Custom Oil Dipstick for Mitsubishi 4M40 Engine Used in Caterpillar E307 E308 Excavators Mitsubishi Pajero ME108437 Supplier, Suppliers

Rated power output​ (e.g., 110 kW @ 3000 rpm)

Maximum torque output​ (e.g., 380 Nm @ 1800 rpm)

Power band characteristics​ - Optimal operating RPM range

Gross power rating​ - Factory bench test performance

Net power rating​ - Installed in vehicle with all accessories

SAE certified power​ - Standardized testing specification

Continuous duty rating​ - Sustained power output capability

Intermittent duty rating​ - Short-term peak power capacity

ISO 3046 rated power​ - International standard measurement

Governor-controlled maximum​ - Speed-regulated power limit

Altitude derated power​ - Reduced output at high elevation

Thermal derating consideration​ - Power reduction at high ambient temperatures

Fuel-specific power output​ - Performance per fuel type (diesel)

BMEP (Brake Mean Effective Pressure)​ - Cylinder pressure power indicator

BSFC (Brake Specific Fuel Consumption)​ - Fuel efficiency at given power

Power-to-weight ratio​ - Performance efficiency metric

Turbocharged power enhancement​ - Forced induction contribution

Intercooler efficiency effect​ - Charge air cooling impact on power

Injection timing optimization​ - Fuel system tuning for power

Pump calibration specification​ - Fuel delivery settings for rated power

Dyno-tested verification​ - Dynamometer confirmed output

Manufacturer's declared power​ - Official published specification

WOT (Wide Open Throttle) power​ - Full load performance curve

Partial load characteristics​ - Power delivery at intermediate throttle

Transmission-matched power​ - Optimized for specific gearbox pairing

Auxiliary load deducted power​ - Net output after alternator/AC etc.

Emissions-compliant power​ - Certified output meeting regulations

Service-aged power retention​ - Maintained performance over lifespan

Altitude compensation capability​ - Turbo system's elevation adaptation

Application-specific tuning​ - Varied ratings for excavator/truck/generator use

Product Description

The nameplate on a hydraulic pump is a critical component in construction machinery for several reasons:

Identification

The nameplate provides essential information about the pump, including the manufacturer, model number, and serial number. This information is crucial for identifying the specific pump type and its specifications.

Specifications

It typically lists key specifications such as flow rate, pressure rating, and power requirements. This information helps operators and maintenance personnel understand the pump's capabilities and limitations, ensuring it is used correctly within its operational parameters.

Maintenance and Service

The nameplate often includes maintenance guidelines, service intervals, and lubrication requirements. This information is vital for keeping the pump in good working condition and prolonging its lifespan.

Compatibility

Knowing the pump's specifications helps in determining compatibility with other hydraulic components in the system, such as hoses, valves, and actuators. This is essential for ensuring efficient and safe operation.

Safety

The nameplate may include safety warnings and operational guidelines. Adhering to these instructions is crucial for preventing accidents and ensuring the safety of operators and other personnel.

Regulatory Compliance

In many regions, equipment must meet specific regulatory standards. The nameplate can provide information necessary for compliance with these regulations, including certifications and standards met by the pump.

Troubleshooting

In the event of a malfunction, the nameplate can assist technicians in diagnosing issues by providing critical information about the pump's design and operational parameters.

Replacement Parts

When repairs are needed, the nameplate information is essential for ordering the correct replacement parts, ensuring that the pump can be restored to its original functionality.

In Summary

The hydraulic pump nameplate is a vital resource for ensuring proper operation, maintenance, and safety of construction machinery. It serves as a reference point for technicians, operators, and safety personnel, facilitating efficient and effective use of hydraulic systems.

Frequently Asked Questions

Q: What basic identification information does a hydraulic pump nameplate provide?

The nameplate details critical identification data including the manufacturer name, model number, and unique serial number to help identify the exact pump configuration.

Q: Which technical specifications are listed on the nameplate?

It typically lists core operational parameters such as the pump's rated flow rate, maximum pressure limits, and input power requirements.

Q: How does the nameplate aid in system compatibility?

By providing precise flow and pressure ratings, the nameplate ensures the pump fits safely and works efficiently with other system elements like valves, hoses, and actuators.

Q: Why is the nameplate important for troubleshooting and repairs?

In case of malfunctions, it provides technicians with the design parameters needed to diagnose problems and details the exact model parameters required to order correct replacement parts.

Q: Does the nameplate provide information on safety and compliance?

Yes, it often details vital safety warnings, operational guidelines, and safety standard compliance certifications required in various regions.

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