Reference configuration: 1,050 kg rated operating capacity · 0.5 m³ bucket · 3,500 kg operating weight · 80 L/min rated hydraulic flow.
The Hongli HLY75 is a wheeled skid steer loader with a catalog-rated operating capacity of 1,050 kg, a 0.5 m³ bucket and a listed operating weight of 3,500 kg. Its technical data lists 80 L/min rated hydraulic flow and a separate 120 L/min high-flow system entry. The catalog also gives 1,880 mm width with bucket, 3,500 mm pin height and 2,450 mm dump height. Confirm the offered hydraulic package, attachment and loading geometry before ordering.
Buying the loader around a powered attachment? Send Hongli Machinery the tool’s exact model and hydraulic specification, material or load, loading height, destination country and expected quantity. Request an HLY75 configuration proposal that identifies the machine and attachment as one matched package.
A High-Flow Number Does Not Define the Complete Attachment Package
The HLY75 has two distinct hydraulic entries: 80 L/min rated flow and 120 L/min high flow. These are not two numbers to add together. They do not establish 200 L/min at an attachment, and the high-flow entry does not establish that every quoted HLY75 includes that configuration.
Before buying a tool, ask which hydraulic package is included in the quotation and what it supplies at the auxiliary connection. The reference data does not specify auxiliary pressure, the operating conditions for the published flow or continuous attachment-duty capability. It therefore cannot, by itself, approve a particular attachment.
Flow, Pressure and Control Answer Different Questions
A powered tool needs an appropriate flow range and pressure capability, together with the correct return arrangement, controls and mounting interface. Its stated maximum flow is a limit, not an instruction to supply as much oil as the loader can deliver. A tool intended for a lower flow range should not simply be connected and operated at the 120 L/min setting.
Likewise, “high flow” does not tell you whether continuous flow can be selected, whether flow can be adjusted to the tool’s requirement, or whether a case-drain connection is provided. Those are separate configuration questions. Confirm any required drain line and allowable backpressure from the attachment’s own documentation.
The useful procurement question is not just “Does it have high flow?” It is: “Can the quoted HLY75 supply this attachment’s specified flow and pressure, with the correct return, drain and controls, for the planned duty?”
For example, two tools described as a sweeper or auger may use different hydraulic motors and control arrangements. The attachment name is not enough to select the machine package. Send the model-specific data rather than a photograph alone.
More Flow Is Not a Guaranteed Productivity Increase
The 120 L/min entry is numerically 50% higher than 80 L/min, but it does not demonstrate 50% more useful work, attachment speed or daily output. The attachment’s permitted operating range, available pressure, engine loading, cooling and task all affect the result. The supplied reference data does not establish those combined operating conditions.
If the job is bucket loading and does not require that auxiliary package, high flow should not be the reason to choose the HLY75. Select the loader against the actual load, receiving point and travel route first.
Who Should Consider the HLY75?
The HLY75 is worth assessing when its 1,050 kg reference capacity and loading geometry fit the work, particularly when you also need to investigate a specified powered attachment. It offers a defined comparison with the HLY65: both list a 0.5 m³ bucket and 1,880 mm width with bucket, while their rated loads, pin heights, machine masses and hydraulic entries differ.
Potential applications to evaluate include loose-material loading in a yard, site cleanup and work with a manufacturer-matched powered tool. Suitability depends on the actual material, attachment, receiving height and surface conditions. The model name alone does not prove a fit for a particular attachment category.
When to Choose Something Else
Do not choose the HLY75 merely because a tool advertisement says “high flow.” If its required hydraulic package cannot be confirmed on the offered machine, select a different tool or loader configuration.
Also choose another solution if the approved attachment-specific capacity is insufficient, the receiving vehicle cannot be cleared in the actual dump position, or the complete machine and attachment cannot use the planned route. If the HLY65 already meets the load and geometry requirements, compare the complete quotations before paying for capability the job does not use.
HLY75 Reference Specifications
These entries describe the supplied reference configuration. They should be checked against the offered build, especially for an order involving powered attachments or critical loading clearances.
| Item | Reference specification |
|---|---|
| Model | HLY75 wheeled skid steer loader |
| Rated operating capacity | 1,050 kg |
| Tipping load | 2,100 kg |
| Bucket capacity | 0.5 m³; capacity measurement basis not stated |
| Operating weight | 3,500 kg |
| Maximum travel speed | 12 km/h |
| Tire model | 12-16.5 |
| Rated hydraulic flow | 80 L/min |
| High-flow system entry | 120 L/min; confirm the package included in the quotation |
| Auxiliary pressure and continuous-duty conditions | Not specified in the supplied reference data |
| Fuel tank capacity | 90 L |
| Hydraulic oil tank capacity | 90 L |
| Pin height, catalog table label “Height to Boom Pivot Pin” | 3,500 mm; confirm the measurement point |
| Overall height | 2,160 mm |
| Length with bucket | 3,580 mm |
| Length without bucket | 2,880 mm |
| Width with bucket | 1,880 mm |
| Gauge, catalog label “Track Width” | 1,500 mm; confirm measurement points |
| Wheelbase | 1,115 mm |
| Ground clearance | 205 mm |
| Dump height | 2,450 mm |
| Maximum reach | 750 mm |
| Reference engine designation | 498T; confirm manufacturer and exact offered model |
| Reference rated engine power and speed | 55 kW at 2,450 rpm; gross/net basis not stated |
| Reference engine displacement | 3.168 L |
The engine entries identify the reference parameter-sheet configuration. They do not establish the engine supplied to every destination or prove an emissions certification. Request exact engine identification and applicable documentation with the quotation.
Check Loading Geometry Before Choosing from Pin Height
The HLY75 catalog drawing labels 3,500 mm as bucket hinge-pin height, while its table uses “Height to Boom Pivot Pin.” Confirm the exact measurement point on the offered build. Neither label should be treated as the height of the bucket’s discharge edge.
The separate listed dump height is 2,450 mm. When evaluating a receiving vehicle, check its edge height and opening together with the required reach and the selected bucket’s dump position. The listed maximum reach of 750 mm is not proof that every maximum height and reach occurs at the same position.
The distinction is clear in the HLY65 comparison. Its listed pin height is 3,100 mm, 400 mm below the HLY75 figure. Yet the catalog dump heights differ by only 50 mm: 2,400 versus 2,450 mm. The larger pin-height number cannot be used as a one-for-one improvement in receiving-edge clearance.
Capacity and Transport Still Need Their Own Checks
The 0.5 m³ bucket is a volume specification, not a guarantee that a full bucket of every material is within the approved load. Establish the material mass and the rating for the actual bucket or other attachment. A heavier tool or a different load position requires its own assessment.
The 2,100 kg tipping-load entry is not a working allowance. The catalog does not supply the complete rating conditions or an attachment-specific load chart. For forks, provide load mass and dimensions and request the approved capacity for the intended load position.
Use the listed 3,500 kg operating weight as a reference, not as the shipping gross weight. Confirm the configured machine mass, packing, separately shipped tools and complete transport dimensions. The 1,880 mm width entry explicitly includes the bucket; it does not independently establish bare-machine width with another tool fitted.
HLY75 Compared with HLY65 and HLY100
The HLY65 wheeled skid steer loader lists 950 kg rated operating capacity, 3,350 kg operating weight and 75 L/min rated flow, with no high-flow value specified in its technical table. It shares the HLY75’s listed bucket volume and width, but not all its capabilities or dimensions. Compare the actual package if the task needs more than the HLY65’s approved load or a specifically identified hydraulic arrangement.
The HLY100 wheeled skid steer loader lists 1,200 kg rated operating capacity, a 0.55 m³ bucket, 3,550 kg operating weight and 140 L/min in its high-flow entry. Its listed pin height is 3,150 mm, below the HLY75’s 3,500 mm entry, while its listed dump height is slightly higher at 2,500 mm. A larger model number is therefore not evidence of a higher pin position in every specification.
Do not assume these catalog comparisons prove identical rating conditions, attachment geometry or engine packages. Use them to identify which configuration needs a closer check. HLY100 may be worth considering for its additional reference capacity or a matched hydraulic requirement; HLY75 may remain appropriate when its own approved package fits the task.
HLY75 Buyer Questions
Does every HLY75 include 120 L/min high flow?
The catalog lists a 120 L/min high-flow system entry, but does not identify the package included in every sale. Have the quotation state the actual hydraulic configuration, available auxiliary flow and pressure, and required controls.
Can I add 80 and 120 L/min to get the total attachment flow?
No. They are separate reference entries, not an approved combined supply. Request the auxiliary specification for the selected package rather than adding catalog figures.
Can a lower-flow attachment run on the high-flow configuration?
Only after its permitted flow and pressure ranges, return and drain limits, controls and the machine’s available operating mode have been checked. Do not feed the maximum available flow into a tool merely because the fittings connect.
Is 3,500 mm the HLY75 dump height?
No. It is the listed pin-height figure, with different pin labels in the drawing and table. The separate dump-height entry is 2,450 mm. Confirm the measurement points and actual bucket geometry for an order-critical clearance.
Why choose HLY75 when HLY65 has the same bucket size?
The HLY75 lists a higher rated operating capacity and different hydraulic and pin-height figures. The same 0.5 m³ volume and 1,880 mm bucket width do not establish the same package. Choose based on a requirement those differences actually satisfy.
Does the HLY100 always load higher than the HLY75?
Not by every height measure. Its listed dump height is 2,500 mm versus 2,450 mm for HLY75, but its listed pin height is lower. Compare the chosen buckets and complete loading positions against the receiving vehicle.
Request the Machine and Attachment Specification Together
Send Hongli Machinery:
- Destination country, delivery port and expected quantity.
- Attachment manufacturer, exact model and required hydraulic flow range and pressure.
- Return-backpressure limit, case-drain requirement and control functions.
- Planned attachment duty, material or load, and any required attachment-specific capacity.
- Receiving-edge height, loading opening, required reach and travel-route dimensions.
- Ground conditions, transport plan and required engine documentation.
Request an HLY75 configuration and quotation. Ask for a written specification identifying the hydraulic package, actual engine, attachment compatibility, loading geometry and shipment mass. Pricing and availability depend on the confirmed configuration.
About the Author
Avicii Meng, Head of Technical Engineering | Hongli Machinery. Avicii works with export buyers to assess machine configuration, attachment compatibility and the technical details needed before ordering.