Compressor & Receiver: Capacity with Margin, Choosing a Model, Load Duty and Receiver Volume
This lesson is part of the course
In this lesson
You add a margin to the design flow, choose the smallest model from a fictional compressor range, calculate how much of the time it runs loaded, and size the receiver for a given pressure band.
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Lessons in this course
- Pressure Units: Gauge vs Absolute, bar/kPa/psi & the Compression Ratio Locked
- Cylinder Forces: Extend & Retract, the Efficiency Factor and the Smallest Bore for a Load Locked
- Air Consumption: Swept Volume, Double-Acting Cycles and Free Air per Minute Locked
- Speed & Valve Flow: Flow for a Target Speed, the Smallest Valve and Cycle Times Locked
- Demand Profile: Consumption per Shift, Average vs Peak, Diversity & a Leakage Allowance Locked
- Compressor & Receiver: Capacity with Margin, Choosing a Model, Load Duty and Receiver Volume Locked
- Distribution & Treatment: Pressure-Drop Tables, Equivalent Length, the Smallest Pipe and Condensate per Day Locked
- Capstone – The Cost of Compressed Air: Specific Power, Cost per m³, a Lower Setpoint and Cost per Part Locked