Current Aggregates Series, HRCe Mining Mine Series History and history HRC Installed on model Sizes, wear parts Mechanical machinery spare parts and special axial repair Tool.
This page retains only the model and core dimensions, wear parts / ordinary mechanical sparet parts that are required for Spare supplies. The repair tool has been confirmed by full models prior to manufacture according complete Modeling; serial number: OEM drawing numbers | Third-party draw numerals (D) Installation sizes as well operating conditions were established on this site in accordance with FullModel & Serial Number
Only columns of spare parts identify the most commonly used roller diameters, roll width and power loading capacity as well for maximum feed granularity or typical processing; different materials can vary from application to contract configuration.
| Series | Model | Roll diameter x roll width | Maximum Installed Power | Maximum granularity of feed | Typical processing volume |
|---|---|---|---|---|---|
| Current Aggregates Series | HRC 8 | 800 × 500 mm | 2 × 75 kW | 32 mm | 60–90 t/h |
| Current Aggregates Series | HRC 800 | 800 × 500 mm | 2 × 110 kW | 32 mm | 86–120 t/h |
| HRCe The original factory's specifications (2022) | HRC 1200e | 1200 × 750 mm | 2 × 370 kW | 42 mm | 320–450 t/h |
| HRCe The original factory's specifications (2022) | HRC 1450e | 1450 × 900 mm | 2 × 600 kW | 51 mm | 540–750 t/h |
| HRCe The original factory's specifications (2022) | HRC 1700e | 1700 × 1000 / 800 mm | 2 × 900 kW | 60 mm | 640–1120 t/h |
| HRCe The original factory's specifications (2022) | HRC 1850e | 1850 × 1300 / 1050 mm | 2 × 1400 kW | 65 mm | 990–1720 t/h |
| HRCe The original factory's specifications (2022) | HRC 2000e | 2000 × 1650 / 1350 mm | 2 × 2300 kW | 70 mm | 1490–2540 t/h |
| HRCe The original factory's specifications (2022) | HRC 2400e | 2400 × 1650 / 1400 mm | 2 × 3300 kW | 84 mm | 2250–3660 t/h |
| HRCe The original factory's specifications (2022) | HRC 2600e | 2600 × 2000 / 1750 mm | 2 × 4100 kW | 91 mm | 3300–4550 t/h |
| HRCe The original factory's specifications (2022) | HRC 2800e | 2800 × 2000 mm | 2 × 5800 kW | 98 mm | 4320–6050 t/h |
| HRCe The original factory's specifications (2022) | HRC 3000e | 3000 × 2000 mm | 2 × 6200 kW | 120 mm | 4950–6930 t/h |
| History HRC Original factory datasheets (2020) | HRC 1000 | 1000 × 625 mm | 2 × 260 kW | 25 mm | 127–253 t/h |
| History HRC Original factory datasheets (2020) | HRC 1200 | 1200 × 750 mm | 2 × 440 kW | 30 mm | 200–399 t/h |
| History HRC Original factory datasheets (2020) | HRC 1450 | 1450 × 900 mm | 2 × 650 kW | 36 mm | 318–636 t/h |
| History HRC Original factory datasheets (2020) | HRC 1700 | 1700 × 1000 mm | 2 × 900 kW | 43 mm | 434–867 t/h |
| History HRC Original factory datasheets (2020) | HRC 2000 | 2000 × 1500 mm | 2 × 1900 kW | 50 mm | 900–1800 t/h |
| History HRC Original factory datasheets (2020) | HRC 2400 | 2400 × 1650 mm | 2 × 3000 kW | 60 mm | 1426–2851 t/h |
| History HRC Original factory datasheets (2020) | HRC 2600 | 2600 × 1750 mm | 2 × 3700 kW | 65 mm | 1775–3549 t/h |
| History HRC Original factory datasheets (2020) | HRC 3000 | 3000 × 2000 mm | 2 × 5700 kW | 75 mm | 2700–5400 t/h |
HRC / HRC / HRC — HRC/HRC uses Metso's product data for the year of May, and its model with size is available in Metzo 'Spotlight & Size; historical mcd adopted by a METZO-Stardust Data Table. The parameters are used to identify machines while ordering remains based on equipment nameplate (name plate), serial number or drawings. (8; 800; 2025; 2022; 2020)
HRC — Each card corresponds to a generic part category that can be purchased and connects the installation position, main failure mode / material candidate route as well AS THE IDENTIFICATION OF HCC-HRCe.
Roll Surface / Tire and Flanged Roll
HRC / HRC — The core workpiece of the high-pressure feed bed. HRC/HRC uses a replaceable tire structure; CRHE controls edge effects using flange rollers, and roll diameter is required to be confirmed by model with drawings for rolling width as well in shaft alignment or working layers. (8; 800)
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Roller Stud / Tungsten Carbide Stud
For the nail roller working layer, it is subjected to high contact stress and abrasive wear with local shock. Diameter size of diameter; end shape: excess weight or density must be confirmed by roll surface drawings that cannot only replace them in appearance
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Cheek Plate / Side Liner
The slab is located on both sides of the roller gap, which bind to a feed bed and withstand edge brushing. Plate shape; work clearance: installation pores & relationship with flanges are determined by suitability for materials selected according impact ratio versus Abrasive wear
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Edge Protection / Bolted Edge Segment
The HRCe flanges edge area is made of a reversible, flexible threaded boundary segment. Arcturity and pore position are the model's exclusive interface with Flanks that cannot be mixed into traditional non-Frony French HPG Cheek plates.
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Feed Chute Liner
Receive the impact of fallout and maintain stable fullfill feed. HRCe The feed scooter with control gate, Liners Blocks, gate evasion and repair space need to be Equipment Revision Relatively.
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Discharge Chute Liners
The plate numbers, profile and pore lines are checked by impact area or slide zone/turning point (or slid down) as well in the subsequent transshipment areas.
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Press Frame / Frame Wear Liners
For the inner side of a frame, near its end and under rollers as well for material splashes to replace parts with protection on body. The plate number rated by size is confirmed in line; it must be used against plates or other parts that are not available at all but have been installed so they can also use them when their bearing was placed within an enclosure (or any part thereof).
View General Part Details →HRC / HRC — The original factory data clearly shows the organic rack, shafts and mechanical sealing systems as well a deceleration machine for HRC8/HRC-800. All interface features are confirmed by specific model with serial number
Fixed and Floating Roll Assemblies
The roller shaft, roller tire or tyre and flange are included in the structure of connections. Floating rollings connect to hydraulic loading with tilt control; axle end is required for overall check-in between bearing positions as well ASF Flanks & Dismounting Interface (SIP) interface layeres
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Roll Bearings and Mechanical Seals
Bearings bear high radial load and risk of bias, mechanical sealing insulation dust & lamination system. The bearing model is required to check the carrying pattern with a set for its selection in respect thereof; it can be used as an instrument that allows you not only use any other method than using one or more methods such tools but also by means which are designed so they will allow them either through their own application (see enclosure).
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Hydraulic Cylinders, Accumulators and Seals
For floating rollers, load and over iron protection as well. The cylinder diameter is required to be confirmed by hydraulic schematic diagram or the old material for a tank radius; italics are needed in order that they can handle loading of them with an automatic brake effect on their wheels (the valve) which will allow you accessing your tire blade from its surface area where there may not appear any other type thereof).
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Reducers, Couplings and Torque Arms
Transfer two-roll drive torque and maintain the installation position. Speed ratio, input output shafts axis coupling interface (SIP), center distance of a Torque Armor Crowdway to be confirmed by nameplate with layout diagram
Entering heavy Power Transmission Pages -
Mechanical Skew Control System
HRCe restricts the roll line to be biased through mechanical institutions and supports flanges. Pin, BushingS (pinks), rod connections or axles as well for hydraulic connection are model-specific in order that they can match by institutional version of their roller lines with center distance from them.
Entrance pins and fasteners Pages -
Shafts, Frame Parts and Supports
The range of the original Spare parts clearly includes shafts and rack. Large axis, bearing seating position or axle connection board as well base interface requires material check-in to heat treatment; coaxial degree for welding with NDT requirements
Entrance Heavy machinery spare parts Pages -HRC / HRC — Metso 2025 The product information of the CHP8/HRC800 specifies axle loading tool and shaft disassembly tools for safer, faster rotations; its structure is determined by corresponding equipment data.
Shaft Lifting Tool
Controlled hoisting, balancing and positionability in shaft disassembly. HRC 8 or HRC 800 Axle weight, hoisting point and focus area Interfaces Confirmation.
Shaft Removal Tool
For axis extraction, replacement and reassembly. The tool size of the instrument must be based on general arrangement drawing for equipments; axle mapping as well in field inspection space reviewing
The photographs are used to illustrate the original maintenance environment and suitable equipment; not use a tool structure that is unspecified in this photo as an input. Tools must be made for production, usage or installation of such tools according with their respective device drawings (map), loaders & safety plans).
Provide the complete model, serial number, drawing or part number, drawing revision, installation position, photographs of the current part, material and operating conditions.
First Use complete model, serial number and installation position Confirmation Equipment Intergenerational, re-checking OEM drawing number Third Party drawing number old stained, Interfaces Sizes and Material requirements.
Start with the nameplate, general arrangement drawing, installation position, used-part photographs and key dimensions. We can then assess the feasibility of dimensional inspection, material evaluation and manufacture to drawing.
Provide the complete model, serial number, nameplate, installation position, photographs of the current part, drawings, material and operating conditions. We use these to identify the part, assess materials, match manufacturing resources, coordinate quality control and arrange finished-part delivery.
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