Specifications

NOTE: Specifications are correct at time of printing and are subject to change without notice.

*Actual sustained equipment horsepower will likely be lower due to operating limitations and environmental

factors.

ENGINE:

26 HP Kawasaki*

Make

Kawasaki

Model

FH731V

Horsepower

26 @ 3600 rpm

Displacement

41.19 Cu. in (675 cc)

Electrical System

12 Volt, 16 amp. Alternator, Battery: 340

CCA

 

Oil Capacity

2.4 US qt. (2.3 L) w/ Filter

30 HP Kohler*

Make

Kohler

Model

CV750S

Horsepower

30 @ 3600 rpm

Displacement

45.58 Cu. in (747 cc)

Electrical System

12 Volt, 15 amp. Alternator, Battery: 340

CCA

 

Oil Capacity

2.0 US qt. (1.9 L) w/ Filter

30 HP Briggs & Stratton**

Make

Briggs & Stratton

Model

543777-0113-E1

Horsepower

30 @ 3200 rpm

Displacement

54.62 Cu. in (895 cc)

Electrical System

12 Volt, 20 amp. Alternator, Battery: 340

CCA

 

Oil Capacity

2.4 US qt. (2.25 L) w/ Filter

32 HP Briggs & Stratton**

Make

Briggs & Stratton

Model

543777-0120-E1

Horsepower

32 @ 3600 rpm

Displacement

54.62 Cu. in (895 cc)

Electrical System

12 Volt, 20 amp. Alternator, Battery: 340

CCA

 

Oil Capacity

2.4 US qt. (2.25 L) w/ Filter

CHASSIS:

Fuel Tanks

Capacity: 12 Gallons (45.4 L) Total

Rear Wheels

Tire Size: 24 x 12.00 -12

 

Inflation Pressure: 15 psi (1,03 bar)

Front Wheels

Tire Size: 13 x 6.50 - 6

 

Inflation Pressure: 25 psi (1,72 bar)

TRANSMISSIONS:

HydroGear PJ-12 / Parker TF-024

Type

Pump and Wheel Motor

Hydraulic Fluid

Mobil 1™ 15W-50 synthetic oil or

 

Castrol Syntec™ 5W-50 oil

Speeds

Forward: 0-10 MPH (0-16.09 km/h)

@ 3400 rpm

Reverse: 0-5 MPH (0-8.05 km/h)

Continuous Torque

315 ft. lbs. (427 N.m.)

Output

 

Maximum Weight

3000 lbs. (1360 Kg)

on Axle

 

DIMENSIONS:

Overall Length

82” (208,3 cm)

Overall Width

 

61” Side Discharge

73” (183,4 cm)

72” Side Discharge

85” (216 cm)

Height

71” (180,3 cm) with Roll Bar Up

 

55” (139,7 cm) with Roll Bar Down

Weight (apx.)

2150 lbs. (975 kg)

Specifications

37 HP Kawasaki*

Make

Kawasaki

Model

FX1000V

Horsepower

37

@ 3600 rpm

Displacement

61

Cu. in (999 cc)

Electrical System

12 Volt, 15 amp. Alternator, Battery: 340

CCA

 

 

Oil Capacity

1.8 US qt. (1.7 L) w/ Filter

**Engine Power Rating Information

The gross power rating for individual gas engine models is labeled in accordance with SAE (Society of Automotive Engineers) code J1940 (Small Engine Power & Torque Rating Procedure), and rating performance has been obtained and corrected in accordance with SAE J1995 (Revision 2002-05). Torque values are derived at 3060 RPM; horsepower values are derived at 3600 RPM. Actual gross engine power will be lower and is affected by, among other things, ambient operating conditions and engine-to-engine variability. Given both the wide array of products on which engines are placed and the variety of environmental issues applicable to operating the equipment, the gas engine will not develop the rated gross power when used in a given piece of power equipment (actual "on-site" or net power). This difference is due to a variety of factors including, but not limited to, accessories (air cleaner, exhaust, charging, cooling, carburetor, fuel pump, etc.), application limitations, ambient operating conditions (temperature, humidity, altitude), and engine-to-engine variability. Due to manufacturing and capacity limitations, Briggs & Stratton may substitute an engine of higher rated power for this Series engine.

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Briggs & Stratton 5901184, 5901186, 5901183, 5900717, 5900718, 5900753, 5900736 manual Engine, Chassis, Transmissions, Dimensions

5900612, 5900613, 5900611, 5900716, 5900752 specifications

Briggs & Stratton is a leading manufacturer of small engines, known for their reliability and performance in a variety of applications. Among their extensive range of products, the model numbers 5900752, 5901184, 5900753, 5900611, and 5900613 represent a collection of essential components designed to enhance engine efficiency and user experience.

The Briggs & Stratton 5900752 is recognized for its high-quality air filter. This filter is engineered to trap dust and dirt effectively, ensuring that only clean air enters the engine. A clean air intake is crucial for optimal performance and longevity of the engine, as it prevents wear and tear on internal components. Its design allows for easy installation and maintenance, making it user-friendly for homeowners and professionals alike.

The 5901184 is a fuel tank assembly designed for enhanced durability and a consistent fuel supply. This component is vital for maintaining stable engine performance, minimizing fuel leakage, and ensuring the integrity of the engine system. The material used in its construction is resistant to corrosion, which is critical for longevity, especially in outdoor equipment exposed to various environmental conditions.

The 5900753 represents a high-performance carburetor that plays a significant role in the mixture of air and fuel. Its precision-engineered design allows for efficient combustion, resulting in robust engine performance. This carburetor is built to handle fluctuations in load, ensuring that the engine runs smoothly under different operating conditions.

The Briggs & Stratton 5900611 and 5900613 series are vital components known for their ignition systems. These components contribute to reliable spark generation, which is essential for engine starting and operation. The enhanced ignition efficiency not only boosts engine starts but also promotes fuel efficiency and reduces emissions, aligning with the growing demand for environmentally conscious products.

Overall, the features and technologies present in the Briggs & Stratton 5900752, 5901184, 5900753, 5900611, and 5900613 highlight the company’s commitment to quality, performance, and user-centered design. With a focus on reliability and ease of use, these components are engineered to meet the needs of various applications, from residential lawn care to commercial landscaping. As part of Briggs & Stratton's extensive catalog, these components are essential for maintaining optimal engine performance and ensuring a seamless user experience in the field.