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XE85C
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Powertrain: Imported engine, robust yet fuel-efficient
Genuine Isuzu 4JG1TPC turbocharged direct-injection engine delivers ample low-end torque (255N・m at 1800rpm) and exceptional high-altitude performance.
24V electrical system ensures outstanding cold-start capability; features low noise, reduced fuel consumption and high reliability.
Electronic control system with auto-idle, auto-acceleration and start protection for intelligent fuel economy.
Hydraulic System: Load-sensing, precise and efficient
Load-sensing hydraulic system allocates flow on demand with zero waste, delivering smooth compound movements and minimal impact.
International brand main pump + multi-way valve for rapid response, precise control and excellent micro-movement capability.
Standard boom hold valve reduces sag for more stable operation.
Structure and Undercarriage: Robust Durability, Heavy-Duty Reliability
Reinforced working equipment: Critical boom sections strengthened; bucket arm features U-shaped press-formed plate welded assembly for enhanced strength.
X-shaped reinforced undercarriage: Large-section box frame + stiffeners achieve load-bearing capacity equivalent to 10-tonne class.
Reinforced tracks: Low ground pressure (34.6 kPa) ensures excellent mobility and easy maintenance.
Rotating platform: I-beam + D-shaped side beams provide high rigidity and excellent torsional resistance.
Structure and Undercarriage: Robust and durable, reliable under heavy loads
Reinforced Working Equipment: Critical boom sections strengthened; dipper arm features U-shaped press-formed plates welded together for enhanced strength.
X-shaped reinforced undercarriage with large-section box frame + stiffeners, supporting loads up to 10 tonnes; reinforced tracks deliver low ground pressure (34.6 kPa), excellent manoeuvrability and easy maintenance.
Rotating platform I-beam + D-shaped side beams deliver high rigidity and excellent torsional resistance; standard 0.34m³ bucket – largest in its class – ensures high operational efficiency.
Controls and Comfort: Ergonomic Design for Fatigue-Free Operation
Spacious cab + suspension seat with excellent shock absorption reduces fatigue during extended shifts.
15° tilted large LCD monitor displays comprehensive information with self-diagnostic fault detection for intuitive operation.
Pilot control lever + short-stroke operation delivers light, precise control; standard high-power air conditioning + defrosting, complete with storage, cup holders and auxiliary power supply.
Maintenance & Value: Convenient, Hassle-Free, Lower Costs
Key components are logically arranged for easy daily maintenance access, minimising repair time and costs.
| Unit | Parameters | ||
| Model | Operating weight | Kg | 8500 |
| Bucket capacity | M³ | 0.14 | |
Engine | Engine model | / | 4TNV88 |
| Direct injection | / | √ | |
| 4x strokes | / | √ | |
| Water cooling | / | √ | |
| Cylinders | / | 4 | |
| Output power of engine | KW/rpm | 27.6/2200 | |
| Max torque/speed | N.m/rpm | 142/1320 | |
| Displacement | L | 2.19 | |
Main performance | Travel speed | Km/h | 4.2/2.6 |
| Slewing speed | r/min | 13.5 | |
| Gradient capability | ° | 30° | |
| Ground pressure | kPa | 36.3 | |
| Digging capacity of bucket | KN | 23.2 | |
| Digging capacity of bucket rod | KN | 19.3 | |
| Max traction force | KN | 33.9 | |
Hydraulic system | Rated flow of main pump | L/min | 1x110+11 |
| Pressure of main sadety valve | MPa | 21 | |
| Pressure of traveling system | MPa | 21 | |
| Pressure of swing system | MPa | 21 | |
| Pressure of pilot system | MPa | 3.9 | |
Oil volume | Fuel tank capacity | L | 65 |
| Hydraulic tank capacity | L | 70 |
| Unit | Parameters | ||
Apperance Size | Total length | mm | 5455 |
| Total width | mm | 1650 | |
| Total height | mm | 2440 | |
| Width of rotary table | mm | 1500 | |
| Total width of chassis | mm | 1635 | |
| Track width | mm | 300 | |
| Tread | mm | 1721 | |
| Track gauge | mm | 1335 | |
| Ground clwaranance of counterweight | mm | 578 | |
| Min.ground clearance | mm | 350 |
1.Municipal Engineering (Most Commonly Used)
Urban road excavation, trenching, gas/water pipe/cable laying
Pavement refurbishment, kerb installation, old pavement breaking
Residential estate and park drainage, silt removal, landscaping upgrades
Streetlight foundations, bus shelters, minor municipal facility construction
2.Rural/Township Development
Homestead foundation excavation, site levelling, backfilling
Agricultural water management: ditch excavation, silt removal, pond/dam repair
Village road widening, slope protection, minor earthworks
Septic tank, biogas digester, small-scale foundation construction
3. Landscaping & Residential Property Management
Tree planting, hole excavation, slope formation, pruning in parks/residential areas
Landscape pond, footpath, flowerbed construction
Residential complex refurbishment, perimeter wall clearance, greenery maintenance
4.Factory Buildings & Infrastructure Sites
Factory foundations, interior demolition, floor removal
Basement and confined space earthworks
Steel structure foundations, embedded part excavation, backfilling and compaction
5.Demolition / Breaking / Attachment Operations
With breaker attachment: Pavement breaking, wall demolition, old foundation removal
With grapple attachment: timber, scrap material, sapling handling
With auger attachment: tree planting holes, small pile holes
With small bucket attachment: precision levelling, edge clearing
6. Emergency & Specialised Applications
Small-scale landslide clearance, river dredging, emergency rescue operations
Narrow passages, basements, interiors and other confined spaces inaccessible to large excavators
Standard Operating Procedure (Excavation / Loading Application)
Positioning
Proceed at low speed to the work site, halt securely, and lower the dozer blade for additional stability.
Excavation
Lower the boom + retract the stick + close the bucket, engaging the soil smoothly without forceful impact or aggressive digging.
Lifting & Slewing
Raise boom → Slew smoothly to unloading position.
Unloading
Extend stick arm + Tilt bucket outward for clean discharge.
Reset
Slew and retract bucket, prepare for next cycle.
Travel Operations
Low gear: Site operations, hill climbing, loading/unloading trailers
High gear: Flat terrain relocation
Note:
Keep boom lowered during travel
Approach slopes head-on; avoid traversing sideways
Reduce speed when turning; do not jerk steering sharply
Dozer Blade Operation
Levelling, backfilling, road repair, vehicle stabilisation
Operation:
Press down on dozer blade lever: blade lowers
Lift up: blade retracts
Maintain blade contact with ground during operations for enhanced stability.
1. RADIO OR CLOCK MEMORY LOST AFTER ENGINE SHUTDOWN?
Constant power fuse (memory wire) blown or open circuit.
2. WINDSHIELD WIPERS ONLY OPERATE AT HIGH SPEED?
Damaged low-speed contact in wiper combination switch or related wiring fault.
3. DASHBOARD WARNING LIGHTS OCCASIONALLY FLASH DURING EQUIPMENT VIBRATION?
Vibration causes intermittent loose connections in sensor wiring harness plugs. Inspect and tighten all plugs.
4. BATTERY IS FULLY CHARGED, BUT STARTER MOTOR LACKS POWER?
Corrosion at battery terminals causes excessive contact resistance, or starter motor failure (worn carbon brushes, seized bearings).
5. INTERNAL OXIDATION IN FUSE BOX WITH GREENISH PINS?
Caused by humid environment. Clean oxidation, apply specialized electronic contact grease for moisture protection, and inspect equipment sealing.
6. ORIGINAL VEHICLE LIGHTS DIM AFTER ADDING AUXILIARY LIGHTS?
Insufficient original vehicle power generation; added electrical components cause system voltage drop.
