180 Ton Per Hour Jaw Crusher For Sale: A Practical Guide to Capacity, Application, and Selection
For operations requiring a primary crushing stage that consistently processes 180 tons of material per hour, a jaw crusher with a feed opening in the range of 42×48 inches (1,067×1,219 mm) to 48×60 inches (1,219×1,524 mm) is the standard industrial solution. These machines are typically powered by electric motors between 150 and 200 horsepower (110–150 kW) and are designed to reduce run-of-mine material from a maximum feed size of approximately 30 to 40 inches down to a discharge setting of 6 to 8 inches. When evaluating a 180 TPH jaw crusher for sale, the critical factors are not just the nominal capacity, but the closed-side setting (CSS), the material’s bulk density, and the crusher’s mechanical condition. This article breaks down the specifications, operational parameters, and market considerations for purchasing a crusher at this throughput level..jpg)
Capacity and Material Specifications
The 180 ton per hour rating is a nominal figure based on standard conditions: medium-hard limestone with a bulk density of 1.6 tonnes per cubic meter (100 lb/cu ft) and a closed-side setting of approximately 5 to 6 inches. In real-world applications, throughput fluctuates. If the feed material is hard granite or basalt (compressive strength above 250 MPa), the actual capacity may drop to 140–160 TPH due to increased power draw and slower material flow through the crushing chamber. Conversely, softer materials like shale or recycled concrete can push actual throughput above the 200 TPH mark. Always check the manufacturer’s capacity chart, which correlates CSS to throughput for specific rock types.
A common misconception is that all jaw crushers labeled for 180 TPH are identical. In reality, a 42×48 jaw crusher (1,067 mm x 1,219 mm) will typically achieve 180 TPH at a 6-inch CSS, while a larger 48×60 unit (1,219 mm x 1,524 mm) might achieve the same tonnage at a tighter 4-inch CSS, producing a finer product. Your choice depends on whether the downstream equipment (conveyors, screens, cone crushers) is designed for a coarser or finer primary product.
Mechanical Considerations and Wear Parts
When inspecting a 180 TPH jaw crusher for sale, the condition of the toggle plate, pitman bearing, and jaw dies are the primary mechanical concerns. A toggle plate that shows signs of cracking or excessive wear indicates past overload events. The pitman bearing clearance should be within manufacturer specifications—typically 0.003 to 0.005 inches for a machine of this size. Worn bearings will cause eccentric movement, reducing capacity and increasing power consumption.
Jaw die wear is a predictable cost. For a crusher operating at 180 TPH for 10 hours per day (1,800 tons daily), manganese steel jaw dies (typically 12–14% manganese) will last approximately 4 to 6 weeks before requiring rotation or replacement, depending on feed abrasion. The cost of a complete set of jaw dies for this class of crusher ranges from $12,000 to $18,000 USD. Replacement liners for the cheek plates will add another $3,000 to $5,000. These are recurring operational expenses that must be factored into the purchase decision.
Power Requirements and Installation
A 180 TPH jaw crusher requires a dedicated electrical supply. Most units in this class have a motor power requirement of 150–200 HP (110–150 kW). At full load, the crusher will draw approximately 85–90% of the motor’s rated amperage. A 200 HP motor running at 480 volts, 60 Hz, will draw roughly 240 amps under full load. The installation site needs a transformer and switchgear rated for this continuous draw, plus a 20% safety margin for startup surges.
The crusher foundation must be substantial. A typical 48×60 jaw crusher weighs between 85,000 and 110,000 pounds (38,500–50,000 kg). The concrete foundation should be at least 3 to 4 times the crusher’s weight to absorb vibration. A poorly designed foundation will cause misalignment, leading to premature bearing failure and reduced throughput.
Market Selection and Pricing
The used market for 180 TPH jaw crushers is active, with machines available from manufacturers like Metso (Nordberg C series), Sandvik (J series), Terex (Cedarapids), and domestic brands like Hewitt-Robins and Pioneer. Pricing varies significantly based on age, condition, and hours of operation. A well-maintained, 10-year-old Metso C125 (rated at 180–200 TPH) with 15,000–20,000 operating hours typically sells for $85,000 to $120,000 USD. A newer machine (5 years old or less) with similar capacity can command $180,000 to $250,000 USD. Rebuilt units, where the main frame has been stress-relieved and new bearings and liners installed, often fall in the $130,000 to $160,000 range.
Be cautious of units that have been used in hard rock applications for their entire life. A jaw crusher that has processed 500,000 tons of granite will have significantly more frame fatigue than one used in limestone. Request operating logs and maintenance records. Check for cracks in the main frame near the pitman bearing housing—this is the most common structural failure point.
Conclusion.jpg)
A 180 ton per hour jaw crusher is a heavy-duty industrial tool, not a commodity. The purchase decision should be based on the specific CSS required for your downstream process, the hardness of your feed material, and the mechanical integrity of the machine. Budget for $15,000 to $25,000 in annual wear part replacement. Verify the electrical supply capacity at your site. And always, if possible, arrange a test run with your own material before finalizing the sale. A crusher that meets your exact specifications will deliver reliable throughput for years; one that is undersized or worn will cost more in downtime than it saves in purchase price.