Skid-mounted secondary and tertiary cone
The SY-JHP300 is the same 250 kW HP300 cone on a skid instead of tracks: 210 mm feed, 150–300 t/h, 47.5 t complete. It is built for the plant that has already chosen its site: a quarry, a rail or port stockyard, a long-term recycling yard. It would rather not carry an undercarriage it will never use.
A short walk-around filmed on a customer site — feeding, crushing and discharge, so you can see how the machine actually runs before you shortlist it.
Watch more videosBolts to a simple foundation, no anchor cages.
Tight 5–10 mm and sand-grade products behind a primary cone.
Long-term sites that never need a crawler chassis.
Dropping the crawler saves about 4 t and a whole maintenance schedule. What is left is the crushing package: cone, feed conveyor, discharge belt, hydraulic power pack and electric drive, on a frame that bolts to a simple foundation. Installation is a matter of setting the frame, levelling it and connecting power, with no cast-in anchor bolts, no week of civils.
That makes it the sensible second or third stage in a fixed line, and it also works as a tertiary unit behind a larger cone when the specification calls for a tight 5–10 mm or sand-grade product. Because the frame is fixed, there is no track flex under load and the setting holds through the shift, which is what keeps a screened product inside its tolerance band.
Crushing happens between the gyrating mantle and the stationary bowl liner. The eccentric rotation closes and opens the gap continuously around the chamber, so rock is compressed many times on its way down rather than once. The chamber geometry sets how much reduction each pass delivers, and because the liner profile is matched to the feed size, the unit works as a secondary or a tertiary depending on which chamber is fitted.
Hydraulic cylinders provide the setting adjustment, the overload release and the chamber clearing. Keeping the cavity full is the operating rule: choke feeding loads the rock against itself, which improves shape, fills out the mid-range grades and reduces the peak force on any single point of the liner. That is the difference between a liner that lasts a season and one that lasts a quarter.
Requires external power supply
Built-in generator, diesel driven
China III / IV · EPA Tier 4 / Euro V
18-Month Warranty · Installation & Training · Remote Diagnostics · Spare Parts Supply
How this machine is paired with the rest of the plant, and what changes when the feed changes.
Specification sheets, the 18-month warranty terms and answers to the questions buyers ask first.
Download brochures & spec sheets › Watch the machines at work › Warranty & service programme › Crusher FAQ ›
The four questions buyers ask first about this machine - answered from the spec sheet, the cases library and the service programme.
47.5 t against 51.8 t: no undercarriage, no diesel engine, no travel frame. Everything above the frame is the same 250 kW HP300 chamber, so the 150–300 t/h output and the 306.3 kW installed power are unchanged.
Yes - the 16–40 mm setting is the tertiary band, and the 4,800 × 2,160 mm screen lets it close the circuit on a fine product. Fixed plants that sell three or four fractions often run one HP300 secondary and one modular unit behind it.
Liner life is set by feed abrasiveness and chamber choice. Wear packages are specified per project - the granite cases in the cases library show liner change-out intervals on abrasive duty - and replacement liners are quoted with the machine so cost per ton is known before purchase.
Standard build is 20 working days after deposit, before inland transport and sea freight; custom configurations are scheduled at drawing confirmation. A first liner set can be packed with the plant so a change-out never waits on a second shipment. Body warranty runs 18 months from commissioning or 3,000 operating hours, whichever comes first.
Specifications may vary depending on final configuration and project requirements. A dash or blank means the parameter is not listed for this model.
| Feeding section | |
|---|---|
| Feeding capacity | <300 t/h |
| Hopper volume | 3 m³ |
| Feeding belt (L×W) | 4,550×1,350 mm |
| Feeding height | 2,800 mm |
| Power | 5.5 kW×2 |
| Cone crusher | |
| Crusher model | HP300 cone crusher |
| Max feed particle size | 210 mm |
| Discharge range | 16–40 mm |
| Crusher weight | 18 t |
| Crusher power | 250 kW |
| Main belt | |
| Length × width | 11,000×1,600 mm |
| Discharge height | 3,500 mm |
| Power | 9.2 kW×2 |
| Finished belt (undersize belt) | |
| Length × width | 5,200×1,350 mm |
| Discharge height | 2,650 mm |
| Power | 5.5 kW×2 |
| Return material screen | |
| Screen size | 4,800×2,160 mm |
| Screen mesh size | 4,200×1,540 mm |
| Power | 3.7 kW×2 |
| Conveyor belts | |
| Transitional belt A (L×W) | 2,100×970 mm |
| Transitional belt A power | 3 kW |
| Return belt (L×W) | 8,930×770 mm |
| Return belt power | 5.5 kW |
| Complete machine | |
| Overall weight | 47.5 t |
| Machine processing capacity | 150–300 t/h |
| Total power of crushing work | 306.3 kW |
| Working dimensions (L×W×H) | 16,700×3,800×4,100 mm |
| Transportation dimensions (L×W×H) | 17,600×3,800×3,450 mm |
Tell us your raw material, required capacity, feeding size and final output size. Our engineer will recommend the suitable model for your project.
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