LOW RPM PERMANENT MAGNET DC GENERATOR STOCK N0.443541 Two high-energy saturated C8 ceramic magnets. Stainless steel 12.7mm (1/2in) diameter, 40mm length, with 1mm full-length flat. 16-slot armature 52mm diameter wound with AWG25 magnet wire (fusing current 24 amps) Extra-long 8x14mm brush assemblies including spring, pigtail and cap – stock no. 443732 Two double-sealed 32mm OD […]

33 ихх О D L Т А Б h D [] :>E FREE! ETQ EE SP И E DI U ]| DIE H P L U S Rcit к 6S-BK l ■ і lk 11 ml the voltage о-етеішіііе the ooltaul. at UHlUH The nOSFCTJS SulTCHCt Он «Т UHlui riOSECT IS L. lTCNEt ; 13, […]

Figure N.6: a) Exploded % view of receiver/boiler. b) % view of assembled receiver/boiler. Figure N.7: Image of the actual receiver cap, inner and outer coils, and water drum assembled.   Figure N.8: Main body of the receiver/boiler. Figure N.9: Assembled receiver/boiler being heated on electric burner for initial mixing of the draw salt thermal […]

IMPULSE STEAM TURBINEAND GEAR TRAIN Figure M.2: Detailed drawing of T-500 impulse steam turbine rotor (blades) , housing, and nozzle design. Figure M.3: Detailed drawing for first section of gear train; bearing plates one, and four, thrust plate, bearing cover, and high speed gear housing.   two,   і – Figure M.4: Detailed drawing of […]

  Rankine Cycle Calculations k := 103   v2a:   Boiler Inlet (actual) P2p := 963.17c-Pa   0.5144-k-J— kg-K   s2p :   v2p :   Turbine Exit (actual — for using turbine inlet values) kJ kJ P4p t := 101.323c-Pa h4p t := 2679.7689— s4p t := 7.3655 v4p t : 4P_t 4P_t kg […]

Steam Turbine Calculations k := 103 Mass Flow Rate into the turbine: := 4.87310- 3 — kj kJ Enthalpy Values for Turbine Inlet (h3) and Outlet (h4): h3 := 2764 0848— h4 := 2679 7689— 3 kg 4 kg Heat Transfer from the Turbine: Qdot := mdot (h4 – h3) Qdot = -410.871W Pinlet := […]

Mass Flow Rate through Steam Turbine Nozzle Area of the Steam Turbine Nozzle exit Pexit := 101.325-Pa Mach Number (assuming M=1 because of geometry) V M := 1 M a The velocity of the flow is: 3 m V := M-a V = 1.03 x 10 ЛАЛ/ s The mass flow rate is thus: Y […]

Boiler Efficiency k := 103 Direct Method Directly defined by the exploitable heat output from the boiler and bythe fuel power input of the boiler. Qoutput n boiler_direct “ “Q Qinput Indirect Method Determines efficiency by the sum of the major losses and by the fuel power of the boiler. The indirect method provides a […]