Glossary E

Glossary E

Ease of maintenance

The level of difficulty involved in maintaining a zero turn mower.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Ease of navigation around obstacles

    The ability of a zero turn mower to maneuver around obstacles with ease.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Ease of starting

    The ease with which a zero turn mower can be started.

  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Ease of use

    The level of difficulty involved in operating a zero turn mower.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Eco-friendly alternatives

    Alternatives to traditional machinery that are designed to be more environmentally friendly.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Eco-friendly equipment

    Zero turn mowers that are designed to minimize their impact on the environment.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Ecosystem services

    The benefits provided by a healthy ecosystem, such as clean air and water, that can be impacted by the use of zero turn mowers.

  • Zero-Turn Mower: Bagging Vs. Mulching (Unpacked)
  • Efficiency

    The ability of a zero turn mower to perform its intended function with minimal waste of energy or resources.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Zero-Turn Mower: Bagging Vs. Mulching (Unpacked)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Electrical component

    A part of an electric zero turn mower that is responsible for converting electrical energy into mechanical energy.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Electrical connection inspections (for electric mowers)

    The process of checking the electrical connections of an electric zero turn mower for safety and proper function.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Electric power

    The energy used to power an electric zero turn mower.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Electric-powered mowers

    Mowers that are powered by electricity instead of gasoline.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Electric-powered zero turn mower

    A zero turn mower that is powered by electricity instead of gasoline.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Emission reduction strategies

    Techniques used to minimize the amount of pollutants released by a zero turn mower.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Emissions

    The release of pollutants into the environment by a zero turn mower.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Emissions control

    The process of reducing the amount of pollutants released into the environment by machinery.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Emissions output

    The amount of pollutants released by a zero turn mower during operation.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Emissions regulations compliance

    The adherence of a zero turn mower to local and federal emissions regulations.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Energy consumption

    The amount of energy used by a zero turn mower during operation.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Engine cooling system

    A system that removes heat from an engine, preventing overheating and prolonging engine life.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Engine displacement

    The volume of air and fuel that can be drawn into the engine’s combustion chamber during one complete cycle of the engine.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Engine ignition

    The process of starting the engine, typically accomplished by turning a key or pressing a button.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Engine lifespan

    The length of time an engine is expected to operate before requiring major repairs or replacement.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Engine Maintenance

    The regular upkeep and repair of the engine to ensure optimal performance and longevity.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Engine power

    The amount of energy produced by the engine to perform work.

  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Engine power and torque

    The force produced by the engine to rotate the mower blades or move the mower forward or backward.

  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Engine power output

    The amount of power produced by the engine, typically measured in horsepower (hp) or kilowatts (kW).

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Engine size

    The volume of the engine’s combustion chamber, typically measured in cubic centimeters (cc) or cubic inches (ci).

  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Environmental impact

    The effects of human activities on the natural environment.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Zero-Turn Mower: Bagging Vs. Mulching (Unpacked)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Environmental impact of lawn care practices

    The effects of lawn care practices on the environment, including water and air quality, soil health, and biodiversity.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Environmental Protection Agency (EPA) standards

    Standards set by the US government to limit the amount of pollutants released into the environment.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Environmental regulations

    Regulations set by governments to protect the environment and public health.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Environmental responsibility

    The obligation to protect and preserve the natural environment while performing professional landscape care.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Ergonomics

    The study of how people interact with their environment and the design of products to optimize that interaction.

  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Exclusions

    Items or services that are not covered by a warranty or service agreement.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Exhaust Emissions

    The gases and particles released into the air by the engine’s exhaust system.

  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Exhaust gas recirculation (EGR)

    A system that recirculates a portion of the exhaust gas back into the engine, resulting in reduced emissions.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Exhaust system

    The system that removes exhaust gases from the engine.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Exhaust system design

    The design of the system that removes exhaust gases from the engine.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Expectations

    The desired outcomes or results of using a zero turn mower for professional landscape care.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)