Jc5000 Jaw Crusher Distributors: HighCapacity Primary Crushing for Demanding Operations

Le défi opérationnel: When Downtime and Inefficiency Erode Your Bottom Line

For aggregate producers, mining operators, and construction contractors managing highvolume crushing circuits, the primary jaw crusher is the critical first stage in your material processing chain. When this unit underperforms, the consequences cascade through your entire operation:

• Production bottlenecks: A jaw crusher operating at 75% efficiency can reduce your plant's throughput by up to 25%, translating to lost revenue of $15,000–$40,000 per day depending on your tonnage and material value.
• Unplanned maintenance costs: Pannes de roulements, toggle plate fractures, and jaw die wear typically account for 40–60% of total crusher maintenance budgets. Each unplanned shutdown costs an average of $8,000–$12,000 per hour in lost production and labor.
• Oversized feed material handling: When your primary crusher cannot accept the full range of feed sizes from your blasting or excavation operations, you incur additional costs for secondary breaking, hydraulic hammers, or reblasting—adding $0.50–$1.50 per ton to your operating costs.
• Classement incohérent des produits: A poorly performing jaw crusher produces irregular product size distribution, forcing downstream cone crushers and screens to work harder, increasing wear costs by 15–20% and reducing final product quality.
• Inefficacité énergétique: Older or poorly matched jaw crushers consume 15–30% more power per ton of material processed, directly impacting your energy budget and carbon footprint.

Are you facing these challenges with your current primary crushing equipment? The Jc5000 Jaw Crusher, available through our network of authorized distributors, addresses these operational pain points with a design engineered for maximum uptime, sortie cohérente, and lower cost per ton.

Présentation du produit: The Jc5000 Jaw Crusher

Le Jc5000 est un robuste, singletoggle jaw crusher designed for primary crushing applications in hard rock mining, production globale, et des projets de construction à grande échelle. With a feed opening of 1,200 mm × 750 mm (48" × 30") and a nominal capacity range of 200–500 metric tons per hour, this machine is positioned for mediumtolarge operations requiring reliable, highcapacity size reduction.

Flux de travail opérationnel

1. Chargement des aliments: Material is loaded into the 1,200 mm × 750 ouverture d'alimentation en mm via une pelle, chargeuse sur pneus, or dump truck. The wide, deep crushing chamber accepts blocky feed up to 650 mm (26") in size without bridging.
2. Action écrasante: The eccentric shaft drives the swing jaw through a 280 mm course, creating a compressive force of up to 350 MPa. Material is crushed through a combination of compression and shear as it moves down the crushing chamber.
3. Décharge du produit: Le matériau broyé sort par l'ouverture de déchargement réglable (Plage CSS: 75–200mm), producing a product that is typically 80–90% smaller than the CSS setting.
4. Transfert de matériel: Discharged material falls directly onto a discharge conveyor or into a surge hopper, feeding downstream secondary crushing or screening equipment.
5. Monitoring and Adjustment: The hydraulic CSS adjustment system allows operators to change the discharge setting in under 10 minutes sans arrêter le broyeur, optimizing product size for changing feed conditions.

Champ d'application

Convient pour:

• Extraction de roches dures (granit, basalte, quartzite, minerai de fer)
• Production globale (base de route, granulat de béton, ballast ferroviaire)
• Largescale demolition and recycling projects
• Traitement industriel des minéraux

Limites:

• Non recommandé pour les collants, clayrich materials exceeding 15% teneur en humidité
• Requires a minimum feed size of 150 mm pour une efficacité optimale
• Not suitable for underground mining applications due to height and weight constraints
• Nécessite une écurie, level foundation with adequate loadbearing capacity

Fonctionnalités principales: Engineering for Performance and Reliability

1. Cadre soudé robuste | Base technique: Analyse par éléments finis (FEA)répartition optimisée des contraintes | Avantage opérationnel: The frame is designed with a 40% safety factor over maximum crushing loads, eliminating frame cracking and distortion even under continuous highstress operation | Impact sur le retour sur investissement: Extends frame service life to 20+ années, reducing capital replacement costs by eliminating the need for frame repair or replacement within the equipment's operational lifetime

2. Système de réglage hydraulique CSS | Base technique: Doubleacting hydraulic cylinders with integrated position sensors | Avantage opérationnel: Your operators can adjust the discharge setting from 75 mm à 200 mm en dessous 10 minutes sans changement manuel des cales, réduisant le temps de changement de 85% compared to mechanical adjustment systems | Impact sur le retour sur investissement: Reduces downtime for product changeovers by 3–4 hours per week, recovering 150–200 hours of production annually

3. Oversized Eccentric Shaft and Bearings | Base technique: 250 mm diameter shaft with spherical roller bearings rated for 100,000hour L10 life | Avantage opérationnel: The robust shaft and bearing assembly handles peak crushing forces without deflection, maintaining consistent stroke and reducing bearing operating temperatures by 15–20°C | Impact sur le retour sur investissement: Élimine les défaillances liées aux roulements, reducing annual maintenance costs by $12,000–$18,000 and preventing 2–3 unplanned shutdowns per year

4. Reversible Jaw Dies with High Manganese Content | Base technique: 18% acier au manganèse (Mn18Cr2) avec des propriétés d'écrouissage | Avantage opérationnel: Jaw dies workharden from 200 HB à 450 HB sous le choc, providing 30–40% longer wear life than standard 12% acier au manganèse. Reversible design allows you to flip dies and extend service life by an additional 50% | Impact sur le retour sur investissement: Reduces annual wear part costs by $8,000–$15,000 and decreases changeout frequency from 6 à 4 fois par an

5. VBelt Drive with Flywheel Energy Storage | Base technique: Two 2.5ton flywheels storing kinetic energy to smooth peak load demands | Avantage opérationnel: The flywheel system reduces peak power demand by 25–30%, allowing you to use a smaller, more efficient motor and reducing electrical infrastructure requirements | Impact sur le retour sur investissement: Lowers installed power requirements from 250 kW à 200 kW, reducing energy consumption by 15–20% and saving $18,000–$30,000 annually in electricity costs

6. Système de lubrification intégré | Base technique: Automatic grease lubrication with 8point distribution and pressure monitoring | Avantage opérationnel: The system delivers precise grease quantities to all bearing points at programmed intervals, eliminating manual lubrication errors and ensuring optimal bearing protection | Impact sur le retour sur investissement: Réduit le risque de défaillance des roulements en 70%, saving $20,000–$35,000 per bearing replacement event and extending bearing service life by 25%

7. Modular Design for Transportability | Base technique: Splitframe construction with bolted connections | Avantage opérationnel: The crusher can be disassembled into two main modules for transport, reducing shipping costs by 30% and enabling relocation to new sites without specialized heavyhaul permits | Impact sur le retour sur investissement: Saves $15,000–$25,000 in transportation costs per relocation and reduces setup time by 40% when moving between project sites

Avantages compétitifs: Comparaison des performances

| Mesure de performances | Norme de l'industrie (150 kW class) | Solution Jc5000 | Avantage |
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| Débit (tph) | 250–350 | 300–500 | 20–40% higher capacity |
| Temps d'ajustement CSS | 45–60 minutes (manuel) | <10 minutes (hydraulique) | 80–85% faster changeover |
| Durée de vie du roulement L10 | 50,000–60,000 hours | 100,000 heures | 65–100% longer service life |
| Durée de vie de la mâchoire | 4,000–6 000 heures | 6,000–8 000 heures | 30–50% longer wear life |
| Consommation d'énergie (kWh/tonne) | 0.8–1,2 | 0.6–0,9 | 25–30% lower energy use |
| Temps d'arrêt imprévus | 5–8% of operating time | 2–3% of operating time | 50–60% reduction in downtime |
| Coût d'entretien ($/tonne) | $0.15–0,25$ | $0.10–$0.15 | 33–40% lower maintenance cost |

Spécifications techniques

Capacity and Performance

• Ouverture d'alimentation: 1,200 mm × 750 mm (48" × 30")
• Taille maximale d'alimentation: 650 mm (26")
• Plage de capacité: 200–500 tonnes métriques par heure (depending on CSS and material characteristics)
• Réglage de décharge (CSS): 75–200mm (3"–8")
• Course d'arbre excentrique: 280 mm (11")
• Crushing Force: Jusqu'à 350 MPa

Exigences d'alimentation

• Puissance du moteur: 200 kW (270 HP), 4pôle, 1,500 tr/min
• Options de tension: 400V/50 Hz, 460V/60 Hz, 690V/50 Hz, 1,000V/50 Hz
• Méthode de démarrage: Soft starter or VFD (facultatif)
• Consommation d'énergie spécifique: 0.6–0,9 kWh/tonne

Spécifications matérielles

• Cadre: Welded lowalloy steel (S355J2+N), soulagé du stress
• Matrices de mâchoire: Mn18Cr2 high manganese steel (réversible)
• Plaque à bascule: Cast steel with hydraulic relief protection
• Roulements: Roulements à rotule sur rouleaux (SKF ou équivalent)
• Arbre: Acier allié forgé (42CrMo4), traité thermiquement

Dimensions physiques

• Longueur: 4,200 mm (165")
• Largeur: 2,800 mm (110")
• Hauteur: 3,500 mm (138")
• Poids: 48,000 kilos (106,000 livres) including motor and drive
• Dimensions de transport: Two modules—main frame (4.2m × 2.8m × 2.5m) and flywheel assembly (2.0m × 2.0m × 1.8m)

Plage de fonctionnement environnementale

• Température de fonctionnement: 20°C à +50°C (4°F à +122°F)
• Altitude: Jusqu'à 3,000 m (9,800 pi) without derating
• Protection contre la poussière: IP55 rated electrical enclosures, sealed bearing housings
• Niveau de bruit: 85–90 dB(UN) à 1 mètre (avec enceinte acoustique en option)

Scénarios d'application: Proven Performance in the Field

Exploitation d'une carrière de roche dure | Défi: A granite quarry in Norway was experiencing 15% production shortfalls due to frequent jaw crusher failures, with bearing replacements required every 8 months and 12% temps d'arrêt | Solution: The operation replaced their existing 1,100 × 750 mm jaw crusher with the Jc5000, paired with a 200 kW motor and automated CSS control | Résultats: Le débit est passé de 320 tph à 450 tph (40% amélioration), temps d'arrêt réduit à 2.5%, et les coûts de maintenance annuels ont diminué de $85,000. The quarry achieved payback on the equipment investment in 14 months through increased production and reduced operating costs.

Aggregate Production for Infrastructure Project | Défi: A civil engineering contractor needed to produce 2 million tons of railway ballast within 18 mois, requiring consistent product gradation and 95% equipment availability | Solution: Deployed the Jc5000 as the primary crusher in a mobile plant configuration, with the hydraulic CSS system enabling quick adjustments between ballast and subbase specifications | Résultats: The Jc5000 maintained 96.5% disponibilité sur la durée du projet, produit 2.1 millions de tonnes (5% above target), and achieved product consistency within ±5% of specification. L'entrepreneur a terminé le projet 6 des semaines avant la date prévue, éviter $120,000 in potential penalty fees.

Iron Ore Processing Facility | Défi: A midsized iron ore operation in Australia was struggling with high energy costs and excessive wear part consumption, with jaw dies lasting only 3,500 hours and energy costs accounting for 22% of total operating expenses | Solution: Installed the Jc5000 with the optional VFD drive and upgraded to Mn18Cr2 jaw dies, optimizing the crushing stroke for the specific ore characteristics | Résultats: La consommation d'énergie a diminué de 1.1 kWh/tonne à 0.75 kWh/tonne (32% réduction), jaw die life extended to 6,800 heures (94% amélioration), and overall operating costs dropped by $0.18 per ton. The annual savings of $360,000 justified the equipment investment within 11 mois.

Considérations commerciales

Niveaux de tarification des équipements

| Configuration | Gamme de prix (USD) | Comprend |
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| Forfait standard | $380,000–450 000 $ | Broyeur, moteur, Entraînement par courroie trapézoïdale, système de lubrification, basic instrumentation |
| Forfait amélioré | $450,000–$520,000 | Forfait standard + système CSS hydraulique, démarreur progressif, surveillance à distance |
| Forfait Premium | $520,000–620 000 $ | Enhanced package + Lecteur VFD, enceinte acoustique, système de contrôle automatisé, garantie prolongée |

Fonctionnalités et modules complémentaires optionnels

• Système de suppression de poussière: $18,000–25 000$ (water spray or dry fog)
• Système de surveillance des vibrations: $12,000–18 000$ (accéléromètres et logiciels d'analyse)
• Forfait de surveillance à distance: $8,000–12 000$ (cellular connectivity, tableau de bord cloud)
• Custom Feed Chute: $15,000–22 000$ (designed for your specific loading equipment)
• Kit de pièces de rechange: $25,000–35 000$ (la mâchoire meurt, plaque à bascule, roulements, scellés)

Forfaits de services

| Niveau de service | Couverture | Coût annuel (USD) |
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| Basique | 2 visites de maintenance préventive/an, assistance téléphonique | $8,500 |
| Standard | 4 PM visits/year, 24livraison des pièces en heures, assistance téléphonique prioritaire | $15,000 |
| Complet | 6 PM visits/year, technicien sur place au sein 48 heures, full parts coverage, surveillance des performances | $28,000 |

Options de financement

• Location d'équipement: 36–Conditions de 60 mois avec $1 option de rachat, monthly payments from $8,500–$12,000
• Location-exploitation: 24–48 month terms with return option, monthly payments from $7,200–$10,500
• Paiement différé: 10% vers le bas, 90% financed over 24 months with 6month payment holiday
• Programme d'échange: Credit of $50,000–$120,000 for your existing jaw crusher (based on age, condition, and model)

Foire aux questions

T1: What is the typical delivery lead time for the Jc5000 through your distributor network?

Standard delivery is 12–16 weeks from order confirmation. Livraison accélérée (8–10 semaines) est disponible moyennant un supplément 5% surtaxe. Your local distributor maintains a limited inventory of highwear components and can provide emergency parts within 24–48 hours.

T2: Can the Jc5000 be integrated into an existing crushing plant with minimal modification?

Oui. The Jc5000 is designed with standard mounting dimensions compatible with most existing primary crusher foundations. Your distributor will conduct a site assessment to verify foundation load capacity, conveyor interface heights, and electrical supply compatibility. Typical integration time is 3–5 days for mechanical installation and 2–3 days for electrical and control system connection.

T3: What is the expected service life of the Jc5000, and what major components require periodic replacement?

The frame and main structural components are designed for a 20+ ans de durée de vie. Major wear components include jaw dies (6,000–8 000 heures), plaque à bascule (12,000–15,000 hours), et roulements (100,000 hours L10). The hydraulic system components typically require service at 10,000hour intervals. Your distributor provides a detailed maintenance schedule with recommended replacement intervals based on your specific application.

T4: How does the Jc5000 handle materials with high moisture content or clay contamination?

The Jc5000 can process materials with up to 15% teneur en humidité, but performance may be reduced with sticky materials. For applications with high clay content, we recommend installing a grizzly feeder ahead of the crusher to remove fines and reduce material sticking. The crusher's wide discharge opening and steep crushing chamber angle help minimize material buildup, but periodic cleaning may be required for extremely sticky feeds.

Q5: What training and support does your distributor network provide for operator and maintenance personnel?

Your distributor provides a comprehensive training program including: (1) 2day operator training covering crusher operation, Ajustement CSS, et les procédures de sécurité; (2) 2day maintenance training covering lubrication, remplacement de pièce d'usure, et dépannage; (3) Onsite commissioning support with a factorytrained technician for 3–5 days; (4) Access to online training modules and documentation. Additional onsite training sessions are available at $1,500 par jour.

Q6: What warranty coverage is included with the Jc5000, and what are the warranty terms?

The Jc5000 comes with a 24month or 8,000hour warranty (selon la première éventualité) covering defects in materials and workmanship. The warranty includes replacement of defective components and labor costs for repair at your site. Des options de garantie prolongée sont disponibles: 36month coverage for $18,000 or 48month coverage for $32,000. Warranty exclusions include normal wear items (la mâchoire meurt, plaques à bascule, porter des doublures) and damage from misuse, improper maintenance, or unauthorized modifications.

Q7: How does the Jc5000 compare to impact crushers for primary crushing applications?

The Jc5000 is better suited for hard, matériaux abrasifs (résistance à la compression >200 MPa) where impact crushers would experience excessive wear. Pour les matériaux plus doux (<150 Résistance à la compression MPa) with lower abrasiveness, an impact crusher may offer higher reduction ratios and lower capital cost. Cependant, for most hard rock mining and aggregate applications, the Jc5000 provides lower operating costs per ton, better product shape, and higher reliability. Your distributor can provide a comparative analysis based on your specific material characteristics and production requirements.

Q8: What are the installation requirements for the Jc5000 in terms of foundation and site preparation?

The Jc5000 requires a reinforced concrete foundation with minimum dimensions of 5.5m × 3.5m × 1.5m deep, designed to support a dynamic load of 120 tonnes. The foundation must be isolated from surrounding structures to minimize vibration transmission. Site preparation includes: (1) Level ground with a slope of less than 2%; (2) Adequate clearance for maintenance access (minimum 3m on all sides