Heavy-duty impact crushing
The SF-580D is the large impactor: a 1315 three-chamber rotor at 315 kW, taking feed over 700 mm down to 0–180 mm at 150–350 t/h, on a 54.2 t chassis. It is the plant you bring when the demolition is structural: slabs, reinforced columns, foundations, not a house knockdown.
A quick look at who SUHMAN is and how our tracked plants are built, text before you compare the SF-580D against other 1315 impactors.
Watch more videosSlabs and reinforced columns fed at over 700 mm.
Mixed rubble to 0–180 mm recycled aggregate in one pass.
Soft rock and karst limestone reduced without a primary jaw.
The 700 mm opening is the number that decides whether a demolition contract runs smoothly. Structural concrete arrives in slabs and lumps that a smaller chamber has to be fed around, and every oversized piece that hangs on the hopper is a stopped excavator. A wider opening lets the breaker do less work at the face and the crusher do more of it, at a lower cost per tonne.
Three chambers mean the material is struck more than once before it leaves, so a single pass reaches a 0–180 mm product on mixed rubble. Combined with the magnet over the discharge belt, that turns a tipping fee into a graded recycled aggregate, which is where the economics of a demolition plant actually work.
A heavy rotor carries blow bars past a three-stage apron arrangement. Material is hit at the top, thrown against the first apron, drops into the rotor path again, and is struck against the second and third apron, so one machine performs what would otherwise be three impact events. The mass of the rotor, not just its speed, does the work: a heavier rotor stores more kinetic energy and keeps its speed when a large lump enters.
The apron gaps are adjustable, and together they define the reduction ratio and the product curve. Because the units are hydraulically opened, a blocked chamber is cleared from the control panel rather than with a hammer. On reinforced concrete the rotor is run at controlled speed so rebar is bent and released to the magnet instead of wrapping the shaft.
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.
Site conditions, throughput and the result the customer reported.
220TPH Solid Waste Crushing Plant in Vietnam › 230TPH C&D Waste Recycling Plant in Thailand › 200 TPH Limestone Aggregate Production Line ›
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.
The duty it is built to take: a 1315 three-chamber rotor at 315 kW, feed over 700 mm, 150–350 t/h, and a 6 m³ hopper that accepts a direct truck dump. Installed power is 376.9 kW, so the frame and drive are sized for continuous structural demolition, not occasional use.
In limestone and other medium-soft rock, yes - one 315 kW rotor replaces the jaw and the secondary. In hard abrasive granite, no: blow-bar consumption climbs and the jaw-cone train is the cheaper line over a season.
Impact models are the standard choice for C&D recycling, typically with magnetic separation ahead of the chamber - the Thai recycling cases show the full setup. VSI units are shaping and sand machines: they belong after the demolition stream has already been cleaned and crushed.
Standard build is 20 working days after deposit, before inland transport and sea freight; custom configurations are scheduled at drawing confirmation. On contractor duty the bottleneck is usually wear parts, not the machine, so blow bars and rotors are quoted with the plant and air-freighted in 3-7 days when stock runs low. 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.
| Feed section | |
|---|---|
| Feeding capacity | 350 t/h |
| Hopper volume | 6 m³ |
| Power | 4.5 kW×2 |
| Feeder size (L×W) | 3,550×1,460 mm |
| Feeding height | 3,900 mm |
| Impact crusher | |
| Crusher model | 1315 impact crusher |
| Feed inlet size (L×W) | 1,540×1,100 mm |
| Maximum feed particle size | >700 mm |
| Discharge range | 0–180 mm |
| Crusher weight | 23 t |
| Crusher power | 315 kW |
| Main belt | |
| Length × width | 11,750×1,600 mm |
| Discharge height | 3,200 mm |
| Power | 9.2 kW×2 |
| Finished belt | |
| Length × width | 5,155×1,350 mm |
| Discharge height | 2,380 mm |
| Power | 5.5 kW×2 |
| Return material screen | |
| Screen size | 4,820×2,160 mm |
| Screen layers | 1 |
| Power | 5.5 kW×2 |
| Conveyor belts | |
| Transition belt (L×W) | 1,750×970 mm |
| Transition belt power | 3 kW |
| Return belt (L×W) | 8,200×970 mm |
| Return belt power | 5.5 kW |
| De-ironing separator | |
| Length × width | 2,100×910 mm |
| Power | 4 kW |
| Complete machine | |
| Track chassis model | LDZ55-3657 |
| Engine power | 100 kW / 520 kWDP |
| Whole machine weight | 54.2 t / 56.2 tDP |
| Machine processing capacity | 150–350 t/h |
| Total power of crushing work | 376.9 kW |
| Working dimensions (L×W×H) | 17,950×3,750×4,500 mm |
| Transportation dimensions (L×W×H) | 17,950×3,750×3,850 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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