Johnson Controls tyco RAPID RESPONSE RCP-1 Manual page 5

1 INCH RISER BEDROOM
FROM FIRST
FLOOR
BEDROOM BEDROOM
MODEL RCP-1 1 INCH RISER
RESIDENTIAL TO SECOND
CONTROL FLOOR
PANEL
1 INCH
BRANCH LINES GARAGE
ELEVATION
GREAT
ROOM
BELOW
FOYER
BELOW
SECOND FLOOR
KITCHEN AND
BREAKFAST
ROOM
GREAT
ROOM
FOYER
DINING
ROOM
FIRST FLOOR
SAMPLE DRY PIPE SYSTEM LAYOUT
3480 SQ. FT. HOUSE
Specifications
• Living Space: 3480 sq. ft
• Air Temperature: 0°F
• Pipe & Fittings: 1 in. CPVC
• System Volume: 18.6 gal
• Sprinklers: Pendent
TY2235, K=4.9
• Coverage Area: 16 ft x 16 ft
• Model RCP-1 Panel Outlet Flow: 30.5 GPM
• Initial Air Pressure: 14 psi
• Water Delivery Time with a 1 in. Model RCP-1
Panel and water source to the Panel inlet as
follows:
- 50 psi static/45 psi residual /
30.5 GPM flow: 13.7 seconds
- 60 psi static/55 psi residual /
30.5 GPM flow: 12.1 seconds
- 70 psi static/65 psi residual /
REMOTE
30.5 GPM flow: 11.1 seconds
SPRINKLER
• Water Delivery Time with a 1-1/2 in. Model
FOR MAXIMUM
RCP-1 Panel and water source to the Panel inlet
15-SECOND
as follows:
WATER
DELIVERY
- 50 psi static/45 psi residual /
30.5 GPM flow: 12.8 seconds
- 60 psi static/55 psi residual /
30.5 GPM flow: 11.6 seconds
- 70 psi static/65 psi residual /
30.5 GPM flow: 10.7 seconds
NOTES:
1. A dry system is used to facilitate seasonal shut down of the house.
Consequently an air temperature of 0°F was used for this example.
2. Dry-Type Residential Pendent Sprinklers.
3. The Model RCP-1 Panel outlet flow is based on the least available
water flow to hydraulically support the two most remote sprinklers at
15 GPM each.
4. Water delivery to the most remote sprinkler is calculated assuming the
highest possible initial air pressure based on a 10 to 14 psi automatic
MASTER
air supply.
BEDROOM
5. This example is for reference only. Volumes and delivery times vary
depending on the size of the living space and system piping layout
and design, as well as available water supply. Designers should reflect
system layout and available water supply as accurately as possible for
determining water delivery times.
LIVING
ROOM
FIGURE 2
TFP485
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