Start with the PE Series, complete nameplate and feed-opening dimensions, then identify jaw and cheek-plate wear systems, toggle plate, eccentric shaft, bearings, wedges, seals and inquiry requirements.
CITIC HIC's current public product catalogue confirms the jaw crusher category but does not provide a complete model specification table. This page therefore uses the series, key identification information and linked parts without inferring specifications.
The public catalogue confirms the product series. Use the nameplate, complete model or equipment drawings to establish feed and discharge openings, power, capacity and part relationships for the installed machine.
| Equipment Series | Complete Model | Key dimensions | Required Checks Before Manufacturing |
|---|---|---|---|
| PE Series | Confirm Against the Installed Machine Nameplate | Feed Opening Width × Length and Discharge-Opening Range | Serial number, general arrangement, jaw-tooth profile, installation direction and drawing revision |
Generic PE models used in the third-party market are not assigned to CITIC HIC installed equipment. Confirm a model from the nameplate, OEM catalogue or project documentation.
Fixed and moving jaw plates and upper/lower cheek plates are presented first. Material selection must consider tooth profile, impact, abrasive wear, work hardening and site service-life records.
Fixed Jaw Plate
Installed on the fixed-jaw side to form the crushing chamber with the moving jaw plate. Confirm tooth profile, top/bottom orientation, width, thickness, mounting grooves, hole pattern and actual wear profile.
Material Selection: High-manganese steel is the main candidate. Ore hardness, lump size, impact and the degree of work hardening determine the specific grade and process.
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Movable / Swing Jaw Plate
Moves with the pitman and resists compression, impact and sliding wear. Confirm tooth-profile direction, upper/lower location, mounting grooves, thickness and matched relationship with the fixed jaw plate.
Material Selection: Use high-manganese steel or duty-validated alloyed high-manganese steel. Confirm material and heat treatment according to feed, impact and wear zones.
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Upper Cheek Plate
Protects the upper sidewall of the crushing chamber against feed impact and lateral wear. Confirm left/right orientation, hole spacing, thickness, overlap and boundary with the jaw plates.
Material Selection: Confirm quenched-and-tempered wear plate, high-manganese steel or alloy steel according to the ratio of impact to sliding wear.
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Lower Cheek Plate
Protects the lower sidewall of the crushing chamber, often in a zone of concentrated compression and abrasive wear. Confirm left/right orientation, hole pattern, thickness and boundary at the discharge opening.
Material Selection: Confirm quenched-and-tempered wear plate, high-manganese steel or special alloy according to abrasive wear, impact and replacement interval.
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Intermediate Plate
Used at a mounting or protection position for specific chamber and jaw-plate combinations. Confirm whether it is fitted, its quantity, profile and hole pattern from the machine drawings.
Material Selection: Confirm high-manganese steel or wear-resistant alloy steel according to installation position, load and original design.
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Toggle Plate
Located in the pitman load-transfer mechanism and serving both load-transfer and overload-protection functions. Confirm length, thickness, end radius, seating surfaces, working direction and matching toggle seats.
Material Selection: Confirm structural or cast-steel strength and the intended protection characteristic against the original design; external shape alone is insufficient.
View Part Details →Confirm general drive and structural parts separately by complete model, direction, interfaces, fits, tolerances, material, heat treatment and inspection requirements.
Eccentric Shaft
Core shaft that drives the pitman's reciprocating motion. Confirm eccentricity, journals, keyways, threads, bearing positions, fits and rotation direction.
Material Selection: Confirm forged transmission-alloy steel, heat treatment, journal hardness, straightness and nondestructive testing from the original drawings.
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Spherical Roller Bearing
Supports the eccentric shaft under radial and impact loads. Confirm the complete bearing designation, clearance, cage, journal, housing bore, tolerances and lubrication method.
Material Selection: Use the bearing to the original specification. Confirm bearing housing and mating shaft parts according to load, temperature rise and fits.
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Jaw Die Clamping Wedge
Secures the jaw plate in its installed position. Confirm upper/lower position, orientation, inclined face, hole pattern, fasteners and interface with the matching jaw plate.
Material Selection: Confirm high-strength alloy steel or cast steel according to clamping load, contact surfaces and original-design heat treatment.
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CSS Adjustment Wedge
Used in the discharge-setting adjustment and associated support mechanism. Confirm wedge angle, thickness, sliding surfaces, left/right orientation, hydraulic or mechanical interface and matching seat.
Material Selection: Confirm quenched-and-tempered alloy steel, surface treatment and sliding fit according to load, adjustment frequency and original drawings.
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Tension Rod
Maintains the toggle mechanism and pitman return condition. Confirm length, diameter, thread, end construction, preload and matching spring.
Material Selection: Confirm high-strength structural or alloy steel according to tensile load, fatigue and thread requirements.
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Tension Spring
Works with the tension rod to maintain return and preload. Confirm outside diameter, wire diameter, free length, coil count, end form and working load.
Material Selection: Confirm spring-steel grade, heat treatment, surface treatment and fatigue life from the original design.
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Labyrinth Dust Seal
Protects bearings and moving areas by limiting dust ingress. Confirm inner and outer rings, clearance, direction, shaft diameter, end cover and lubrication arrangement.
Material Selection: Confirm steel, aluminium alloy, engineering polymer or elastomer seal combinations according to temperature, dust and relative movement.
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Pitman & Front Casting Protection Plate
Protects wear and impact zones on the pitman and front casting. Confirm installation zone, profile, thickness, hole pattern and boundary with adjacent jaw plates.
Material Selection: Confirm quenched-and-tempered wear plate or high-manganese steel according to impact, abrasive wear, welding and installation method.
View Part Details →CITIC HIC jaw crusher part numbers must be confirmed against the complete model, installation position and drawing revision. Numbers are not inferred on this page.
Selection Guidelines: Part numbers must match the model, installation position and installed-equipment drawings. OEM drawing numbers and third-party part numbers are checked separately.
PE model names commonly used in the third-party market do not automatically establish CITIC HIC installed equipment. Confirm models from a nameplate, OEM catalogue or project documentation.
No. Confirm the complete model, tooth profile, top/bottom orientation, mounting grooves, thickness, hole pattern, crushing-chamber relationship, material and drawing revision.
Submit the nameplate, equipment general arrangement, installation position, used-part photographs, jaw-tooth profile and key dimensions to assess identification, reverse engineering and drawing-based manufacturing requirements.
Provide the complete model, serial number, drawings, used part photographs, material and operating conditions. We use these to identify parts, assess materials, select manufacturing resources, control quality and deliver finished products.
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