卡特 313 D

1. Buckets 铲斗系列 • Standard Digging Bucket (0.52–0.65 m³) • Heavy Duty Rock Bucket • Ditch Cleaning / Grading Bucket • Skeleton / Riddle Bucket • Clamshell / Grab Bucket 2. Demolition & Breaking Attachments 破碎/拆解装置 • Hydraulic Breaker / Hammer • Hydraulic Shear • Concrete Pulverizer 3. Grapples & Handling Attachments 抓取/搬运装置 • Log Grapple • Orange Peel Grapple • Hydraulic Thumb • Pallet Forks 4. Specialty & Site Prep Attachments 专用/场地准备装置 • Quick Coupler / Hitch • Ripper / Scarifier • Vibratory Plate Compactor • Auger / Post Hole Digger • Land Rake • Dozer Blade (Optional)

Item Value Brand Caterpillar (CAT) Model 313D Model Description 13-ton Hydraulic Excavator Power Type Diesel Country of Origin Japan / USA (Assembly) Engine Manufacturer Caterpillar Inc. Engine Flywheel Power 67 kW (89.9 hp) Engine Model Cat C4.2 ACERT Auxiliary Hydraulic Flow (L/min) 21.9 (Pilot System) / 127 (Main Implement) Operating Weight (kg) 13430 Track Shoe Width (mm) 500 Bucket Capacity (m³) 0.52 - 0.65 Transport Dimensions (L×W×H, mm) 7610 × 2490 × 2830 Bucket / Stick Length (mm) 2500 (Standard Stick) Tire Brand N/A (Crawler Type) Max Speed (km/h) 5.5 Product Description The CAT 313D is a robust 13-ton class hydraulic excavator designed for high productivity and versatility in general construction, utility work, and site preparation. Powered by a reliable Cat C4.2 ACERT engine, it delivers a net power of 67 kW while meeting EPA Tier 3 emissions standards, ensuring efficient performance with lower fuel consumption and reduced noise. Its robust hydraulic system features a main pump flow of 127 L/min and high-pressure circuits, providing strong digging forces and responsive control. The reinforced X-shaped frame and heavy-duty undercarriage with 500mm wide tracks deliver exceptional stability and durability, even on rough terrain. Equipped with a spacious, ergonomic cab and intuitive controls, the 313D prioritizes operator comfort and efficiency. Its compact design with a 2140mm tail swing radius makes it ideal for confined job sites, while easy-access service points minimize maintenance downtime.