This document provides specifications for a Weichai America Corp. WP06GTA engine. It includes basic data on displacement, cylinder configuration, bore, stroke, compression ratio and other details. Performance data is given for both natural gas and liquid propane gas fuels under gross standby and prime power ratings according to ISO 3046 standards. Thermal balance numbers and fuel consumption curves over engine speed are also specified.
10 na data sheet - flypartsguy.com - 9.2018FrankEasel
This document provides specifications for a Weichai America Corp WP10GNA engine. It lists technical details such as the engine being an inline 4-cylinder with 9.7L displacement. Performance data is provided for both natural gas and liquid propane operation, including gross and net power ratings at various speeds. Charts show torque, power and fuel consumption curves across the engine speed range. Additional details include dimensions, weight, cooling and lubrication system capacities.
This document provides specifications for a Weichai America Corp WP06GNA engine. It includes details on the engine type, cylinder configuration, displacement, power ratings, thermal balance, weight and dimensions. Performance data is given for both natural gas and liquid propane fuel including power curves, fuel consumption curves and net power values. Additional information covers the cooling, electrical, lubrication and fuel systems. Tolerances and derating factors are also specified.
10 ta data sheet - flypartsguy.com - 8.2018FrankEasel
This document provides specifications for a Weichai America Corp WP10GTA engine. It includes basic data on displacement, cylinder configuration, aspiration, power ratings, thermal balance, weight and dimensions, cooling system details, lubrication system specs, and fuel consumption curves. The engine is an inline 4-cycle diesel with a bore and stroke of 126mm x 130mm, producing 284.6 kW at 212.2 HP on natural gas and 216.8 kW at 161.7 HP on liquid propane gas under ISO 3046 test conditions.
13 ta data sheet - flypartsguy.com - 10.2018FrankEasel
- The document provides specifications for a Weichai America Corp WP13GTA engine, including its type, dimensions, performance ratings, thermal balance, weight and other technical details.
- It is an inline 6-cylinder 4-stroke engine with a displacement of 12.54 liters. Maximum power output is 313.9 kW at the flywheel on natural gas and 202.4 kW on liquid propane gas.
- Additional details provided include air and fuel system specifications, cooling and lubrication systems, electrical system specifications, and performance curves.
This document provides specifications for a Weichai America Corp. WP4GNA 4.5L engine. It has 4 cylinders, is naturally aspirated, and has a displacement of 274.8 cubic inches or 4.5 liters. At rated load, it produces 59 horsepower on natural gas and 63 horsepower on liquid propane gas. It has a mean piston speed of 1279.5 feet/minute and rotates clockwise when viewed from the flywheel.
2005 ASME Power Conference Analysis of Turbine Cycle Performance Losses Using...Komandur Sunder Raj, P.E.
This document describes the application of entropy balance to evaluate losses in a sample turbine cycle. It discusses calculating performance based on the first law of thermodynamics and using entropy to determine the effectiveness of energy utilization and quantify losses. A sample turbine cycle is presented and sources of losses are examined, including in the boiler, turbine, feedwater heaters, piping, and boiler feed pump. Entropy increases are used to measure irreversibilities and losses at each component.
This document provides information about Easystream packaged scroll chillers, including:
- They are available in air-cooled and water-cooled models with cooling capacities ranging from 40-480kW.
- They have a compact design suitable for both indoor and outdoor installations and use scroll compressor technology.
- Detailed technical specifications are provided for 52 air-cooled and water-cooled chiller models, including cooling capacity, dimensions, electrical data, refrigerant details, and flow rates.
NRP is a multifunction unit charged with R410a gas for the simultaneous but independent production of hot and cold water. The 2-pipe units are designed for applications where cold/hot water and domestic hot water is required throughout the year. The 4-pipe units are designed for systems where hot and cold water may be requested simultaneously. The machine is fitted with axial fans with reduced sound emissions, and scroll compressors with a high yield and low electricity absorption. The NRP has 3 heat exchangers: one on the environment side (finned pack copper/aluminium) and 2 indoor (shell and tube). NRP is ideal for small/medium-sized services in residential, commercial and industrial contexts. There are 3 versions - standard, low noise and high efficiency.
10 na data sheet - flypartsguy.com - 9.2018FrankEasel
This document provides specifications for a Weichai America Corp WP10GNA engine. It lists technical details such as the engine being an inline 4-cylinder with 9.7L displacement. Performance data is provided for both natural gas and liquid propane operation, including gross and net power ratings at various speeds. Charts show torque, power and fuel consumption curves across the engine speed range. Additional details include dimensions, weight, cooling and lubrication system capacities.
This document provides specifications for a Weichai America Corp WP06GNA engine. It includes details on the engine type, cylinder configuration, displacement, power ratings, thermal balance, weight and dimensions. Performance data is given for both natural gas and liquid propane fuel including power curves, fuel consumption curves and net power values. Additional information covers the cooling, electrical, lubrication and fuel systems. Tolerances and derating factors are also specified.
10 ta data sheet - flypartsguy.com - 8.2018FrankEasel
This document provides specifications for a Weichai America Corp WP10GTA engine. It includes basic data on displacement, cylinder configuration, aspiration, power ratings, thermal balance, weight and dimensions, cooling system details, lubrication system specs, and fuel consumption curves. The engine is an inline 4-cycle diesel with a bore and stroke of 126mm x 130mm, producing 284.6 kW at 212.2 HP on natural gas and 216.8 kW at 161.7 HP on liquid propane gas under ISO 3046 test conditions.
13 ta data sheet - flypartsguy.com - 10.2018FrankEasel
- The document provides specifications for a Weichai America Corp WP13GTA engine, including its type, dimensions, performance ratings, thermal balance, weight and other technical details.
- It is an inline 6-cylinder 4-stroke engine with a displacement of 12.54 liters. Maximum power output is 313.9 kW at the flywheel on natural gas and 202.4 kW on liquid propane gas.
- Additional details provided include air and fuel system specifications, cooling and lubrication systems, electrical system specifications, and performance curves.
This document provides specifications for a Weichai America Corp. WP4GNA 4.5L engine. It has 4 cylinders, is naturally aspirated, and has a displacement of 274.8 cubic inches or 4.5 liters. At rated load, it produces 59 horsepower on natural gas and 63 horsepower on liquid propane gas. It has a mean piston speed of 1279.5 feet/minute and rotates clockwise when viewed from the flywheel.
2005 ASME Power Conference Analysis of Turbine Cycle Performance Losses Using...Komandur Sunder Raj, P.E.
This document describes the application of entropy balance to evaluate losses in a sample turbine cycle. It discusses calculating performance based on the first law of thermodynamics and using entropy to determine the effectiveness of energy utilization and quantify losses. A sample turbine cycle is presented and sources of losses are examined, including in the boiler, turbine, feedwater heaters, piping, and boiler feed pump. Entropy increases are used to measure irreversibilities and losses at each component.
This document provides information about Easystream packaged scroll chillers, including:
- They are available in air-cooled and water-cooled models with cooling capacities ranging from 40-480kW.
- They have a compact design suitable for both indoor and outdoor installations and use scroll compressor technology.
- Detailed technical specifications are provided for 52 air-cooled and water-cooled chiller models, including cooling capacity, dimensions, electrical data, refrigerant details, and flow rates.
NRP is a multifunction unit charged with R410a gas for the simultaneous but independent production of hot and cold water. The 2-pipe units are designed for applications where cold/hot water and domestic hot water is required throughout the year. The 4-pipe units are designed for systems where hot and cold water may be requested simultaneously. The machine is fitted with axial fans with reduced sound emissions, and scroll compressors with a high yield and low electricity absorption. The NRP has 3 heat exchangers: one on the environment side (finned pack copper/aluminium) and 2 indoor (shell and tube). NRP is ideal for small/medium-sized services in residential, commercial and industrial contexts. There are 3 versions - standard, low noise and high efficiency.
1) The document provides technical specifications for a 35 MW turbo generator including details of the turbine, generator, auxiliaries and operating parameters.
2) It also includes specifications for a 6MW turbine, 6MW generator, and their operating parameters and components like the gearbox and couplings.
3) The specifications include make, model, power rating, operating parameters, dimensions, materials and other key details of the major equipment.
This document provides a quick selection guide for condensing units. It includes:
1. Parameters for common applications like low, high, and medium temperature air conditioning.
2. Examples of unit model codes and their breakdown.
3. A table listing specific unit models with details like refrigerant type, voltage, dimensions, weight, and operating capacities at different evaporator temperatures.
4. Options available for different unit families.
This document discusses condition monitoring techniques for various industrial machines, including vibration analysis, performance testing of steam turbines, and monitoring pump wear. It provides examples of how identifying issues through condition monitoring, such as resonant vibration in a generator or increased internal leakage in a pump, can help determine the root cause of problems and guide appropriate corrective actions like bearing modifications or pump overhauls. The case studies demonstrate how condition monitoring can help optimize equipment reliability and efficiency.
The document discusses condition monitoring techniques for various industrial machines, including vibration analysis, enthalpy-entropy plots, and performance testing. It provides examples of how analyzing vibration spectra, efficiency parameters, and test results helped diagnose issues like bearing instability, steam leakage, and internal pump wear. Catching problems early through condition monitoring techniques can help minimize downtime and reduce operating costs.
Power Plant Performance/Efficiency Monitoring Tool -
Especially for them who really want to work with Efficiency monitoring, This Spread sheet include Boiler Efficiency (ASME PTC 4.0, 2008), Turbine Efficiency (ASME PTC 6.0, 1998), APH Performance (ASME PTC 4.3), Auxiliary Power Consumption (APC) moreover it generate plant MIS As well as complete report.
If you want to download in Spreadsheet/excel format.
http://www.scribd.com/doc/157799307/Power-Plant-Performance-Efficiency-Monitoring-Tool
ज्ञान प्राप्त करने के तीन तरीके है. पहला चिंतन जो सबसे सही तरीका है. दूसरा अनुकरण जो सबसे आसान तरीका है और तीसरा अनुभव जो सबसे कष्टकारी है ~ कन्फ्यूसियस
This document provides procedures for conducting a Gross Turbine Cycle Heat Rate (GTCHR) test on a steam turbine. The test is used to measure the overall efficiency of the turbine cycle and its auxiliaries. Key steps include operating the unit at a steady load and temperature conditions, collecting instrumentation data like steam and water temperatures and pressures, and calculating the turbine cycle heat rate in kcal/kWh based on enthalpy values and steam and water flows. The test report includes computation of main steam, reheat, and extraction steam flows along with the final heat rate value.
This document summarizes thermal modeling work using COBRA-SFS and STAR-CCM+ to analyze the thermal performance of a research project cask storing used nuclear fuel. The models evaluated different loading scenarios and decay heat levels. Results showed peak cladding temperatures remained below regulatory limits for both storage and vacuum drying. Sensitivity cases using more realistic decay heat profiles and assembly parameters produced even lower temperatures with a peak below 350°C for drying. Cladding temperatures were evaluated out to 10 years of storage.
60. june pnnl sister pin test plan hansonleann_mays
The document discusses several conservatisms in the thermal analysis models used for licensing spent nuclear fuel storage and transport systems. It notes that removing these conservatisms and using "best estimate" models that better reflect actual conditions results in peak cladding temperatures that are 10-20°C or more below temperatures used in licensing. Actual spent fuel decay heat loads, drying times, and ambient temperatures are often lower than conservative design-basis assumptions, leading to lower predicted peak temperatures with less margin to regulatory limits.
- The document discusses Mayekawa Mfg. Co., Ltd.'s NH3/CO2 refrigeration system called "NewTon". It aims to provide energy conservation and comply with environmental regulations by using natural refrigerants.
- NewTon uses a prefabricated package for the NH3 refrigeration cycle that is tested and assembled in the factory prior to shipping. This allows for quicker onsite installation and minimizes NH3 charge.
- Performance data shows NewTon provides significant power reductions of 19-41% compared to previous HCFC-22 systems in various cold storage applications. It also has higher energy efficiency factors compared to HCFC-22 freezer systems.
This document provides specifications for an industrial diesel generator set. It is a 1000 kVA, 800 kWe unit that meets EPA Tier 2 emission standards. It uses a 12 cylinder KOHLER KD series engine. The generator set is available in different enclosure options with sound levels between 77-86 dB(A) at 1 meter depending on the enclosure. It includes standard and optional control panel options to monitor and operate the unit.
Hyster k019 (h230 48 hd2) forklift service repair manualdfujdjkskekmmd
This document provides specifications for service and repair of H300HD2, H330HD2, H360HD2, and H360HD2-EC lift trucks. It includes tables listing counterweight weights, basic truck weights, engine specifications, hydraulic system details, tire sizes, mast speeds, and torque specifications for components like transmissions, axles, brakes and steering systems. Key information includes engine displacement and power ratings, hydraulic pump flow rates, relief valve pressures, tire sizes for various models, and lifting/lowering speeds at different pump capacities.
This document provides specifications for an Industrial Diesel Generator Set - KD800-E that is 50Hz, emission optimized and EPA Tier 2 compliant. It produces 800kVA in standby mode and 727kVA in prime power mode. The generator set uses a KOHLER KD series engine and commercial KOHLER alternator. It also lists dimensions, sound levels, fuel consumption and control panel options. Performance data is given for the engine along with cooling system, alternator and acoustic enclosure details.
210 MW Turbine Cycle Heat Rate includes all parameters of Steam and Condensate at various inlets and outlets of HP, IP and LP Turbines, Condenser and also takes into consideration the regenerative HP, IP/LP Heaters in the Turbine Cycle. Well Illustrated with all diagrams.
Hyster k019 (h6 xm 12ec europe) forklift service repair manualhhjsekmdmm
This document provides specifications and service information for Cummins diesel engines and Kion lift trucks. It includes counterweight weights, basic truck weights, engine specifications like oil capacities and pressures, mast speeds, hydraulic system specifications, transmission specifications, and torque specifications for servicing components. The document contains model-specific data for H8-H16XM lift trucks.
This document provides specifications for the Flex Turbine GT333S gas turbine generator. It has a nominal electrical output of 333 kW with integrated heat recovery. Key features include a synchronous generator, recuperator for increased efficiency, and the ability to operate in grid-parallel or isolated modes. It has a compact design and is suitable for on-site power applications like oil and gas. Electrical efficiency is 32.5% and it can recover up to 1.2 million BTU/hr of heat for cogeneration. Specifications are provided for electrical performance, emissions levels, fuel requirements, dimensions, and operating environment tolerances.
This document provides specifications for a Caterpillar 3508B marine engine, including:
- Dimensions such as bore, stroke, displacement and rotation direction
- Performance data across a range of engine speeds including power, torque, fuel consumption and oil change interval
- Component details for the air inlet system, control system, cooling system, exhaust system, flywheels, fuel system, instrumentation, lube system, and protection system
- Curves showing power, torque, fuel consumption rates over engine speeds
- Maximum power and propeller demand ratings at various engine speeds
This document provides technical specifications for a diesel generator set consisting of a Caterpillar 3512B diesel engine and Caterpillar 1447 generator. The generator set has a prime power rating of 1,360 kVA and standby rating of 1,500 kVA. It produces 400V, 50Hz power at 0.8 power factor. The 12-cylinder engine has a displacement of 51.8L and is water cooled with a turbocharger and aftercooler. The generator has a permanent magnet or AREP excitation system and can operate at speeds up to 150% of nominal. Sound levels for the unit are provided for both prime and standby operations.
This document contains performance specifications for an aircraft including:
1) Maximum takeoff weight of 7905 lbs with a zero fuel weight of 6100 lbs and fuel weight of 1100 lbs.
2) Maximum allowable gross weights for various conditions ranging from 6851 lbs to 7905 lbs.
3) Fuel quantities including a maximum range of 281 nm and maximum endurance of 2.7 hours with 164.2 gallons of fuel.
4) Performance data for takeoff, landing, and cruise specifications including airspeeds, torque, and fuel flow.
GE JebachersGas Engine JGS620 technical specifications
• Gas engine
• General Principal
• 4 stroke principal
• Engine parts
• Product range
• Salient features
• Parts of generators
• Generator working
• Main components of a generator
• Technical Data (at Genset)
• Main dimensions and weights (at genset)
• Connections
• Output / fuel consumption
• Technical data of engine JGS 620
• Thermal energy balance
• Exhaust gas data
• Combustion air data
• Sound pressure level
• Sound power level
1 palmer international consulting_presentation_artc_singapore_2014 (10)pipllp
This document discusses energy efficiency opportunities from integrating process and utility systems. It begins with an introduction and agenda, then provides examples of efficiency improvements. Example 2 discusses recovering process waste heat for use in preheating boiler feedwater, transferring energy rejected in processes to air and water cooling back to the power plant. This recovers otherwise lost heat and improves overall efficiency. The document closes with opportunities around finding more such integration projects.
This document provides specifications for an FPI 750P generator set including:
- KW/KVA ratings at 50Hz and 60Hz frequencies and 0.8 power factor
- Prime and standby power ratings defined
- Engine model, displacement, speed, cooling details
- Alternator model, voltage, frequency, performance data
- Enclosure details, dimensions, weights
- Controller model and protections included
1) The document provides technical specifications for a 35 MW turbo generator including details of the turbine, generator, auxiliaries and operating parameters.
2) It also includes specifications for a 6MW turbine, 6MW generator, and their operating parameters and components like the gearbox and couplings.
3) The specifications include make, model, power rating, operating parameters, dimensions, materials and other key details of the major equipment.
This document provides a quick selection guide for condensing units. It includes:
1. Parameters for common applications like low, high, and medium temperature air conditioning.
2. Examples of unit model codes and their breakdown.
3. A table listing specific unit models with details like refrigerant type, voltage, dimensions, weight, and operating capacities at different evaporator temperatures.
4. Options available for different unit families.
This document discusses condition monitoring techniques for various industrial machines, including vibration analysis, performance testing of steam turbines, and monitoring pump wear. It provides examples of how identifying issues through condition monitoring, such as resonant vibration in a generator or increased internal leakage in a pump, can help determine the root cause of problems and guide appropriate corrective actions like bearing modifications or pump overhauls. The case studies demonstrate how condition monitoring can help optimize equipment reliability and efficiency.
The document discusses condition monitoring techniques for various industrial machines, including vibration analysis, enthalpy-entropy plots, and performance testing. It provides examples of how analyzing vibration spectra, efficiency parameters, and test results helped diagnose issues like bearing instability, steam leakage, and internal pump wear. Catching problems early through condition monitoring techniques can help minimize downtime and reduce operating costs.
Power Plant Performance/Efficiency Monitoring Tool -
Especially for them who really want to work with Efficiency monitoring, This Spread sheet include Boiler Efficiency (ASME PTC 4.0, 2008), Turbine Efficiency (ASME PTC 6.0, 1998), APH Performance (ASME PTC 4.3), Auxiliary Power Consumption (APC) moreover it generate plant MIS As well as complete report.
If you want to download in Spreadsheet/excel format.
http://www.scribd.com/doc/157799307/Power-Plant-Performance-Efficiency-Monitoring-Tool
ज्ञान प्राप्त करने के तीन तरीके है. पहला चिंतन जो सबसे सही तरीका है. दूसरा अनुकरण जो सबसे आसान तरीका है और तीसरा अनुभव जो सबसे कष्टकारी है ~ कन्फ्यूसियस
This document provides procedures for conducting a Gross Turbine Cycle Heat Rate (GTCHR) test on a steam turbine. The test is used to measure the overall efficiency of the turbine cycle and its auxiliaries. Key steps include operating the unit at a steady load and temperature conditions, collecting instrumentation data like steam and water temperatures and pressures, and calculating the turbine cycle heat rate in kcal/kWh based on enthalpy values and steam and water flows. The test report includes computation of main steam, reheat, and extraction steam flows along with the final heat rate value.
This document summarizes thermal modeling work using COBRA-SFS and STAR-CCM+ to analyze the thermal performance of a research project cask storing used nuclear fuel. The models evaluated different loading scenarios and decay heat levels. Results showed peak cladding temperatures remained below regulatory limits for both storage and vacuum drying. Sensitivity cases using more realistic decay heat profiles and assembly parameters produced even lower temperatures with a peak below 350°C for drying. Cladding temperatures were evaluated out to 10 years of storage.
60. june pnnl sister pin test plan hansonleann_mays
The document discusses several conservatisms in the thermal analysis models used for licensing spent nuclear fuel storage and transport systems. It notes that removing these conservatisms and using "best estimate" models that better reflect actual conditions results in peak cladding temperatures that are 10-20°C or more below temperatures used in licensing. Actual spent fuel decay heat loads, drying times, and ambient temperatures are often lower than conservative design-basis assumptions, leading to lower predicted peak temperatures with less margin to regulatory limits.
- The document discusses Mayekawa Mfg. Co., Ltd.'s NH3/CO2 refrigeration system called "NewTon". It aims to provide energy conservation and comply with environmental regulations by using natural refrigerants.
- NewTon uses a prefabricated package for the NH3 refrigeration cycle that is tested and assembled in the factory prior to shipping. This allows for quicker onsite installation and minimizes NH3 charge.
- Performance data shows NewTon provides significant power reductions of 19-41% compared to previous HCFC-22 systems in various cold storage applications. It also has higher energy efficiency factors compared to HCFC-22 freezer systems.
This document provides specifications for an industrial diesel generator set. It is a 1000 kVA, 800 kWe unit that meets EPA Tier 2 emission standards. It uses a 12 cylinder KOHLER KD series engine. The generator set is available in different enclosure options with sound levels between 77-86 dB(A) at 1 meter depending on the enclosure. It includes standard and optional control panel options to monitor and operate the unit.
Hyster k019 (h230 48 hd2) forklift service repair manualdfujdjkskekmmd
This document provides specifications for service and repair of H300HD2, H330HD2, H360HD2, and H360HD2-EC lift trucks. It includes tables listing counterweight weights, basic truck weights, engine specifications, hydraulic system details, tire sizes, mast speeds, and torque specifications for components like transmissions, axles, brakes and steering systems. Key information includes engine displacement and power ratings, hydraulic pump flow rates, relief valve pressures, tire sizes for various models, and lifting/lowering speeds at different pump capacities.
This document provides specifications for an Industrial Diesel Generator Set - KD800-E that is 50Hz, emission optimized and EPA Tier 2 compliant. It produces 800kVA in standby mode and 727kVA in prime power mode. The generator set uses a KOHLER KD series engine and commercial KOHLER alternator. It also lists dimensions, sound levels, fuel consumption and control panel options. Performance data is given for the engine along with cooling system, alternator and acoustic enclosure details.
210 MW Turbine Cycle Heat Rate includes all parameters of Steam and Condensate at various inlets and outlets of HP, IP and LP Turbines, Condenser and also takes into consideration the regenerative HP, IP/LP Heaters in the Turbine Cycle. Well Illustrated with all diagrams.
Hyster k019 (h6 xm 12ec europe) forklift service repair manualhhjsekmdmm
This document provides specifications and service information for Cummins diesel engines and Kion lift trucks. It includes counterweight weights, basic truck weights, engine specifications like oil capacities and pressures, mast speeds, hydraulic system specifications, transmission specifications, and torque specifications for servicing components. The document contains model-specific data for H8-H16XM lift trucks.
This document provides specifications for the Flex Turbine GT333S gas turbine generator. It has a nominal electrical output of 333 kW with integrated heat recovery. Key features include a synchronous generator, recuperator for increased efficiency, and the ability to operate in grid-parallel or isolated modes. It has a compact design and is suitable for on-site power applications like oil and gas. Electrical efficiency is 32.5% and it can recover up to 1.2 million BTU/hr of heat for cogeneration. Specifications are provided for electrical performance, emissions levels, fuel requirements, dimensions, and operating environment tolerances.
This document provides specifications for a Caterpillar 3508B marine engine, including:
- Dimensions such as bore, stroke, displacement and rotation direction
- Performance data across a range of engine speeds including power, torque, fuel consumption and oil change interval
- Component details for the air inlet system, control system, cooling system, exhaust system, flywheels, fuel system, instrumentation, lube system, and protection system
- Curves showing power, torque, fuel consumption rates over engine speeds
- Maximum power and propeller demand ratings at various engine speeds
This document provides technical specifications for a diesel generator set consisting of a Caterpillar 3512B diesel engine and Caterpillar 1447 generator. The generator set has a prime power rating of 1,360 kVA and standby rating of 1,500 kVA. It produces 400V, 50Hz power at 0.8 power factor. The 12-cylinder engine has a displacement of 51.8L and is water cooled with a turbocharger and aftercooler. The generator has a permanent magnet or AREP excitation system and can operate at speeds up to 150% of nominal. Sound levels for the unit are provided for both prime and standby operations.
This document contains performance specifications for an aircraft including:
1) Maximum takeoff weight of 7905 lbs with a zero fuel weight of 6100 lbs and fuel weight of 1100 lbs.
2) Maximum allowable gross weights for various conditions ranging from 6851 lbs to 7905 lbs.
3) Fuel quantities including a maximum range of 281 nm and maximum endurance of 2.7 hours with 164.2 gallons of fuel.
4) Performance data for takeoff, landing, and cruise specifications including airspeeds, torque, and fuel flow.
GE JebachersGas Engine JGS620 technical specifications
• Gas engine
• General Principal
• 4 stroke principal
• Engine parts
• Product range
• Salient features
• Parts of generators
• Generator working
• Main components of a generator
• Technical Data (at Genset)
• Main dimensions and weights (at genset)
• Connections
• Output / fuel consumption
• Technical data of engine JGS 620
• Thermal energy balance
• Exhaust gas data
• Combustion air data
• Sound pressure level
• Sound power level
1 palmer international consulting_presentation_artc_singapore_2014 (10)pipllp
This document discusses energy efficiency opportunities from integrating process and utility systems. It begins with an introduction and agenda, then provides examples of efficiency improvements. Example 2 discusses recovering process waste heat for use in preheating boiler feedwater, transferring energy rejected in processes to air and water cooling back to the power plant. This recovers otherwise lost heat and improves overall efficiency. The document closes with opportunities around finding more such integration projects.
This document provides specifications for an FPI 750P generator set including:
- KW/KVA ratings at 50Hz and 60Hz frequencies and 0.8 power factor
- Prime and standby power ratings defined
- Engine model, displacement, speed, cooling details
- Alternator model, voltage, frequency, performance data
- Enclosure details, dimensions, weights
- Controller model and protections included
This document provides specifications for the Model SpruceTrigen 56 NG 60Hz power plant. It consists of a Kohler CH-740 gas engine and SINCRO FK2-MEA 110V/220V alternator capable of producing up to 15.3kW of power. An additional system includes a SANYO freon compressor that can provide both heating and cooling. The entire unit weighs 240kg, operates from -30 to 45°C, and has dimensions of 77 x 72 x 148 cm. It is capable of producing up to 56kW of total power output through electricity, hot water, and cold water.
This document provides specifications for an FPI 1000P generator set including:
- Power ratings of 1000kVA at 50Hz and 995.2kVA at 60Hz at 0.8 power factor
- Prime and standby power definitions and usage limitations
- Engine model, speed, cooling and lubrication details
- Alternator model, voltage regulation, and performance data
- Standard enclosure dimensions and optional enhanced enclosure specifications
This document provides specifications for a trigeneration power plant model. It produces 8 kW of net electric power and can provide heating and cooling. The power plant uses a gas engine, alternator, freon compressor, and heat exchanger to generate power and thermal energy for applications such as hot water and air conditioning. It is compact, weighing 200 kg and measuring 77 x 72 x 148 cm, with an acoustic impact of 66 dB(A) at 7 meters. The power plant can operate in temperatures from -30 to +45 degrees Celsius.
Googol gas generaor model list 20kW-200kWMark Wang
This document provides specifications for a series of Googol gas generator sets with outputs ranging from 20kW to 250kW. It includes details on the engine models, generator outputs, dimensions, weights, and efficiencies. The gas engines are 4-inline cylinder configurations with displacements from 2.77L to 11.6L and speeds of 1500rpm at 50Hz. Standard components included are the gas engine, alternator, ignition system, air/gas mix system, governor system, gas train and emissions are under 500mg/Nm3.
Googol gas generaor model list 20kW-200kWMark Wang
This document provides specifications for a series of Googol gas generator sets with outputs ranging from 20kW to 250kW. It includes details on the engine models, generator outputs, dimensions, weights, and efficiencies. The gas engines are 4-inline cylinder configurations with displacements from 2.77L to 11.6L and speeds of 1500rpm at 50Hz. Standard components included are the gas engine, alternator, ignition system, air/gas mix system, governor system, gas train and emissions are under 500mg/Nm3.
This document provides specifications for a direct-fired absorption chiller. It can be used for cooling, heating, or simultaneous cooling and heating of large-scale buildings. The chiller uses lithium bromide as the absorbent and works by absorbing heat from a hot water/steam source to drive the absorption refrigeration cycle. It lists the unit's rated capacities, temperature ranges, flow rates, energy consumption, dimensions and other key technical parameters.
This document provides technical specifications for rooftop packaged air conditioning units with nominal cooling capacities ranging from 8.9 kW to 105.1 kW. It includes key performance data for each model such as cooling/heating capacities, power consumption, current draw, efficiency ratings, component details, dimensions, sound levels and other specifications. The units utilize R410a refrigerant and have centrifugal fans, direct or belt driven depending on size. Control systems include microprocessor controllers and thermal expansion valves.
This document contains the results of a compressor sizing analysis using Lüdtke's method. It sizes a six-stage axial compressor to a duty of 66.3600 mmscfd at a discharge pressure of 130.4220 bara. Key details include:
- The compressor has six wheels ranging from 4270 to 5217 rpm, with polytropic efficiencies from 83.55-85.63%.
- Total polytropic head is 107493 J/kg, with individual wheel heads from 14903-20743 J/kg.
- Inlet volume flow is 15927 m3/hr with a mass flow of 874194 kg/hr.
- Discharge
This document provides specifications for a trigeneration power plant model. It produces 14 kW of net electric power and can also provide heated and cooled water. The power plant uses a natural gas engine to drive an alternator and power a refrigerant compressor. It has a total efficiency of 115% and dimensions of 77 x 72 x 158 cm. It is capable of supplying 9.1 kW of electric power to a consumer along with heated and cooled water outputs.
This document provides technical specifications and performance data for a BITZER 4DES-7Y semi-hermetic reciprocating compressor, including:
- Cooling capacity, power input, current draw, and COP/EER performance metrics at various operating conditions
- Dimensional drawings and connection port locations
- Motor specifications, enclosure rating, vibration dampers, and protection devices included
It also includes recommendations for an F302H horizontal liquid receiver to pair with the compressor, with dimensional drawings and specifications for the receiver. An IQ MODULE control system is summarized with its standard sensors, communication interfaces, and enclosure rating to provide monitoring and protection functions for the compressor.
This document provides specifications for an FPI 660P generator set including:
- KW and KVA ratings at 50Hz and 60Hz frequencies and 0.8 power factor.
- Definitions of prime power and standby power ratings.
- Engine speed, fuel consumption, cooling airflow, and other engine data.
- Alternator model number, voltage, KVA rating, and performance data.
- Enclosure dimensions and weights for open and enclosed options.
- Generator protection features including over/under voltage, frequency, and current.
- Controller model with features like event logging, analog/digital inputs/outputs.
Siemens offers a range of industrial gas turbines from 5 to 50 megawatts for power generation and mechanical drive applications. Their gas turbine product line includes 9 models (SGT-100 to SGT-800) that are designed for high efficiency, reliability, and low emissions. The turbines run on natural gas and can also use other fuels. They provide solutions for power generation, cogeneration, mechanical drives, and compression applications in industries such as oil/gas, marine, chemicals and more.
Similar to 6 ta data sheet - flypartsguy.com - 8.2018 (20)
This parts manual provides exploded views and part numbers for replacing components in Weichai America Corp gas engines models WP13GTA and Bi-fuel. It includes sections covering the engine block, crankcase, cylinder head, valves, pistons, connecting rods, crankshaft, covers, and other external components. Maintenance kits are also listed including basic and major PM kits as well as overhaul kits containing gaskets, seals, bearings, and common wear items.
13 ta brochure - flypartsguy.com - mar 2019FrankEasel
This document provides specifications for the Weichai America Corp. 12.5-liter TA natural gas/propane engine. It lists the model number, bore and stroke, displacement, cylinders, compression ratio, governor method, fuel type, aspiration, emission standard, dry weight, and power ratings. Key features of the engine and its systems - including the engine and block, cooling system, lubrication system, engine control system, air intake/exhaust, electrical system, and flywheel/housing - are summarized. Performance curves show power and fuel consumption data across operating ranges for both 1800 and 1500 RPM.
13 ta assembly & disassembly - flypartsguy.com - 1.2018FrankEasel
This document provides assembly and disassembly instructions for a Weichai America 13 Liter turbocharged gas engine. It begins with safety precautions and environmental protection measures. The document then details disassembly and assembly steps for the engine block, cylinder head, crank-rod mechanism, valve train, intake and exhaust systems, cooling system, lubrication system, start system, and gas system. It aims to inform customers on proper maintenance and repair of the engine.
13 ta application - flypartsguy.com - mar 2019FrankEasel
This document provides installation instructions for a WEICHAI WP13GTA natural gas, LPG, or VPG engine. It describes the engine's emission control system components like the fuel system, engine management system, three-way catalyst, and requirements for proper installation and maintenance to maintain emission compliance. The engine control system uses stoichiometric rich burn control and can operate in bi-fuel mode on natural gas and propane. It also supports telematics and diagnostic functions.
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This document provides operation and maintenance instructions for the Weichai America WP13 gas engine. It details engine specifications and performance parameters, safety and maintenance procedures. The manual is intended to inform customers on proper operation, installation and maintenance so the information can be incorporated into their manuals and documents. It specifies maintenance intervals and procedures like checking the oil, coolant, valves and filters. The document also outlines EPA legal requirements for operating the engine.
This parts manual summarizes the components of a gas engine, including the engine block, crankcase, oil pump, pistons, cylinder head, valves, gear drive, oil pan, water pump, intake and exhaust manifolds, turbocharger, and other parts. It provides exploded diagrams and part numbers for replacements parts for the Weichai America Corp WP10GTA bi-fuel engine. The manual notes it may be updated over time and is provided courtesy of Fly Parts Guy Co. to assist with maintenance and repairs.
10 ta brochure - flypartsguy.com - 8.2019FrankEasel
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This document provides instructions for assembling and disassembling a Weichai America 10 liter turbocharged gas engine. It details the process for each major engine system and component, including the engine block, crankshaft, cylinder head, valves, fuel system, cooling system, lubrication system, ignition system, and accessories. Safety precautions are outlined and technicians are instructed to follow the manual closely and comply with environmental regulations when handling fluids.
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This document provides operation and maintenance instructions for Weichai America Corp's WP10 series gas engines. It details engine specifications, maintenance procedures, and safety and legal requirements. The manual is intended to inform customers on proper operation, installation and maintenance so they can incorporate this information into their own manuals. It specifies maintenance intervals and procedures such as checking the oil, coolant, valves, filters and other components. Safety precautions and torque specifications are also included.
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1. Weichai America Corp.
WP06GTA
Std Metric
Basic Data
Type
Number of cylinders
Aspiration
Bore in mm 4.1 105 4.1 105
Stroke in mm 5.1 130 5.1 130
Displacement in^3 L 411.9 6.75 411.9 6.75
Lambda
Compression Ratio
Mean Piston Speed ft/min m/s 1535.4 7.8 1535.4 7.8
Rotation Viewed from Flywheel
Firing Order
Gross Prime Power Rating
1,2,3
Per ISO 3046 at the Flywheel
NG HP kW 142.4 106.2 134.5 100.3
LP HP kW 134.6 100.4 123.9 92.4
MEP (@ rated Load on NG) psi bar 86.8 12.6 174.2 8.1
MEP (@ rated Load on LP) psi bar 82.0 11.9 143.7 7.5
Thermal Balance
Total Fuel Ft
3
/hr kg/hr 1127.3 22.9 1594.9 24.4
Heat to Work btu/min kW 6028.1 106 8462.1 100.2
Heat rejected to Cooling water at rated Load btu/min kW 4185.6 73.6 5510.6 96.9
Heat Rejection per CAC btu/min kW 722.2 12.7 625.6 11
Exhaust Heat (LHV TO 77oF) btu/min kW 5772.2 101.5 7222.4 127
Engine Radiated Heat btu/min kW 1279.6 22.5 1182.9 20.8
Weight and Power Output
Dry Weight
Fan to Flywheel lb kg 1376.7 625 1376.7 625
Rad to Flywheel lb kg 1652.0 750 1652.0 750
Wet Weight
Fan to Flywheel lb kg 1394.3 633 1394.3 633
Rad to Flywheel lb kg 1713.7 778 1713.7 778
Maximum Allowable Bending Moment at Rear of Block lb ft N m 5457.5 7400 5457.5 7400
Moment of Inertia About Roll Axis lb ft^2 kg m^2 17.7 3.6 17.7 3.6
Flywheel housing
Flywheel
Number of Flywheel Teeth
Exhaust System
Type
Maximum allowable Back pressure inH2O kPa 68.3 17 68.3 17
Standard Catalyst Back pressure inH2O kPa 40.2 10 40.2 10
Exhaust Outlet Pipe Size (Turbo outlet to catalyst inlet) in mm 3.37→2.3577.5→59.7 3.37→2.35 77.5→59.7
Maximum Turbine Inlet Temperature ℉ ℃ 1616.0 880 1616.0 880
Exhaust Flow at Rated Power lb/hr kg/hr 1066.3 484 1066.3 484
Air Induction System
Maximum allowable Intake Air Restriction with Air Cleaner
Clean inH2O kPa 8.0 2.0 8.0 2.0
Dirty inH2O kPa 14.9 3.7 14.9 3.7
Combustion Air required (entire engine) lb/hr kg/hr 859.0 390.0 925.1 420.0
Combustion Air required (entire engine) CFM m^3/min 177.9 5.0 191.6 5.4
Charge Air Cooler
Compressor Outlet Temperature ℉ ℃ 230.0 110.0 259.9 115.0
Compressor Flow Rate per CAC lb/hr kg/hr 909.5 412.9 978.9 444.4
CAC Rise over Ambient (Charge)
Specified ℉ ℃ 69.8 21 69.8 21
Acutal ℉ ℃ 54.7 12.6 53.4 11.9
Max pressure loss across the CAC inH2O kPa 48.2 12 48.2 12
Maximum Intake Air Temperature (IAT) ℉ ℃ 180.0 82.2 180.0 82.2
ECU IAT Warning ℉ ℃ 169.9 76.6 169.9 76.6
ECU IAT Shutdown ℉ ℃ 180.0 82.2 180.0 82.2
N/A
6.75 L
Units Specificaiton
1500 2200
N/A
N/A 1.0 1.0
N/A 9.75 9.75
Counter Clockwise
N/A In-Line 4 cycle
N/A 6
N/A Turbo Charge Air Cooled
1-5-3-6-2-4
N/A SAE No.3 SAE No.3
N/A No.10 No.10
N/A 145 145
Air Cooled Manifold
1
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
2. Weichai America Corp.
WP06GTA
Std Metric
6.75 L
Units Specificaiton
1500 2200
Cooling System
Coolant Capacity
Engine only gal L 2.1 8 2.1 8
Engine with Radiator gal L 4.2 16 4.2 16
Engine Coolant Flow gal/min L/min 54.2 205 54.2 205
Water Pump Speed
Standard Thermostat Range
Cracking Temperature ℉ ℃ 167.0 75 167.0 75
Full Open Temperature ℉ ℃ 194.0 90 194.0 90
Maximum Allowable Pressure Cap psi bar 13.2 0.9 13.2 0.9
Ambient Clearance Open Genset (water) (Air-to-Boil)
Specified ℉ ℃ ≥107 ≥42 ≥107 ≥42
Acutal ℉ ℃ 122.7 50.4 125.4 51.9
Maximum Allowable Top Tank Temperature ℉ ℃ 214.9 101.6 214.9 101.6
ECU Warning ℉ ℃ 204.8 96.0 204.8 96.0
ECU Shutdown ℉ ℃ 214.9 101.6 214.9 101.6
Fan Power HP kW 10.2 7.6 17.0 12.7
Fan Diameter, including blades in mm 24.4 620 24.4 620
Fan Speed
Electrical System
Minimum Recommended Battery Capacity
Cold Cranking Current
Engine only
Engine with Drive train
Maximum Allowable Resistance of Starting Circuit
Starting Motor Power HP kW 5.4 4 5.4 4
Battery Charging Alternator
Voltage
Current
Coil primary Resistance
Spark Plug p/n
Spark plug gap
Lubrication System
Oil Specification
Oil Pressure
Idle
Min Psi Bar 11.8 0.8 11.8 0.8
Max Psi Bar 17.6 1.2 17.6 1.2
Rated Speed
Min Psi Bar 44.1 3 44.1 3
Max Psi Bar 97.0 6.6 97.0 6.6
Maximum Allowable Oil Temperature ℉ ℃ 239.0 115 239.0 115
Engine Oil Capacity
Min Qts L 14.8 14 14.8 14
Max Qts L 28.5 27 28.5 27
Oil Filter Capacity Qts L 2.1 2 2.1 2
ECU Oil Pressure Warning psi kPa 10 70 10 70
ECU Oil Pressure Shut Down psi kPa 7 49 7 49
Fuel System
Fuel Consumption
NG Ft
3
/hr kg/hr 1127.3 22.9 1594.9 24.4
LP Ft
3
/hr kg/hr 1132.2 23 1151.9 24
Maximum EPR Rated Pressure psi kPa 1.0 6.9 1.0 6.9
Maximum Running pressure to Electronic Pressure Regulator (EPR) inH2O kPa 10.8 2.7 10.8 2.7
Minimum Running pressure to EPR inH2O kPa 6.8 1.7 6.8 1.7
Minimum Gas Supply Pipe Size
Maximum EPR Rated Pressure psi kPa 1.0 6.90 1.0 6.90
Maximum Running Pressure to EPR inH2O kPa 10.8 2.70 10.8 2.70
Minimum Running Pressure to EPR inH2O kPa 6.8 1.70 6.8 1.70
RPM 2520
2100
RPM 3080
AH 150 150
2100
Ohms 0.002 0.002
Volts 14 14
CCA 750 750
CCA 750 750
TORCH/R 5498-3 TORCH/R 5498-3
mm 0.3-0.35 0.3-0.35
Amps 90 90
Ohms 0.59Ω ± 10% 0.59Ω ± 10%
SAE 15W-40 Low Ash Gas engine oil (.25-.5% by wt), API CD/CF or
higher; Please refer Manual book for different situation.
1-1/4" NPT
2
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
4. Weichai America Corp.
WP06GTA
Std Metric
6.75 L
Units Specificaiton
1500 2200
Fuel Consumption Curve vs. Speed (Liquid Propane Gas)
Net Power data (Natural Gas)
Speed (RPM) 900 1200 1500 1800 2000 2200
Gross Power (kW) 58.0 85.1 106.2 120.4 117.6 100.3
Fan Power (kW) 1.2 5.8 7.6 10.4 11.6 12.7
Net Power (kW) 56.8 79.3 98.6 110.0 106.0 87.6
Net Power data (Liquid Propane Gas)
Speed (RPM) 900 1500 1800 2200
Gross Power (kW) 66.0 100.4 98.9 92.4
Fan Power (kW) 1.2 7.6 10.4 12.7
Net Power (kW) 64.8 92.8 88.5 79.7
3
Production tolerances in engines and installed components can account for power variations of +/- 5%. Altitude, temperature and excessive exhaust and intake
restrictions should be applied to power calculations. Engine maybe operated at : up to 1200 feet and 86°F without power deration. For sustained operation
above these conditions, derate by 2.5% per 1000 feet, and 1.5% per 10°F.
4
The preceeding pipe sizes are only suggestions and piping sizes may vary with temperature, pressure, distance from supply and application of local codes. Gas
must be available at adequate volume and pressure for engine at the EPR.
1
Standby and overload ratings based on ISO3046.
2
All ratings are gross flywheel horsepower corrected to 77o
F at an altitude of 328 feet with no cooling fan or alternator losses using heating value for NG of
1025 BTU/SCF (HHV) and for propane of 2490 BTU/SCF (HHV).
7.5
8.0
8.5
9.0
9.5
10.0
10.5
11.0
11.5
12.0
12.5
13.0
215
220
225
230
235
240
245
250
255
260
265
270
900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200
TotalFuel(gal/h)
BSFC
(g/kW.h)
Speed (rpm)
4
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
5. Weichai America Corp.
WP06GTA
Std Metric
Basic Data
Type
Number of cylinders
Aspiration
Bore in mm 4.1 105 4.1 105
Stroke in mm 5.1 130 5.1 130
Displacement in^3 L 411.9 6.75 411.9 6.75
Lambda
Compression Ratio
Mean Piston Speed ft/min m/s 1535.4 7.8 1535.4 7.8
Rotation Viewed from Flywheel
Firing Order
Gross Standby Power Rating
1,2,3
Per ISO 3046 at the Flywheel
NG HP kW 160.92 120.0 201.2 150.0
LP HP kW 134.1 100.0 132.8 99.0
MEP (@ rated Load on NG) psi bar 98.1 14.2 102.1 14.8
MEP (@ rated Load on LP) psi bar 81.7 11.9 67.4 9.8
Thermal Balance
Total Fuel Ft
3
/hr kg/hr 1319.3 26.8 1594.9 32.4
Heat to Work btu/min kW 6824.3 120 8462.1 145
Heat rejected to Cooling water at rated Load btu/min kW 4242.4 74.6 5510.6 96.9
Heat Rejection per CAC btu/min kW 836.0 14.7 625.6 11
Heat Rejected to Exhaust (LHV TO 77oF) btu/min kW 6329.5 111.3 7222.4 127
Enigne Radiated Heat btu/min kW 1632.1 28.7 1182.9 20.8
Gross Prime Power Rating
1,2,3
Per ISO 3046 at the Flywheel
NG HP kW 142.4 106.2 162.1 120.9
LP HP kW 134.6 100.4 132.6 98.9
MEP (@ rated Load on NG) psi bar 86.8 12.6 174.2 11.85
MEP (@ rated Load on LP) psi bar 82.0 11.9 143.7 9.78
Thermal Balance
Total Fuel Ft
3
/hr kg/hr 1201.1 24.4 1329.1 27
Heat to Work btu/min kW 6028.1 106 6909.6 121.5
Heat rejected to Cooling water at rated Load btu/min kW 4185.6 73.6 5561.8 97.8
Heat Rejection per CAC btu/min kW 722.2 12.7 563.0 9.9
Heat Rejected to Exhaust (LHV TO 77oF) btu/min kW 5772.2 101.5 6210.1 109.2
Engine Radiated Heat btu/min kW 1279.6 22.5 1217.0 21.4
Weight and Power Output
Dry Weight
Fan to Flywheel lb kg 1376.7 625 1376.7 625
Rad to Flywheel lb kg 1652.0 750 1652.0 750
Wet Weight
Fan to Flywheel lb kg 1394.3 633 1394.3 633
Rad to Flywheel lb kg 1713.7 778 1713.7 778
Maximum Allowable Bending Moment at Rear of Block lb ft N m 5457.5 7400 5457.5 7400
Moment of Inertia About Roll Axis lb ft^2 kg m^2 17.7 3.62 17.7 3.62
Flywheel housing
Flywheel
Number of Flywheel Teeth
Exhaust System
Type
Maximum allowable Back pressure inH2O kPa 68.3 17 68.3 17
Standard Catalyst Back pressure inH2O kPa 40.2 10 40.2 10
Exhaust Outlet Pipe Size (Turbo outlet to catalyst inlet) in mm 3.37→2.35 77.5→59.7 3.37→2.35 77.5→59.7
Maximum Turbine Inlet Temperature ℉ ℃ 1616.0 880 1616.0 880
Exhaust Flow at Rated Power lb/hr kg/hr 1066.3 484 1066.3 484
Air Induction System
Maximum allowable Intake Air Restriction with Air Cleaner
Clean inH2O kPa 8.0 2.0 8.0 2.0
Dirty inH2O kPa 14.9 3.7 14.9 3.7
N/A 145
SAE No.3
No.10
Air Cooled Manifold
145
N/A
N/A
6.75 L 201809V2
Units
1800
N/A
N/A
N/A
N/A
N/A
N/A
Specificaiton
1500
In-Line 4 cycle
6
Turbo Charge Air Cooled
Counter Clockwise
1-5-3-6-2-4
9.75
1.0
N/A
SAE No.3
No.10
1
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
6. Weichai America Corp.
WP06GTA
Std Metric
6.75 L 201809V2
Units
1800
Specificaiton
1500
Combustion Air required (entire engine) lb/hr kg/hr 1013.2 460.0 1143.2 519
Combustion Air required (entire engine) CFM m^3/min 209.9 5.9 236.7 6.7
Charge Air Cooler
Compressor Outlet Temperature ℉ ℃ 240.8 116.0 259.9 126.6
Compressor Flow Rate per CAC lb/hr kg/hr 1079.3 490.0 1213.4 550.9
CAC Rise over Ambient (Charge)
Specified ℉ ℃ 69.8 21 69.8 21
Acutal ℉ ℃ 57.92 14.4 61.3 16.3
Max pressure loss across the CAC inH2O kPa 48.2 12 48.2 12
Maximum Intake Air Temperature (IAT) ℉ ℃ 115.52 46.4 124.5 51.4
ECU IAT Warning ℉ ℃ 169.9 76.6 169.9 76.6
ECU IAT Shutdown ℉ ℃ 180.0 82.2 180.0 82.2
Cooling System
Coolant Capacity
Engine only gal L 2.1 8 2.1 8
Engine with Radiator gal L 4.2 16 4.2 16
Engine Coolant Flow gal/min L/min 54.2 205 54.2 205
Water Pump Speed
Standard Thermostat Range
Cracking Temperature ℉ ℃ 167.0 75 167.0 75
Full Open Temperature ℉ ℃ 194.0 90 194.0 90
Maximum Allowable Pressure Cap psi bar 13.2 0.9 13.2 0.9
Ambient Clearance Open Genset (water) (Air-to-Boil)
Specified ℉ ℃ ≥107 ≥42 ≥107 ≥42
Acutal ℉ ℃ 122.7 50.4 125.8 52.1
Maximum Allowable Top Tank Temperature ℉ ℃ 203.0 95 203.0 95
ECU Warning ℉ ℃ 205.0 96 205.0 96
ECU Shutdown ℉ ℃ 212.0 100 212.0 100
Fan Power HP kW 10.2 7.6 13.9 10.4
Fan Diameter, including blades in mm 24.4 620 24.4 620
Fan Speed
Electrical System
Minimum Recommended Battery Capacity
Cold Cranking Current
Engine only
Engine with Drive train
Starting Motor Power HP kW 5.4 4 5.4 4
Battery Charging Alternator
Voltage
Current
Coil primary Resistance
Spark Plug p/n
Spark plug gap
Lubrication System
Oil Specification
Oil Pressure
Idle
Min Psi Bar 11.8 0.8 11.8 0.8
Max Psi Bar 17.6 1.2 17.6 1.2
Rated Speed
Min Psi Bar 44.1 3 44.1 3
Max Psi Bar 97.0 6.6 97.0 6.6
Maximum Allowable Oil Temperature ℉ ℃ 239.0 115 239.0 115
Engine Oil Capacity
Min Qts L 14.8 14 14.8 14
Max Qts L 28.5 27 28.5 27
Oil Filter Capacity Qts L 2.1 2 2.1 2
ECU Oil Pressure Warning psi kPa 10 70 10 70
ECU Oil Pressure Shut Down psi kPa 7 49 7 49
2100
RPM
150
750
750
2100
750
Amps 90
CCA
CCA 750
AH 150
2520
RPM 2520
Ohms
mm
0.59Ω ± 10%
TORCH/R 5498-3
0.3-0.35
TORCH/R 5498-3
SAE 15W-40 Low Ash Gas engine oil (.25-.5% by wt), API CD/CF or higher
Ohms
Volts
0.002
0.59Ω ± 10%
0.3-0.35
0.002
14
14
90
2
Document Courtesy of Fly Parts Guy Co.
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Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
7. Weichai America Corp.
WP06GTA
Std Metric
6.75 L 201809V2
Units
1800
Specificaiton
1500
Fuel System
Fuel Consumption
NG Ft3
/hr kg/hr 1319.3 26.8 1594.9 32.4
LP Ft
3
/hr kg/hr 1132.2 23.0 1151.9 23.4
Maximum EPR Rated Pressure psi kPa 1.0 6.9 1.0 6.9
Maximum Running pressure to Electronic Pressure Regulator (EPR) inH2O kPa 10.8 2.7 10.8 2.7
Minimum Running pressure to EPR inH2O kPa 6.8 1.7 6.8 1.7
Maximum EPR Rated Pressure psi kPa 1.0 6.90 1.0 6.90
Maximum Running Pressure to EPR inH2O kPa 10.8 2.70 10.8 2.70
Minimum Running Pressure to EPR inH2O kPa 6.8 1.70 6.8 1.70
Minimum LPG Supply Pipe Size4
Fuel Consumption Curve @ 1500 RPM (Natural Gas)
Fuel Consumption Curve @ 1500 RPM (Liquid Propane Gas)
1-1/4" NPT
1/4" NPT
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
210
230
250
270
290
310
330
350
370
390
410
430
450
470
490
510
11.6 20.1 30.1 36.2 51.4 61.8 67.4 76.5 84.0 93.7 101.9 106.3 120.2
Total
Fuel(m³/h)
Power (kW)
BSFC(g/kW.h)
2
3
4
5
6
7
8
9
10
11
12
13
14
210
240
270
300
330
360
390
420
450
480
510
540
570
10 20 30 40 50 60 70 80 90 100 110
Total
Fuel(galloon/h)
BSFC(g/kW.h)
Power (kW)
3
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
8. Weichai America Corp.
WP06GTA
Std Metric
6.75 L 201809V2
Units
1800
Specificaiton
1500
Fuel Consumption Curve @ 1800 RPM (Natural Gas)
Fuel Consumption Curve @ 1800 RPM (Liquid Propane Gas)
2
All ratings are gross flywheel horsepower corrected to 77o
F at an altitude of 328 feet with no cooling fan or alternator losses using heating value for NG of 1025
BTU/SCF (HHV) and for propane of 2490 BTU/SCF (HHV).
3
Production tolerances in engines and installed components can account for power variations of +/- 5%. Altitude, temperature and excessive exhaust and intake
restrictions should be applied to power calculations. Engine maybe operated at : up to 1200 feet and 86°F without power deration. For sustained operation above these
conditions, derate by 2.5% per 1000 feet, and 1.5% per 10°F.
4
The preceeding pipe sizes are only suggestions and piping sizes may vary with temperature, pressure, distance from supply and application of local codes. Gas must
be available at adequate volume and pressure for engine at the EPR.
1
Standby and overload ratings based on ISO3046.
8
11
14
17
20
23
26
29
32
35
38
41
44
210
230
250
270
290
310
330
350
370
390
410
430
450
14.5 36.1 57.9 72.5 86.8 108.6 130.5 144.8
Total
Fuel(m³/h)
Power (kW)
BSFC(g/kW.h)
2
3
4
5
6
7
8
9
10
11
12
13
14
230
260
290
320
350
380
410
440
470
500
530
560
590
10 20 30 40 50 60 70 80 90 100 110
Total
Fuel
(gal/h)
BSFC(g/kW.h)
Power (kW)
4
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com
Document Courtesy of Fly Parts Guy Co.
www.FlyPartsGuy.com