PW600 series

GPTKB entity

Properties (55)
Predicate Object
gptkbp:instanceOf turbofan engine
gptkbp:application gptkb:Bombardier_Learjet_75
gptkb:Cessna_Citation_M2
gptkb:HondaJet
Embraer Phenom 100
gptkbp:climate 1,600 °F
gptkbp:competesWith gptkb:Honeywell_HTF7000
gptkb:GE_Honda_HF120
Williams_FJ33
gptkbp:controls electronic control system
gptkbp:coolingSystem air-cooled
gptkbp:customerService global network
gptkbp:diameter approximately 2.5 ft
gptkbp:emissionsStandard CAEP/6
gptkbp:engineType axial compressor
two-stage high-pressure turbine
single-stage low-pressure turbine
gptkbp:fuel_capacity high
0.5 lb/lbf/hr
gptkbp:fuelType Jet A
annular combustor
https://www.w3.org/2000/01/rdf-schema#label PW600 series
gptkbp:introduced 2004
gptkbp:is_used_in business jets
gptkbp:length approximately 4.5 ft
gptkbp:maintenance 3,500 hours
gptkbp:manufacturer gptkb:Pratt_&_Whitney
gptkbp:market_segment light business jets
gptkbp:noise_level Stage 4
gptkbp:notableModels PW535E
PW535D
PW615F
PW535E1
PW617F
gptkbp:propulsion 1,800 to 3,500 lbf
gptkbp:reliability high
gptkbp:service_ceiling 41,000 ft
gptkbp:technology gptkb:full_authority_digital_engine_control_(FADEC)
3D printing
data analytics
modular design
advanced materials
computational fluid dynamics
computer-aided design
noise reduction technologies
predictive maintenance
high bypass ratio
aerodynamic optimization
low emissions technology
engine monitoring systems
advanced combustion technology
smart engine technology
digital_twin_technology
gptkbp:training gptkb:PW6000
gptkbp:weight approximately 300 lb