever Power Netherlands Branch. Nominal displacement is 15/3.0 ml/rev, the listed pressure is 2.5/20 MPa, and the speed reference is 3600 rpm.
In a typical two-stage log splitter circuit, the larger displacement assists cylinder travel at lower pressure. When load rises, the circuit shifts toward the smaller displacement and higher force. The control and unloading arrangement must be matched to the actual machine.
For this reference, the listed operating data is 15/3.0 ml/rev with a 2.5/20 MPa pressure pair. Quotation and replacement checks should use the stated pump data together with the full existing part identification.
Displacement figures describe two pump sections; check how the machine unloads or combines them.
Where two pressures are shown, read them as stage-specific limits, not a single universal operating pressure.
Thread form, actual opening diameter and suction supply need to match the original layout.
Use the 15/3.0 ml/rev specification shown for this item; confirm the shaft, flange and suction/discharge positions against the existing unit before ordering.
Higher flow moves the splitting cylinder toward the log at lighter load.
At higher resistance, the pressure and stage transition are managed by the hydraulic circuit.
Check flow, valve centre condition and reservoir supply for repeatable operation.
Compare nearby pump references by actual hydraulic figures first. Connection geometry and pump drive arrangement still need to be matched independently.
| Model | Displacement | Pressure | Speed | Rotation |
|---|---|---|---|---|
| 2CB-E8.8/1.8 | 15/3.0 ml/rev | 2.5/20 MPa | 3600 rpm | Clockwise |
| CBNA-13/3.0 | 13/3.0 ml/rev | 2.5/20 MPa | 3600 rpm | Clockwise |
| CBNA-15/3.0 | 15/3.0 ml/rev | 2.5/21 MPa | 3600 rpm | Clockwise |
| 2CB-E8.8/2.1 | 8.8/2.1 ml/rev | 2.5/20 MPa | 3600 rpm | Clockwise |
| Product reference | 2CB-E8.8/1.8 |
|---|---|
| Pump application | Log Splitter Hydraulic Pump |
| Nominal displacement | 15/3.0 ml/rev |
| Listed maximum pressure | 2.5/20 MPa |
| Speed reference | 3600 rpm |
| Rotation direction | Clockwise |
| Inlet / suction connection | 25.4 mm diameter |
| Outlet / discharge connection | NPT 1/2 |
| Typical application | hydraulic wood-splitting equipment |
| Mounting/shaft drawing | Confirm dimensions and drawing availability for the ordered configuration |
| Supplier | Ever Power Netherlands Branch |
Flow and pressure must be evaluated with the machine’s pump drive, circuit relief setting and duty cycle. The listed maximum is not a blanket continuous-duty guarantee.
The 15/3.0 ml/rev arrangement has to suit cylinder volume, desired stroke time and engine or motor power. The 2.5/20 MPa pressure entry must be considered together with the system relief and unloading setup. A port match on its own is not enough.
When replacing a splitter pump, record suction opening dimensions, discharge thread, port centre positions, shaft type, pump rotation and the way the existing circuit changes from high flow to high force.
Confirm the suction diameter and discharge thread shown above. Avoid undersized suction lines, air leaks and incompatible NPT/G fittings.
Review the changeover/unloading circuit and machine relief pressure before operating at the stated stage limits.
Ensure adequate reservoir supply, verify clockwise rotation as specified, bleed where instructed and observe cylinder extension/retraction without overloading.
Use the original pump marking for identification, then compare the shaft, flange, port layout, rotation and hydraulic duty. OEM reference numbers help start a cross-check; they do not by themselves establish one-to-one interchangeability.
| Reference to compare | 2CB-E8.8/1.8 |
|---|---|
| Hydraulic figures | 15/3.0 ml/rev; 2.5/20 MPa; 3600 rpm |
| Rotation check | Clockwise |
| Physical check | Drive end, flange, ports, clearance and mounting hole centres |
| Documents for confirmation | Nameplate or OEM reference, photos, dimensioned drawing where available |
A two-stage hydraulic arrangement can provide a higher travel flow at low resistance and a lower flow when the circuit needs greater pressure. Actual stage switching depends on the machine’s unloading/control system.
No. For this model the pressure entry is 2.5/20 MPa. Each stage and the circuit relief settings must be assessed separately.
Match the inlet 25.4 mm diameter and outlet NPT 1/2 as well as thread type, port spacing and hydraulic hose connections.
A 1–2-piece order may be quoted at an adjusted unit price. New customers may request 1–5 samples when feasible; conditions depend on the selected product.
Minimum order quantity (MOQ) is assessed by pump type, specification and total order value. Where production conditions allow, orders of just 1–2 units can be quoted, although the unit price will usually be higher than for a batch order.
New customers may request 1–5 samples when suitable. Availability and sample pricing are confirmed for the selected model.
Different hydraulic pump models may be combined in one order; the target combined order value is approximately USD 1,500.
Standard parts: 10–25 working days. Customized assemblies: 20–45 working days. Project equipment: 45–120 working days.
Trade terms: EXW, FOB, CIF and DAP are normally available. FCA, CFR, CPT, CIP and DDP can be discussed according to the destination and shipment requirements. The agreed lead time and Incoterm will be stated in the formal quotation.
For another pump reference within this application, compare 2CB-E13/1.8. Confirm the replacement interfaces rather than ordering from displacement figures alone.
For 2CB-E8.8/1.8, send the required quantity, the equipment model, an existing part number, shaft and port photos, and any available dimension drawing. Contact Ever Power Netherlands Branch at sales@netherlandsdrive.com.
Stainless steel gearboxes are widely used in industrial transmission fields due to their high strength and corrosion resistance. However, in actual use, stainless steel gearboxes may still malfunction due to improper design, installation, lubrication or maintenance....
In modern logistics automation systems, the CC600 Crate Conveyor Chain in Amsterdam plays a crucial role. With the continuous development of warehousing and sorting technologies, enterprises have increasingly higher requirements for the stability, efficiency and...
This article mainly explains and analyzes the structural design characteristics of the sprocket based on its role in the scraper conveyor, thereby leading to the necessity of researching the material and processing technology of the sprocket and the key technical...
