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HCC_NFPA_Sizing_Guide

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ENTER REQUIRED DATA IN THE SHADED AREAS BELOW



VACUUM

LOCATION OF OUTLETS Outlet Q'ty Free Air Allowance, SCFM Simultaneous Number of Beds,

per location Per Bed Per Room Per Outlet use Factor Rooms or Outlets



Anesthetizing Locations

Operating Room 3/Room 3.5 100 0

Cystoscopy 3/Room 2 100 0

Delivery 3/Room 1 100 0

Special proced. (Open

Heart, Transplant, etc.) 3/Room 4 100 0

Emergency / Major

Trauma Room 3/Room 3 100 0

Other Anesthetizing

Locations 2/Room 1 50 0

Evacuation Vacuum 2/Room 1 100 0





Acute Care Locations

(Non-Anesthetizing)

Recovery Room 3/Bed 1.5 50 0

I.C.U. (Except Cardiac) 3/Bed 2 75 0

Cardiac I.C.U. 2/Bed 1 50 0

Emergency Room 2/Bed 1 100 0

Special Procedures

(X-Ray, dialysis, etc.) 2/Room 1.5 30 0

Catherterization Lab 2/Room 1 10 0

Surgical Excision Room 1/Room 1 10 0

Neonatal I.C.U. 2/Bed 1 50 0





Sub-Acute Patient Care

(Non-Anesthetizing)

Patient Room - Surgical 1/Bed 1.5 15 0

Patient Room - Medical 1/Bed 1 10 0

Exam & 1/Room 1 10 0

Treatment Room

Nursery 1/4Bassinets 1 10 0

Nursery Premature 1/Bassinet 1 25 0

Other Patient Rooms

Respiratory Care Dep't 1/Room 1.5 10 0

Central Supply, Equip't

Repair/Calibration,

Teaching 1/Room 1.5 10 0

Autopsy 1/Table 1.5 10 0



Future Expansion



PEAK CALCULATED DEMAND IN SCFM:



Altitude above sea level, ft:



PEAK CALCULATED DEMAND IN SCFM, ALTITUDE ADJUSTED:

System

LUBRICATED ROTARY VANE System Horsepower Capacity Btu/h

Model # each total SCFM @ 19" Hg each pump

Recommended

System:

Alternate 1:



Alternate 2:



Alternate 3:





The pump models specified are sized according to the calculated demand in SCFM adjusted to the indicated altit

The Btu/hr and amperage listed are for each pump.

The noise level indicated is for the complete system.



EXHAUST LINE SIZING

Length, Ft:

Line Dia:



Lubricated rotary vane systems are the most popular design. They are reliable and easy to maintain. However, if this sys

removal only, then utilize the dry vane or the claw system below. The dry vane pumps are less efficient than the claw pum



System

DRY ROTARY VANE System Horsepower Capacity Btu/h

Model # each total SCFM @ 19" Hg each pump

Recommended

System:

Alternate 1:



Alternate 2:



Alternate 3:







EXHAUST LINE SIZING

Length, Ft:

Line Dia:





Claw systems are lowest in maintenance and operating costs.



System

DRY CONTACTLESS CLAW System Horsepower Capacity Btu/h

Model # each total SCFM @ 19" Hg each pump

Recommended

System:

Alternate 1:



Alternate 2:



Alternate 3:







EXHAUST LINE SIZING

Length, Ft:

Line Dia:



For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional frictio

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.



ZONE PIPE SIZING

Zone #1 Zone #2 Zone #3 Zone #4 Zone #5 Zone #6

Flow SCFM:

Length, Ft:

Zone Dia.







For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional frictio

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.



BRANCH PIPE SIZING

Branch #1 Branch #2 Branch #3

Flow SCFM:

Length, Ft:

Branch Dia.







For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional frictio

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.



RISER PIPE SIZING

Riser #1: Riser #2:

Flow SCFM:

Length, Ft:

Riser Dia.

Vacuum

SCFM







0.00

0.00

0.00



0.00



0.00



0.00

0.00









0.00

0.00

0.00

0.00



0.00

0.00

0.00

0.00









0.00

0.00

0.00

0.00



0.00

0.00

0.00





0.00

0.00



0.00



0.00



0



0.00

Amps Total

@ 208/460V Noise Dimensions (in)

each pump level (dB) LxWxH









ndicated altitude.









ver, if this system is dedicated for waste anesthesia

the claw pumps, but they are the less expensive choice.



Amps Total

@ 208/460V Noise Dimensions (in)

each pump level (dB) LxWxH









Amps Total

@ 208/460V Noise Dimensions (in)

each pump level (dB) LxWxH

itional friction loss

e diameter.





Zone #7 Zone #8 Zone #9 Zone #10









itional friction loss

e diameter.









itional friction loss

e diameter.

NFPA EQUIPMENT SIZING GUIDE

Name of Facility:



Project Number:



ENTER REQUIRED DATA IN THE SHADED AREAS BELOW



MEDICAL AIR

LOCATION OF OUTLETS Free Air Allowance, SCFM Simultaneous Number of Units, Air

Per Unit Per Bed Per Room Per Outlet use Factor Beds, Rooms, Outlets SCFM

Anesthetizing Locations



1 Special surgery and 0.5 100 0 0.00

cardiovascular

2 Major surgery and 0.5 100 0 0.00

orthopedic

3 Minor surgery 0.5 75 0 0.00

4 Emergency surgery 0.5 25 0 0.00

5 Radiology 0.5 10 0 0.00

6 Cardiac catheterization 0.5 10 0 0.00

7 Ventilators 3.5 100 0 0.00

8 Delivery rooms 0.5 100 0 0.00



Acute Care Locations



(Non-Anesthetizing)

1 Recovery room/surgical 2 25 0 0.00

(postanesthesia)

2 ICU/CCU 2 50 0 0.00

3 Emergency Room 2 10 0 0.00

4 Neonatal ICU 1.5 75 0 0.00

5 Dialysis units 0.5 10 0 0.00

6 Recovery rooms/OB 2 25 0 0.00

7 Ventilators 6 100 0 0.00





Sub-Acute Patient Care



(Non-Anesthetizing)

1 Nursery 0.5 25 0 0.00

2 Patient rooms 0.5 10 0 0.00

(where shown)

3 Exam and Treatment 1 10 0 0.00

Room

4 Preop holding 1.5 20 0 0.00

5 Respiratory care 1 50 0 0.00

6 Pulmonary function lab 1 50 0 0.00

7 EEG and EKG 1 50 0 0.00

8 Birthing and LDRP 1 50 0 0.00

9 Patient isolation room 0.5 25 0 0.00



Other Patient Rooms

1 Anesthesia workroom 1.5 10 0 0.00

2 Respirator care 1.5 10 0 0.00

workroom

3 Nursery workroom 1.5 10 0 0.00

4 Equipment repair 1.5 10 0 0.00

5 Med. Laboratory3 1.5 25 0 0.00

6 Autopsy 1 100 0 0.00

7 Sterile supply 1 10 0 0.00

8 Plaster room 1 50 0 0.00

9 Pharmacy 1 10 0 0.00



Future Expansion 0.00



PEAK CALCULATED DEMAND IN SCFM BASED ON FREE AIR SCFM @ 50PSI: 0.00

NOTES:

1. The SCFM above is based on a peak OUTLET demand of 50 psi. Air compressors operate at 100 psi. When sizing a

compressor, you MUST figure the compressor capacity for operation at 100 psi.

2. You need to consider several environmental factors when sizing the compressors. These include altitude, intake air

temperature, and relative humidity. Variance among these factors has considerable effect on compressor selection.

3. Air outlets in labs used for analysis, research or teaching should be supplied by a separate compressed air system,

not the medical air system.



Altitude above sea level, ft: 0



Intake air temperature, °F: 60



Relative Humidity: 0%



PEAK CALCULATED DEMAND IN SCFM: 0.00

Adjusted for altitude, highest intake air temperature,

and highest relative humidity expected.





SCROLL Amps Total

COMPRESSORS System Horsepower System Capacity Btu/h @ 208/460V Noise Dimensions (in) Catalog Sugg'd

Model # each total ICFM @ 120PSI each pump each pump level (dB) LxWxH Cuts: Specs:

Recommended

System:



The compressor models specified are sized according to the calculated demand in SCFM adjusted to the indicated altitude,

inlet temperature, and relative humidity.

The Btu/hr and amperage listed are for each pump.

The noise level indicated is for the complete system.



RECIPROCATING Amps Total

COMPRESSORS System Horsepower System Capacity Btu/h @ 208/460V Noise Dimensions (in) Catalog Sugg'd

Model # each total SCFM @ 100PSI each pump each pump level (dB) LxWxH Cuts: Specs:

Recommended

System:



INTAKE LINE SIZING

Length, Ft:

Line Dia:



For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional friction loss

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.



ZONE PIPE SIZING

Zone #1 Zone #2 Zone #3 Zone #4 Zone #5 Zone #6 Zone #7 Zone #8 Zone #9 Zone #10

Flow SCFM:

Length, Ft:

Zone Dia.





For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional friction loss

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.



BRANCH PIPE SIZING

Branch #1 Branch #2 Branch #3

Flow SCFM:

Length, Ft:

Branch Dia.





For all length input, enter the actual, measured run of pipe. The equivalent length of pipe (due to additional friction loss

through fittings, filters, valves, etc.) is automatically calculated and used to determine the proper pipe diameter.





RISER PIPE SIZING

Riser #1: Riser #2:

Flow SCFM:

Length, Ft:

Riser Dia.



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