HAZEMAG HPI / HPI - h / HSI / HTI / HPC الكسارات الصدمية: الطرازات وقطع الغيار| ANRANST

Official HAZEMAG HPI primary impact crusher image, showing the large rotor, impact aprons and crushing chamber configuration.

Official HAZEMAG HPI-H image. Confirm the GSK or QB rotor and equipment configuration against the complete model designation.

Official HAZEMAG HSI secondary impact crusher image. Front and rear impact aprons, grinding path and rotor width vary by model.

OEM المعدات Reference

Models, wear parts and core spare parts

Use this page to identify spare parts and prepare manufacture to drawing. It covers the models, dimensions, part locations, operating conditions and material options needed to identify a HAZEMAG impact crusher installation. Before manufacture, verify the nameplate, complete model, serial number, general arrangement drawing, drawing number or a traceable used part.

5 Current equipment series

31 Published current models

5 Legacy series groups

12 Wear-part and spare-part categories

Standard Models and Key Dimensions

HAZEMAG impact crusher series and key dimensions

The table follows HAZEMAG's current official HPI, HPI-H, HSI, HTI and HPC product pages. Predecessor product names are retained to help identify older installations.

Series and standard models	Published capacity / key dimensions	Configuration	Key spare-part checks
HPI: 1622, 1822, 2022, 2025, 2030, 2225, 2230, 2530	770–2,500 t/h; rotor approximately Ø1,640 × 2,250 mm to Ø2,500 × 3,000 mm	Primary impact crushing; grinding path available according to configuration	Model, rotor width, blow bar design, impact aprons and grinding path
HPI-H: 1010, 1214, 1414, 1615, 1618	165–600 t/h; rotor approximately Ø1,030 × 1,000 mm to Ø1,640 × 1,800 mm	Primary impact crushing; GSK or QB rotor configuration	Complete model, rotor type, blow bars, impact aprons and hydraulic configuration
HSI: 1007, 1010, 1014, 1414, 1420, 1625, 1630	40–700 t/h; rotor approximately Ø1,030 × 670 mm to Ø1,540 × 3,000 mm	Secondary impact crushing; front and rear impact aprons with optional grinding path	Rotor width, impact plate arrangement, liner hole pattern and adjustment mechanism
HTI: 1005, 1010, 1014	40–160 t/h; rotor approximately Ø1,010 × 500 / 1,000 / 1,340 mm	Tertiary impact crushing; VR2 or VR4 rotor configuration	Rotor configuration, blow bar quantity, discharge gap and liner position
HPC: 1414, 1615, 1618, 1622, 1822, 2022, 2025, 2030	Rotor approximately Ø1,340 × 1,340 mm to Ø2,000 × 3,000 mm	Compound crushing with two rotors; two or three impact apron stages and a grinding path	Position of both rotors, direction of rotation, blow bars, impact aprons and grinding path
Legacy series: AP-PH / AP-PMH; AP-S / AP-SM / AP-SMH / AP-KH / AP-KMH; AP-VHM-R / AP-KVH-R; AP-CM / AP-CMH	Legacy installation dimensions vary by model and year	Predecessor series of HPI-H, HSI, HTI and HPC respectively	Cross-check the nameplate, serial number, general arrangement drawing, drawing number and installed part

Capacity and rotor dimensions help narrow down the series; they are not final manufacturing dimensions for an individual machine. For older equipment, verify the complete model, serial number, drawing number, drawing revision and installed part.

قطع الغيار المستهلكة

Crushing chamber wear parts, installation positions and material options

Parts are organized into six areas: blow bars, impact aprons, grinding path, side walls, retention components and feed end. Official photographs apply only to the specified HAZEMAG products; generic illustrations are identified in the cards.

قضيب صدم للكسارة الصدمية System

Blow bars are the rotor's main wear parts and strike the material directly. HAZEMAG publishes three blow bar systems: HMN, HMA and HCR. Confirm the cross-section, retention method and installation direction against the rotor model and original drawing.

Material selection: HMN denotes the manganese steel system, HMA the martensitic steel system and HCR the high-chromium wear-resistant system. Ceramic or hard-phase reinforcement is a candidate only where supported by evidence.

High-manganese steel Martensitic alloy steel High-chromium wear-resistant materials Ceramic / hard-phase reinforcement

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Front and Rear Impact Plates and Apron Liners

Impact Apron Liner

Installed on the front and rear impact aprons, these liners withstand high-speed material impact and sliding wear. The illustration shows a typical part location, not the geometry of a particular HAZEMAG model.

Material selection: Screen high-chromium materials, alloy steels or composite options against impact severity, abrasiveness, plate thickness and attachment design. Confirm the final choice against the drawing and operating conditions.

High-chromium wear-resistant materials Special alloy steels Bimetallic composites

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Grinding Path and Grinding Beam قطع الغيار المستهلكة

Grinding Path قطع الغيار المستهلكة

These parts work in the final crushing and discharge-control area. The presence of a grinding path, number of beams and liner combination depend on the specific HPI, HPI-H, HSI or HPC configuration.

Material selection: HAZEMAG's public information refers to high-chromium steel grinding beams. Replacement parts also require checks of the cross-section, hole pattern, gaps and support structure.

High-chromium wear-resistant materials Quenched and tempered wear-resistant plate

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البطانة الجانبية and Housing Protection Plates

Side Liner & Housing Wear Plate

Protect the crushing chamber side walls, both sides of the rotor and wear-prone housing areas. The illustration shows a generic structure; the actual profile, thickness, hole pattern and segmentation must follow the installation drawings.

Material selection: Wear-resistant plate or cast wear-resistant materials are commonly selected according to the combination of impact and abrasion. Similar appearance does not make parts from different installation positions interchangeable.

Quenched and tempered wear-resistant plate High-manganese steel

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قضيب صدم للكسارة الصدمية Wedges, Support Bars and Retention Parts

قضيب صدم للكسارة الصدمية Retention Parts

These components locate and clamp the blow bars and transfer impact loads. Check wedges, support bars, backing plates, bolts and rotor slots as a set; replacing one component without checking its mating parts may cause assembly mismatch.

Material selection: Retention parts require strength, toughness, suitable heat treatment and accurate fits. Their material requirements are not the same as those of the wear-resistant blow bar.

High-strength alloy steel for drive components

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Feed Inlet and Crushing Chamber Entrance Liners

Feed Liner

Located in the feed chute and chamber entrance, these liners mainly withstand direct impact from large lumps, scoring and local deformation. The illustration is for generic location identification only.

Material selection: Material options depend on feed size, drop height, contaminants and maintenance intervals. High-manganese steel, wear-resistant plate or composite liners may be assessed.

High-manganese steel Quenched and tempered wear-resistant plate Composite liners

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قطع الغيار

Rotor, shaft, support and hydraulic spare parts

Drive and support components are listed separately. Check the rotor, shaft, bearings, bearing housings, seals, hydraulic cylinders and impact apron assemblies together against the installed machine's interfaces.

GSK / QB Rotor Assembly

Rotor Assembly

The assembly comprises the rotor body, blow bar slots, shaft and retention components. GSK, QB and rotors from different equipment series must not be mixed; verify the complete model and rotor drawing.

Material selection: For the load-bearing structure, check the base material, welded or cast construction, heat treatment, dynamic balance, nondestructive testing and shaft fits.

Large load-bearing components and special alloys

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Rotor Shaft

Transmits drive torque and withstands impact loads. Check shaft ends, bearing and seal seats, keyways or locking assembly interfaces, rotation direction and dynamic balancing requirements.

Material selection: Confirm the forged alloy steel, heat treatment, mechanical properties, ultrasonic testing and critical fit requirements against the original drawing.

Alloy steel for drive shafts

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Rotor المحامل ومبيتات المحامل

محامل الدوار & غلاف المحمل

Support the high-speed, heavily loaded rotor and maintain shaft position. Check bearing designation, clearance, housing bore, end covers, lubrication method and temperature-monitoring interfaces as a set.

Material selection: Identify bearings from their markings or the IOM. Housing material, machining accuracy and inspection requirements must follow the drawing.

Bearing housings and large structural components

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موانع المحامل and Lubrication Interfaces

Bearing Seal & Lubrication Interface

Exclude dust and retain lubricant. Check the seal design, lip direction, shaft diameter, grooves, end covers and lubrication passages together with the bearing housing.

Material selection: Select elastomers, engineering plastics and metal seals according to temperature, dust, lubricant and shaft surface condition.

الموانع and engineering plastics

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Impact أسطوانة هيدروليكية لضبط حاجز الصدم

أسطوانة هيدروليكية لضبط حاجز الصدم

Adjusts the impact apron gap and provides overload protection. Check cylinder bore, rod diameter, stroke, mounting trunnions, ports, working pressure and protective features.

Material selection: Confirm the cylinder tube, piston rod, guides and seals separately against hydraulic parameters and the original drawing. Appearance alone is not a basis for replacement.

Hydraulic cylinder metal components Hydraulic seal materials

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مجموعة حاجز الصدم, Pins and Bushings

Impact Apron, Pin & Bushing

Includes the apron support structure, pivots, bushings and connections. For assemblies and individual parts, confirm position, rotational clearance, lubrication, impact plate interfaces and hydraulic connections separately.

Material selection: The support frame, pins and bushings require different materials and surface treatments. Confirm each according to loads, fits and maintenance methods.

Pins and high-strength alloy steels Load-bearing structural components

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Is the HPI or HSI series name enough to identify a spare part?

No. Confirm the complete model, rotor dimensions, serial number, impact apron or grinding path configuration, drawing number and installed part design. The series name only narrows the search.

Are HMN, HMA and HCR blow bars interchangeable?

Material names alone do not establish interchangeability. First confirm the blow bar cross-section, length, slots, retention method and rotor configuration; then select the material system for the impact and abrasion conditions.

Why are unconfirmed OEM part numbers omitted?

Models, years and configurations differ even within one HAZEMAG series. We do not publish numbers without a traceable catalogue, drawing or installation record. Submit a nameplate, drawing number or used part for further checking.

HAZEMAG الكسارات الصدمية

Models, wear parts and core spare parts

HAZEMAG impact crusher series and key dimensions

Crushing chamber wear parts, installation positions and material options

قضيب صدم للكسارة الصدمية System

Front and Rear Impact Plates and Apron Liners

Grinding Path and Grinding Beam قطع الغيار المستهلكة

البطانة الجانبية and Housing Protection Plates

قضيب صدم للكسارة الصدمية Wedges, Support Bars and Retention Parts

Feed Inlet and Crushing Chamber Entrance Liners

Rotor, shaft, support and hydraulic spare parts

GSK / QB Rotor Assembly

Rotor Shaft

Rotor المحامل ومبيتات المحامل

موانع المحامل and Lubrication Interfaces

Impact أسطوانة هيدروليكية لضبط حاجز الصدم

مجموعة حاجز الصدم, Pins and Bushings

Is the HPI or HSI series name enough to identify a spare part?

Are HMN, HMA and HCR blow bars interchangeable?

Why are unconfirmed OEM part numbers omitted?

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