Datacenter & Hosting · page 3

Converts rack count and spacing into total white space square footage and layout rows.

Compares two elevation versions and lists added, removed and moved devices.

Sizes rear clearance and service loop space from deepest device and cable bundle.

Adds headroom U per rack from a growth rate and outputs when racks fill.

Assigns racks to rows balancing power zones and cooling coverage.

Places devices at exact U offsets to avoid gaps and keep small blocks aligned.

Lists torque specs for rack anchors, rails and device ears by fastener size.

Converts removed assets into freed U, watts and floor area with a reuse plan.

Compares 45U to 52U cabinet options for a device list with density tradeoffs.

Divides rack, power and cross connect costs across tenants by U and kW share.

Generates a parts checklist for standing up a new rack from PDUs to labels.

Compares top entry, bottom entry and rear entry cable approaches per rack type.

Converts kVA to kW or reverse from an entered power factor with the formula shown.

Converts kilowatts of IT load into BTU per hour and tons of cooling equivalents.

Computes required capacitor kVAr to raise power factor from current to target value.

Redistributes per-outlet loads across a three-phase PDU into balanced phase amperages.

Sizes PDU rating and breaker from rack load with headroom and 80 percent derating.

Converts per-phase kW loads into line currents, neutral load and imbalance percent.

Converts amps to watts for single and three phase from voltage and power factor inputs.

Converts watts to amps per phase for 120V, 208V and 230V rack circuits.

Picks breaker size from continuous load using the 80 percent rule with standard ratings.

Audits a pasted panel schedule for overloads, phase imbalance and spare capacity.

Sizes UPS kVA and kW rating from current load, growth margin and load type.

Estimates UPS runtime minutes from load percent, battery string and cell specification.