Toyota 7FGCU25 Specifications
The Toyota 7FGCU25 is a cushion-tire internal
combustion forklift engineered for intensive indoor material-handling operations
where compact dimensions, low turning radius, and high lift reliability are
essential. Designed primarily for warehouse, manufacturing, fabrication, retail
distribution, and dock environments, the 7FGCU25 delivers a balanced combination
of maneuverability, power, and durability.
Its nominal lifting capacity of 2,500 kilograms
(5,500 pounds) makes it suitable for both single-shift and multi-shift
operations across a wide variety of industrial applications. Featuring
Toyota’s industry-renowned 4Y or 1FS industrial engine options, the
forklift provides smooth torque delivery, low emissions, and excellent
fuel efficiency.
The 7FGCU25 uses cushion tires, making it ideal for smooth-floor indoor
environments such as factories, paper mills, packing plants, and
tight-aisle warehouses. Toyota’s System of Active Stability (SAS)
contributes to safer handling by monitoring mast angle, load height, and
steering geometry. Maintenance technicians value its accessible engine
compartment, robust transmission, and simplified service intervals.
Operators benefit from an ergonomic control
layout, responsive hydrostatic steering, comfortable seating, and
excellent forward visibility. With its compact operational footprint,
the Toyota 7FGCU25 supports high productivity in confined indoor spaces
while retaining the rugged dependability expected of Toyota forklifts.
The Toyota 7FGCU25 is commonly equipped with the Toyota
4Y-EC industrial gasoline/LPG engine, although some versions may use the
higher-output 1FS engine for increased torque. These engines are designed
specifically for forklift duty, prioritizing long engine life, low emissions,
and stable power output under continuous load.
Engine Characteristics (Toyota 4Y-EC
Engine):
- Type: inline 4-cylinder, OHV gasoline/LPG engine
- Displacement: approx. 2.2 L
- Bore/stroke: approx. 87x83 mm (3.43x3.27 in)
- Rated output: approx. 40-50 kW (54-67 hp)
- Peak torque: approx. 140-160 Nm (103-118 lb-ft) at 2,000-2,400 rpm
- Idle speed: approx. 650-750 rpm
- Maximum governed speed: approx. 2,400-2,600 rpm
- Fuel system: IMPCO-style LPG vaporizer and mixer or EFI gasoline
- Emissions: meets common indoor-use emission standards
Engine Characteristics (Toyota 1FS Engine):
- Type: inline 4-cylinder gasoline engine
- Displacement: approx. 2.7 L
- Rated output: approx. 55-60 kW (74-80 hp)
- Peak torque: approx. 180-200 Nm (133-148 lb-ft)
- Fuel system: electronic fuel injection
Engine Construction:
- Cylinder block: cast iron
- Cylinder head: cast iron or aluminum depending on version
- Crankshaft: forged steel with 5 main bearings
- Pistons: aluminum alloy with reinforced crowns
- Valvetrain: pushrod OHV or overhead cam depending on engine model
Lubrication System:
- Type: full-pressure wet-sump system
- Oil capacity: approx. 3.5-5.0 L (3.7-5.3 qt)
- Oil pressure: approx. 250-400 kPa (36-58 psi) during operation
- Recommended oil: SAE 10W-30 or 15W-40
- Filter: full-flow spin-on type
Cooling System:
- Type: liquid-cooled circulation system
- Coolant capacity: approx. 6-7 L (6.3-7.4 qt)
- Water pump: belt-driven centrifugal model
- Thermostat opening: approx. 82°C (180°F)
- Radiator: compact, heavy-duty indoor-style core
- System pressure: approx. 13 psi (90 kPa).
The 7FGCU25 employs a compact torque-converter
powershift transmission engineered for high-frequency directional changes in
indoor and dock environments.
Transmission:
- Type: 1-speed industrial powershift
- Forward travel speed (unladen): approx. 17-19 km/h (10.5-12 mph)
- Reverse travel speed: approx. 15-17 km/h (9-10.5 mph)
- Transmission fluid capacity: approx. 5-7 L (5.3-7.4 qt)
- Recommended fluid: Dexron III or equivalent industrial ATF
- Direction control: column-mounted shift lever with hydraulic clutch actuation
Drive Axle:
- Construction: compact cast-steel differential
- Gear reduction: planetary hub reductions
- Axle lubrication capacity: approx. 3-4 L (3.2-4.2 qt)
- Lubricant: SAE 80W-90 gear oil
Brake System:
- Service brakes: hydraulic drum brakes or wet-disc brakes (depending on
version)
- Parking brake: mechanical drum-type
- Brake design supports heavy indoor workloads with consistent performance.
- System voltage: 12 V
- Battery capacity: approx. 55-70 Ah
- Alternator output: approx. 40-60 A
- Starter rating: approx. 1.4-2.0 kW
- Safety interlocks: operator-presence system, neutral start, SAS monitoring
- Lighting package: headlights, rear lights, optional overhead or mast-mounted
lights.
Drive
Configuration:
- Front-wheel drive
- Rear-wheel steering
- Cushion tire configuration for indoor floors
Tire Specifications (Cushion Tires):
- Front tires: approx. 21x7x15 (solid cushion)
- Rear tires: approx. 16x6x10.5
Optional Tires:
- Non-marking cushion tires for food or pharmaceutical environments
- Heat-resistant compounds for furnace or foundry operations
Chassis Construction:
- Fully welded steel frame
- Reinforced mast anchoring points
- Low center of gravity for enhanced stability
- Compact footprint designed for narrow-aisle maneuvering
Steering:
- Steering type: hydrostatic power steering
- Steering pump flow: approx. 6-10 L/min (1.6-2.6 gpm)
- Steering axle: oscillating rear axle with pivot bearings
- Turning radius: approx. 1.9-2.1 m (75-83 in)
- Handling: precise and responsive, optimized for tight indoor spaces.
- Maximum hydraulic pressure: approx. 2,000-2,200 psi
(138-152 bar)
- Pump type: engine-driven gear pump
- Pump flow: approx. 28-35 L/min (7.4-9.2 gpm)
- Hydraulic reservoir capacity: approx. 20-25 L (21-26 qt)
- Fluid: ISO VG 32 or ISO VG 46 hydraulic oil
- Lift cylinders: double-acting lift cylinders with cushioning
- Tilt cylinders: heavy-duty cylinders with controlled flow design.
| Service Refill Capacities |
- Engine oil: 3.5-5.0 L (3.7-5.3 qt)
- Coolant: 6-7 L (6.3-7.4 qt)
- Transmission fluid: 5-7 L (5.3-7.4 qt)
- Drive axle oil: 3-4 L (3.2-4.2 qt)
- Hydraulic oil: 20-25 L (21-26 qt)
Mast Types:
- Duplex (2-stage)
- Triplex (3-stage full free-lift)
Lift Heights:
- Duplex mast lift: approx. 3.0-4.0 m (118-157 in)
- Triplex mast lift: approx. 4.5-5.5 m (177-216 in)
Free-Lift: Approx. 0.2-1.0 m (8-39 in)
Fork Specifications:
- Standard fork length: 1,067-1,219 mm (42-48 in)
- Optional lengths: 1,524 mm (60 in)
- Fork width: approx. 100-125 mm (4-5 in)
- Fork thickness: approx. 35-45 mm (1.4-1.8 in).
- Nominal rated capacity: 2,500 kg (5,500 lb) at a 600
mm (24 in) load center
De-rating considerations:
- Reach and mast height
- Attachments
- Long forks
- Off-center loads
- High-lift stability limits.
- Lift speed (unladen): approx. 0.40-0.50 m/s (80-100
ft/min)
- Lift speed (laden): approx. 0.25-0.30 m/s (50-60 ft/min)
- Lowering speed (unladen): approx. 90-120 ft/min
- Lowering speed (laden): approx. 110-140 ft/min
- Travel speed (unladen): approx. 17-19 km/h (10.5-12 mph)
- Travel speed (laden): approx. 12-14 km/h (7-9 mph)
- Gradeability (unladen): approx. 20-25%
- Gradeability (laden): approx. 12-15%
- Drawbar pull: approx. 12,000-18,000 N (2,700-4,050 lbf)
- Overall length to fork face: approx. 2.5-2.7 m
(98-106 in)
- Overall width: approx. 1.1-1.2 m (43-47 in)
- Overhead guard height: approx. 2.1-2.2 m (83-87 in)
- Wheelbase: approx. 1.5-1.6 m (59-63 in)
- Ground clearance: approx. 80-110 mm (3.1-4.3 in)
- Turning radius: approx. 1.9-2.1 m (75-83 in)
- Aisle width (pallet 1000x1200): approx. 3.6-4.0 m (142-157 in)
- Maximum fork height: 3.0-5.5 m
- Free lift: 0.2-1.0 m
- Fork length options: 42-60 in
- Operating weight: approx. 3,600-4,200 kg (7,937-9,259 lb)
- Counterweight mass: approx. 900-1,300 kg (1,984-2,866 lb)
250-Hour Service:
- Replace engine oil and filter
- Clean air filter
- Lubricate mast and steering components
- Clean radiator fins
- Check battery and cables
500-Hour Service:
- Replace fuel filter
- Inspect driveline and axle seals
- Inspect brakes
- Check hydraulic hoses
1,000-Hour Service:
- Replace transmission fluid
- Replace drive axle oil
- Inspect mast structure and hydraulic cylinders
- Check chain stretch and guide rollers
2,000-Hour Service:
- Replace hydraulic oil
- Replace coolant
- Test SAS sensors and electronics
- Conduct full structural inspection.
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