D.30.31 - Cooling Generating Systems - Chilled Water

The following models are available:

D.30.31.011a | Chiller - Capacity: < 100 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 75 Ton.

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.30.31.011b | Chiller - Capacity: 100 to <350 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 250 Ton.

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.30.31.011c | Chiller - Capacity: 350 to <750 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 500 Ton.

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.30.31.011d | Chiller - Capacity: 750 to <1000 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 850 Ton.

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.30.31.012a | Chiller - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012b | Chiller - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.012c | Chiller - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012d | Chiller - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012e | Chiller - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.012f | Chiller - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012g | Chiller - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012h | Chiller - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.012i | Chiller - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012j | Chiller - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.012k | Chiller - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.012l | Chiller - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.013a | Chiller - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.013b | Chiller - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.013c | Chiller - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.013d | Chiller - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.013e | Chiller - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.013f | Chiller - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.013g | Chiller - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.013h | Chiller - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.013i | Chiller - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.013j | Chiller - Capacity: 750 to <1000 Ton - 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 850 Ton.

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.30.31.013k | Chiller - Capacity: 750 to <1000 Ton - 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 850 Ton.

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.30.31.013l | Chiller - Capacity: 750 to <1000 Ton - 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 850 Ton.

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.30.31.021a | Cooling Tower - Capacity: < 100 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 75 Ton.

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.30.31.021b | Cooling Tower - Capacity: 100 to <350 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 250 Ton.

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.30.31.021c | Cooling Tower - Capacity: 350 to <750 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 500 Ton.

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.30.31.021d | Cooling Tower - Capacity: 750 to <1000 Ton - Unanchored equipment that is not vibration isolated - Equipment fragility only

Costing is per unit and is based upon 850 Ton.

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.30.31.022a | Cooling Tower - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022b | Cooling Tower - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.022c | Cooling Tower - Capacity: < 100 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 75 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022d | Cooling Tower - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022e | Cooling Tower - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.022f | Cooling Tower - Capacity: 100 to <350 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 250 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022g | Cooling Tower - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022h | Cooling Tower - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.022i | Cooling Tower - Capacity: 350 to <750 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 500 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022j | Cooling Tower - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Anchorage fragility only

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.022k | Cooling Tower - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Equipment fragility only

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

Suggested Block Size: 1 EA

The following repair consequences are available for this model:

Carbon

Cost

Energy

Time

---

D.30.31.022l | Cooling Tower - Capacity: 750 to <1000 Ton - Vibration isolated equipment that is not snubbed or restrained - Combined anchorage/isolator & equipment fragility

Costing is per unit and is based upon 850 Ton.

Construction Quality: Normal - Not designed for seismic loads

Seismic Installation Conditions: Vibration isolated equipment that is not snubbed or restrained

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.30.31.023a | Cooling Tower - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.023b | Cooling Tower - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.023c | Cooling Tower - Capacity: < 100 Ton - 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 75 Ton.

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.30.31.023d | Cooling Tower - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.023e | Cooling Tower - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.023f | Cooling Tower - Capacity: 100 to <350 Ton - 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 250 Ton.

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.30.31.023g | Cooling Tower - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.023h | Cooling Tower - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.023i | Cooling Tower - Capacity: 350 to <750 Ton - 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 500 Ton.

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.30.31.023j | Cooling Tower - Capacity: 750 to <1000 Ton - 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 850 Ton.

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.30.31.023k | Cooling Tower - Capacity: 750 to <1000 Ton - 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 850 Ton.

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

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D.30.31.023l | Cooling Tower - Capacity: 750 to <1000 Ton - 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 850 Ton.

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

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