The fuel tank’s volume represents the total amount of fuel a machine can hold. This specification is crucial for operational planning as it directly impacts the equipment’s runtime between refueling stops.
Knowing this measurement is essential for efficient job site management. It allows operators to calculate operational ranges, schedule refueling intervals proactively, and minimize downtime. Historically, understanding such specifications has prevented delays and improved overall productivity in construction and agricultural settings.
Specific to the Bobcat 746B model, the liquid capacity for its fuel reservoir is a key consideration. The following details will present this important characteristic of the machine.
1. Gallons
The term “gallons” is the standard unit of measurement used to quantify the fuel capacity of the Bobcat 746B. Understanding the number of gallons the tank can hold is essential for operational planning and logistical considerations.
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Volume Measurement
A gallon represents a specific volume of liquid. In the context of the Bobcat 746B, gallons quantify the total diesel fuel the tank can accommodate. This measurement is crucial for calculating fuel consumption rates and planning refueling schedules.
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Operational Range
The fuel tank volume, expressed in gallons, directly correlates with the machine’s operational range. Knowing the gallons of fuel the Bobcat 746B can hold allows operators to estimate how long the machine can function before needing to refuel. This is critical for minimizing downtime and maximizing productivity.
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Logistical Planning
The gallon capacity is a key parameter for logistical planning, including fuel procurement and delivery. Work sites need to ensure sufficient fuel supplies are available to support the operation of the Bobcat 746B. The gallon capacity helps determine the amount of fuel needed and the frequency of deliveries.
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Fuel Efficiency Considerations
While gallons define the tank’s size, fuel efficiency determines how quickly those gallons are consumed. Operators can use the gallon capacity in conjunction with fuel consumption rates to optimize operating practices and reduce fuel costs. This involves selecting appropriate operating modes and minimizing idle time.
These facets illustrate the significance of “gallons” in defining and managing the Bobcat 746B’s fuel requirements. The 30-gallon capacity is not merely a number; it is a fundamental aspect of operational efficiency and cost management.
2. 30 U.S. Gallons
The designation “30 U.S. Gallons” directly answers the query regarding the fuel capacity of the Bobcat 746B. This volume represents the maximum amount of diesel fuel the machine’s tank is designed to hold. This capacity dictates the operational range of the equipment before refueling is necessary. For example, a construction site using the 746B for extended periods between refueling opportunities relies on the 30 U.S. Gallon capacity to maintain productivity. Exceeding this capacity can lead to spillage or improper functioning of the fuel system.
The 30 U.S. Gallon figure is integral for calculating fuel consumption rates and estimating the operational time available under varying load conditions. A landscaping project requiring the Bobcat 746B to run continuously for eight hours necessitates a calculation of fuel burn per hour to ensure sufficient fuel is available. Failure to accurately assess fuel requirements based on this capacity can cause project delays and increased operational costs. Furthermore, the specified capacity influences the overall weight of the machine when fully fueled, which impacts transportation logistics and ground pressure considerations.
In summary, the 30 U.S. Gallon specification is a defining characteristic of the Bobcat 746B, directly influencing its operational capability, logistical planning, and overall performance. A clear understanding of this volume is critical for maximizing efficiency and minimizing disruptions in the work environment.
3. Diesel
The fuel type, diesel, is a critical factor when considering the capacity of the Bobcat 746B’s fuel tank. The machine is engineered to operate specifically with diesel fuel, and the tank’s design is optimized for its properties.
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Engine Compatibility
The Bobcat 746B utilizes a diesel engine designed to combust diesel fuel efficiently. The injection system, compression ratio, and other engine parameters are calibrated for the specific properties of diesel. Using alternative fuels can cause engine damage, reduced performance, and void warranties. Therefore, the fuel capacity is inherently tied to the diesel requirement.
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Fuel Density and Weight
Diesel fuel has a specific density, approximately 7 lbs per gallon, which affects the overall weight of the Bobcat 746B when the fuel tank is full. A full 30-gallon tank adds approximately 210 lbs to the machine’s weight. This weight impacts transportation considerations, ground pressure, and the machine’s stability during operation. Understanding the fuel density and weight is crucial for safe and efficient operation.
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Fuel Storage and Safety
Diesel fuel presents specific storage and safety considerations. Proper handling and storage practices are essential to prevent spills, contamination, and fire hazards. The 30-gallon capacity necessitates compliance with safety regulations regarding fuel storage on job sites and during transportation. These regulations may include requirements for spill containment and fire suppression equipment.
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Fuel Quality and Performance
The performance of the Bobcat 746B is directly influenced by the quality of the diesel fuel used. Contaminated or low-quality diesel can clog fuel filters, damage injectors, and reduce engine power. Regular maintenance, including fuel filter replacements, is crucial to ensure optimal performance. The 30-gallon capacity highlights the importance of using clean, high-quality diesel to minimize maintenance and maximize the machine’s lifespan.
In essence, the relationship between diesel and the Bobcat 746B’s fuel capacity is multifaceted, encompassing engine compatibility, weight considerations, safety protocols, and fuel quality management. These elements are integral to the safe, efficient, and reliable operation of the machine.
4. Runtime
Runtime, the duration a machine operates on a full tank, is intrinsically linked to fuel capacity. In the case of the Bobcat 746B, its runtime is directly proportional to the 30 U.S. gallon capacity. A smaller fuel tank would reduce the operational time before refueling, while a larger capacity would extend it. Actual runtime depends on factors like engine load, operating conditions, and maintenance levels. Heavy-duty tasks like continuous digging consume more fuel per hour, reducing runtime compared to lighter activities such as grading. Therefore, understanding the fuel capacity is crucial for estimating runtime and scheduling refueling intervals to avoid interruptions.
Estimating runtime involves calculating fuel consumption rates. For instance, if the Bobcat 746B consumes 3 gallons of diesel per hour under typical operating conditions, a full tank would provide approximately 10 hours of runtime (30 gallons / 3 gallons/hour). This information allows project managers to plan work schedules, allocate resources, and determine the need for on-site fuel storage. Discrepancies between estimated and actual runtime can arise due to variations in operating conditions or mechanical inefficiencies. Regular maintenance, such as ensuring properly functioning fuel injectors and air filters, helps maintain optimal fuel efficiency and extend runtime.
In summary, runtime is a critical operational parameter that depends significantly on the fuel capacity of the Bobcat 746B. Accurate estimation of runtime based on fuel capacity and consumption rates is essential for efficient project management and minimizing downtime. While the 30 U.S. gallon capacity provides a baseline, understanding the factors that influence fuel consumption is vital for achieving optimal runtime and operational efficiency.
5. Tank Size
Tank size directly defines the fuel capacity of the Bobcat 746B. The physical dimensions of the fuel tank determine the total volume it can hold, which in this case, is 30 U.S. gallons. A smaller tank size would inevitably reduce the amount of fuel that can be stored, resulting in a lower fuel capacity. Conversely, a larger tank size would increase fuel capacity, but also affect the machine’s overall dimensions and weight distribution. Therefore, tank size is a critical design parameter that establishes the operational capabilities of the equipment. For instance, if the tank size were reduced to accommodate a smaller machine footprint, the operational runtime between refueling would be significantly shortened.
The relationship between tank size and fuel capacity has practical implications for job site logistics. Larger tank sizes offer extended operational periods, reducing the frequency of refueling and minimizing downtime. However, larger tanks also add weight, potentially affecting the machine’s maneuverability and increasing ground pressure. Consequently, selecting the appropriate tank size involves balancing the need for extended runtime with considerations for weight, space constraints, and transportation logistics. As an example, a demolition project requiring continuous operation over several hours benefits from a tank size that maximizes runtime, while a landscaping project in a confined area might prioritize a smaller tank size for enhanced maneuverability.
Ultimately, tank size is a fundamental component of the Bobcat 746B’s fuel capacity. The 30 U.S. gallon capacity is a direct result of the designed tank size, which influences operational efficiency, job site logistics, and overall machine performance. Although larger capacities offer benefits, considerations of weight, space, and operational context must be balanced to ensure optimal productivity. The tank size and its resultant fuel capacity are, therefore, critical design and operational considerations.
6. Weight Impact
Weight impact is a significant consideration when evaluating the operational characteristics of the Bobcat 746B. The machine’s fuel capacity directly influences its total weight, affecting factors such as transportation logistics, ground pressure, and overall stability. Understanding this connection is crucial for safe and efficient operation.
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Transportation Costs
A full fuel tank adds considerable weight to the Bobcat 746B. This increased weight directly affects transportation costs, as heavier loads require more powerful transport vehicles and consume more fuel during transit. Companies must factor in the weight of a full fuel tank when arranging transportation to and from job sites to optimize logistics and minimize expenses. For example, a long-distance transport might necessitate partial fuel drainage to reduce weight and comply with transport regulations.
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Ground Pressure and Surface Damage
The weight of the Bobcat 746B, including a full fuel tank, exerts pressure on the ground surface. This ground pressure can damage sensitive surfaces like lawns, paved areas, or unstable terrain. Understanding the relationship between fuel capacity and weight allows operators to assess the potential for surface damage and take preventative measures, such as using mats or choosing alternative routes. A fully fueled machine might be unsuitable for operation on soft ground where a lighter load is necessary to prevent sinking or rutting.
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Machine Stability and Maneuverability
A full fuel tank shifts the Bobcat 746B’s center of gravity, affecting its stability and maneuverability. The increased weight can make the machine more susceptible to tipping on uneven terrain or during sudden maneuvers. Operators must be aware of the weight impact of a full fuel tank and adjust their operating techniques accordingly. For example, on steep slopes, a partially filled fuel tank might improve stability compared to a fully fueled machine.
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Load Capacity Considerations
The weight of the fuel in the Bobcat 746B’s tank directly impacts the available load capacity. As the fuel tank is filled, the machine’s maximum permissible payload decreases. Operators must account for the fuel weight when calculating the amount of material they can safely lift or transport. Exceeding the machine’s load capacity can compromise stability and safety. If a project requires lifting heavy loads, operators might choose to operate with a partially filled fuel tank to maximize the available payload capacity.
These facets illustrate how the Bobcat 746B’s fuel capacity directly affects its weight and influences a range of operational considerations. Transportation logistics, ground pressure, machine stability, and load capacity are all intrinsically linked to the weight of the fuel in the tank. Effective management of these weight-related factors is essential for safe, efficient, and cost-effective operation of the Bobcat 746B.
7. Dimensions
The physical size of the fuel tank is a defining factor in its capacity. In the case of the Bobcat 746B, the tank’s dimensions dictate the maximum volume of fuel it can accommodate, influencing operational range and machine design considerations.
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Spatial Constraints within Machine Design
The dimensions of the fuel tank are limited by the overall design and structure of the Bobcat 746B. Engineers must integrate the tank efficiently into the available space without compromising other critical components or the machine’s structural integrity. This integration involves considering the placement of the engine, hydraulic systems, and operator cabin. A larger fuel capacity, achieved through increased dimensions, may require significant design modifications to maintain balance and accessibility. This constraint exemplifies the necessary trade-offs in engineering design.
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Impact on Machine Footprint
The dimensions of the fuel tank contribute to the overall footprint of the Bobcat 746B. A larger tank, necessary for increased fuel capacity, can increase the machine’s length, width, or height. This larger footprint impacts maneuverability in confined spaces and transportation logistics. A wider or longer machine requires more space to operate and may necessitate specialized transport equipment. Therefore, the dimensions of the fuel tank must be balanced against the operational requirements and transportation limitations of the machine.
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Influence on Weight Distribution
The placement and dimensions of the fuel tank affect the weight distribution of the Bobcat 746B. A full fuel tank adds significant weight to the machine, and its location influences the center of gravity. Engineers must strategically position the tank to maintain stability and prevent tipping, especially during operation on uneven terrain. Uneven weight distribution can compromise safety and reduce the machine’s operational efficiency. Consequently, the tank’s dimensions are carefully considered in relation to its location within the machine’s structure.
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Material and Structural Implications
The dimensions of the fuel tank influence the material requirements and structural integrity of the tank itself. Larger tanks, designed to hold greater volumes of fuel, require more robust materials and construction techniques to withstand the increased pressure and stress. The thickness and type of material used must be sufficient to prevent leaks, deformation, or failure. Additionally, the tank’s shape and internal bracing must be optimized to distribute stress evenly and ensure long-term reliability. These considerations highlight the engineering challenges associated with designing and manufacturing fuel tanks of specific dimensions.
In summary, the dimensions of the fuel tank are inextricably linked to the fuel capacity of the Bobcat 746B, affecting its design, footprint, weight distribution, and structural integrity. These dimensional considerations represent critical engineering trade-offs that impact the machine’s overall performance and operational capabilities.
8. Fuel Type
Fuel type is a critical determinant of a machine’s operability and efficiency. Regarding the Bobcat 746B and its specified liquid containment volume, the intended fuel fundamentally shapes operational parameters and maintenance requirements.
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Engine Compatibility and Fuel Specifications
The Bobcat 746B is designed for diesel fuel. Utilizing an alternative fuel introduces the risk of engine damage, suboptimal performance, and warranty invalidation. Diesel’s propertiescombustion characteristics, viscosity, and energy densityare integral to the engine’s design. Deviation from this specified fuel type affects combustion efficiency and potentially leads to premature wear or system failure. For instance, using gasoline in a diesel engine causes severe damage due to differing ignition properties and lack of lubrication, therefore it is imperative to avoid this scenario and ensure all specifications align.
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Impact on Fuel System Components
The composition of diesel influences the selection and maintenance of fuel system components. Filters, injectors, and fuel lines are engineered to withstand diesel’s characteristics. Using a different fuel can degrade these components, leading to clogs, leaks, and compromised performance. Regular maintenance, including filter replacement, preserves system integrity. For example, the fuel filters in the Bobcat 746B are specifically designed to remove contaminants from diesel fuel, ensuring that only clean fuel reaches the engine, and prolong the life of key components.
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Fuel Efficiency and Power Output
Diesel provides a specific energy density that dictates the engine’s power output and fuel efficiency. Altering fuel type compromises these parameters, resulting in reduced power and increased fuel consumption. This impacts overall operational costs and the machine’s ability to perform designated tasks. Selecting the proper octane level and composition that aligns with the fuel requirements helps optimize energy output. In contrast, using an improper fuel type in the Bobcat 746B can lead to incomplete combustion, which not only reduces power but also increases emissions.
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Storage and Safety Considerations
Diesel fuel necessitates specific storage and safety protocols. Its flammability and potential environmental impact dictate the need for secure storage containers and spill prevention measures. Deviation from these protocols risks safety hazards and environmental damage. Compliance with regulations is imperative. Specifically, diesel storage on a job site for the Bobcat 746B must adhere to environmental regulations regarding spill containment and fire safety.
The correlation between the fuel and what the Bobcat 746B is designed to accommodate is more than just a recommendation; it’s a fundamental requirement. Proper fuel selection, maintenance, and adherence to safety protocols ensure the machine’s reliable and efficient performance. Using the correct fuel type for the Bobcat 746B helps prevent damage and maintains the equipment lifespan.
Frequently Asked Questions
This section addresses common inquiries regarding the liquid volume specification of a Bobcat 746B. It aims to provide clear, concise answers to key questions related to its operation and maintenance.
Question 1: What quantity of fuel, expressed in gallons, is the Bobcat 746B designed to hold?
The Bobcat 746B is engineered to accommodate 30 U.S. gallons of fuel.
Question 2: What specific type of fuel is appropriate for use in the Bobcat 746B?
The Bobcat 746B requires diesel fuel for optimal performance and engine longevity.
Question 3: How does the specified tank size affect the operational time between refueling intervals?
The 30-gallon liquid volume directly impacts the operational time, as it determines the total amount of fuel available for combustion. A larger reservoir equates to an increased operational range before requiring replenishment. The actual duration relies on the operating conditions.
Question 4: What factors influence the actual runtime achieved with a full tank in a Bobcat 746B?
Runtime is influenced by several factors, including engine load, operating conditions, ambient temperature, and the efficiency of the machine’s components. Heavy-duty tasks and extreme conditions typically reduce runtime.
Question 5: Does the presence of a full 30-gallon reservoir impact the weight and transport considerations?
Yes, a full reservoir increases the machine’s overall weight, affecting transport logistics and potentially requiring adjustments to ensure compliance with weight restrictions. The heavier mass may require additional precautions for securing the machine for transport.
Question 6: How critical is it to maintain the liquid at the specified level?
While overfilling is discouraged due to potential spillage and environmental concerns, maintaining a sufficient level to ensure uninterrupted operation is crucial. Running the machine completely dry can lead to air entering the fuel system, requiring priming and potentially causing damage.
Understanding these points is crucial for efficient operation and maintenance of the Bobcat 746B. Proper management and fuel handling contributes to its longevity and optimum performance.
The subsequent section will conclude the main points.
Tips Regarding the Fuel Capacity of a Bobcat 746B
The following tips offer guidance for maximizing the efficiency and lifespan of the Bobcat 746B, with a focus on its 30-gallon fuel capacity.
Tip 1: Accurately Estimate Fuel Consumption. Before commencing operations, calculate the anticipated fuel burn based on the project’s demands and machine’s workload. This prevents unexpected downtime due to fuel depletion and informs logistical planning. For example, understand the Bobcat 746B burns 3 gallons an hour for heavy work.
Tip 2: Adhere to Recommended Fuel Type. Use only diesel fuel in the Bobcat 746B. Using alternative fuels can cause engine damage and void warranty coverage. Consult the operator’s manual for specific fuel grade requirements and avoid fuel contamination.
Tip 3: Implement Regular Fuel Filter Maintenance. Regularly inspect and replace fuel filters to prevent contaminants from entering the engine. Clogged filters reduce fuel flow and engine efficiency. Follow the maintenance schedule outlined in the operator’s manual. Filter inspection is necessary during operation.
Tip 4: Monitor Fuel Levels Consistently. Implement a system for monitoring fuel levels throughout the day. Utilize the fuel gauge and consider manual checks to ensure accurate readings. Proactive monitoring allows timely refueling and avoids operational interruptions. Monitor the gas using a visual tool or meter device.
Tip 5: Optimize Operating Practices for Fuel Efficiency. Minimize idling time and avoid unnecessary aggressive maneuvers. Efficient operating practices reduce fuel consumption and extend the machine’s runtime on a full tank. Proper operation of the Bobcat 746B involves reducing excessive speed and idling.
Tip 6: Implement Secure Fuel Storage Protocols. When storing diesel fuel on site, use approved containers and adhere to safety regulations regarding spill containment and fire prevention. Proper fuel storage minimizes the risk of contamination and environmental damage. Make sure containers can safely secure the Bobcat 746B.
Tip 7: Factor in Weight Considerations. Recognize that a full 30-gallon tank increases the machine’s overall weight, impacting transportation logistics, ground pressure, and maneuverability. Account for this added weight when planning transport or operating on sensitive surfaces. Weight calculation with gas is necessary.
By implementing these tips, operators can optimize the performance and longevity of the Bobcat 746B, ensuring efficient utilization of its fuel capacity.
The following section summarizes the key points explored in this article.
Conclusion
This article has comprehensively addressed what is the fuel capacity of a 746b bobcat, establishing it as 30 U.S. gallons. The discussion underscored the importance of this specification in operational planning, highlighting its influence on runtime, fuel type considerations, weight impact, dimensional constraints, and adherence to safety protocols. A thorough understanding of these interdependencies is crucial for efficient machine operation and maintenance.
The 30 U.S. gallon capacity is not merely a technical detail but a fundamental aspect of the Bobcat 746B’s operational profile. Proper management of this parameter, coupled with adherence to recommended practices, ensures the machine’s longevity and optimizes its performance, and should be followed. Further research and ongoing maintenance are encouraged for continued operational efficiency.
