Transmittal of Submittal
August 8, 2013
Environmental Chemical Corp. (ECC)
1746 Cole Blvd., Bldg. 21, Ste. 350
Lakewood, CO 80401
Attention:
Tom Rackley
Reference: USAFA - Center for Character and Leadership Development
2304 Cadet Drive
Subject:
Submittals for Specification Section 220533
Dear Tom: Please see attached submittals.
RK Mechanical, Inc. is providing Environmental Chemical Corp. (ECC) the enclosed submittals for
Specification Section 220533 - HEAT TRACING FOR PLUMBING PIPING, as listed below:
ITEM
COPIES
REV
3
1
0
SUBMITTAL DESCRIPTION
1.4 B. Shop Drawings
STATUS
DUE BACK
For Approval
08/22/2013
Your immediate review and processing is requested to ensure these submittals are returned back to RK
Mechanical, Inc. on or before the DUE BACK date(s) listed above.
We are available to discuss any comments or questions you may have concerning these submittals.
Sincerely,
RK Mechanical, Inc.
Lance Searcy
Project Engineer
xc: RK Job #3019- Main Files
3800 Xanthia Street
Denver, Colorado 80238
ph: 303.355.9696
fx: 303.355.8666
www.rkmi.com
3019 - United States Air Force Academy
Center for Character & Leadership Development
SECTION: 220533
1.4 B - Heat Trace Shop Drawings
Wiring Diagrams
XL-Trace System
INSTALLATION AND OPERATION MANUAL FOR
PIPE FREEZE PROTECTION AND FLOW
MAINTENANCE
THERMAL MANAGEMENT SOLUTIONS
WWW.THERMAL.PENTAIR.COM
2
2.1
Installation Guidelines
Heating Cable Storage
• Store the heating cable in a clean, dry location.
Temperature range: 0°F (–18°C) to 140°F (60°C).
• Protect the heating cable from mechanical
damage.
2.2
Pre-Installation Checks
Check materials received
Catalog number: 5, 8 or 12 XL — 1 or 2 -CR
-CT
Power output (W/ft)
Product family
Voltage
1 = 120 Vac (only available for 5 or 8)
2 = 208–277 Vac (available for 5, 8, or 12)
Jacket type: Polyolefin or
Fluoropolymer
(Required for grease and fuel lines)
Figure 1: XL-Trace catalog number
• Review the heating cable design and compare the
list of materials to the catalog numbers of the
heating cables and connection kits received to
confirm that the proper materials are on site. The
heating cable type is printed on its jacket.
• Ensure that the service voltage available is correct
for the XL-Trace heating cable selection.
• Inspect the heating cable and connection kits to
ensure there is no in-transit damage.
• Verify the system design does not exceed the maximum exposure temperature of the heating cable
5XL/8XL: 150°F (65°C) 12XL: 185°F (85°C)
• Verify that the heating cable jackets are not damaged by conducting the insulation resistance test
(refer to Section 7) on each reel of heating cable.
Do not power the heating cable when it’s on the
reel.
4
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
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Installation Guidelines
Check piping to be traced
• Make sure all mechanical pipe testing (i.e. hydrostatic testing/purging) is complete and the system
has been cleared by the client for tracing.
• Walk the system and plan the routing of the heating cable on the pipe.
• Inspect the piping and remove any burrs, rough
surfaces, or sharp edges.
2.3
Heating Cable Installation
Minimum installation temperature of: 0°F (–18°C).
Heating cable installation involves three basic steps:
1. Paying out the heating cable
2. Attaching the heating cable to the pipe
3. Wrapping heat sinks
Paying out the heating cable
Mount the reel on a holder and place it near either
end of the pipe run to be traced. Use a reel holder
that pays out smoothly with little tension as shown
in Figure 2. Avoid jerking the heating cable while
pulling.
Pay out the heating cable and loosely string it along
the pipe, making sure the heating cable is always
next to the pipe when crossing obstacles. If the heating cable is on the wrong side of a crossing pipe or
I-beam, you will have to reinstall it or cut and splice it.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
5
2
Installation Guidelines
Figure 2: Paying out the heating cable
When paying out the heating cable, AVOID:
• Sharp edges
• Excessive pulling force or jerking
• Kinking or crushing
• Walking on or running over the heating cable with
equipment
WARNING: Fire and shock hazard. Do not install
damaged heating cable. Connection kits and heating cable ends must be kept dry before and during
installation.
Attaching the heating cable
Once the heating cable has been run for the entire
section, begin fastening it to the pipe. Start at the
end and work toward the reel. The additional heating cable required for valves and other heat sinks is
shown in Table 1 and Table 2. Refer to Table 3 for the
additional heating cable required for connection kits.
The heating cable may be installed in single or in
multiple runs as required by the design.
6
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
Figure 3: Attaching the heating cable
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
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2
Installation Guidelines
Table 1: ADDITIONAL HEATING CABLE FOR VALVES
Pipe diameter (IPS)
Heating cable in feet (meters)
1/2
0.8 (0.24)
3/4
1.3 (0.4)
1
2.0 (0.6)
1-1/4
3.3 (1.1)
1-1/2
4.3 (1.3)
2
4.3 (1.3)
3
4.3 (1.3)
4
4.3 (1.3)
6
5.0 (1.5)
8
5.0 (1.5)
10
5.6 (1.7)
12
5.9 (1.9)
14
7.3 (2.2)
18
9.4 (2.9)
20
10.5 (3.2)
Table 2: ADDITIONAL HEATING CABLE FOR PIPE SUPPORTS
AND FLANGES
Support
Additional heating cable
Pipe hangers (insulated)
No additional heating cable
Pipe hangers noninsulated and Add 2x pipe diameter
U-bolt supports:
Welded support shoes
Add 3x the length of the shoe
Flanges
Add 2x pipe diameter
Note: For applications where more than one heating cable is
required per foot of pipe, this correction factor applies for each
heating cable run.
8
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
• Run insulation through the pipe hanger ensuring
that the pipe is not resting on the heater.
Pipe hanger
under insulation
Pipe hanger
over insulation
Insulation over
pipe hanger
Heating cable
over pipe hanger
Heating cable
Heating cable
beneath
insulation
and pipe hanger
Heating cable
Figure 4: Pipe hanger with heating cable
Figure 5: Single pipe floor penetration
• When making floor or wall penetrations, make
sure the hole is large enough to accommodate
the pipe and the thermal insulation. When sealing
around pipes at floor penetrations, avoid damaging or cutting the heating cable, or pinching it
between the pipe and the concrete.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
9
2
Installation Guidelines
• The heating cable must not be embedded directly
in the sealing material; the pipe should have thermal insulation over it (if allowed by local codes) or
the heating cable should be run through the penetration in a tube or conduit. If the conduit must be
sealed, use a pliable fire-resistant material (Dow
Corning Fire Stop, 3M Fire Barrier, or T&B FlameSafe) that can be removed if necessary.
Figure 6: Multiple pipe floor penetration
• On vertical piping groups, run the heating cable
along the inside of the pipe close to other pipes
so it will not be damaged if the pipe hits the side
of the floor penetration. Run the heating cable
over the outside of the pipe support. Do not
clamp the heating cable to the pipe with the pipe
support.
• In high-rise construction it may be necessary to
install the XL-Trace system 10 or 12 floors at a
time to fit into the construction schedule. If so,
the end of the heating cable should be sealed with
a RayClic-E end seal and placed in an accessible
location. This allows testing of one part of the
heating cable at a time, and allows splicing it to
another section when the system is complete.
• When XL-Trace is installed behind walls, the
power connection kit must be accessible.
Whenever possible, position the heating cable on
the lower section of the pipe as shown in Figure 7 to
protect it from damage.
10
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
One heating cable
Two heating cables
45°
45°
45°
Figure 7: Positioning the heating cable
Securing the heating cable
WARNING: Damage to the heating cable can
cause electrical arcing or fire. Do not use metal
attachments such as pipe straps or tie wire. Use only
Pentair Thermal Management-approved tapes or
plastic cable ties.
Important: Before taping the heating cable to
the pipe, make sure all heat-tracing allowances for
flanges, valves, supports, and other connection kits
have been verified.
Use one of the following attachment methods to
secure the heating cable onto the pipe: GT-66 or
GS-54 glass cloth tape, AT-180 aluminum tape, or
plastic cable ties.
glass cloth adhesive tape
• GT-66 (66-foot roll) general-purpose tape for
installation at 40°F (4°C) and above. Apply at
1-foot intervals.
• GS-54 (54-foot roll) general-purpose tape for
installation below 40°F (4°C). Apply at 1-foot
intervals.
AT-180
aluminum tape
• Required for plastic pipe applications to ensure
proper power output of heating cable.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
11
2
Installation Guidelines
• Tape lengthwise over the heating cable as
required by the design drawing or specification
(see Figure 8).
• Recommended for heat-tracing pump bodies or
odd-shaped equipment, or as called out in the
design drawing as a heat-transfer aid.
• Install at temperatures above 32°F (0°C).
AT-180
aluminum tape
1f
t (0
Glass cloth tape
Weather proofing
Thermal insulation
Pipe
Heating cable
.3
Pipe Heating
cable
m)
AT-180 aluminum tape
over heating cable
(Required for proper
output for plastic
pipe applications)
Figure 8: Attaching the heating cable
cable ties
• Recommended in applications where the pipe surface prevents proper tape adhesion.
• Use plastic cable ties only.
• Cable ties must be hand-tightened only to prevent
damage to heating cable!
Bending/Crossing/Cutting the Heating Cable
bending the heating cable
When positioning the heating cable on the pipe, do
not bend tighter than 1/2" radius. The heating cable
does not bend easily in the flat plane. Do not force
such a bend, as the heating cable will be damaged.
12
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
1/2"
Figure 9: Bending technique
crossing the heating cable
XL-Trace heating cables are self-regulating and may
be overlapped whenever necessary without overheating or burning out.
cutting the heating cable
Cut the heating cable to the desired length after it is
attached to the pipe. XL-Trace can be cut to length
without affecting the heat output per foot.
Wrapping the Heat Sinks
Once the straight sections are secured the heating
cable can be secured to the heat sinks. Attach the
heating cable to the heat sinks according to Figure
10 below. The length of heating cable installed is
determined in the design.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
13
2
Installation Guidelines
Valve body
Glass tape
Pipe
Heating cable
Multiple crossovers allowed
for self-regulating cables
Note: Cable loop length
varies depending on
heat loss.
Pipe
Heating cable
Single crossover only, allowed
for power-limiting cables
Figure 10: Valve
Glass tape
(typical)
Heating cable
Loop length is twice
the diameter of the pipe
Figure 11: Flange
14
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
Pipe
Glass tape
Heating cable
Figure 12: Pressure gauge
To power connection
Pump discharge
Heating cable
Glass tape
Pump body
Pump
suction
Motor
Use AT-180
tape
Figure 13: Split case centrifugal pump
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
15
2
Installation Guidelines
Heating cable loop
Support shoe Pipe
Glass tape
Heating cable secured to pipe
Figure 14: Pipe support shoe
Heating cable
Glass tape
(typical)
For pipe diameters of 2"
and larger, the heating
cable should be installed
on the outside (long)
radius of the elbow.
Figure 15: Elbow
16
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
Pipe hanger
under insulation
Pipe hanger
over insulation
Insulation over
pipe hanger
Heating cable
over pipe hanger
Heating cable
Heating cable
beneath
insulation
and pipe hanger
Heating cable
Figure 16: Pipe hanger
2.4
Heating Cable Connections
General Requirements
All XL-Trace systems require a power connection
and end seal kit. Splice and tee kits are used as
required. Use Table 3 (for aboveground applications)
and Table 4 (for belowground applications) to select
the appropriate connection kits.
When practical, mount connection kits on top of the
pipe. Electrical conduit leading to power connection
kits must have low-point drains installed to avoid
condensation entry into the heating system. All heating cable connections must be mounted above grade
level.
If your design has an exposure temperature >150°F
(65°C) but < 185°F (85°C), install all connections kits
off the pipe.
WARNING: Connection kit approvals and performance are based on the use of specified parts only.
Do not use substitute parts or vinyl electrical tape.
Follow installation instructions provided with each
kit.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
17
3019 - United States Air Force Academy
Center for Character & Leadership Development
SECTION: 220533
1.4 B - Heat Trace Shop Drawings
Connections Wiring Diagrams
RayClic Connection System
Installation Instructions
Description
RayClic-PC Power Connection and End Seal Kit
RayClic-PS Powered Splice and End Seal Kit
RayClic-PT Powered Tee and End Seal Kit
These kits are for use with Raychem IceStop, XL-Trace and
HWAT heating cables. The connection is designed to be strapped
to the pipe or mounted on the wall at the start of the heating
cable circuit. These installation instructions should be used
in conjunction with the IceStop, XL-Trace and HWAT System
Installation and Operation Manuals. For technical support, contact
your Pentair Thermal Management representative or call Pentair
Thermal Management (800) 545-6258.
Ra
yC
W
lic
®
S A
Do ho RNIN
nock G:
t o Ha
pe za
n
rd
wh
ile
718
als K
Sno o LisPip
e He
w
Me ted
atin
ltin De-ici g
g Equ ng Cab
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ent
en
erg
ize
d
F
wit
M
and h HWAPPROV
cab XLED
CL les TraAT, Ice
.
Haz I,
ce
Sto
hea p,
wit ard Div.
h GM ous 2,
ting
Gr.
-XT Loc A,B
onl atio ,C,D
y. ns
-W
Tools Required
• Wire cutters
• Utility knife
Additional UL Listed or CSA Certified materials
required:
Approvals
718K Pipe Heating Cable
877Z De-Icing and Snow Melting
Not UL Listed with XL-Trace heating cable
for buried piping.
APPROVED
• TORX® T20 screw driver
• Wrenches (2)
For HWAT, IceStop, and XL-Trace only
Hazardous Locations: For IceStop (GM-XT) only
Class I, Div. 2, Groups A,B,C,D
-w
• 1/2-inch conduit and fittings
•Junction box
Optional Accessories (not included in this kit)
• RayClic-SB-02 Wall mounting bracket
WARNING:
This component is an electrical device that must be installed
correctly to ensure proper operation and to prevent shock or
fire. Read these important warnings and carefully follow all the
installation instructions.
• To minimize the danger of fire from sustained electrical arcing
if the heating cable is damaged or improperly installed, and to
comply with the requirements of Pentair Thermal Management,
THERMAL MANAGEMENT SOLUTIONS
agency certifications, and national electrical codes, groundfault equipment protection must be used. Arcing may not be
stopped by conventional circuit breakers.
• Bus wires will short if they contact each other. Keep bus wires
separated.
• Keep components and heating cable ends dry before and during
installation.
• The black heating cable core is conductive and can short. It
must be properly insulated and kept dry.
• Component approvals and performance are based on the use of
Pentair Thermal Management-specified parts only. Do not use
substitute parts or vinyl electrical tape.
• Leave these instructions with end user for reference and future
use.
EN-RaychemRayClicConnectionSystem-IM-H55092 01/13
1 / 10
Kit Contents
RayClic-PC Power Connection Kit
ItemQty Description
A
1
Power connection
B
1
Pipe mounting bracket
C
2
Plastic cable ties
D
1
Clip
E
1
End seal
F
4
Labels (1 HWAT, 1 De-Icing & Snow Melting, 2 Warning)
G
1
Cable lubricant
A
B
C
D
E
F
G
RayClic-PS Powered Splice Kit
ItemQty Description
A
1
Powered splice
B
1
Pipe mounting bracket
C
2
Plastic cable ties
D
2
Clips
E
2
End seals
F
4
Labels (1 HWAT, 1 De-Icing & Snow Melting, 2 Warning)
G
1
Cable lubricant
A
B
C
D
E
A
B
C
D
E
F
G
RayClic-PT Powered Tee Kit
ItemQty Description
A
1
Powered splice
B
1
Pipe mounting bracket
C
2
Plastic cable ties
D
3
Clips
E
3
End seals
F
4
Labels (1 HWAT, 1 De-Icing & Snow Melting, 2 Warning)
G
1
Cable lubricant
THERMAL MANAGEMENT SOLUTIONS
EN-RaychemRayClicConnectionSystem-IM-H55092 01/13
F
G
2 / 10
2
Installation Guidelines
EC-TS-AMB
electronic
thermostat
RayClic-PC
power connection
Junction
box
RayClic-S
splice
RayClic-LE
lighted end seal
(optional)
Insulation
RayClic-T
tee
RayClic-E
end seal
Figure 17: Aboveground XL-Trace System
Use Table 3 for general aboveground piping, sprinkler piping, and grease and fuel lines. Allow extra
heating cable for ease of connection kit installation.
18
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
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Installation Guidelines
Table 3: CONNECTION KITS FOR GENERAL ABOVEGROUND
PIPING
Catalog number
Description
Heating cable
allowance1
Power connection and end
seal kit; use 1 per circuit
Standard pkg: 1
2 ft (0.6 m)
Power connection and end
seal kit; use 1 per circuit
Standard pkg: 1
2 ft (0.6 m)
RayClic-PC 2,3
Junction box not included
FTC-P 4,5
Splice used to join two
sections of heating cable
Standard pkg: 1
2 ft (0.6 m)
Tee kit with end seal;
use as needed for pipe
branches
Standard pkg: 1
2 ft (0.6 m)
Alternate lighted end seal
Standard pkg: 1
2 ft (0.6 m)
RayClic-S 2,3,6
RayClic-T 2,6
RayClic-LE
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
19
2
Installation Guidelines
Table 3: CONNECTION KITS FOR GENERAL ABOVEGROUND
PIPING
Catalog number
Description
Heating cable
allowance1
Continued
Low-profile splice/tee; use as3 ft (0.9 m)
needed for pipe branches
Standard pkg: 2
FTC-HST 4
Replacement end seal
Standard pkg: 1
0.3 ft (0.1 m)
RayClic-E 3
1For
ease of component installation, allow extra heating cable.
splice, powered tee, and cross (tee with three legs)
connections are also available.
3For grease and fuel lines, install RayClic-LE or end seal off
the pipe in junction box.
4Not permitted with grease or fuel lines.
5Use for circuits supplied with 40 A circuit breaker.
6For grease and fuel lines, install tees and splices on pipe
mounting bracket (RayClic-SB-04).
2Powered
20
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
2
Installation Guidelines
Table 6: ACCESSORIES FOR GENERAL BURIED PIPING
Catalog
number
Standard
pkg
Description
ETL
“Electric Traced” label (use 1
label per 10 feet of pipe)
10 labels
GT-66
Glass cloth adhesive tape for
attaching heating cable to pipe at
40°F (4°C) or above. See Table 7.
66 ft
GS-54
Glass cloth adhesive tape for
attaching heating cable to pipe
above –40°F (–40°C). See Table 7.
54 ft
AT-180
Aluminum tape. Required for
attaching heating cable to plastic
pipe (use 1 foot of tape per foot of
heating cable).
180 ft
RayClic-SB-02 Wall mounting bracket
1
Table 7: QUANTITY OF GLASS CLOTH ADHESIVE TAPE
REQUIRED (ATTACH AT 1-FOOT INTERVALS)
Pipe size (in)
<2
3
4
6
8
10
Feet of pipe per GT-66
roll
60
50
40
25
20
15
Feet of pipe per GS-54
roll
49
41
33
20
16
12
24
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
If you experience difficulty during installation, refer to the “Troubleshooting Guide” on page 8.
Power Connection, Splice and Tee Installation
1
2A
• Using the plastic cable ties, attach* the bracket to the pipe.
* For roof-mounted applications, follow steps 3 through 9
(pages 3–5), then turn to “Roof Installation” on page 6.
2B
• For the RayClic-PC power connection, fold up the four
outer snaps, then position the connector over the snaps
and press down.
3
• For the RayClic-PS powered splice and the RayClic-PT
powered tee, fold up two center snaps, then position the
connector over the snaps and press down.
• Allow enough extra heating cable to make service loops
as required.
4
5
• Make sure the end of the heating cable is cut clean.
Do not cut through
metal braid or
inner jacket.
• Score around and down the outer jacket of the heating
cable 3 1/8 inches from the end.
THERMAL MANAGEMENT SOLUTIONS
• Remove the outer jacket.
• Place the metal clip over the base of the exposed braid.
EN-RaychemRayClicConnectionSystem-IM-H55092 01/13
3 / 10
HWAT
5A
IceStop and XL-Trace
HWAT Only
5B
IceStop and XL-Trace Only
• Using wire cutters, cut away 1-inch of the braid.
• Pull exposed braid back over metal clip.
• Pull exposed braid back over metal clip.
• Using wire cutters, cut
away aluminum wrap.
7
• Apply a small amount of
lubricant to the jacket
surface near the end of
the cable.
• Avoid using large
amounts of lubricant on
the exposed end of the
cable.
8
9
• For HWAT only:
Apply HWAT label on insulated hot water tank.
• Insert prepared heating cable end into connector. Push
until heating cable is fully inserted and end is visible
through opening in connection cover plate.
Note: RayClic connection kits are designed to be installed
only once; the heating cable cannot be removed once
installed.
THERMAL MANAGEMENT SOLUTIONS
EN-RaychemRayClicConnectionSystem-IM-H55092 01/13
4 / 10
10
11
Tighten the screws
until the metal top
surface is at the
same height as the
inner clear plastic
module.
• Securely tighten the two connection screws, alternating
as they are being tightened.
• For Powered Splice and Tee kits, repeat steps 3 through 8
for all remaining heating cable entries.
WARNING: Fire hazard. Loose screws can cause
excessive heating. Be sure screws are fully tightened.
12
• Close the lid and snap the lever shut. Do not force lid
closed; if lid does not close, check the connection to
ensure all screws are fully tightened.
• Tighten the nuts on the heating cable entries until
grommets are compressed.
13A
Power Connection
• To prevent damage to heating
cables, protect from sharp
cladding edges.
• To prevent water ingress,
seal the heating cable where
it penetrates the insulation.
Moisture
seal
• Using two wrenches, attach user-supplied 1/2-inch
conduit. To avoid breaking housing, do not exceed 15
ft-lbs of torque. Broken connectors must be replaced.
13B
Powered splice
• To prevent damage to heating
cables, protect from sharp
cladding edges.
• Using glass cloth tape,
attach heating cable to pipe.
• Apply insulation, cladding and warning labels.
• Terminate power wiring in user-supplied junction box.
13C
Moisture
seal
• To prevent water ingress,
seal the heating cable where
it penetrates the insulation.
Powered TEE
• To prevent damage to heating
cables, protect from sharp
cladding edges.
• To prevent water ingress,
seal the heating cable where
it penetrates the insulation.
Moisture
seal
Moisture
seal
• Using glass cloth tape,
attach heating cable to pipe.
• Using glass cloth tape,
attach heating cable to pipe.
• Apply insulation, cladding and warning labels.
• Apply insulation, cladding and warning labels.
• Terminate power wiring in user-supplied junction box.
• Terminate power wiring in user-supplied junction box.
THERMAL MANAGEMENT SOLUTIONS
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5 / 10
Roof Installation
1
2
RayClic-SB-02
RayClic-PC
RayClic-PS
and RayClic-PT
• Mount flat (wall-mounting) bracket
by installing screws through the
center holes.
Do not mount in gutter or where it
may be immersed in water.
3
• Position attachment clips on mounting bracket based on
the type of connector being installed.
4A
Drip
loop
• Connect heating cable as detailed in steps
3 through 9 (pages 3–5).
• Attach the connector to the mounting
bracket by pressing until it snaps in place.
• Complete heating cable installation and
install a drip loop as shown.
• Protect heating cable from sharp edges.
4B
Power Connection
• Connect user-supplied 1/2-inch conduit by following step
11 on page 6.
• Apply Electric De-Icing and Snow Melting label on or near
junction box.
THERMAL MANAGEMENT SOLUTIONS
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6 / 10
End Seal Installation
1
2
• Remove exposed braid.
1"
• Score down and around outer
jacket 1 inch from the end.
• Remove the outer jacket.
• Do not cut or damage inner jacket.
IceStop, XL-Trace, and RaySol
HWAT
2A
• Using wire cutters, cut away aluminum wrap close to
braid and outer jacket.
3
• Push end seal completely onto heating cable.
Note: The end seal can be
installed only once; it cannot be
removed from the heating cable.
Do not use until ready for final
installation.
THERMAL MANAGEMENT SOLUTIONS
EN-RaychemRayClicConnectionSystem-IM-H55092 01/13
7 / 10
3
3.1
Thermal Insulation
Insulating the System
Pipes must be insulated with the correct thermal
insulation to maintain the desired pipe temperatures. Confirm that the insulation thickness agrees
with the system design.
3.2
Insulation Installation
• Before insulating the pipe, visually inspect the
heating cable and connection kits to ensure they
are properly installed and there are no signs of
damage. Damaged heating cable or connection
kits must be replaced.
• Check that the insulation type and thickness is
correct.
• Insulate the pipes immediately after the heating
cable is installed and has passed all tests to minimize damage to the heating cable.
• Insulate the pipe at floor and wall penetrations.
Failure to do so will cause cold spots in the water
system and could lead to damage to the heating
cable. If local codes do not allow this, the heating
cable should be run through a conduit or channel
before the firestop is installed. Use a fire-resistant
sealing compoind such as Dow Corning Fire Stop,
3M Fire Barrier, or T&B Flame-Safe.
• Do not use staples to seal insulation. Use tape or
the the adhesive-lined edge of the insulation to
ensure that the seam remains sealed. Staples can
damage the heating cable.
Figure 19: Sealing the insulation seam
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
25
3
Thermal Insulation
• All systems for outdoor, buried, or wet areas
must use waterproof fire-resistant thermal
insulation.
• Mark the location of splices, tees, and end seals
on the outside of the insulation with labels provided in the kits, while installing the insulation.
Use large diameter insulation or sheets to cover
splices, tees, or service loops.
Figure 20: Installing connection kits below insulation
Figure 21: Installing connection kits above insulation
26
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
3
Thermal Insulation
• Make sure that all heat-traced piping, fittings,
wall penetrations, and branch piping are insulated. Correctly designed systems require properly
installed and dry thermal insulation. Uninsulated
or wet sections of pipe can result in cold spots or
frozen sections.
• After installing insulation, electrical codes require
that you install “Electric Traced” labels along the
piping at suitable intervals (10-foot intervals recommended) on alternate sides.
WARNING: Use only fire-resistant insulation
materials such as fiberglass wrap or flame-retardant
foams.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
27
4
4.1
Power Supply and Electrical
Protection
Voltage Rating
Verify that the supply voltage is either 120 or
208–277 volts as specified by the XL-Trace system
design and printed on the jacket of the heating
cable.
4.2
Circuit Breaker Sizing
Circuit breakers must be sized using the heating
cable lengths shown in the Appendix. Do not exceed
the maximum circuit length shown for each breaker
size.Use circuit breakers that incorporate 30-mA
ground-fault circuit protection, or provide equivalent
levels of ground-fault protection.
4.3
Electrical Loading
The maximum current draw for XL-Trace heating
cables is shown in the Appendix. To size the transformer, multiply the total heating cable length (ft) by
the appropriate current draw.
4.4
Ground-Fault Protection
If the heating cable is improperly installed or physically damaged to the point that water contacts the
bus wires, sustained arcing or fire could result.
If arcing does occur, the fault current may be too
low to trip conventional circuit breakers. Pentair
Thermal Management and national electrical codes
require both ground-fault protection of equipment
and a grounded metallic covering on all heating
cables. Ground-fault protection must be provided by
the installer.
WARNING: To minimize the danger of fire from
sustained electrical arcing if the heating cable is
damaged or improperly installed, and to comply
with Pentair Thermal Management requirements,
agency certifications, and national electrical codes,
ground-fault equipment protection must be used on
each heating cable branch circuit. Arcing may not be
stopped by conventional circuit breakers.
WARNING: Disconnect all power before making
connections to the heating cable.
28
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
4
4.5
Power Supply and Electrical
Protection
Important Power Supply Safeguards
• Make sure that the heating cable load you are
connecting is within the rating of the control system selected. Check the design drawings for the
heating cable load.
• The electrical conduit that feeds wiring to the
control device must have a low-point drain so
condensation will not enter the thermostat
enclosure.
• Make sure that the line voltage you are connecting to the control system is correct. For
proper wiring, follow the installation instructions
enclosed with the control device.
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
29
3019 - United States Air Force Academy
Center for Character & Leadership Development
SECTION: 220533
1.4 B - Heat Trace Shop Drawings
Controls Wiring Diagram
5
5.1
Temperature Controls
Ambient-Sensing Control
Ambient-sensing systems energize the circuit when
the ambient temperature drops below the set point.
• Mount the device above grade level and out of
sunlight.
• Mount the device where it will be exposed to the
coldest temperature and the highest wind.
AMC-1A
ambient-sensing
thermostat
EC-TS-AMB
ambient-sensing
thermostat
R
Figure 22: Ambient-sensing thermostats
5.2
Line-Sensing Control
Line-sensing systems sense the pipe temperature
by means of a sensor attached to the pipe and connected to the device.
• Install the sensor on the pipe at 90 degrees from
the heating cable so that the heating cable does
not thermally interfere with the sensor. Be sure
the sensor is firmly attached with aluminum tape
to the pipe in order to get good thermal contact
between the bulb and the pipe.
• Locate the sensor at least 3 feet (1 meter) from
any heat sinks, such as valves, pipe supports, and
pumps. Ideally, the sensor should be located at
the end of the heating cable circuit.
• Be sure that you set the control to the proper
temperature.
• Mount the device on a nearby wall or support, or
install a mounting stanchion. Thermostats must
30
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
5
Temperature Controls
be mounted above grade level. In all cases, protect the sensor from physical damage. To prevent
damage, mount the device where it will be away
from foot and equipment traffic.
• To prevent water entry, seal the insulation where
the capillary tube exits the insulation.
AMC-1B
line-sensing thermostat
AMC-F5
ambient/line-sensing thermostat
with a fixed setpoint at 40°F
R
R
Figure 23: Mechanical thermostats
EC-TS-10/25
line-sensing electronic thermostat
Figure 24: Electronic thermostat
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
31
5
Temperature Controls
DigiTrace 910
electronic controller
DigiTrace 920
electronic controller
Figure 25: Electronic controllers
5.3
Wiring Schematic for Thermostat
The following is a typical wiring schematic for a
thermostat.
Single circuit control
ø
Heating
cable
Temperature
controller
1 ø supply
N
1-pole
GFEP breaker
G
Heating cable sheath, braid or ground
Figure 26: Single circuit control
32
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
5
Temperature Controls
Group control
Temperature
controller
ø
1-pole
GFEP breaker
1
C
ø supply
N
ø
ø
ø
1
2
3
Contactor
3-phase
4-wire
supply
(WYE)
3-pole main
breaker
N
G (Typ 3)
Heating cable sheath, braid or ground
Figure 27: Group circuit control
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
33
5
Temperature Controls
Alarm horn (optional)
Door
disconnect
(optional)
Push button for
light testing
COMMON ALARM
PUSH TO ACKNOWLEDGE
Selector switch
A
POWER ON
C
HAND/OFF/AUTO
Alarm option shown above
Main circuit
breaker
R AR
Alarm relay
(optional)
TB 1
Fuse holder
Terminals
(optional)
1
7
2
8
3
9
4
10
5
11
6
12
Distribution
panelboard
Main
contactor
Ground
bus bar
TB 2
Figure 28: HTPG power distribution panel
34
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
5
Temperature Controls
Alarm
remote
annunciation
(with alarm
option)
Three-pole main
circuit breaker
Three-pole main
contactor
Ø1 Ø2Ø3 N G
Hand
Off
Contactor
coil
Auto
C
NC
External controller/
thermostat*
Panel
energized
One-pole
with 30-mA
ground-fault trip
(120/277 Vac)
Two-pole
with 30-mA
ground-fault trip
(208/240 Vac)
Power
connection
Heating cable
End seal
Heating
cable circuit
Heating cable shealth,
braid or ground
Heating
cable circuit
Figure 29: HTPG schematic
EN-RaychemXLTracePipeFreezeProtection-IM-H58033 03/13
35
C910-485 Heat Trace Controller
INSTALLATION, OPERATION AND MAINTENANCE MANUAL
Firmware versions up to V4.0X
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
CONTENTS
Section 1 Overview...................................................................................................... 3
1.1 Introduction .............................................................................................. 3
1.2 Product Overview ..................................................................................... 3
1.2.1 Description ....................................................................................... 3
1.2.2 Features........................................................................................... 3
1.3 Product Specification ................................................................................ 5
Section 2 Installation and Wiring ................................................................................ 8
2.1 Introduction .............................................................................................. 8
2.2 Initial Inspection ........................................................................................ 8
2.3 Installation Location .................................................................................. 8
2.4 Mounting Procedures ................................................................................ 8
2.5 Wiring....................................................................................................... 9
2.5.1 Power Connections .......................................................................... 9
2.5.2 Temperature Sensor and Extension Cables ..................................... 10
2.5.3 External Device Control/Override .................................................... 10
2.6 Alarm Relay Connections........................................................................ 11
2.6.1 Communication Signal Connections ................................................ 12
2.7 Initializing the Controller .......................................................................... 13
2.7.1 Initial Heating Cable Test ................................................................ 13
Section 3 Operator Console ...................................................................................... 14
3.1 Alphanumeric Display ............................................................................. 14
3.2 Keypad................................................................................................... 14
3.3 LED Indicators ........................................................................................ 15
Section 4 C910-485 Operation ................................................................................... 16
4.1 Operating Modes .................................................................................... 16
4.1.1 Four Modes of Console................................................................... 16
4.2 Console Mode Menus ............................................................................. 18
4.2.1 Alphanumeric Tag Assignment........................................................ 19
4.2.2 Setting Units................................................................................... 20
4.2.3 Switch Control Mode....................................................................... 21
4.2.4 Control Setpoint.............................................................................. 22
4.2.5 Deadband ...................................................................................... 23
4.2.6 Proportional Ambient Sensing Control (PASC) ................................ 24
4.2.7 Low Temperature Alarm: Enable (Lo TS 1 and Lo TS 2) .................. 25
4.2.8 Low Temperature Alarm: Setting (Lo TS 1 and Lo TS 2) .................. 26
4.2.9 High Temperature Alarm: Enable (Hi TS 1 and Hi TS 2)................... 27
4.2.10 High Temperature Alarm: Setting (Hi TS 1 and Hi TS 2) ................. 28
4.2.11 Temperature Sensor Failure Alarm ................................................ 29
4.2.12 High Temperature Cut-out, Setpoint and Alarm (HI Limit TS1/HI
limitTS2) ................................................................................................. 30
4.2.13 Low Load Current Alarm: Enable (Lo Load) ................................... 31
4.2.14 Low Load Current Alarm: Setting (Lo Load) ................................... 32
4.2.15 Factory Default Settings (Load Defaults) ....................................... 33
4.2.16 Ground-fault Current Alarm level (Hi GF Alarm) ............................. 34
4.2.17 Ground-fault Current Trip Level (Hi GF Trip) .................................. 35
4.2.18 Temperature Sensor Failure Mode ................................................ 36
4.2.19 Temperature Sensor Control Mode (TS CLT Mode) ....................... 37
4.2.20 External Input: Inhibit or Force on. ................................................ 38
4.2.21 Firmware Version ......................................................................... 39
4.2.22 Passcode ..................................................................................... 40
4.2.23 Communications Setup ................................................................. 41
4.2.24 Auto-Cycle: Enabling .................................................................... 43
4.2.25 Auto-Cycle: Interval ...................................................................... 44
4.2.26 Auto-Cycle: Units .......................................................................... 45
4.2.27 Contactor Count ........................................................................... 46
4.2.28 Monitor and Maintenance Menus .................................................. 47
4.2.29 Acknowledging and Resetting Alarms............................................ 49
4.2.30 Alarm Output Normal State ........................................................... 50
Section 5 Troubleshooting ........................................................................................ 51
Section 6 Appendix A: Proportional Ambient Sensing Control (PASC) ................... 53
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
2/54
Section 2 INSTALLATION AND WIRING
2.1 INTRODUCTION
This section includes information regarding the initial inspection, preparation for use,
and storage instructions for the C910-485 Heat Trace controllers.
2.2 INITIAL INSPECTION
Inspect the shipping container for damage. If the shipping container or cushioning
material is damaged, it should be kept until the contents of the shipment have been
verified and the equipment has been checked mechanically and electrically. If the
shipment is incomplete, there is mechanical damage, a defect, or the controller does not
pass the electrical performance tests, notify the nearest Pentair Thermal Management
representative. If the shipping container is damaged, or the cushioning material shows
signs of stress, notify the carrier as well as your Pentair Thermal Management
representative. Keep the shipping
2.3 INSTALLATION LOCATION
The wide ambient operating temperature range of the controller permits installation in
most locations. Considerations should include accessibility for maintenance and testing
and the location of existing conduits.
2.4 MOUNTING PROCEDURES
The mounting template is shown in Figure 2.1.
Drill conduit entry holes prior to mounting. Conduit entries should be made in the bottom of
the enclosure if possible to reduce the possibility of water entry from condensation or leakage.
Conduit entries must be drilled or punched using standard industry practices. Use bushings
suitable for the environment and install such that the completed installation remains
waterproof. Grounding hubs and conductors must be installed in accordance with Article 250
of the National Electrical Code and Part I of the Canadian Electrical Code.
Figure 2.1 – Mounting Hole Template
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
8/54
2.5 WIRING
The following drawings provide sample wiring diagrams for the C910-485 control products
and optional accessories. Refer to Figure 2.2 for wiring terminal locations. Please contact
your local Pentair Thermal Management representative for information regarding other
available options.
Figure 2.2 – Power Connection
2.5.1 Power Connections
The C910-485 controller may be powered directly from a 100 V to 277 V supply.
All of the power terminals are labeled for easy identification. Do not attempt to use wire
sizes that exceed the marked terminal ratings and avoid terminating two wires on the
same terminal whenever possible.
Note: Make sure that power terminals are retightened several days after installation.
Stranded wire will tend to compress when initially installed; therefore, these terminals
should be checked for tightness several times after the system is installed to ensure that
a good connection is maintained.
Note: Follow the industry standard grounding practices. Do not rely on conduit
connections to provide a suitable ground. Grounding terminals/screws are provided for
connection of system ground leads.
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
9/54
C910 Controller
L1/LINE INPUT
A
L2/NEUTRAL INPUT
B
LOAD L1/LINE OUT
C
LOAD L2/NEUTRAL OUT
D
1 PH INPUT POWER
(100 - 277 VAC nom 50/60 Hz)
L1/LINE
L2/NEUTRAL
TRACER
Figure 2.3 – Power Connection
2.5.2 Temperature Sensor and Extension Cables
The C910-485 has two (2) RTD inputs. Use only 3-
Note: The DigiTrace C910-485 default is set for one RTD in position one. If a second RTD
is installed in position two, the controller must be power cycled to recognize the RTD.
C910 Controller
RTD1
SHIELD 19
SOURCE 20
SENSE 21
RTD2
COMMON 22
SHIELD
8
SOURCE
9
SENSE 10
COMMON 11
DRAIN
WHT
WHT
RED
100 Ohm
Pt RTD
DRAIN
WHT
WHT
RED
100 Ohm
Pt RTD
Figure 2.4 – Temperature Sensor Wiring
Use shielded, twisted, three-conductor wire for the extension of RTD leads. The wire size
RTD wiring should be grounded at the controller end only, using the terminals provided.
2.5.3 External Device Control/Override
The C910-485 controller can be forced on or off using an external device with a dry
contact.
C910 Controller
EXTERNAL DRY CONTACT
(CLOSE TO ACTIVATE
INHIBIT / OVERRIDE MODE)
(2K Ohms MAX TOTAL LOOP RESISTANCE)
+12 VDC
3
+
6
–
7
Refer to section 4.2.3 to program
the C910 for EXT. Direct.
4
Refer to sections 4.2.20 and section 4.2.21
for programming the C910 for the Inhibit mode.
EXTERNAL INPUT
COMMON
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
10/54
Figure 2.5 – Wiring for External Device Control/Override
2.6 ALARM RELAY CONNECTIONS
Two types of alarm relays are provided: One is a DC contact and can be connected as dry
contact (Fig. 2.6) or as a 12 Vdc contact (Figure 2.7). The second is an AC relay (triac) and
can be connected as an alarm relay (Figure 2.8) or a powered alarm relay (Figure 2.9).
Both may be programmed for normally open (N.O.) or normally closed (N.C.) operation.
Note: Both alarm relays are controlled by the C910-485 using the same signal.
Note: The dry contact alarm relay is intended to be used for switching low-voltage, lowcurrent signals. Do not use this relay to directly switch line voltages.
Alarm Output Wiring
C910 Controller
+12 VDC
3
See Specifications for
Max DC Voltage and Current
14
DRY CONTACT
ALARM RELAY
DC Power Source
ALARM
Indicator
15
COMMON
4
Figure 2.6 – Used As a Dry Contact
C910 Controller
+12 VDC
3
14
DRY CONTACT
ALARM RELAY
COMMON
15
+
4
-
ALARM
Indicator
Figure 2.7 – Used As a Switched DC Contact
C910 Controller
L1/LINE OUT
1
See Specifications for
Max AC Voltage and Current
12
AC (TRIAC)
ALARM RELAY
L2/NEUTRAL OUT
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
13
AC Power Source
ALARM
Indicator
2
11/54
Figure 2.8 – Used As an AC Alarm Relay
C910 Controller
+12 VDC
3
14
DRY CONTACT
ALARM RELAY
COMMON
15
+
4
-
ALARM
Indicator
Figure 2.-9 – Used As a Powered AC Alarm Relay
C910 Controller
1
L1/LINE OUT
See Specifications for
Max AC Voltage and Current
12
AC (TRIAC)
ALARM RELAY
13
L2/NEUTRAL OUT
AC Power Source
ALARM
Indicator
2
Figure 2.10 – Used As an AC Alarm Relay
C910 Controller
L1/LINE OUT
1
12
AC (TRIAC)
ALARM RELAY
L2/NEUTRAL OUT
13
2
ALARM
Indicator
Figure 2.11 – Used as a Powered AC Alarm Relay
2.6.1 Communication Signal Connections
The C910-485 controller includes a RS-485 communications interface. Use twisted pair,
shielded cable communication wiring. Ground the shield on communications wiring at
one end only, using the terminals provided.
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
12/54
C910 Controller
DATA +
COMM. A 16
DATA -
COMM. B 17
GROUND 18
DRAIN
Figure 2.12 – Communication Wiring (C910-485 only) RS-485 (2-Wire) Connections
2.7 INITIALIZING THE CONTROLLER
2.7.1 Initial Heating Cable Test
To minimize the risk of damage to the controller due to a heating cable fault, the integrity
of the heating cable should be verified by performing the commissioning tests detailed in
the appropriate product installation and operating manual. These manuals can be found
on www.thermal.pentair.com
These tests must be performed with the controller output disconnected. Once the cable
has been checked, it may be reconnected to the controller and power applied.
THERMAL MANAGEMENT SOLUTIONS
EN-DigiTraceC910-485series-IM-H58415
02/13
13/54
3019 - United States Air Force Academy
Center for Character & Leadership Development
SECTION: 220533
1.4 B - Heat Trace Shop Drawings
Drawings
*Bubbled/Highlighted areas on drawings show Heat Trace
Installation required areas installed per detail on drawing
P.501 (Storm Piping at Column).
11098 Addenda 2
*Bubbled/Highlighted areas on drawings show Heat Trace
Installation required areas installed per detail on drawing P.501
(Storm Piping at Column).
DOCUMENT
Document Date
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
Heat Tracing
Installation
Heat Tracing
Installation
JR
L
MATCHLINE AREA D
MATCHLINE AREA A
FIELD
25
JG
24
CPL
23
DRAFTER
Heat Tracing
Installation
22
PL
21
INITIAL
MATCHLINE AREA B
MATCHLINE AREA A
20
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA A - STORM
----
M
N
NORTHEAST ENTRY
VESTBULE
101
C&L ED DIV IMA
RESERVE CHAPLAIN
P-101A
DRAWN BY
1/4" = 1'-0"
DRAWING NUMBER
n
N/A
8'-0"
PLINGAAS
2'-0" 4'-0"
FIELD SIGN-OFF DATE
0'
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
103
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101A MAIN LEVEL PLUMBING PLAN-AREA A ] | PLOTTED: Wednesday, August 07, 2013 7:39:47 AM | BY: Paul Lingaas
WOMEN'S ROOM 2
DOCUMENT
Document Date
146
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
FORUM EAST
249
MENS ROOM 2
147
JR
DRAFTER
MATCHLINE AREA C
MATCHLINE AREA B
MEN'S ROOM1
FIELD
L
MATCHLINE AREA F
MATCHLINE AREA C
JG
17
137
CPL
16
PL
15
INITIAL
14
WOMEN'S ROOM 1
138
CAPSTONE DIV WAR
ROOM
131
M
CAPSTONE DIV WAR
ROOM
131
MECHANICAL ROOM
126
COMM
COPY ROOM
127
129
128
N
CONFERENCE ROOM
125
ELECTRICAL ROOM
126a
CONFERENCE ROOM
125
SOUTHEAST ENTRY
VESTIBULE
124
P-101B
DRAWN BY
1/4" = 1'-0"
DRAWING NUMBER
n
N/A
8'-0"
PLINGAAS
2'-0" 4'-0"
FIELD SIGN-OFF DATE
0'
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA B - STORM
----
LOUNGE
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101B MAIN LEVEL PLUMBING PLAN-AREA B ] | PLOTTED: Wednesday, August 07, 2013 7:40:59 AM | BY: Paul Lingaas
DOCUMENT
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
Document Date
JG
JR
FIELD
L
CPL
MATCHLINE AREA C
MATCHLINE AREA B
Heat Tracing
Installation
MATCHLINE AREA B
MATCHLINE AREA A
MATCHLINE AREA E
MATCHLINE AREA B
PL
20
19
DRAFTER
18
INITIAL
17
Heat Tracing
Installation
Heat Tracing
Installation
N
SOUTHEAST ENTRY
VESTIBULE
124
DRAWN BY
1/4" = 1'-0"
P-101C
n
DRAWING NUMBER
8'-0"
N/A
2'-0" 4'-0"
PLINGAAS
0'
FIELD SIGN-OFF DATE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA C - STORM
----
M
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101C MAIN LEVEL PLUMBING PLAN-AREA C ] | PLOTTED: Wednesday, August 07, 2013 7:41:54 AM | BY: Paul Lingaas
DOCUMENT
Document Date
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
Heat Tracing
Installation
JG
JR
FIELD
DRAFTER
CPL
MATCHLINE AREA E
MATCHLINE AREA D
INITIAL
PL
G
MATCHLINE AREA G
MATCHLINE AREA D
H
26
MATCHLINE AREA D
MATCHLINE AREA A
Heat Tracing
Installation
0'
2'-0" 4'-0"
8'-0"
n
DRAWN BY
1/4" = 1'-0"
P-101D
25
DRAWING NUMBER
24
N/A
23
PLINGAAS
22
FIELD SIGN-OFF DATE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
K
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA D - STORM
----
J
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101D MAIN LEVEL PLUMBING PLAN-AREA D ] | PLOTTED: Wednesday, August 07, 2013 7:42:39 AM | BY: Paul Lingaas
DOCUMENT
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
Heat Tracing
Installation
Heat Tracing
Installation
G
BREAK OUT ROOM 10
WEST ATRIUM
LOUNGE
165
164
163
162
161
160
JR
BREAK OUT ROOM 9
FIELD
BREAK OUT ROOM 8
DRAFTER
BREAK OUT ROOM 7
INITIAL
MATCHLINE AREA F
MATCHLINE AREA E
BREAK OUT ROOM 6
JG
MATCHLINE AREA G
MATCHLINE AREA D
MATCHLINE AREA E
MATCHLINE AREA D
MATCHLINE AREA G
MATCHLINE AREA E
CPL
Heat Tracing
Installation
Heat Tracing
Installation
PL
MATCHLINE AREA H
MATCHLINE AREA G
Document Date
HONOR DIV WAITING
AREA 1/ ADDITIONAL
FORUM WEST
248
H
CHAIR STORAGE 1
243
J
FORUM
159
NORTH LOBBY
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA E - STORM
----
246
CHAIR STORAGE 2
244
K
FORUM EAST
BREAK OUT ROOM 2
BREAK OUT ROOM 3
BREAK OUT ROOM 4
BREAK OUT ROOM 5
149
150
151
152
153
EAST ATRIUM
LOUNGE
154
Heat Tracing
Installation
Heat Tracing
Installation
0'
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
DRAWING NUMBER
Heat Tracing
Installation
DRAWN BY
Heat Tracing
Installation
MATCHLINE AREA B
MATCHLINE AREA A
MATCHLINE AREA E
MATCHLINE AREA B
N/A
22
PLINGAAS
21
FIELD SIGN-OFF DATE
20
19
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
BREAK OUT ROOM 1
P-101E
HONOR LIBRARY
READING RM/ ADD'L
BREAK OUT RM
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
249
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101E MAIN LEVEL PLUMBING PLAN-AREA E ] | PLOTTED: Wednesday, August 07, 2013 7:44:14 AM | BY: Paul Lingaas
DOCUMENT
Document Date
180
130
177
135
136
217
BOH CORRIDOR
Heat Tracing
Installation
MATCHLINE AREA F
MATCHLINE AREA E
MATCHLINE AREA H
MATCHLINE AREA F
133
STORAGE
KITCHEN
WOMEN'S ROOM 3
132
238
MEN'S ROOM 3
GUEST SPEAKER/ DV
WAITING ROOM
239
175
CONTRACT DOCUMENT LIST
137a
MATCHLINE AREA H
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
G
134
BREAK OUT ROOM 6
BREAK OUT ROOM 7
JR
252
FIELD
170
JG
171
CPL
HONOR DIV WAITING
AREA 1/ ADDITIONAL
BREAK OUT RM
PL
HONOR DIV WAITING
AREA 2
DRAFTER
COURT REPORTER
OFFICE
INITIAL
165
DV OFFICE
FORUM WEST
176
248
GUEST SPEAKER'S
RESTROOM
240
H
WING HONOR COF
VESTIBULE B
166b
SOUTH ENTRY
VESTIBULE
SOUTH LOBBY
168
245
WING HONOR
CONFERENCE ROOM
250
166
J
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA F - STORM
----
WING HONOR
CONFERENCE ROOM
VIEWING AREA
WING HONOR COF
VESTIBULE A
166a
K
WOMEN'S ROOM 2
146
FORUM EAST
HONOR LIBRARY
READING RM/ ADD'L
BREAK OUT RM
148
253
BREAK OUT ROOM 1
BREAK OUT ROOM 2
149
MENS ROOM 2
147
17
L
0'
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
P-101F
MATCHLINE AREA C
MATCHLINE AREA B
Heat Tracing
Installation
DRAWING NUMBER
138
19
MATCHLINE AREA E
MATCHLINE AREA B
MATCHLINE AREA F
MATCHLINE AREA C
MEN'S ROOM1
18
N/A
137
PLINGAAS
16
FIELD SIGN-OFF DATE
15
DRAWN BY
14
WOMEN'S ROOM 1
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
HONOR DIV LIBRARY
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
249
PROJECT NUMBER
PLINGAAS
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101F MAIN LEVEL PLUMBING PLAN-AREA F ] | PLOTTED: Wednesday, August 07, 2013 7:45:52 AM | BY: Paul Lingaas
DOCUMENT
Document Date
21
22
23
24
25
26
CONTRACT DOCUMENT LIST
20
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
2'-6"
5 3/8"
C
LARGE CONFERENCE
ROOM
JG
JR
CPL
FIELD
DRAFTER
HQ PERMANENT
PROFESSOR/
DIRECTOR, CCLD
PL
INITIAL
204
202
ADMIN STORAGE &
COPY
203
D
ARNOLD HALL ENTRY
VESTIBULE
139
WEST ATRIUM
LOUNGE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
P-101G
BREAK OUT ROOM 10
0'
DRAWING NUMBER
MATCHLINE AREA E
MATCHLINE AREA D
BREAK OUT ROOM 9
G
MATCHLINE AREA G
MATCHLINE AREA D
N/A
MATCHLINE AREA G
MATCHLINE AREA E
PLINGAAS
Heat Tracing
Installation
FIELD SIGN-OFF DATE
Heat Tracing
Installation
Heat Tracing
Installation
DRAWN BY
MATCHLINE AREA H
MATCHLINE AREA G
F
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA G - STORM
----
E
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101G MAIN LEVEL PLUMBING PLAN-AREA G ] | PLOTTED: Wednesday, August 07, 2013 7:48:53 AM | BY: Paul Lingaas
DOCUMENT
Document Date
17
18
20
19
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
207
209
SERVICE CORRIDOR
JR
HONOR DIV CADET
SANCTIONS REC
PANEL
DRAFTER
UNISEX RESTROOM 2
FIELD
206
JG
210
CPL
UNISEX RESTROOM 1
PL
STORAGE
C
INITIAL
5 3/8"
2'-6"
HONOR DIV
STORAGE
STAFF LOUNGE
CORRIDOR
211
208
205
212
D
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
F
8'-0"
n
1/4" = 1'-0"
BREAK OUT ROOM 7
BREAK OUT ROOM 8
P-101H
2'-0" 4'-0"
DRAWN BY
BREAK OUT ROOM 6
0'
G
DRAWING NUMBER
MATCHLINE AREA F
MATCHLINE AREA E
MATCHLINE AREA H
MATCHLINE AREA F
N/A
Heat Tracing
Installation
PLINGAAS
Heat Tracing
Installation
FIELD SIGN-OFF DATE
217
MATCHLINE AREA H
MATCHLINE AREA G
MATCHLINE AREA H
WEST CORRIDOR 2
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA H - STORM
----
E
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101H MAIN LEVEL PLUMBING PLAN-AREA H ] | PLOTTED: Wednesday, August 07, 2013 7:49:47 AM | BY: Paul Lingaas
DOCUMENT
Document Date
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
Heat Tracing
Installation
Heat Tracing
Installation
JR
L
MATCHLINE AREA D
MATCHLINE AREA A
FIELD
25
JG
24
CPL
23
DRAFTER
Heat Tracing
Installation
22
PL
21
INITIAL
MATCHLINE AREA B
MATCHLINE AREA A
20
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA A - STORM
----
M
N
NORTHEAST ENTRY
VESTBULE
101
C&L ED DIV IMA
RESERVE CHAPLAIN
P-101A
DRAWN BY
1/4" = 1'-0"
DRAWING NUMBER
n
N/A
8'-0"
PLINGAAS
2'-0" 4'-0"
FIELD SIGN-OFF DATE
0'
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
103
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101A MAIN LEVEL PLUMBING PLAN-AREA A ] | PLOTTED: Wednesday, August 07, 2013 7:39:47 AM | BY: Paul Lingaas
WOMEN'S ROOM 2
DOCUMENT
Document Date
146
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
FORUM EAST
249
MENS ROOM 2
147
JR
DRAFTER
MATCHLINE AREA C
MATCHLINE AREA B
MEN'S ROOM1
FIELD
L
MATCHLINE AREA F
MATCHLINE AREA C
JG
17
137
CPL
16
PL
15
INITIAL
14
WOMEN'S ROOM 1
138
CAPSTONE DIV WAR
ROOM
131
M
CAPSTONE DIV WAR
ROOM
131
MECHANICAL ROOM
126
COMM
COPY ROOM
127
129
128
N
CONFERENCE ROOM
125
ELECTRICAL ROOM
126a
CONFERENCE ROOM
125
SOUTHEAST ENTRY
VESTIBULE
124
P-101B
DRAWN BY
1/4" = 1'-0"
DRAWING NUMBER
n
N/A
8'-0"
PLINGAAS
2'-0" 4'-0"
FIELD SIGN-OFF DATE
0'
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA B - STORM
----
LOUNGE
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101B MAIN LEVEL PLUMBING PLAN-AREA B ] | PLOTTED: Wednesday, August 07, 2013 7:40:59 AM | BY: Paul Lingaas
DOCUMENT
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
Document Date
JG
JR
FIELD
L
CPL
MATCHLINE AREA C
MATCHLINE AREA B
Heat Tracing
Installation
MATCHLINE AREA B
MATCHLINE AREA A
MATCHLINE AREA E
MATCHLINE AREA B
PL
20
19
DRAFTER
18
INITIAL
17
Heat Tracing
Installation
Heat Tracing
Installation
N
SOUTHEAST ENTRY
VESTIBULE
124
DRAWN BY
1/4" = 1'-0"
P-101C
n
DRAWING NUMBER
8'-0"
N/A
2'-0" 4'-0"
PLINGAAS
0'
FIELD SIGN-OFF DATE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
P
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA C - STORM
----
M
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101C MAIN LEVEL PLUMBING PLAN-AREA C ] | PLOTTED: Wednesday, August 07, 2013 7:41:54 AM | BY: Paul Lingaas
DOCUMENT
Document Date
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
Heat Tracing
Installation
JG
JR
FIELD
DRAFTER
CPL
MATCHLINE AREA E
MATCHLINE AREA D
INITIAL
PL
G
MATCHLINE AREA G
MATCHLINE AREA D
H
26
MATCHLINE AREA D
MATCHLINE AREA A
Heat Tracing
Installation
0'
2'-0" 4'-0"
8'-0"
n
DRAWN BY
1/4" = 1'-0"
P-101D
25
DRAWING NUMBER
24
N/A
23
PLINGAAS
22
FIELD SIGN-OFF DATE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
K
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA D - STORM
----
J
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101D MAIN LEVEL PLUMBING PLAN-AREA D ] | PLOTTED: Wednesday, August 07, 2013 7:42:39 AM | BY: Paul Lingaas
DOCUMENT
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
CONTRACT DOCUMENT LIST
Heat Tracing
Installation
Heat Tracing
Installation
G
BREAK OUT ROOM 10
WEST ATRIUM
LOUNGE
165
164
163
162
161
160
JR
BREAK OUT ROOM 9
FIELD
BREAK OUT ROOM 8
DRAFTER
BREAK OUT ROOM 7
INITIAL
MATCHLINE AREA F
MATCHLINE AREA E
BREAK OUT ROOM 6
JG
MATCHLINE AREA G
MATCHLINE AREA D
MATCHLINE AREA E
MATCHLINE AREA D
MATCHLINE AREA G
MATCHLINE AREA E
CPL
Heat Tracing
Installation
Heat Tracing
Installation
PL
MATCHLINE AREA H
MATCHLINE AREA G
Document Date
HONOR DIV WAITING
AREA 1/ ADDITIONAL
FORUM WEST
248
H
CHAIR STORAGE 1
243
J
FORUM
159
NORTH LOBBY
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA E - STORM
----
246
CHAIR STORAGE 2
244
K
FORUM EAST
BREAK OUT ROOM 2
BREAK OUT ROOM 3
BREAK OUT ROOM 4
BREAK OUT ROOM 5
149
150
151
152
153
EAST ATRIUM
LOUNGE
154
Heat Tracing
Installation
Heat Tracing
Installation
0'
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
DRAWING NUMBER
Heat Tracing
Installation
DRAWN BY
Heat Tracing
Installation
MATCHLINE AREA B
MATCHLINE AREA A
MATCHLINE AREA E
MATCHLINE AREA B
N/A
22
PLINGAAS
21
FIELD SIGN-OFF DATE
20
19
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
BREAK OUT ROOM 1
P-101E
HONOR LIBRARY
READING RM/ ADD'L
BREAK OUT RM
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
249
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101E MAIN LEVEL PLUMBING PLAN-AREA E ] | PLOTTED: Wednesday, August 07, 2013 7:44:14 AM | BY: Paul Lingaas
DOCUMENT
Document Date
180
130
177
135
136
217
BOH CORRIDOR
Heat Tracing
Installation
MATCHLINE AREA F
MATCHLINE AREA E
MATCHLINE AREA H
MATCHLINE AREA F
133
STORAGE
KITCHEN
WOMEN'S ROOM 3
132
238
MEN'S ROOM 3
GUEST SPEAKER/ DV
WAITING ROOM
239
175
CONTRACT DOCUMENT LIST
137a
MATCHLINE AREA H
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
G
134
BREAK OUT ROOM 6
BREAK OUT ROOM 7
JR
252
FIELD
170
JG
171
CPL
HONOR DIV WAITING
AREA 1/ ADDITIONAL
BREAK OUT RM
PL
HONOR DIV WAITING
AREA 2
DRAFTER
COURT REPORTER
OFFICE
INITIAL
165
DV OFFICE
FORUM WEST
176
248
GUEST SPEAKER'S
RESTROOM
240
H
WING HONOR COF
VESTIBULE B
166b
SOUTH ENTRY
VESTIBULE
SOUTH LOBBY
168
245
WING HONOR
CONFERENCE ROOM
250
166
J
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA F - STORM
----
WING HONOR
CONFERENCE ROOM
VIEWING AREA
WING HONOR COF
VESTIBULE A
166a
K
WOMEN'S ROOM 2
146
FORUM EAST
HONOR LIBRARY
READING RM/ ADD'L
BREAK OUT RM
148
253
BREAK OUT ROOM 1
BREAK OUT ROOM 2
149
MENS ROOM 2
147
17
L
0'
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
P-101F
MATCHLINE AREA C
MATCHLINE AREA B
Heat Tracing
Installation
DRAWING NUMBER
138
19
MATCHLINE AREA E
MATCHLINE AREA B
MATCHLINE AREA F
MATCHLINE AREA C
MEN'S ROOM1
18
N/A
137
PLINGAAS
16
FIELD SIGN-OFF DATE
15
DRAWN BY
14
WOMEN'S ROOM 1
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
HONOR DIV LIBRARY
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
249
PROJECT NUMBER
PLINGAAS
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101F MAIN LEVEL PLUMBING PLAN-AREA F ] | PLOTTED: Wednesday, August 07, 2013 7:45:52 AM | BY: Paul Lingaas
DOCUMENT
Document Date
21
22
23
24
25
26
CONTRACT DOCUMENT LIST
20
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
2'-6"
5 3/8"
C
LARGE CONFERENCE
ROOM
JG
JR
CPL
FIELD
DRAFTER
HQ PERMANENT
PROFESSOR/
DIRECTOR, CCLD
PL
INITIAL
204
202
ADMIN STORAGE &
COPY
203
D
ARNOLD HALL ENTRY
VESTIBULE
139
WEST ATRIUM
LOUNGE
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
2'-0" 4'-0"
8'-0"
n
1/4" = 1'-0"
P-101G
BREAK OUT ROOM 10
0'
DRAWING NUMBER
MATCHLINE AREA E
MATCHLINE AREA D
BREAK OUT ROOM 9
G
MATCHLINE AREA G
MATCHLINE AREA D
N/A
MATCHLINE AREA G
MATCHLINE AREA E
PLINGAAS
Heat Tracing
Installation
FIELD SIGN-OFF DATE
Heat Tracing
Installation
Heat Tracing
Installation
DRAWN BY
MATCHLINE AREA H
MATCHLINE AREA G
F
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA G - STORM
----
E
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101G MAIN LEVEL PLUMBING PLAN-AREA G ] | PLOTTED: Wednesday, August 07, 2013 7:48:53 AM | BY: Paul Lingaas
DOCUMENT
Document Date
17
18
20
19
CONTRACT DOCUMENT LIST
*Bubbled/Highlighted areas on drawings
show Heat Trace Installation required areas
installed per detail on drawing P.501 (Storm
Piping at Column).
207
209
SERVICE CORRIDOR
JR
HONOR DIV CADET
SANCTIONS REC
PANEL
DRAFTER
UNISEX RESTROOM 2
FIELD
206
JG
210
CPL
UNISEX RESTROOM 1
PL
STORAGE
C
INITIAL
5 3/8"
2'-6"
HONOR DIV
STORAGE
STAFF LOUNGE
CORRIDOR
211
208
205
212
D
3800 Xanthia Street, Denver, CO 80238-3306
T 303-355-9696 | F 303-355-9506 | W www.rkmi.com
F
8'-0"
n
1/4" = 1'-0"
BREAK OUT ROOM 7
BREAK OUT ROOM 8
P-101H
2'-0" 4'-0"
DRAWN BY
BREAK OUT ROOM 6
0'
G
DRAWING NUMBER
MATCHLINE AREA F
MATCHLINE AREA E
MATCHLINE AREA H
MATCHLINE AREA F
N/A
Heat Tracing
Installation
PLINGAAS
Heat Tracing
Installation
FIELD SIGN-OFF DATE
217
MATCHLINE AREA H
MATCHLINE AREA G
MATCHLINE AREA H
WEST CORRIDOR 2
FILENAME: J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg
Air Force Academy CCLD
PLUMBING
MAIN LEVEL PLUMBING PLAN-AREA H - STORM
----
E
PROJECT NUMBER
3019
FORM: RKMI-36x48-A.dwg | J:\RK Projects\Air Force Academy CCLD\Sheets\P-101 MAIN LEVEL PLUMBING PLAN PLAN.dwg [P-101H MAIN LEVEL PLUMBING PLAN-AREA H ] | PLOTTED: Wednesday, August 07, 2013 7:49:47 AM | BY: Paul Lingaas