Xa 20 34 34 34 34 34 34 34 34 34 34 34 1q Cq Snaveedlemdprrdccreefqq291 Qolitijolereeee Na Https Learn Eu Central 1 (200.02 KiB) Viewed 43 times
xa + 20 34 34 34 34 34 34 34 34 34 34 34|1Q|CQ|SNAVEEDLEMDPRRDCCREEFQQ291===QOLITIJOLEREEEE-NA https://learn-eu-central-1-prod-fleet01 ... 4473600000&... ← > C Q 1 of 1 Q + 3 CD Page view | A Read aloud T Add textDraw Highlight Erase Thursday. Avowst 15, 2019 Thursday, September 10, 2009 (last update) CONSTANTS EXED Volt Dry Air Density (100kPa @25°C) Air Gas Constant (R) Cylinder Diameter (mm) kg/m³ Jikg.K kPa 809 809 Electric Motor Voltage (Volt) Power Factor-(Electric Motor Efficiency) Electric Motor Revolutions % RMP Stroke Length (mm) Atmospheric Pressure Stroke Volume (cm³) Gauge Delivery Pressure 1 Electric Motor: Compressor-Drive Ratio Air Flow-Pipe Diameter (mm) % Clearance: Stroke Volume Intake suction below Atmospheric kPa mm P, Intake Pressure P. Stage1 Compression Pressure · Stage 1 Inter Cooling Pressure P,Stage2 Compression Pressure T, » Intake Temperature - Stage1 Compression Temp Stage 1 Inter Cooling Temp T₂-Stage2 Compression Temp Motor Current (Ampere) Stage 1 Air Flow (m/s) Pressure/Volume Index P.V.: Index n PV Index m Mass Flow Free Air Delivery (FAD) Atmospheric 87.24 kPa and 21.125356125 Mass Flow (based on Compressor RMP) Stage 1 - Indicated Power (P1) Stage 2- Indicated Power (P2) Total Compressor Indicated Power (IP) Electrical Power Input Compressor Mechanical Efficiency Isothermal Efficiency Stage 1-Volumemetric Efficiency Stage 2-Volumemetric Efficiency Total - Volumemetric Efficiency E Type here to search INPUT VARIABLES OUTPUT Stage 1 76.0 70.0 317.6 1.2 % Bar 0.9 5.2 5.2 || 8.97 Stage: 2 32.0 70.0 56.3 4.7% kPa 86.54 520 520 897 Deg ("C) K Kelvin 21 294 64 338 25 298 36 309 12.71 Ampere 14.74 Metre/sec (kg/min) (L/min) (kg/min) KW KW KW KW O 10 1000 900 800 700 600 500 400 300 200 100 0 | M D 4 M D 0.0 - 4 4 50.0 Stage Cycle Stage 1 - Start Compression Stage 1-End Compression Stage 2 - Start Compression Stage 2 - End Compression Stage 2-End Delivery Stage 2-Start Intake Stage 1 - End Delivery Stage 1 - Start Intake >> 3' Volume V1 V2X V2 V3 V4 V5 V6 V7 L 100.0 (cm) 321.41 61.32 56.30 33.88 2.65 4.40 3.81 19.98 1.17 287.0 87.2 8.1 -0.70 150.0 P1 P2X P2 P3 P4 P5 P6 P7 200.0 Bar 0.9 5.2 5.2 9.0 9.0 5.2 5.2 0.9 H kPa 87 520 520 897 897 520 520 87 250.0 300.0 Temperature T1 T2X T2 T3 T4 T5 T6 T7 2.⁹ 220.0 80% 1440.0 20 9.0 350.0 Deg ("C) 21 64 25 36 25 64 21 87 Pa Kelvin 294 338 298 309 309 298 338 294 5°C {" I [+] 0 s O @ 4) 10:16 PM 6/5/2022 x {0}
Rewrite the equation in terms of n, or n as the subject of the formula, P2 T₂ = T₁₂ - T. (P²)" P₁. Substitute the of the pressure to find n and m. (4 marks) • 2. Volume induced = V₁ - V₁ Calculate the induced volume by finding the difference in that of point 1 and 7 then 2 and 5. (4 marks) -1)/m P₁V Calculate the powers for each stage. Remember n and m, induced volumes from 2 are different and pressure ratios are different. Multiply equation by N/ 2x60 to get your answers in W. The add the indicated power for both cases. (6 marks) 3. Total minimum power = 2 x (power required for one stage) Use the average index (n+m)/2, 4. induced volume 1-7 to find the total indicated power. (2 marks) 5. Calculate the density, mass flow rate and rate of heat (6 marks) CALCULATIONS 1. \(n-1)/n or, n= ......