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<br /> R A D I A N T H E AT I N G<br /> AND COOLING SYSTEMS<br /> COMPLETE DESIGN<br /> ASSISTANCE MANUAL<br /> (CDAM)<br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> Uponor Complete Design<br /> Assistance Manual (CDAM)<br /> Table of Contents<br /> Complete Design Assistance Manual<br /> <br /> Foreword. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1<br /> Chapter 1: Glossary . . . . . . . . . . . . . . . . . . . . .
R A D I A N T H E AT I N GAND COOLING
R A D I A N T H E AT I N GAND COOLING
Table of ContentsComplete Design Assistance Manu
Table of ContentsComplete Design Assistance Manu
ivTable of ContentsComplete Design Assistance
ivTable of ContentsComplete Design Assistance
Table of ContentsComplete Design Assistance Manu
Table of ContentsComplete Design Assistance Manu
ForewordUponor, formerly Wirsbo, isdedicated t
ForewordUponor, formerly Wirsbo, isdedicated t
Chapter 1GlossaryIt is important to become f
Chapter 1GlossaryIt is important to become f
Diffusion — A penetrationprocess that describes
Diffusion — A penetrationprocess that describes
Infiltration Losses — The lossof heat energy due
Infiltration Losses — The lossof heat energy due
Outdoor Design Temperature— A standard design te
Outdoor Design Temperature— A standard design te
Reactive Tempering Valve —A three-way, nonelectr
Reactive Tempering Valve —A three-way, nonelectr
Volumetric Flow Rate —The volume of a fluid that
Volumetric Flow Rate —The volume of a fluid that
Chapter 2Radiant AdvantagesHistory of Radiant
Chapter 2Radiant AdvantagesHistory of Radiant
Buildings with high ceilings,large windows, high
Buildings with high ceilings,large windows, high
What Makes RadiantFloors So Comfortable?When co
What Makes RadiantFloors So Comfortable?When co
Forced-air Heating CurveIdeal Heating Curve
Forced-air Heating CurveIdeal Heating Curve
can adversely affect the idealconvective heat lo
can adversely affect the idealconvective heat lo
A Few Words About Efficiency— The true seasonal
A Few Words About Efficiency— The true seasonal
Chapter 3Uponor Tubing ProductsPEX is an acro
Chapter 3Uponor Tubing ProductsPEX is an acro
Oxygen DiffusionOxygen diffusion can causecorro
Oxygen DiffusionOxygen diffusion can causecorro
of PEX-a tubing for the specificinstallation. Ch
of PEX-a tubing for the specificinstallation. Ch
LinearBarrier Information
LinearBarrier Information
LinearBarrier Information
LinearBarrier Information
Ecoflex Pre-insulatedPipe SystemsDesigned for f
Ecoflex Pre-insulatedPipe SystemsDesigned for f
Fire-resistant StandardsNational building codes,
Fire-resistant StandardsNational building codes,
24Chapter 3 – Uponor Tubing Products — www.
24Chapter 3 – Uponor Tubing Products — www.
Chapter 4Uponor Distribution ComponentsThis
Chapter 4Uponor Distribution ComponentsThis
Uponor EngineeredPlastic (EP) ManifoldThe Upono
Uponor EngineeredPlastic (EP) ManifoldThe Upono
Engineered Plastic (EP) Heating Manifold Exploded
Engineered Plastic (EP) Heating Manifold Exploded
TruFLOWTM ManifoldsTruFLOW™ manifolds are madeo
TruFLOWTM ManifoldsTruFLOW™ manifolds are madeo
TruFLOW Heating Manifold Exploded View
TruFLOW Heating Manifold Exploded View
HDPE ValvelessManifoldsThe HDPE manifolds are a
HDPE ValvelessManifoldsThe HDPE manifolds are a
Chapter 5Economy of DesignTechnology is cons
Chapter 5Economy of DesignTechnology is cons
Reset ControlsReset controls, used in baseboard
Reset ControlsReset controls, used in baseboard
Radiant RolloutTM MatUponor has introduced sever
Radiant RolloutTM MatUponor has introduced sever
34EcoflexEcoflex is yet another Uponorproduct
34EcoflexEcoflex is yet another Uponorproduct
Chapter 6Installation MethodsThis chapter pr
Chapter 6Installation MethodsThis chapter pr
Figure 6-1: Single-wall Serpentine Tubing Layout
Figure 6-1: Single-wall Serpentine Tubing Layout
Tubing runs start 6 inches fromwalls or nailing
Tubing runs start 6 inches fromwalls or nailing
Figure 6-5: Tubing Dipped Below Construction Join
Figure 6-5: Tubing Dipped Below Construction Join
Slab On or Below Grade with Edge Insulation Only
Slab On or Below Grade with Edge Insulation Only
Slab On or Below Grade with Under-slab and Edge I
Slab On or Below Grade with Under-slab and Edge I
Slab On or Below Grade Over a Compacted Soil/Sand
Slab On or Below Grade Over a Compacted Soil/Sand
Cap Pour Over Existing Slab with Under-slab Insul
Cap Pour Over Existing Slab with Under-slab Insul
Cap Pour Over Precast PlankHow — Secure high-de
Cap Pour Over Precast PlankHow — Secure high-de
Poured-in-place Slab Over Steel DeckingHow — Pl
Poured-in-place Slab Over Steel DeckingHow — Pl
Fast Trak 0.5How — Make sure that thesubsurfac
Fast Trak 0.5How — Make sure that thesubsurfac
Fast Trak 1.3iHow — Make sure that thesubsurfa
Fast Trak 1.3iHow — Make sure that thesubsurfa
Poured Underlayment on a Suspended Wood Subfloor
Poured Underlayment on a Suspended Wood Subfloor
Poured Underlayment with Sleepers Over a Suspende
Poured Underlayment with Sleepers Over a Suspende
Quik Trak Over a Wood Subfloor with Hardwood Floo
Quik Trak Over a Wood Subfloor with Hardwood Floo
Quik Trak Over a Wood Subfloor with Tile/Linoleum
Quik Trak Over a Wood Subfloor with Tile/Linoleum
Quik Trak Over a Wood Subfloor with Carpet Floor
Quik Trak Over a Wood Subfloor with Carpet Floor
Quik Trak Over an Existing Concrete SlabHow — F
Quik Trak Over an Existing Concrete SlabHow — F
Quik Trak Radiant Wall InstallationHow — Starti
Quik Trak Radiant Wall InstallationHow — Starti
Joist Heating Using PEX ClipsHow — Drill two ho
Joist Heating Using PEX ClipsHow — Drill two ho
Joist Heating Using Joist Trak PanelHow — Insta
Joist Heating Using Joist Trak PanelHow — Insta
Radiant Ceiling Using Joist Trak PanelHow — Sta
Radiant Ceiling Using Joist Trak PanelHow — Sta
Double-plate expansion loop
Double-plate expansion loop
58Chapter 6 – Installation Methods — www.up
58Chapter 6 – Installation Methods — www.up
Chapter 7Heat Loss Considerations and Calculatio
Chapter 7Heat Loss Considerations and Calculatio
allow excessive BTU/h movementaway from the conc
allow excessive BTU/h movementaway from the conc
· Calculation Area: This value represents the
· Calculation Area: This value represents the
Computer ProgramDesign CalculationsAlong with h
Computer ProgramDesign CalculationsAlong with h
Control Auto Selection —Easily customize project
Control Auto Selection —Easily customize project
64Chapter 7 – Heat Loss Considerations and Calcul
64Chapter 7 – Heat Loss Considerations and Calcul
Chapter 8Radiant Floor System Design R
Chapter 8Radiant Floor System Design R
Radiant Floor Design WorksheetProject Name: Trai
Radiant Floor Design WorksheetProject Name: Trai
Floor Surface TemperatureLimitations — Hardwood
Floor Surface TemperatureLimitations — Hardwood
Radiant Floor Design Worksheet One fin
Radiant Floor Design Worksheet One fin
Many times the finished floormaterial is unknown
Many times the finished floormaterial is unknown
The required information todetermine the supply
The required information todetermine the supply
Active Loop Length — Todetermine the amount of t
Active Loop Length — Todetermine the amount of t
72Find: The required flow per loop. 1. Th
72Find: The required flow per loop. 1. Th
If the head loss is higher thandesired after com
If the head loss is higher thandesired after com
Third, decreasing the finished floorR-value will
Third, decreasing the finished floorR-value will
AKitchen10' x 13'AAA
AKitchen10' x 13'AAA
76Chapter 8 – Radiant Floor System Design —
76Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
78Chapter 8 – Radiant Floor System Design —
78Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
80Chapter 8 – Radiant Floor System Design —
80Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
82Chapter 8 – Radiant Floor System Design —
82Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
84Chapter 8 – Radiant Floor System Design —
84Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
86Chapter 8 – Radiant Floor System Design —
86Chapter 8 – Radiant Floor System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
Radiant Floor Design WorksheetProject Name: Trai
Radiant Floor Design WorksheetProject Name: Trai
BBFamily Room20' x 13'6"1ABath
BBFamily Room20' x 13'6"1ABath
90Radiant Floor Design WorksheetProject Name:
90Radiant Floor Design WorksheetProject Name:
BBLiving20' x 13'BAKitchen10'
BBLiving20' x 13'BAKitchen10'
92A Enter the name of theB Room setpoint temp
92A Enter the name of theB Room setpoint temp
Chapter 9Radiant Ceiling System DesignDesign
Chapter 9Radiant Ceiling System DesignDesign
Radiant CeilingDesign TutorialTo demonstrate th
Radiant CeilingDesign TutorialTo demonstrate th
Ceiling Surface TemperatureLimitationsCeilings
Ceiling Surface TemperatureLimitationsCeilings
Loop 1ABCDEFGHIJKLMN
Loop 1ABCDEFGHIJKLMN
3. Determine the distance above the manifold
3. Determine the distance above the manifold
Radiant Ceiling Design WorksheetProject Name: Tr
Radiant Ceiling Design WorksheetProject Name: Tr
3. Move right until you intersect the appropr
3. Move right until you intersect the appropr
In order to size the circulator forthis level of
In order to size the circulator forthis level of
AKitchen10' x 13'1Dining10' x 13
AKitchen10' x 13'1Dining10' x 13
102Chapter 9 – Radiant Ceiling System Design —
102Chapter 9 – Radiant Ceiling System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
104Chapter 9 – Radiant Ceiling System Design —
104Chapter 9 – Radiant Ceiling System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
106Chapter 9 – Radiant Ceiling System Design —
106Chapter 9 – Radiant Ceiling System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
108Chapter 9 – Radiant Ceiling System Design —
108Chapter 9 – Radiant Ceiling System Design —
Complete Design Assistance Manual — Chapter
Complete Design Assistance Manual — Chapter
110Radiant Ceiling Design WorksheetProject Nam
110Radiant Ceiling Design WorksheetProject Nam
BBLiving20' x 13'BAKitchen10
BBLiving20' x 13'BAKitchen10
112Radiant Ceiling Design WorksheetProject Nam
112Radiant Ceiling Design WorksheetProject Nam
Chapter 10Commercial Radiant Heating and Cooling
Chapter 10Commercial Radiant Heating and Cooling
processes often need a highnumber of air exchang
processes often need a highnumber of air exchang
Radiant floor heating systems areuniquely capabl
Radiant floor heating systems areuniquely capabl
See Chapter 6 for moreinformation on the various
See Chapter 6 for moreinformation on the various
Tubing InstallationOptionsSeveral factors deter
Tubing InstallationOptionsSeveral factors deter
1. Building square footage: 9,375
1. Building square footage: 9,375
Uponor recommends full tubingcoverage for shippi
Uponor recommends full tubingcoverage for shippi
compliant] and NSF International [Uniform M
compliant] and NSF International [Uniform M
HDPE Manifolds — Uponoroffers high-density polye
HDPE Manifolds — Uponoroffers high-density polye
122Chapter 10 – Commercial Radiant Heating and Co
122Chapter 10 – Commercial Radiant Heating and Co
Chapter 11Design ConsiderationsWhen planning
Chapter 11Design ConsiderationsWhen planning
between 75°F to 80°F. Very littleconvective acti
between 75°F to 80°F. Very littleconvective acti
Chapter 12Control StrategiesThis chapter dis
Chapter 12Control StrategiesThis chapter dis
· Second, the control input and output logic m
· Second, the control input and output logic m
Piping and Control OptionsThe following pages sh
Piping and Control OptionsThe following pages sh
Option 2:Multiple Zoneson MultipleaMnifol
Option 2:Multiple Zoneson MultipleaMnifol
M3M2M1M1M2M3M3M2fi
M3M2M1M1M2M3M3M2fi
M2M1123
M2M1123
Advantages:· Simplified zoning whereapplicable
Advantages:· Simplified zoning whereapplicable
Water TemperatureControlWhen considering radian
Water TemperatureControlWhen considering radian
supply water coming out of theMIX port. The port
supply water coming out of theMIX port. The port
potable water system. In all casesin which a hea
potable water system. In all casesin which a hea
A sensor (either strap-on orimmersion-type) sens
A sensor (either strap-on orimmersion-type) sens
or to the radiant distributionsystem. Condensing
or to the radiant distributionsystem. Condensing
· Warm weather outdoortemperature· Warm weather
· Warm weather outdoortemperature· Warm weather
138Chapter 12 – Control Strategies — www.up
138Chapter 12 – Control Strategies — www.up
Most water heaters comeequipped with a Temperatu
Most water heaters comeequipped with a Temperatu
LegendManifold with TelestatsManifold w
LegendManifold with TelestatsManifold w
P1P2Piping SchematicLevel I Control· Modulati
P1P2Piping SchematicLevel I Control· Modulati
LegendManifold with TelestatsManifold w
LegendManifold with TelestatsManifold w
· Isolation valves — Isolation valves are reco
· Isolation valves — Isolation valves are reco
LegendManifold with TelestatsManifold w
LegendManifold with TelestatsManifold w
· High-temperature radiant loop circulator — E
· High-temperature radiant loop circulator — E
LegendManifold with TelestatsManifold w
LegendManifold with TelestatsManifold w
Non-condensing boilerThree-way tempering valves
Non-condensing boilerThree-way tempering valves
Piping SchematicLevel II Control· Non-condensin
Piping SchematicLevel II Control· Non-condensin
LegendManifold with TelestatsLegendMani
LegendManifold with TelestatsLegendMani
Piping SchematicLevel II Control· Non-condensin
Piping SchematicLevel II Control· Non-condensin
Non-condensing boilerHeat exchangerHX1S1V1
Non-condensing boilerHeat exchangerHX1S1V1
LegendManifold with TelestatsManifold w
LegendManifold with TelestatsManifold w
Piping SchematicLevel II Control· Heat pump· M
Piping SchematicLevel II Control· Heat pump· M
Piping SchematicLevel III Control· Non-condensi
Piping SchematicLevel III Control· Non-condensi
Place outdoor sensorabove the snow lineon nort
Place outdoor sensorabove the snow lineon nort
Piping SchematicLevel III Control· Non-condensi
Piping SchematicLevel III Control· Non-condensi
Non-condensing boilerThree-way modulating valve
Non-condensing boilerThree-way modulating valve
Piping SchematicLevel III Control· Non-condensi
Piping SchematicLevel III Control· Non-condensi
outdoor sensorhe snow lineeetrtPl
outdoor sensorhe snow lineeetrtPl
Piping SchematicLevel III Control· Non-condensi
Piping SchematicLevel III Control· Non-condensi
S3S3S3S3S3S3etween tees not to exceed
S3S3S3S3S3S3etween tees not to exceed
162Chapter 13 – Piping Schematics — www.upo
162Chapter 13 – Piping Schematics — www.upo
Chapter 14Electrical SchematicsWiring Schemat
Chapter 14Electrical SchematicsWiring Schemat
Wiring Schematic 2· A3030101 Uponor Thermostats
Wiring Schematic 2· A3030101 Uponor Thermostats
Rh W Rh W
Rh W Rh W
Wiring Schematic 3· A3030101 Uponor Thermostats
Wiring Schematic 3· A3030101 Uponor Thermostats
Rh W Rh W
Rh W Rh W
Wiring Schematic 4· A3030101 Uponor Thermostats
Wiring Schematic 4· A3030101 Uponor Thermostats
Rh WThree-zone Multi-pump Rel
Rh WThree-zone Multi-pump Rel
Wiring Schematic 5· A3030101 Uponor Thermostats
Wiring Schematic 5· A3030101 Uponor Thermostats
Rh W Rh W
Rh W Rh W
Wiring Schematic 6· A3030101 Uponor Thermostats
Wiring Schematic 6· A3030101 Uponor Thermostats
24 VACTransformerA3050050Rh WRh W
24 VACTransformerA3050050Rh WRh W
Wiring Schematic 7· A3030101 Uponor Thermostats
Wiring Schematic 7· A3030101 Uponor Thermostats
Rh W Rh W24 VACTransformerA3050050
Rh W Rh W24 VACTransformerA3050050
Wiring Schematic 8· A3030101 Uponor Thermostats
Wiring Schematic 8· A3030101 Uponor Thermostats
Rh W Rh W24
Rh W Rh W24
Wiring Schematic 9· A3030101 Uponor Thermostats
Wiring Schematic 9· A3030101 Uponor Thermostats
24 VACTransformerA3050050 Rh W
24 VACTransformerA3050050 Rh W
Wiring Schematic 10· A3030101 Uponor Thermostats
Wiring Schematic 10· A3030101 Uponor Thermostats
24 VACTransformerA3050050Rh W Rh W
24 VACTransformerA3050050Rh W Rh W
Wiring Schematic 11· A3030101 Uponor Thermostats
Wiring Schematic 11· A3030101 Uponor Thermostats
24 VACTransformerA3050050Rh W Rh W
24 VACTransformerA3050050Rh W Rh W
Wiring Schematic 12· A3030101 Uponor Thermostats
Wiring Schematic 12· A3030101 Uponor Thermostats
Rh W Rh W
Rh W Rh W
Wiring Schematic 13· A3030101 Uponor Thermostats
Wiring Schematic 13· A3030101 Uponor Thermostats
24 VACTransformerA3050050ZCM End Swit
24 VACTransformerA3050050ZCM End Swit
Wiring Schematic 14· A3030101 Uponor Thermostats
Wiring Schematic 14· A3030101 Uponor Thermostats
Boiler Relay, On-OffA9012010
Boiler Relay, On-OffA9012010
Wiring Schematic 15· A3030101 Uponor Thermostats
Wiring Schematic 15· A3030101 Uponor Thermostats
Boiler Relay, On-OffA9012010
Boiler Relay, On-OffA9012010
Wiring Schematic 16· A3030101 Uponor Thermostats
Wiring Schematic 16· A3030101 Uponor Thermostats
Boiler Relay, On-OffA9012010
Boiler Relay, On-OffA9012010
SetPoint 150 ControllerA3040150
SetPoint 150 ControllerA3040150
SetPoint 150 Controller
SetPoint 150 Controller
SetPoint 150 Controller
SetPoint 150 Controller
Heat-only ThermostatA3030101Rh W
Heat-only ThermostatA3030101Rh W
Heat-only Thermostat Heat-only ThermostatA3030
Heat-only Thermostat Heat-only ThermostatA3030
Heat-only ThermostatA3030101Rh W
Heat-only ThermostatA3030101Rh W
200Heat-only ThermostatA3030101Rh
200Heat-only ThermostatA3030101Rh
24 VACTransformerA3050050Red WiresYellow Wir
24 VACTransformerA3050050Red WiresYellow Wir
Heat-only Thermostat Heat-only ThermostatA3030
Heat-only Thermostat Heat-only ThermostatA3030
Chapter 15Uponor Distribution PipingUponor d
Chapter 15Uponor Distribution PipingUponor d
MLC Tubing Operating Limits
MLC Tubing Operating Limits
DistributionPipe Heat LossHeat loss in distribu
DistributionPipe Heat LossHeat loss in distribu
206Chapter 15 – Uponor Distribution Piping —
206Chapter 15 – Uponor Distribution Piping —
Chapter 16Wood FloorsUponor radiant floor he
Chapter 16Wood FloorsUponor radiant floor he
Figure 16-3: Board Shrinkage and SeparationNote
Figure 16-3: Board Shrinkage and SeparationNote
Laminate FloorsLaminate wood-floor systemsprovi
Laminate FloorsLaminate wood-floor systemsprovi
Figure 16-10: Wood Floor Nailed to Subfloor
Figure 16-10: Wood Floor Nailed to Subfloor
Appendix AAdvanced Design SuiteTM (ADS) Workshee
Appendix AAdvanced Design SuiteTM (ADS) Workshee
212Appendix A - Advanced Design Suite (ADS) Works
212Appendix A - Advanced Design Suite (ADS) Works
Appendix B — Radiant Design WorksheetsRadiant F
Appendix B — Radiant Design WorksheetsRadiant F
214A Enter the name of the room. The roomB Ro
214A Enter the name of the room. The roomB Ro
Appendix B — Radiant Design WorksheetsRadiant C
Appendix B — Radiant Design WorksheetsRadiant C
216Radiant Floor Design WorksheetProject Name:
216Radiant Floor Design WorksheetProject Name:
Appendix CRadiant Surface Temperature Charts
Appendix CRadiant Surface Temperature Charts
218Appendix C – Radiant Surface Temperature Chart
218Appendix C – Radiant Surface Temperature Chart
Appendix DR-value ChartsConstruction Materia
Appendix DR-value ChartsConstruction Materia
220Appendix D – R-value Charts — www.uponor
220Appendix D – R-value Charts — www.uponor
Appendix ESupply Water Temperature ChartsConcr
Appendix ESupply Water Temperature ChartsConcr
222Appendix ESupply Water Temperature Charts
222Appendix ESupply Water Temperature Charts
Appendix ESupply Water Temperature Charts1½" P
Appendix ESupply Water Temperature Charts1½" P
224Appendix ESupply Water Temperature Charts
224Appendix ESupply Water Temperature Charts
Appendix ESupply Water Temperature ChartsJoist
Appendix ESupply Water Temperature ChartsJoist
226Appendix ESupply Water Temperature Charts
226Appendix ESupply Water Temperature Charts
Appendix ESupply Water Temperature ChartsRadia
Appendix ESupply Water Temperature ChartsRadia
228Appendix E – Supply Water Temperature Charts
228Appendix E – Supply Water Temperature Charts
Appendix FFlow ChartsThe charts in this append
Appendix FFlow ChartsThe charts in this append
Appendix F — Flow ChartsAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Flow Charts — Appendix FAppendix FFlow Charts
Flow Charts — Appendix FAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Flow Charts — Appendix FAppendix F
Flow Charts — Appendix FAppendix F
Appendix F — Flow ChartsAppendix FFlow Charts 4
Appendix F — Flow ChartsAppendix FFlow Charts 4
Flow Charts — Appendix FAppendix FFlow Charts
Flow Charts — Appendix FAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
Appendix F — Flow ChartsAppendix FFlow Charts
238Appendix F – Flow Charts — www.uponorpro
238Appendix F – Flow Charts — www.uponorpro
Pressure Loss Per 100 Feet /16" Wirsbo hePEX and
Pressure Loss Per 100 Feet /16" Wirsbo hePEX and
Appendix GPressure Loss ChartsPressure Loss Pe
Appendix GPressure Loss ChartsPressure Loss Pe
Pressure Loss Per 100 Feet /16" Wirsbo hePEX and
Pressure Loss Per 100 Feet /16" Wirsbo hePEX and
Pressure Loss Per 100 Feet /8" Wirsbo hePEX and
Pressure Loss Per 100 Feet /8" Wirsbo hePEX and
Pressure Loss Per 100 Feet /8" Wirsbo hePEX and
Pressure Loss Per 100 Feet /8" Wirsbo hePEX and
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet1 /4" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /4" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /4" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /4" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /2" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /2" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /2" Wirsbo hePEX and
Pressure Loss Per 100 Feet1 /2" Wirsbo hePEX and
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet /4" HDPE - SDR11 (100
Pressure Loss Per 100 Feet /4" HDPE - SDR11 (100
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet1 /2" HDPE - SDR11 (10
Pressure Loss Per 100 Feet1 /2" HDPE - SDR11 (10
Pressure Loss Per 100 Feet1 /2" HDPE - SDR11 (40
Pressure Loss Per 100 Feet1 /2" HDPE - SDR11 (40
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
Pressure Loss Per 100 Feet
294Appendix G - Pressure Loss Charts — ww
294Appendix G - Pressure Loss Charts — ww
Appendix HHelpful FormulasComputing Flow from B
Appendix HHelpful FormulasComputing Flow from B
Appendix HHelpful FormulasContinued...Loadng
Appendix HHelpful FormulasContinued...Loadng
Appendix IVariable-speed Injection MixingThi
Appendix IVariable-speed Injection MixingThi
For proper injection pump sizing, the designer mu
For proper injection pump sizing, the designer mu
Figures I-3 and I-4 show thetwo most common pipi
Figures I-3 and I-4 show thetwo most common pipi
300Appendix I – Variable-speed Injection Mixing
300Appendix I – Variable-speed Injection Mixing
Appendix JCirculator Placement OptionsIn any
Appendix JCirculator Placement OptionsIn any
302Appendix J — Circulator Placement Options
302Appendix J — Circulator Placement Options
Appendix KConversion FactorsTo Convert from
Appendix KConversion FactorsTo Convert from
304Appendix K — Conversion Factors — www.u
304Appendix K — Conversion Factors — www.u