D.30.52 - Terminal & Package UnitsΒΆ

The following models are available:

D.30.52.011a | Air Handling Unit - Capacity: <5000 CFM - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 4000 CFM.
Construction Quality: Normal - Not designed for seismic loads
Seismic Installation Conditions: Unanchored equipment that is not vibration isolated

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.011b | Air Handling Unit - Capacity: 5000 to <10000 CFM - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 8000 CFM.
Construction Quality: Normal - Not designed for seismic loads
Seismic Installation Conditions: Unanchored equipment that is not vibration isolated

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.011c | Air Handling Unit - Capacity: 10000 to <25000 CFM - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 20000 CFM.
Construction Quality: Normal - Not designed for seismic loads
Seismic Installation Conditions: Unanchored equipment that is not vibration isolated

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.011d | Air Handling Unit - Capacity: 25000 to <40000 CFM - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 30000 CFM.
Construction Quality: Normal - Not designed for seismic loads
Seismic Installation Conditions: Unanchored equipment that is not vibration isolated

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013a | Air Handling Unit - Capacity: <5000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Anchorage fragility only

Costing is per unit and is based upon 4000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013b | Air Handling Unit - Capacity: <5000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Equipment fragility only

Costing is per unit and is based upon 4000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013c | Air Handling Unit - Capacity: <5000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 4000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013d | Air Handling Unit - Capacity: 5000 to <10000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Anchorage fragility only

Costing is per unit and is based upon 8000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013e | Air Handling Unit - Capacity: 5000 to <10000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Equipment fragility only

Costing is per unit and is based upon 8000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013f | Air Handling Unit - Capacity: 5000 to <10000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 8000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013g | Air Handling Unit - Capacity: 10000 to <25000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Anchorage fragility only

Costing is per unit and is based upon 20000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013h | Air Handling Unit - Capacity: 10000 to <25000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Equipment fragility only

Costing is per unit and is based upon 20000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013i | Air Handling Unit - Capacity: 10000 to <25000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 20000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013j | Air Handling Unit - Capacity: 25000 to <40000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Anchorage fragility only

Costing is per unit and is based upon 30000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013k | Air Handling Unit - Capacity: 25000 to <40000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Equipment fragility only

Costing is per unit and is based upon 30000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

D.30.52.013l | Air Handling Unit - Capacity: 25000 to <40000 CFM - Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 30000 CFM.
Construction Quality: Normal - Designed for seismic loads but no special seismic certification
Seismic Installation Conditions: Equipment that is either hard anchored or is vibration isolated with seismic snubbers/restraints
Notes: User to provide median demand and dispersion values. The values listed are default PACT values and do not represent the response of this component.

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time