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Caterpillar R1700

Technical data by generation and configuration: engine, cooling, refill capacities and the manufacturer's public documents.

Caterpillar R1700 · R1700G

Previous generation (AEHQ6387)
Engine Engine Cat C11 ACERT · 241/263 kW (323/353 hp) gross · Tier 3 / Stage III Standard
Engine Crankcase with filter (capacity) 34 L Standard
Cooling Radiator Modular crossflow, with swing-out grill for cleaning or repair and coolant sight gauge Standard
Cooling Aftercooler Air-to-air (ATAAC) Standard
Cooling Brake axle cooling Standard Standard
Cooling Cooling system (capacity) 63 L Standard
Transmission Drive 4-speed planetary powershift with high-capacity torque converter Standard
Transmission Transmission (capacity) 47 L Standard
Axles Differential and final drives (capacity) 61 L front · 61 L rear (90 L with axle cooler) Standard
Brakes Brakes Oil-cooled wet multiple discs (SAFR) on all 4 wheels; independent service and parking Standard
Hydraulics Hydraulic tank 125 L Standard
Hydraulics Payload 12,500 kg (truck loading) · 14,000 kg (tramming) Standard
Hydraulics Bucket 4.6 to 8.8 m³ (standard 5.7 m³) Standard
Tires Tires 26.5 × 25 Standard
Electrical Electrical system 24 V · 95 A alternator Standard
Fuel Fuel tank 570 L (optional 420 L secondary tank) Standard

Caterpillar R1700 · Current R1700 · Tier 3

Current generation
Engine Engine Cat C13 · 269 kW (361 hp) · Tier 3 / Stage IIIA Standard
Engine Crankcase (capacity) 37 L Standard
Engine Altitude No power derating up to 2,895 m (Stage V), 3,505 m (Tier 3) and 3,200 m (VR) Standard
Cooling Radiator Swing-out radiator grill; oil coolers grouped in the service area Standard
Cooling High-efficiency radiator Optional Optional
Cooling Aftercooler Air-to-air (ATAAC) Standard
Cooling Brake axle cooling Standard Standard
Cooling Cooling system (capacity) 75 L Standard
Transmission Drive Automatic planetary powershift 4F/4R with automatic lock-up torque converter Standard
Transmission Transmission (capacity) 54 L Standard
Axles Differential and final drives (capacity) 148 L front · 141 L rear Standard
Brakes Brakes Oil-cooled wet multiple discs (SAFR) on all 4 wheels; independent service and parking Standard
Hydraulics Hydraulic tank 135 L · on-demand piston pumps Standard
Hydraulics Payload 15,000 kg Standard
Hydraulics Bucket 5.7 to 8.6 m³ Standard
Tires Tires 26.5R25 Standard
Electrical Electrical system 24 V · 150 A alternator Standard
Fuel Fuel tank 486 L · DEF 27 L (Stage V) Standard

Caterpillar R1700 · Current R1700 · VR

Current generation · ventilation reduction
Engine Engine Cat C13 · 269 kW (361 hp) · Tier 2 / Stage II with VR package Standard
Engine Crankcase (capacity) 37 L Standard
Engine Altitude No power derating up to 2,895 m (Stage V), 3,505 m (Tier 3) and 3,200 m (VR) Standard
Cooling Radiator Swing-out radiator grill; oil coolers grouped in the service area Standard
Cooling High-efficiency radiator Optional Optional
Cooling Aftercooler Air-to-air (ATAAC) Standard
Cooling Brake axle cooling Standard Standard
Cooling Cooling system (capacity) 75 L Standard
Transmission Drive Automatic planetary powershift 4F/4R with automatic lock-up torque converter Standard
Transmission Transmission (capacity) 54 L Standard
Axles Differential and final drives (capacity) 148 L front · 141 L rear Standard
Brakes Brakes Oil-cooled wet multiple discs (SAFR) on all 4 wheels; independent service and parking Standard
Hydraulics Hydraulic tank 135 L · on-demand piston pumps Standard
Hydraulics Payload 15,000 kg Standard
Hydraulics Bucket 5.7 to 8.6 m³ Standard
Tires Tires 26.5R25 Standard
Electrical Electrical system 24 V · 150 A alternator Standard
Fuel Fuel tank 486 L · DEF 27 L (Stage V) Standard

Caterpillar R1700 · Current R1700 · Stage V

Current generation
Engine Engine Cat C13 · 257 kW (345 hp) at 2,050 rpm · Tier 4 Final / Stage V Standard
Engine Crankcase (capacity) 37 L Standard
Engine Altitude No power derating up to 2,895 m (Stage V), 3,505 m (Tier 3) and 3,200 m (VR) Standard
Cooling Radiator Swing-out radiator grill; oil coolers grouped in the service area Standard
Cooling High-efficiency radiator Optional Optional
Cooling Aftercooler Air-to-air (ATAAC) Standard
Cooling Brake axle cooling Standard Standard
Cooling Cooling system (capacity) 75 L Standard
Transmission Drive Automatic planetary powershift 4F/4R with automatic lock-up torque converter Standard
Transmission Transmission (capacity) 54 L Standard
Axles Differential and final drives (capacity) 148 L front · 141 L rear Standard
Brakes Brakes Oil-cooled wet multiple discs (SAFR) on all 4 wheels; independent service and parking Standard
Hydraulics Hydraulic tank 135 L · on-demand piston pumps Standard
Hydraulics Payload 15,000 kg Standard
Hydraulics Bucket 5.7 to 8.6 m³ Standard
Tires Tires 26.5R25 Standard
Electrical Electrical system 24 V · 150 A alternator Standard
Fuel Fuel tank 486 L · DEF 27 L (Stage V) Standard

Sources

Caterpillar: R1700G Specalog (AEHQ6387) and current R1700 specifications, published by Peterson Cat, Cat dealer

What we have found in this model

Real evaluations from the MESABI® workshop. We do not show customer data or equipment nameplates.

12
evaluations and workshop services
4
repairable according to the diagnosis
1
not repairable according to the diagnosis
Components evaluated
Radiator-aftercooler, Radiator, Aftercooler

Most frequent findings

Dirt build-up in the core
Core
4×
Observed condition
Dirt build-up and contamination between the core rows.
Technical risk
Blocked air flow, overheating and loss of efficiency.
Recommended action
Deep cleaning with a method that does not deform the fins.
Contamination
Core
4×
Observed condition
Contamination inside the core.
Technical risk
Seal deterioration and low heat transfer capacity.
Recommended action
Deep cleaning of tanks and tubes.
Impacts on the core
Core
3×
Observed condition
Impacts and localized deformation of the core.
Technical risk
Reduced effective heat-transfer area and cooling capacity.
Recommended action
Straighten fins in recoverable areas; replace tubes or modules with irreversible damage.
Internal contamination
Structural frame
3×
Observed condition
Inside the structural frame, sediment build-up and rust were found, a condition that could be associated with an insufficient coolant concentration in the water mix.
Technical risk
Low efficiency, internal damage to the radiator lines.
Dirt build-up on the structural frame
Structural frame
2×
Observed condition
Build-up of dirt on the structural frame.
Technical risk
Corrosion and accelerated deterioration of the structure.
Recommended action
Deep cleaning and application of a protective coating.
Detached fins in the core
Core
1×
Observed condition
Detached fins in the core.
Technical risk
Loss of heat-transfer surface and lower cooling capacity.
Recommended action
Replace or repair fins in the affected areas; replace irreparable modules.
Internal tube damage from blockage
Core
1×
Observed condition
Sediment build-up blocked part of the tubes, preventing coolant flow through them and reducing the area available for the coolant to pass.
Technical risk
Low efficiency.
Recommended action
Rodding or replacement of the damaged tubes.
Missing bolts
Bolts
1×
Observed condition
Missing bolts at mounting points.
Technical risk
Poor fastening and vibration.
Recommended action
Install new bolts with an equivalent specification.

Workshop photos

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Data may vary by year, serial number and options of each machine; confirm them with your machine's manual.

Caterpillar, Sandvik, Epiroc, Komatsu and other brands mentioned are the property of their respective owners. MESABI® is not affiliated with them; they are mentioned only to identify the equipment.