Data Center Components - CRAC

CRAC enables you to create geometry and boundary conditions to represent a computer room air conditioning unit.

Iron Python Script – CRAC.py:

The following is the toolkit's scripting information.

scriptInput = ["ng"]

scriptInput.append("Name:CRAC1")

scriptInput.append("length_unit:meter")

scriptInput.append("VFRUnit:m3_per_s")

scriptInput.append("MFRUnit:kg_per_s")

scriptInput.append("tempUnit:cel")

scriptInput.append("xS:0.0")

scriptInput.append("yS:0.0")

scriptInput.append("zS:0.0")

scriptInput.append("xL:0.6")

scriptInput.append("yL:1.8")

scriptInput.append("zL:1.2")

scriptInput.append("WCS:Global")

scriptInput.append("FanSpec:Detailed")

scriptInput.append("IntakeLength:1.2")

scriptInput.append("IntakeWidth:0.6")

scriptInput.append("ExhaustLength:1.2")

scriptInput.append("ExhaustWidth:0.6")

scriptInput.append("NumIntake:2")

scriptInput.append("FlowDirection:-Y")

scriptInput.append("IntakeFanSpec:VolumeFlowRate")

scriptInput.append("VolumeFlowRate:4.5")

scriptInput.append("MassFlowRate:1")

scriptInput.append("SupplyTemp:15")

scriptInput.append("TurningVane:On")

scriptInput.append("TurningVaneDirection:+Z")

scriptInput.append("VaneHeight:0.36")

oDesign.RunToolkit("SysLib", "Geometry/Data Center Components/CRAC", [])

oDesign.RunToolkit("SysLib", "Geometry/Data Center Components/CRAC", ["ng"])

oDesign.RunToolkit("SysLib", "Geometry/Data Center Components/CRAC", scriptInput)