thyssenkrupp Polysius PB Impact Crushers

Original Factory PB 200 / 250 Equipment Graphics; used Identification Housing, rotors and counter-helicopters & hydraulic gap Construction.

Original Factory PB 220 / 300 Equipment Graphics; model The width of the rotor must be pressed nameplate and the drawings confirmed.

In the original factory manual, scattering rotor. Main Shaft, Rotor Discs and Blow Bar The clamping area.

OEM Equipment Details

model, the rotors Blow Bar The counter-shell and hydraulic systems are concentrated on the same page.

The PB series is used for primary or secondary crushing of hard to tough raw materials, with fixed and semi-mobile arrangements. This page retains only the standard configuration number required by Spare parts supply; core dimensions: part location - material entry point & technical confirmation path

20 Original Factory Manual Standard Models

1000–2500 mm Scale of impact round diameter

110–2500 t/h References to the scope of manual processing

1000–3000 mm Scope of transposal width

Standard Models and Key Dimensions

PB Primary and secondary repulses Standard Models and Key dimensions

Tables used below thyssenkrupp Original Factory Impact Crushers Manual: Previous 11 Primary grade PB … CR Follows 9 Substances of secondary PB Processing volume with materials, product requirements and Configuration Changes.

Standard Models	Impact Round Diameter	Rotary width	Feed Inlet	Reference processing volume
PB 160/150 CR	1600 mm	1500 mm	1410 × 1520 mm	400 t/h
PB 160/200 CR	1600 mm	2000 mm	1410 × 2020 mm	650 t/h
PB 180/200 CR	1800 mm	2000 mm	1640 × 2030 mm	800 t/h
PB 180/250 CR	1800 mm	2500 mm	1640 × 2530 mm	1000 t/h
PB 200/200 CR	2000 mm	2000 mm	1845 × 2030 mm	1100 t/h
PB 200/250 CR	2000 mm	2500 mm	1845 × 2530 mm	1300 t/h
PB 200/300 CR	2000 mm	3000 mm	1845 × 3030 mm	1500 t/h
PB 220/250 CR	2200 mm	2500 mm	1950 × 2530 mm	1700 t/h
PB 220/300 CR	2200 mm	3000 mm	1950 × 3030 mm	2000 t/h
PB 250/250 CR	2500 mm	2500 mm	2150 × 2530 mm	1850 t/h
PB 250/300 CR	2500 mm	3000 mm	2150 × 3030 mm	2500 t/h
PB 100/100	1000 mm	1000 mm	710 × 1060 mm	110 t/h
PB 100/125	1000 mm	1250 mm	710 × 1310 mm	145 t/h
PB 125/125	1250 mm	1250 mm	950 × 1310 mm	230 t/h
PB 125/150	1250 mm	1500 mm	950 × 1560 mm	275 t/h
PB 140/150	1400 mm	1500 mm	1000 × 1560 mm	330 t/h
PB 140/175	1400 mm	1750 mm	1000 × 1810 mm	400 t/h
PB 140/200	1400 mm	2000 mm	1000 × 2060 mm	450 t/h
PB 140/250	1400 mm	2500 mm	1000 × 2560 mm	550 t/h
PB 140/300	1400 mm	3000 mm	1000 × 3060 mm	650 t/h

Manufacturing Prior confirmation complete model, serial number Shifter, Transit Construction, the width of a rotor Blow Bar Screening, counter-attacks and clearance range drawing number and Drawing Revision.

Wear Parts

Blow Bar Reflections and Reactions Housing wear parts

Different positions withstand high-energy shocks, repeated counterattack. sliding wear and edge swiping; each card connect unit parts to Material Page.

Blow Bar / Repelling the article

Blow Bar / Impact Bar

The main impact crushing parts are mounted on the rotor edge.The plate hammer section, length and rotational slots must be confirmed by a full version of this model as well in its diameter with hydraulic clamped surfaces to determine whether it is suitable for use within an entire rotary frame or not;

Material Selection: The original factory data only shows that different quality grades can be used. Candidate materials are evaluated in high-chromium wearable material, abrasion resistance and metal alien properties as well the risk of breaking into them; they must evaluate their hardness according to raw content or fracking characteristics for use with heavy metals such than aluminium alloy steel (ARP).

High-Chromium Wear-Resistant Materials Wear-Resistant Alloy Steel Bimetallic Composites

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First Breaker Plates Liners

First Impact Apron Liner

The first counterattack surface is the high energy impact after receiving a rotor punch.The arc, segmentation and cone system shall be verified by shell or frame of repellents as well in its position to match between it with an archer'S diameter;

Material Selection: High-impact areas need to be controlled simultaneously Working surface Abrasion and base body toughness can be assessed Wear-Resistant Alloy Steel, high-manganese steel or a smashed, not only Hardness Choices.

Wear-Resistant Alloy Steel Manganese Steel Bimetallic Composites

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Second and third counterattacks Liners

Lower Impact Face Liner

Location in the subsequent counter-attack and plastic area, shoulders repeated shock. sliding wear Different levels of Liners Contours, width and junction relationships cannot be mixed.

Material Selection: Higher abrasive wear Areas that can be assessed High-Chromium materials or Quenched and Tempered Wear Plate; still need to combine the concentration of blocks, silica content and metal foreign risk deconstruction ability.

High-Chromium Wear-Resistant Materials Quenched and Tempered Wear Plate

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Side Liners

Side Liner

Protection of the rotors and Housing The side wall needs to be avoided Blow Bar Reversal track. The left-hand side, hole position and thickness of the scaffolding order must be confirmed by installation chart as well for repair door location

Material Selection: The scrubber and the edge of a crushing, can be used. Quenched and Tempered Wear Plate or wear-resistant alloy castings to assess and control the sinkhole, surface level of porosity Mounting The gap.

Quenched and Tempered Wear Plate Wear-Resistant Alloy Steel

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Supplies and Housing Liners

Feed & Housing Liner

Covering the swell of feed, Inner Housing Wall and the transition zone. The fall impact area should be partitioned with subsequent slide zones, not to adopt by default same thicknesses materials.

Material Selection: Can be pressed wear-resistant steel plate, Wear-Resistant Alloy Steel Or elastic Composite liners Screening, ultimately based on block size and wet viscousness. Construction OK.

Quenched and Tempered Wear Plate Wear-Resistant Alloy Steel Rubber and Polyurethane

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Transome end-offace protection Liners

Rotor Protection Liner

Protection of the rotor and Blow Bar The groove is adjacent to the area. End-face outline, partials and fixed holes are required for elasticity of clamping parts as well AS Flexible effects with rotor general arrangement drawing Acknowledges the same.

Material Selection: Select by impact, particle brushing and hardening reliability as well AS ROCKING INSURANCE Wear-Resistant Alloy Steel or Quenched and Tempered Wear Plate and perform weighting.

Wear-Resistant Alloy Steel Quenched and Tempered Wear Plate

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Spare Parts

Rotary, Main Shaft, Bearings and hydraulic & clamping spare parts

General Power Transmission and Function spare parts By size Interfaces, loads and materials, heat treatment, NDT Processing and assembly requirements are confirmed separately.

Casting Rotor Assemblies

Cast Rotor Assembly

The original factory data shows the main shaft, split casting rotor discs and terminal plates with plate hammer slot structures. Rotary diameter of a rotary disk set is confirmed by joint recognition as per PB model for diverging width; dispersion | Original material displays spindle structure (transponder), subset crushing wheel beam torso wheels or clamped loaders in different parts: rotating ball bearing interface between rotational roller bladed surfaces on each other'S headway - vertically).

Material Selection: Rotor Discs, Main Shaft and clamping parts by shock fatigue, casting or forging respectively Quality, heat treatment, NDT Dynamic Balance Requirements Custom Creation of the program.

Main Shaft and Alloy Steels for Drive Parts Large Construction s Manufacturing

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Rotor Main Shaft

Rotor Shaft

The axis neck, steps and keys or connections to the end of a wheeled disk are passed through it. Interface with bearing & coupling is confirmed by original diagram

Material Selection: Pressure for toughness, commutation ratios and adjustability of large-scale hardening parts service life Controlled, can not be replaced by ordinary round steel.

Large-scale axes alloy steel

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Rotor Bearing and bearing housing

Rotor Bearing & Housing

The bearing loads the rotor and bears shocking or unbalanced payload. Bearing model, groove hole in a seated area with terminal cover sealant closure of an installation direction must be confirmed by machine recording

Material Selection: bearing Template: Original model With the sweep procurement; bearing housing, terminal cover and sealing according to the original diagram materials, machining precision NDT and lubrication environment confirmation.

bearing With sliding sliding materials Engineering Materials for Seals

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Hydraulic Discharge Tank

Hydraulic Gap Adjustment Cylinder

The cylinder diameter, itinerary and mounting distances of the pinS are required to be sealed with a set for pre-tightnessing clearance as well in unbreakable debris.

Material Selection: cylinders, pistons and rod pins, sealing and Surface treatment Confirmation by pressure, shocks and pollution as well temperature conditions; Manufacturing After that, you need to do the size and pressure test.

hydraulic cylinder Construction and pins materials Hydraulic Seal Materials

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Impact Apron Assembly

by the counter-attack, Liners, rotary shafts and adjusting rod & hydraulic clamp Construction Composition.Frame size, axis center Liners The range of arranging and gaps must be as a total check.

Material Selection: Package Construction Shifting the shaft, pins and wearables Liners Differential Materials and Processes.The welding shall be controlled separately, heat treatment Manufactures, machining NDT and assembly.

Shifting and reversal pins alloy steel Abrasion Liners materials

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Hydraulic clamp wedges and fixed parts

Hydraulic Wedge & Retaining Parts

The original structure of the plant is fixed plate hammer with hydraulic clamping device, which makes it easy to roll over and replace. Wedge angles are required for confirmation by a water gripping unit; contact surface - hydroplyzer point: locker parts & board drum slot must be accompanied in each other

Material Selection: cushion, scaffolding and fasteners Highly high Contact Stress, slack resistance and toughness requirements for surface wear Quenched and tempered alloy steel and control the co-operation.

Adaptability Power Transmission With tightness alloy steel

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Specialized Tooling

The original factory manual confirmed Blow Bar Repairs of workpiece

Only the original factory manual is clearly used PB Impact Crusher Blow Bars Replacement of lid and rotor positioning devices; installation loads, loading Interfaces In specific rotors and Housing Converging.

Blow Bar -mounted lifting devices

Device for Raising Impact Bars

The original manual clearly shows the device for a liding plate, which allows it to be safely turned or replaced after opening of its shell. Loaded and pinpoints are required by model check-in with specific rotor interface as well.

Submission of the trans-graph assessment Blow Bar Top-up workpieces

Transponder positioning devices

Rotor Positioning Device

The original factory manual shows the rotor positioning device and plate hammer replacement process, which is used to fix a rotary in an inspection location. Installation point of installation angles for loading or anti-accident rotation measures must be confirmed by site structure

Submitting the axis and Housing Graphs to assess location of the workpiece

Only know PB 200 / 250 CR Can I be directly determined Blow Bar ？

No. Also confirm serial number Shifter, Transit Construction, Blow Bar The length and the width of a frame, drawing number and Drawing Revision.

Blow Bar and Breaker Plates The same type of use should be used materials?

The same energy should not be conditioned by the two. sliding wear Breakthrough risk, fixed mode and replacement cycle are different. installation position and operating conditions Material Selection.

Can the volume of processing on a web page be used spare parts Size based?

No. Processing volume is used only for initial Identification, Manufacturing Still need to complete model, nameplate, drawing number Measured size or proof of the drawings.

thyssenkrupp Polysius PB Impact Crushers

model, the rotors Blow Bar The counter-shell and hydraulic systems are concentrated on the same page.

PB Primary and secondary repulses Standard Models and Key dimensions

Blow Bar Reflections and Reactions Housing wear parts

Blow Bar / Repelling the article

First Breaker Plates Liners

Second and third counterattacks Liners

Side Liners

Supplies and Housing Liners

Transome end-offace protection Liners

Rotary, Main Shaft, Bearings and hydraulic & clamping spare parts

Casting Rotor Assemblies

Rotor Main Shaft

Rotor Bearing and bearing housing

Hydraulic Discharge Tank

Impact Apron Assembly

Hydraulic clamp wedges and fixed parts

The original factory manual confirmed Blow Bar Repairs of workpiece

Blow Bar -mounted lifting devices

Transponder positioning devices

Only know PB 200 / 250 CR Can I be directly determined Blow Bar ？

Blow Bar and Breaker Plates The same type of use should be used materials?

Can the volume of processing on a web page be used spare parts Size based?

Submission PB complete model, the rotors Blow Bar and drawings

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