Case Cx250d Crawler Excavator Service Repair Manual
Case Cx250d, Cx250d Long Reach Crawler Excavator Operators Manual
Contains: Cx250d Cx250d Lc
INTRODUCTION
Engine
Hydraulic systems
Frames and ballasting
Tracks and track suspension
Cab climate control
Electrical systems
Booms, dippers, and buckets
Platform, cab, bodywork, and decals
SPECIAL TOOL INDEX
Ultimate Guide to CASE CX250D Crawler Excavator
The CASE CX250D Crawler Excavator is a high-performance machine built for efficiency, durability, and power. Designed for excavation, earthmoving, and construction applications, this model incorporates Tier 4 Final emissions technology, improved hydraulics, and operator-friendly features that ensure maximum productivity.
Case Cx250d Crawler Excavator Service Repair Manual
Key Features of the CASE CX250D
- Powerful Engine: The CX250D is powered by a Tier 4 Final-compliant engine with advanced fuel efficiency.
- Intelligent Hydraulic System: Enhanced hydraulic response reduces cycle times and improves digging performance.
- Comfortable Operator Cabin: Spacious, soundproofed cab with ergonomic controls for reduced fatigue.
- Advanced Safety Systems: Integrated cameras and reinforced ROPS/FOPS cab for operator protection.
- Easy Maintenance: Ground-level access to all major service points for reduced downtime.
Engine Performance and Fuel Efficiency
At the heart of the CX250D is a 6-cylinder diesel engine that meets Tier 4 Final emissions standards. This engine utilizes Selective Catalytic Reduction (SCR) and Diesel Oxidation Catalyst (DOC) to minimize emissions while delivering optimal power output.
- Horsepower: Approximately 177 HP (132 kW)
- Fuel Consumption: Enhanced fuel efficiency through intelligent load sensing
- Cooling System: Large-capacity radiator with an automatic fan for efficient heat dissipation
Hydraulic System and Performance
The CASE Intelligent Hydraulic System (CIHS) enables smooth, precise movements while minimizing fuel consumption.
- Boom and Arm Flow Regeneration: Improves cycle times and reduces fuel usage.
- Auto Power Boost: Provides additional hydraulic pressure when required.
- Energy Recovery System: Reuses energy from swing braking, reducing overall fuel consumption.