From CI711 – CI732 Current Models Entrance Blow Bar, Breaker Plates, the rotors bearing, counter-scission and hydraulic adjustment parts; materials and RFQ.
Use the model and key parameters to identify the installed machine. The following sections separate wear parts from general spares and link to the corresponding parts and materials. Part numbers must be matched to the specific assembly and drawing.
Weight, maximum feeds and capacity Motor Power from Sandvik Current fixed-wing HSI Product Pages: Used for initial install Identification.
| Model | Weight | Maximum feed | Ability | Motor Power |
|---|---|---|---|---|
| CI732 | 29,650 kg | 350 mm | 250–575 t/h | 440 kW |
| CI731 | 27,750 kg | 1,000 mm | 400–700 t/h | 440 kW |
| CI722 | 16,256 kg | 350 mm | 150–250 t/h | 250 kW |
| CI721 | 16,000 kg | 900 mm | 200–400 t/h | 250 kW |
| CI712 | 11,184 kg | 300 mm | ≤150 t/h | 185 kW |
| CI711 | 11,005 kg | 600 mm | ≤200 t/h | 185 kW |
actual Capacity with the material, feed grade and speed of rotors. Blow Bar and Breaker Plates Configuration Breaks and changes in operating conditions.
s installation position Separate Identification; Material Selection At the same time, impact and abrasion must be considered; feed metal jammings should also take into account: target-granularity. failure Modes.
Blow Bar
Mounting On the rotor and directly withstand high-speed shocks. Blow Bar Screenshot, Lengths and Weight Closed Construction, the recesses Working surface Directions and backpacks.
Material Selection: high-chromium cast iron, Cr-Mo alloy steel, Martensitic Steel or composite solutions by impact energy, abrasiveness and metal jamming Target Service Life Screening.
View Part Details →
First Apron Liner
Located in the first crushed section, it withstands higher impact and mine flow blister. Contrast plate sequence of diameter; arc surface: hole lineage - thicknesses (in a row); alignment with counter-attack position).
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate or High-Chromium Wear-Resistant Materials By the big bump, abrasive wear and Construction Confirmation of restraint.
View Part Details →
Second Apron Liner
Located in the subsequent crushing segment, control granularity and fine-tuned processes. Mounting.The row, arc and pores; Liners thickness and circling with the rotor Working clearances.
Material Selection: high-chromium cast iron, Quenched and Tempered Wear Plate or Composite Materials By particle size, impact and sliding wear Proportionally Selected.
View Part Details →
Third Apron Liner
for Configuration Third counter-attack. Converged Equipment Configuration, installation position, Plate Quantity, the hole system and arcades of output gap.
Material Selection: High-Chromium, Quenched and Tempered Wear Plate or Composite Wear-Resistant Materials Paints, local shock and replaceable Construction Confirmation.
View Part Details →
Side Liner
The body is protected on both sides and withstands the friction of mine flow. Contrast left-hand side, front/back position; block numbering: hole lineage - plate thicknesses (and gap with counterattack).
Material Selection: Quenched and Tempered Wear Plate, High-Chromium Wear-Resistant Materials or Composite liners Confirm by shock, swivel and solder requirements.
View Part Details →
Feed Liner
Protect the feed channel and crushing cavity entrance. Contrast a safe gap between plate order, feeding direction or cone lineage of boards thickly to match with rotor rotation range
Material Selection: Manganese steel or quenched and tempered abrasion-resistant plate By the big bump, sliding wear and Construction Confirms the connection mode.
View Part Details →
Rotor Protection Liner
Protection of the transient and Blow Bar Mounting Nearby District Construction. Converging the rotor position, plate type and cone fasteners Balance of weight and Blow Bar The assembly relationship.
Material Selection: Quenched and Tempered Wear Plate, alloy steel or Composite Wear-Resistant Materials Confirm according to the shock, centrifugal load and dynamic balance requirements.
View Part Details →General Power Transmission, bearings and clamping & hydraulic parts press complete model directional, Key dimensions, matching and tolerances; pressure identification.
Rotor Assembly
Refraining the core high-speed reversal assembly. Converging complete model, diameter and width of the rotors; Blow Bar Tank, axis end and rotational requirements for inertia welding & dynamic balance.
Material Selection: Transponder, shafts and lock-in parts Construction Confirms according to strength, fatigue and shock requirements.
View Part Details →
Rotor Shaft
Passenger Motor Power and the scattering of a rotor. bearing.B, key slots and terminal connections; materials, heat treatment, Bounces and NDT.
Material Selection: Forged Alloy Steels for Drive Parts, heat treatment axis neck precision, surface Quality and NDT Grades are confirmed by the original drawings and load.
View Part Details →
Rotor Bearing
Receiving the rotor radial load, impact and temperature rise. bearing complete model, gaps and matching; tolerance. Luxification: sealant & temperature monitoring
Material Selection: bearing Steel, scaffolding and Lubrication materials by Speed, loads and shocking effects; temperature rise bearing Specifications confirmed.
View Part Details →
Bearing Housing
Location and siding Rotor Bearing.right and right side, high center Mounting Confucius, bearing Prints, Passage and oilways Interfaces and with the rack Reference Material Faces.
Material Selection: Cast Steel, Ductile Iron Or original design materials Confirm by load, stiffness and vibrational accuracy.
View Part Details →
Rotor Bearing Seal
Preventing dust from entering and keeping lubrication. Contrast seal Construction axis diameter, direction and proximity to the gaps; temperature of abrasion medium Interfaces.
Material Selection: Oil-resistant rubber, engineering plastics and metal labyrinth or combination seal by dust temperature. Speed and lubrication conditions confirmed.
View Part Details →
Impact Apron Assembly
Repelling the bolt Liners and forming a fracture gap. Converging the position of level / or levels III, rotational shafts; spindle points Interfaces, Liners The layout and working angle.
Material Selection: Construction Steel, Cast Steel, pins and wearables Contact Pieces by impact, stiffness and welding Construction Determinations separately.
View Part Details →
Apron Pivot Pin & Bushing
The bearing counter-attack rack swing and adjustment, the diameter of checkout lineage bushings Internal and external diameters, lubrication slotting Construction, Co-operation and Mounting Directions.
Material Selection: Quenched and tempered alloy steel pins Copper alloy or wearable bushings Perface pressure, swing frequency and lubrication.
View Part Details →
Apron Adjustment Cylinder
For the crushing gap adjustment and counter-attack operation. Contrast cylinder diameter, rod radius of stroke Mounting The ear shaft, oil grooves and pressure are sealed with a right-hand position.
Material Selection: cylinders, pistons and rod Guiding Packs and Seals Determined by pressure, impact and dust as well the working temperature.
View Part Details →
Apron Adjustment Rod
Connecting the body and passing pre-tight or position load. Converging length, threads / diameter End geometry, spring relations and installation position.
Material Selection: Quenched and tempered alloy steel Pressure load, fatigues and thread strength Protection Requests for confirmation.
View Part Details →
Blow Bar Retaining Wedge
- General Blow Bar Closed in the rotor slot. Converging angle, length and direction Contact Faces, tightening methods and with backsliders Blow Bar The contiguous relationship.
Material Selection: Quenched and tempered alloy steel Or the original design of high-strength materials Confirm by shock, pre-tension and repetitive requirements.
View Part Details →
Blow Bar Backing Bar
Locations Blow Bar Closed with the rotor Construction.The length, the size and width of Contact Faces, Mounting Directions and with Blow Bar and the wedges. Assembly relationships.
Material Selection: alloy steel Or original design loaded materials by Contact Stress, shocks and deformation requirements are confirmed.
View Part Details →CI711 / CI732 — / — The available traceable data has not yet formed a list of parts numbers that can publicly correspond to the CI-CYC specific model, so this page does NOT publish an estimated number. Known OEM or third party drawing Numbers may be submitted for verification and entry into quotationing
Selection Guidelines: The quotation and manufacturing must confirm the complete model, serial number / installation position or drawing numbers (or drawings), core dimensions of materials as well for operating conditions; similar shapes cannot be used to justify interchange.
No, but also check the slate. Blow Bar Screenshot, Lengths and Weight Closed Construction oriented work, materials And the back or wedge.
Not necessarily.Material size, impact energy and material abrasion properties; rotor speed Configuration And the fractured gaps will affect Blow Bar and Liners Programmes.
May. Submitted complete model, serial number, installation position, photos of used parts, Key dimensions Or the drawings, we finish first. Technology Identification Reconfirms the supply path.
Provide complete model, serial number and parts location; OEM/Third Party Numbers. Photo of used pieces: drawings & materials with operating conditions where we finish identification to material assessment quality control as well AS finished-part delivery
Phone: +86 156 3797 3199
zzx@anranst.com
ANRANST provides customers worldwide with coordinated consulting, supplier sourcing, quality control and finished-part delivery for custom parts, wear parts and industrial spares from China, with scope to support other custom industrial parts.
Equipment and part identification, drawing review, material selection and manufacturing feasibility assessment.
Match requirements with suitable manufacturers in China and coordinate the exchange of technical information.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
Coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts.
Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.
Submit an Enquiry