Heat Exchangers & Enhanced Surface

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1 Tru-Twist Technology! Product Catalog Edition l A wor ld leader in enhanced heat transfer technology. Coaxial Heat Exchangers & Enhanced Surface Geothermal Renewable Energy Turbotec Products, Inc. Water Source Pool & Spa Refrigeration Marine HVAC Water-Cooled General Industries

Table of Contents Company Overview... 2 Tru-Twist Technology... 3 Coaxial Heat Exchange Technology... 4 Product Families... - 6 Performance Data... 7... Applications... Water-source Heat Pumps.

2 Table of Contents Company Overview... 2 Tru-Twist Technology... 3 Coaxial Heat Exchange Technology... 4 Product Families Performance Data Applications... Water-source Heat Pumps... CES Specification - 6K-Series Spiral Specifications Company Overview For more than years, Turbotec Products has built and maintained a BRAND leader in the heat transfer technology. Today, Turbotec utilizes the most modern manufacturing technologies and cost efficient manufacturing at it's facilities to deliver high quality, affordable products to Original Equipment Manufacturers. With our facility in Hickory North Carolina, Turbotec supports the company's growing base of global customers, providing world class sales, manufacturing, sourcing and support. The company's research, engineering and production facilities have been developing, designing, manufacturing, and delivering high performance, high quality heat exchangers and enhanced surface tubing products to the Geothermal, Water Source Heat Pump, Refrigeration, Pool and Spa, Marine, Ice-Machines, Boiler's, and HVAC Industries worldwide. Geothermal Heat Pumps... Slim Specification Refrigeration Specification Ice Machine Specification Consoles Specification Desuperheaters Specification Marine Specifications Swimming Pool Specification Notes Engineered Solutions At Turbotec, we understand that heat transfer technology goes beyond coils and tubes. That is why our engineering team works closely with your engineering staff to provide just the right enhanced heat transfer solution for virtually any application need. We utilize the latest design technologies and equipment to dramatically reduce new product development cycles. Manufacturing is performed in a Lean Sigma, ISO 9001 certified and Total Quality Management environment to assure that our products meet or exceed the application requirements of our customers. 2

TRU-TWIST's Technology Tru-Twist Technology!

turbulent mixing action that results in very high heat transfer through the tube walls providing up to 0%

TRU-TWIST is available in a vented double wall configuration for potable water, as well as single wall

It can also be shaped into virtually any space saving configuration.

3 TRU-TWIST's Technology Tru-Twist Technology! TRU-TWIST's unique properties allow for more surface area for a given length of tubing while creating a turbulent mixing action that results in very high heat transfer through the tube walls providing up to 0% more heat transfer capacity than smooth tubing. TRU-TWIST is available in a vented double wall configuration for potable water, as well as single wall configurations for non-potable water and chemical processes. It can also be shaped into virtually any space saving configuration. TRU-TWIST gas and liquid applications make Turbotec the smart specification for engineers in a broad array of industries. Number of Flutes Turbotec tubing and heat exchangers are available in a variety of metals including : Copper Cupronickel Stainless Steel Aluminum Carbon Steel Titanium 3S 4S S 6S (Information on other materials is available upon request). Flutes Per Inch A B C D Surface Enhancement Smooth Advanced Enhanced RFACEY CED SUL O G ADEVACNH N O T For further information on specialized component design & development, please contact us at 3

How our Coaxial Heat Exchanger Works Water Outlet Refrigerant Inlet

Outlet Refrigerant Inlet Water Outlet Refrigerant Outlet Water Inlet Vent

Refrigerant Outer Tube Water Water Vent Space Inner Tube Coaxial Coils

Desuperheaters Model Number Nomenclature va If Manifold COIL / Classification

C - Condenser E - Evaporator D - Desuperheater COIL Construction T - Tube -

Direction RH - Wrap Direction Assembly Options WB - With Bracket(s) VC -

H - Helical O - Other S - Spiral / Slim T - Trombone U - U Shape J - J Shape

Cupronickel S - Carbon Steel T - Titanium V - Plastic Twisted Tube Material C

Fxx - Double Wall Assembly Options TJ - Tight Jacket WP - Wide Pitch IN -

4 How our Coaxial Heat Exchanger Works Water Outlet Refrigerant Inlet Refrigerant Outlet Refrigerant Inlet Water Outlet Outer Tube Refrigerant Outlet Refrigerant Inlet Water Outlet Refrigerant Outlet Water Inlet Vent Space Water Inlet Inner Tube Water Water Inlet Refrigerant Refrigerant Refrigerant Outer Tube Water Water Vent Space Inner Tube Coaxial Coils Condenser / Evaporator Pool & Spa Coils Condensers Heat Recovery Desuperheaters Model Number Nomenclature va If Manifold COIL / Classification B - Cond. & Evap. C - Condenser E - Evaporator D - Desuperheater COIL Construction T - Tube - In - Tube 2 B T S S C ES - S - TJ - WB LH Assembly Options LH - Wrap Direction RH - Wrap Direction Assembly Options WB - With Bracket(s) VC - Vector Compact VM - Vertical Manifold HM - Horizontal Manifold Shape of Coil H - Helical O - Other S - Spiral / Slim T - Trombone U - U Shape J - J Shape P - Stick Jacket / Outer-Tube Material C - Copper K - Stainless Steel N - Cupronickel S - Carbon Steel T - Titanium V - Plastic Twisted Tube Material C - Copper K - Stainless Steel N - Cupronickel S - Carbon Steel T - Titanium Fxx - Double Wall Assembly Options TJ - Tight Jacket WP - Wide Pitch IN - Insulated Assembly Options XS - Num. of Flutes WLD - Welded LP - Liquid Propane Assembly Options ES - Enhanced Surface FM - For Manifold Nominal Heat Exchange Rating In Thousands of BTU's 4

Product Family Slim Spiral Helical Trombone Capacity Range Capacity Range Capacity Range Capacity Range 1 2 3 4 6 7 8

Nominal: 3/4-2 Tons Applications: Water Source Heat Pumps Geothermal Heat Pumps Water Source Heat Pumps Geothermal

Benefits: Compact Designs Standard sizes for 3/4-7 1/2 tons systems Standard sizes for 1/2-7 ton systems Standard

performance C-UL Approve Standard sizes for 3/4-7 1/2 tons Optional mounting brackets Available with Copper &

Available with Copper & Cupronickel Inner tube C-UL Approved Includes Mounting Bracket for easy mounting Perfect

5 Product Family Slim Spiral Helical Trombone Capacity Range Capacity Range Capacity Range Capacity Range Nominal: 3/4-7 1/2 Tons Nominal: 3/4-7 1/2 Tons Nominal: 1/2-2 Tons Nominal: 3/4-2 Tons Applications: Water Source Heat Pumps Geothermal Heat Pumps Water Source Heat Pumps Geothermal Heat Pumps Ice Machines Refrigeration Consoles Water Source Heat Pumps Vertical Stacks HVAC Vertical Stacks HVAC Benefits: Compact Designs Standard sizes for 3/4-7 1/2 tons systems Standard sizes for 1/2-7 ton systems Standard sizes for 3/4-2 ton systems Freeze / Foul Resistant Available with Copper & Cupronickel Inner tube Optimized thermal performance C-UL Approve Standard sizes for 3/4-7 1/2 tons Optional mounting brackets Available with Copper & Cupronickel Inner tube Increased thermal performance C-UL Approved Optional Mounting Bracket Superior anti - fouling designs Exact replacements for most Ice Machines Low Profile C-UL Approved Available with Copper & Cupro - Nickel Inner Tube. Available with Copper & Cupronickel Inner tube C-UL Approved Includes Mounting Bracket for easy mounting Perfect shape for WSHP Console units Standard Construction Type: Jacket Tube - Carbon Steel Jacket Tube - Carbon Steel Jacket Tube - Carbon Steel Jacket Tube - Carbon Steel Inner Tube - Copper Inner Tube - Copper Inner Tube - Copper Inner Tube - Copper

Manifolded Desuperheaters Marine Pool & Spa Capacity Range Capacity Range Capacity Range Capacity Range 1 3 1 2 3 4 6 7 8 9 1 2

Source Heat Pumps Geothermal Heat Pumps Water Source Heat Pumps Geothermal Heat Pumps Marine Pool & Spa HVAC Heat Recovery HVAC

Standard sizes for 4-8 Ton Systems Optional water & refrigerant port headers Vented Double Wall C-UL Approved Innovative

Optional Mounting Brackets Available with Copper & Cupro - Nickel Inner Tube Compact Designs Optimal Performance Cupro-nickel

Tubes Erosion & Corrosion Resistance C-UL Approved Available in multiple configurations Long lasting PVC Jacket Standard

6 Manifolded Desuperheaters Marine Pool & Spa Capacity Range Capacity Range Capacity Range Capacity Range Nominal: 8 - Tons Nominal: 2 - Tons Nominal: 1/2-2 1/2 Tons Nominal: 4-8 Tons Applications: Water Source Heat Pumps Geothermal Heat Pumps Water Source Heat Pumps Geothermal Heat Pumps Marine Pool & Spa HVAC Heat Recovery HVAC Benefits: Standard sizes for 8 - Ton Systems Standard sizes for 2 - Ton Systems Standard sizes for 1/2-2 1/2 Ton Systems Standard sizes for 4-8 Ton Systems Optional water & refrigerant port headers Vented Double Wall C-UL Approved Innovative Enhancement of Titanium Available with Copper & Cupronickel Inner tube Optional Mounting Brackets C-UL Approved C-UL Approved Optional Mounting Brackets Available with Copper & Cupro - Nickel Inner Tube Compact Designs Optimal Performance Cupro-nickel Inner tube for added protection against corrosion & erosion. Tubes Erosion & Corrosion Resistance C-UL Approved Available in multiple configurations Long lasting PVC Jacket Standard Construction Type: Jacket Tube - Carbon Steel Inner Tube - Copper Jacket Tube - Carbon Steel Outer Tube - Carbon Steel Inner Tube - Copper Jacket Tube - Copper Inner Tube - Cupronickel Jacket - PVC Inner Tube - Titanium 6

7 Performance Data Coil performance charts are based on refrigerant R-4A and water. Condenser performance charts are plotted based on 86 F entering water temperature; refrigerant entering temperature 1 F and F subcooling. Evaporator performance charts are based on 0 F at TXV inlet and F superheat. Please contact Turbotec with other operating conditions and different working fluid. CONDENSER PERFORMANCE Calculate temperature difference (TD) between condensing temperature (Tsat) and entering water temperature (EWT), TD=Tsat-EWT. Read condenser performance chart for a given coil to determine heat of rejection at a specific water flow rate () and desired temperature difference (TD). EVAPORATOR PERFORMANCE Calculate temperature difference (TD) between evaporating temperature (Tsat) and entering water temperature (EWT), TD=EWT-Tsat. Read evaporator performance chart for a given coil to determine heat of absorption at a specific water flow rate () and desired temperature difference (TD). C-01-01A, BTSSC-09-CES (Slim) EXAMPLE: Determine Performance of C-01-01A at the following conditions. CONDENSER EVAPORATOR Entering water Temp = 86 F Entering Water Temp = 68 F Condensing Temp = 6 F Water Flow Rate = 2.3 Evaporating Temp = 48 F Water Flow Rate = 2.3 C-01-01A, BTSSC-09-CES (Slim) 1. Condenser mode: TD=Tsat-EWT=6-86= F, water flow rate=2.3, heat of rejection is,000 Btu/hr 2. Evaporator mode: TD=EWT-Tsat=68-48=F, water flow rate=2.3, heat of absorption is 11,000 Btu/hr 3. Water pressure drop: will be 4.3 psid at 2.3. C-01-01A

8 Applications Physical Data Slim Heat Pumps HVAC Vertical Stacks Water Source Geothermal Heat Pumps Standard Dimensions: WATER CONNEC- TIONS: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet (ID) Outlet (ID) Inlet (OD) Outlet (OD) Width Length Height Centerline C-01-01A 9K.8/ / / / / / / / / /. C-02-01A 12K.8/ / / / / / / / / /41. C-03-01A K.8/ / / / / / /7..00/ / /41. C-04-01A 18K.633/ / / / / / /7..00/ / /4. C-0-01A 24K.883/ / / / /4../ /76..7/ /7. 2./7. C-06-01A K.883/ / / / /317../ / / /7. 2./7. C-07-01A 36K.883/ / / / / / / / /7. 2./7. C-08-01A 42K.883/ / /19.0.7/ / / / / /7. 2./7. C-09-01A 48K 1.133/ / / / / / / /32. 2./7. 2./7. C--01A K 1.133/ / / / / / / / / /.33 C-11-01A 72K 1.133/ / / / /428..7/ /1..13/ / /.33 C-12-01A 90K 1.133/ / / / /33..00/ / / / /.33 Slim Manifolded Slim WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet (OD) Outlet (OD) Inlet (OD) Outlet (OD) Width Length Height Centerline C-13-01A 8 2.1/ / / / / / / /7. - C-14-01A 2.1/ / / / / / / /.34 - C--01A / / / / / / / /.34 - C-16-01A 2.1/ / / / C-17-01A 2.6/ / / / / / / /.34 - C-18-01A 2.6/ / / / / / / /.34 - C-19-01A 2.6/ / / / Notes: 1. Optional Cupro-nickel inner tube available (-02A) 2. Optional mounting brackets available 8

9 Physical Data Construction Data: NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOL- UME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds/kg in 3 cm 3 in 3 cm 3 psig kpa psig kpa C-01-01A 9K.9 / C-02-01A 12K 8. / C-03-01A K 8.3 / C-04-01A 18K 8.7 / C-0-01A 24K.4 / C-06-01A K 16.6 / C-07-01A 36K 17.8 / C-08-01A 42K 24.2 / C-09-01A 48K 29.4 / C--01A K 38. / C-11-01A 72K 43.6 / C-12-01A 90K 6.6 / NET WEIGHT: Construction Data: SHELL SIDE VOLUME: TUBE SIDE VOL- UME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds/kg in 3 cm 3 in 3 cm 3 psig kpa psig kpa C-13-01A 8 8. / C-14-01A / C--01A / C-16-01A 131. / C-17-01A 196. / C-18-01A 174. / C-19-01A 4.00 /

10 Performance Data C-02-01A, BTSSC-12-CES (Slim) C-02-01A, BTSSC-12-CES (Slim) C-02-01A C-03-01A, BTSSC--CES (Slim) C-03-01A, BTSSC--CES (Slim) C-03-01A C-04-01A, BTSSC-18-CES (Slim) C-04-01A, BTSSC-18-CES (Slim) C-04-01A

11 Performance Data C-0-01A, BTSSC-24-CES (SLim) C-0-01A, BTSSC-24-CES (Slim) C-0-01A C-06-01A, BTSSC--CES (Slim) C-06-01A, BTSSC--CES (Slim) C-06-01A C-07-01A, BTSSC-36-CES (Slim) C-07-01A, BTSSC-36-CES (Slim) C-07-01A

12 Performance Data C-08-01A, BTSSC-42-CES (Slim) C-08-01A, BTSSC-42-CES (Slim) C-08-01A C-09-01A, BTSSC-48-CES (Slim) C-09-01A, BTSSC-48-CES (Slim) C-09-01A C--01A, BTSSC--CES (Slim) C--01A, BTSSC--CES (Slim) C--01A

13 Performance Data C-11-01A, BTSSC-72-CES (Slim) C-11-01A, BTSSC-72-CES (Slim) C-11-01A C-12-01A, BTSSC-90-CES (Slim) C-13-01A, BTSSC-96-CES (Slim) C-12-01A C-12-01A, BTSSC-90-CES (Slim) C-13-01A, BTSSC-96-CES (Slim) C-13-01A

14 Performance Data C-14-01A, BTSSC-1-CES (Slim) C-14-01A, BTSSC-1-CES (Slim) C-14-01A C--01A, BTSSC-144-CES (Slim) C--01A, BTSSC-144-CES (Slim) C--01A C-16-01A, BTSSC-1-CES (Slim) C-16-01A, BTSSC-1-CES (Slim) C-16-01A

15 Performance Data C-17-01A, BTSSC-2-CES (Slim) C-17-01A, BTSSC-2-CES (Slim) C-17-01A C-18-01A, BTSSC-0-CES (Slim) C-18-01A, BTSSC-0-CES (Slim) C-18-01A C-19-01A, BTSSC-3-CES (Slim) C-19-01A, BTSSC-3-CES (Slim) C-19-01A

16 Applications Physical Data Slim HVAC Geothermal Heat Pumps WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet (ID) Outlet (ID) Inlet (OD) Outlet (OD) Width Length Height Centerline C K.0/12.70 ID.0/12.70 ID.383/9.73 OD.383/9.73 OD 9.00/ / / / / /36.8 C K.633/16.07 ID.633/16.07 ID.383/9.73 OD.383/9.73 OD./ / /7. 9./ / /36.8 C K.633/16.07 ID.633/16.07 ID.8/12.90 OD.383/9.73 OD 11.38/ / /66..19/8. 1./38. 1./38. C K.78/19.3 ID.78/19.3 ID.633/16.08 OD.383/9.73 OD 12.88/ / / / / /.4 C K.78/19.3 ID.78/19.3 ID.8/12.90 OD.383/9.73 OD 14.7/ / / / / /61.21 C K.883/22.43 ID.883/22.43 ID.78/19. OD.383/9.73 OD 16.00/ / / / / /63. C K.883/22.43 ID.883/22.43 ID.78/19. OD.383/9.73 OD 18./ / / / / /63. C K 1.133/28.78 ID 1.133/28.78 ID.78/19. OD.383/9.73 OD 18./ / / / /.4 2./63. C K 1.133/28.78 ID 1.133/28.78 ID.78/19. OD.383/9.73 OD 19./ / /1. 17./ /.4 2./63. C K 1.133/28.78 ID 1.133/28.78 ID.883/22.43 OD.8/12.90 OD.38/ / / / / /63. C K 1.133/28.78 ID 1.133/28.78 ID.883/22.43 OD.8/12.90 OD 23./ / /1. 21./ / /63. Notes: 1. Optional Cupro-nickel inner tube available (-02) 2. Optional mounting brackets available Slim Slim Construction Data: NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C K C K C K C K C K C K C K C K C K C K C K

17 Performance Data C-96-01, BTSSC-09-ES (Slim) C-96-01, BTSSC-09-ES (Slim) TD= F C C , BTSSC-12-ES-TJ (Slim) C , BTSSC-12-ES-TJ (Slim) 3 TD= F C C-94-01, BTSSC-18-ES (Slim) C-94-01, BTSSC-18-ES (Slim) TD= F C

18 Performance Data C-90-01, BTSSC-24-ES (Slim) C-90-01, BTSSC-24-ES (Slim) TD= F C C-98-01, BTSSC--ES-TJ (Slim) C-98-01, BTSSC--ES-TJ (Slim) TD= F C C , BTSSC-24-ES-TJ (Slim) C , BTSSC-36-ES-TJ (Slim) TD= F C

19 Performance Data C , BTSSC-42-ES-TJ (Slim) C , BTSSC-42-ES-TJ (Slim) TD= F C C , BTSSC-48-S-ES (Slim) C , BTSSC-48-S-ES (Slim) TD= F C C , BTSSC--6S-ES (Slim) C , BTSSC--6S-ES (Slim) TD= F C

20 Performance Data C-74-01, BTSSC-72-6S-ES (Slim) C-74-01, BTSSC-72-6S-ES (Slim) TD= F C C , BTSSC-84-S-ES (Slim) C , BTSSC-84-S-ES (Slim) TD= F C

21 Applications Physical Data Spiral Heat Pumps HVAC Vertical Stacks Water Source Geothermal Heat Pumps WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J Part Number: Nom. Size Inlet (ID/OD) Outlet (ID/OD) Inlet (ID/OD) Outlet (ID/OD) Width Length Height Centerline C K.633/16.08 ID.633/16.08 ID.8/12.90 ID.383/9.73 ID 9.00/ / / / /4. C K.633/16.08 ID.633/16.08 ID.8/12.90 ID.383/9.73 ID.7/ /3. 3./ / /7. C K.633/16.08 ID.633/16.08 ID.8/12.90 ID.383/9.73 ID 9.38/ / / / /7. C K.78/19. ID.78/19. ID.0/12.70 OD.0/12.70 OD 13.13/ / /7.90./ /2.32 C K.78/19. ID.78/19. ID.6/.88 OD.6/.88 OD 12.81/3..38/ /111../ /.4 C K.883/22.43 ID.883/22.43 ID.6/.88 OD.6/.88 OD 14.00/3..7/ / / /63. C K.833/22.43 ID.833/22.43 ID.6/.88 OD.6/.88 OD 14.88/ / / /4. 2./63. C K 1.1/28.78 ID 1.1/28.78 ID.78/19. ID.383/9.73 ID.00/ / / / /.4 C K 1.1/28.8 OD 1.1/28.8 OD.87/22.23 OD.87/22.23 OD 17./ / / /3. 2./63. C K 1.1/28.78 ID 1.1/28.78 ID.883/22.43 ID.8/12.90 ID 16./ / / / /.4 C K 1.1/28.78 ID 1.1/28.78 ID.883/22.43 ID.663/16. ID 19./ /49. 9./ / /66. Notes: 1. Optional Cupro-nickel inner tube available (-02) 2. Optional mounting brackets available OVERALL DIMENSIONS: Spiral K L M 2.13/ / /. 2./ / /. 3./ / / / /9. 2./ /.4 3.7/9. 3./ / / /1. Spiral Construction Data: 2./ / / /66. 7./ / / / /136.6 NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: 2.63/ / / /66. 8./ /193. Part Number: Nom. Size Pounds/kg in 3 cm 3 in 3 cm 3 psig kpa psig kpa C K 8.08/ C K 9.62/ C K.74/ C K 16.43/ C K 21.3/ C K 26.00/ C K.00/ C K 47.38/ C K 6.00/ C K 62.90/ C K 72.19/

22 Performance Data C-1-01A, BTSSC-09-ES-TJ (Spiral) C-1-01A, BTSSC-09-ES-TJ (Spiral) TD= F C C--01A, BTSSC-12-ES-TJ (Spiral) C--01A, BTSSC-12-ES-TJ (Spiral) 3 TD= F C C , BTSSC-09-ES-TJ (Spiral) C-3-01, BTSSC-18-ES-TJ (Spiral) TD= F 4. C

23 Performance Data C , BTSSC-24-ES-TJ (Spiral) C , BTSSC-24-ES-TJ (Spiral) TD= F C C , BTSSC--ES-TJ (Spiral) C , BTSSC--ES-TJ (Spiral) 70 TD= F C C , BTSSC-36-ES-TJ (Spiral) C , BTSSC-36-ES-TJ (Spiral) TD= F C

24 Performance Data C-9-01, BTSSC-42-ES-TJ (Spiral) C-9-01, BTSSC-42-ES-TJ (Spiral) TD= F C C-9-01, BTSSC-48-S-ES (Spiral) C-9-01, BTSSC-48-S-ES (Spiral) TD= F C C , BTSSC--6S-ES (Spiral) C , BTSSC--6S-ES (Spiral) TD= F C

25 Performance Data C , BTSSC-72-ES-6S (Spiral) C , BTSSC-72-ES-6S (Spiral) TD= F C C-81-01, BTSSC-84-S-ES (Spiral) C-81-01, BTSSC-84-S-ES (Spiral) TD= F C

26 Applications Physical Data Spiral Helical Refrigeration HVAC Standard Dimensions: WATER CONNECTIONS: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet Outlet Inlet Outlet Width Length Height Centerline C--01 6K.6/.88 ID.6/.88 ID.37/9.3 ID.37/9.3 ID 7.38/ / /146.0./ / /28.7 C--02 9K.6/.88 ID.6/.88 ID.37/9.3 ID.37/9.3 ID 7.38/ / / / / /28.7 C K.6/.88 ID.6/.88 ID.37/9.3 ID.37/9.3 ID 7.38/ / /190../ / /28.7 C K.7/19.0 ID.7/19.0 ID.0/12.70 ID.0/12.70 ID./ /317..7/ / / /.4 C K.7/19.0 ID.7/19.0 ID.0/12.70 ID.0/12.70 ID 12.7/ / / / /.4 C K.7/19.0 ID.7/19.0 ID.0/ 2.70 ID.0/12.70 ID 12.7/ / / / /.4 C K.87/22.23 ID.87/22.23 ID.6/.88 ID.6/.88 ID 14.7/ / / /63. 2./63. C K.87/22.23 ID.833/22.43 ID.6/.88 ID.6/.88 ID./ / / /63. 2./63. C K 1.1/28.8 ID 1.1/28.8 ID.87/22.23 ID.87/22.23 ID 17.7/ / / / /.4 C K 1.1/28.8 ID 1.1/28.8 ID.87/22.23 ID.87/22.23 ID 18.00/ / / / / /.4 C K 1.133/28.78 OD 1.133/28.78 OD.883/22.43 OD.8/12.90 ID 16./ / / / / /66. C K 1.133/28.78 OD 1.133/28.78 OD.8/12.90 OD.883/22.43 OD 19./ /49..7/ / / /66. Notes: 1. Optional Cupro-nickel Refrigeration Helical 6K 24K Nominal Size Spiral 24K 84K Nominal Size OVERALL DIMENSIONS: (24K-84K) L M 3.13/ /. 3.00/ /. 4.00/ / /9. 2./7. 3.7/9. 3./88.90 Construction Data: 4.44/ / / / / /168. NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOL- UME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds/Kilo in 3 cm 3 in 3 cm 3 psig kpa psig kpa C--01 6K 3./ C--02 9K.90/ C K 8./ C K 8./ C K 8.70/ C K./ C K 16./ C K 17./ C K 24./ C K 29./ C K 38./ C K 43./

27 Performance Data C--01, BTHSC-06 (Helical) C--01, BTHSC-06 (Helical) TD= F C C--02, BTHSC-09 (Helical) C--02, BTHSC-09 (Helical) TD= F C C--03, BTHSC-12 (Helical) C--03, BTHSC-12 (Helical) 3 TD= F C

28 C--04 C--04, BTHSC-18 (Helical) Performance Data BTHSC-18-RH-WB-R4 (Helical) C--04, BTHSC-18 (Helical) TD= F C C C--04 C , BTSSC-24 (Spiral) BTHSC-18-RH-WB-R4 BTSSC-24-R4 (Spiral) (Helical) C , BTSSC-24 (Spiral) 4 3 TD= F C C C--04 C , BTSSC- (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC- (Spiral) 70 TD= F C

29 Performance Data C C--04 C-274-0, BTSSC-36 (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C-274-0, BTSSC-36 (Spiral) 0 70 TD= F C C C C--04 C , BTSSC-42 (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC-42 (Spiral) TD= F C C C--04 C , BTSSC-48 (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC-48 (Spiral) TD= F Condenser Condenser Performance Performance C

30 C C C--04 C , BTSSC- (Spiral) Performance Data BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC- (Sprial) TD= F Condenser Performance C C C C--04 C , BTSSC-72 (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC-72 (Spiral) TD= F Condenser Performance C C C C--04 C , BTSSC-84 (Spiral) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C , BTSSC-84 (Spiral) TD= F Condenser Performance C

31 Applications Physical Data Helical Ice Machines WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet (OD) Outlet (OD) Inlet (OD) Outlet (OD) Width Length Height Centerline C--01 6K.6/.88.6/.88.37/9.3 OD.37/9.3 OD 7.38/ / /146.0./ /31. 1./31. C--02 9K.6/.88.6/.88.37/9.3 OD.37/9.3 OD 7.38/ / / / /31. 1./31. C K.6/.88.6/.88.37/9.3 OD.37/9.3 OD 7.38/ / /190../ /31. 1./31. C K.7/19.0.7/19.0.0/12.70 OD.0/12.70 OD./ / / / /. 2.38/. C K.7/19.0.7/19.0.0/12.70 OD.0/12.70 OD.7/ / / / /. 2.38/. Notes: 1. Optional Copper inner tube available 2. Includes brackets Helical Construction Data: Ice Machine NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C--01 6K C--02 9K 7.8/ C K 9.16/ C K.21/ C K 16.08/

32 Helical Performance Data C C C--04 BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C--01, BTHSC-06 (Helical) C--01, BTHSC-06 (Helical) TD= F C C C C--04 C--02, BTHSC-09 (Helical) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C--02, BTHSC-09 (Helical) TD= F C C C C--04 C--03, BTHSC-12 (Helical) BTSSC--R4 BTHSC-18-RH-WB-R4 (Spiral) (Helical) C--03, BTHSC-12 (Helical) 3 TD= F C

33 C C C--04 C--04, BTHSC-18 (Helical) Performance Data C--04, BTHSC-18 (Helical) TD= F 4. C C C C--04 C-8-01, BTHSC-24 (Helical) C-8-01, BTHSC-24 (Helical) TD= F Evaporator Evaporator Performance Performance C

34 Applications Physical Data Trombone Consoles Water Source Heat Pumps WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet (OD) Outlet (OD) Inlet (OD) Outlet (OD) Width Length Height Centerline C K.0/ / /9.3.37/ / /84. 2./ / / /3.81 C K.6/.88.6/.88.0/ / / / / /.70 2./7. 2./7. C K.6/.88.6/.88.0/ / / / / /2. 2./7. 2./7. Notes: 1. Optional Cupro-nickel inner tube available (-02) 2. Includes mounting bracket Trombone Consoles NET WEIGHT: Construction Data: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size: Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C K C K C K

35 Performance Data C , BTTSC-09 (Trombone) C , BTTSC-09 (Trombone) TD= F C C , BTTSC-12 (Trombone) C , BTTSC-12 (Trombone) 3 TD= F C C , BTTSC-24 (Trombone) C , BTTSC-24 (Trombone) 4 4 TD= F C

36 Applications Physical Data Desuperheater Geothermal Heat Pumps Heat Recovery WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F H J K Part Number: Nom. Size Inlet Outlet Inlet Outlet Width Length Centerline C K.0/12.70 OD.0/12.70 OD.8/12.90 ID.8/12.90 ID.01/ / /32. 2./63. 2./63. C K.8/12.90 ID.8/12.90 ID.8/12.90 ID.8/12.90 ID 16.88/ /4.8.7/0.0 2./63. 2./63. C-7 48K.8/12.90 ID.8/12.90 ID.8/12.90 ID.8/12.90 ID 19.01/ / /44. 2./. 2.38/. C-71 K.8/12.90 ID.8/12.90 ID.8/12.90 ID.8/12.90 ID 19.38/ / / / /. C-942 K.0/12.70 OD.0/12.70 OD.8/12.90 ID.8/12.90 ID 19.38/ / /47. 2./7. 2./7. Notes: 1. Optional Mounting Brackets 2. Optional Cupro-nickel Desuperheater OVERALL DIMENSIONS: Desuperheater L M 3.00/ / / / / / / / / /74.63 Construction Data: NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number Nom. Size Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C K.9/ C K 8./ C-7 48K 8.3/ C-71 K 8.7/ C-942 K 8.7/

37 C-791, DTUSFSC TD=3 F Desuperheater Performance C C-749, DTUSFSC TD=3 F Desuperheater Performance C C-7, DTUSFSC TD=3 F Desuperheater Performance C

38 Performance Data C-71, DTUSFSC- 12 TD=3 F Desuperheater Performance C C-942, DTUSFSC- 12 TD=3 F Desuperheater Performance C

39 Applications Physical Data Marine Marine Standard Dimensions: WATER CONNECTIONS: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H J K Part Number: Nom. Size Inlet Outlet Inlet Outlet Width Length Height Centerline C-867 6K.633/16.08 ID.633/16.08 ID.37/9.3 OD.37/9.3 OD 8./ /7. 2./7. 7./ /.4 1./31.7 C-868 9K.633/16.08 ID.6.33/16.08 ID.0/12.70 OD.37/9.3 OD 9.63/ / / / / /31.7 C K.633/16.08 ID.633/16.08 ID.383/9.73 ID.37/9.3 OD 9.88/0.9./2.3 2./ / / /3.0 C K.6/.88 OD.6/.88 OD.383/9.73 ID.37/9.3 OD 12.00/ / /.4.88/ / /36.8 C K.633/16.08 ID.633/16.08 ID.0/12.70 OD.37/9.3 OD.7/ / / / / /3.0 C K.6/.88 OD.6/.88 OD.8/12.90 ID.37/9.3 OD 11.13/ / / /0.3 1./38. 1./38. C-63 24K.7/18.4 ID.7/18.4 ID.8/12.90 ID.37/9.3 OD 14.7/ / / / / /41. C-3 K 1.00/. OD 1.00/. OD.633/16.08 ID.6/.88 OD 12./ / / / / /6.02 Marine Marine Construction Data: NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN Part Number: Nom. Size Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C-867 6K C-868 9K C K C K C K C K C-63 24K C-3 K

40 Marine Performance Data C-867, BTOCN-06-ES-LH (Marine) C-867, BTOCN-06-ES-LH (Marine) TD= F C C-868, BTOCN-09-ES-LH (Marine) C-868, BTOCN-09-ES-LH (Marine) TD= F C C-744, BTOCN-12-ES-VC (Marine) C-744, BTOCN-12-ES-VC (Marine) TD= F C

41 Marine Performance Data C-926, BTOCN-14-ES-RH (Marine) C-926, BTOCN-14-ES-RH (Marine) TD= F C C-869, BTOCN-16-ES-LH (Marine) C-869, BTOCN-16-ES-LH (Marine) TD= F C C-626, BTOCN-18-ES-WP-LH (Marine) C-626, BTOCN-18-ES-WP-LH (Marine) TD= F C

42 Marine Performance Data C-63, BTHCN-24-S-ES-LH (Marine) C-63, BTHCN-24-S-ES-LH (Marine) 3 TD= F C C-3, BTOCN--ES-LH (Marine) C-3, BTOCN--ES-LH (Marine) TD= F C

Number: Nom. Size Inlet Nom. Outlet Nom.

Height Centerline C-901 K 1./38. 1./38..0/12.

00./393.70 C-903 70K 1./38. 1./38..0/12.

8 11.7/298.4 16./419. C-904 9K 2.00/. 2.00/..6/.

43 Applications Physical Data SPHP Pool & Spa WATER CONNECTIONS: Standard Dimensions: REFRIGERANT CONNECTIONS: OVERALL DIMENSIONS: A B C D E F G H Part Number: Nom. Size Inlet Nom. Outlet Nom. Inlet (OD) Outlet (OD) Width Length Height Centerline C-901 K 1./38. 1./38..0/12.70 OD.0/12.70 OD 17./ / /4.00./ C K 1./38. 1./38..0/12.70 OD.0/12.70 OD 18./ / / /419. C-904 9K 2.00/. 2.00/..6/.88 OD.6/.88 OD 23.13/ / /368..7/27.0 SPHP Pool & Spa Construction Data: NET WEIGHT: SHELL SIDE VOLUME: TUBE SIDE VOLUME: SHELL SIDE DESIGN: TUBE SIDE DESIGN: Part Number: Nom. Size Pounds in 3 cm 3 in 3 cm 3 psig kpa psig kpa C-901 K C K C-904 9K

44 Heat [MBTU/hr] Pool & Spa Performance Data C-901, CTHVT-A-R4A (SPHP) C C-903, CTHVT-70A-R4A (SPHP) 0 1 TD=3 F 1 TD= F C C-904, CTHVT-9-R4A (SPHP) TD=3 F TD= F C

45 Notes: 4

46 Notes: 46

47 Notes: 47

Turbotec Products, Inc. 42 Fairgrove Church Rd.

62 Website: Email: sales@turbotecproducts.

printing are intended only to serve the non-binding description

Binding specifications, especially pertaining to performance data

upon the individual circumstances at the operation location and

48 Turbotec Products, Inc. 42 Fairgrove Church Rd. SE Newton, NC Tel: Toll Free:1. Fax: Website: ISO 9001:08 Certified The specifications contained in this printing are intended only to serve the non-binding description of our products and services are not guaranteed. Binding specifications, especially pertaining to performance data and suitability for specific operating purposes, are dependent upon the individual circumstances at the operation location and can, therefore, only be made in terms of precise request. Specifications are subject to change without notice. TR-BR-0001-REV:

GUIDE SPECIFICATIONS. WW Series Water-to-Water Reverse Cycle Chillers & Low Temp Boilers. WW Reverse Cycle Chillers / Low Temperature Boilers

GUIDE SPECIFICATIONS. WW Series Water-to-Water Reverse Cycle Chillers & Low Temp Boilers. WW Reverse Cycle Chillers / Low Temperature Boilers GUIDE SPECIFICATIONS WW Series Water-to-Water Reverse Cycle Chillers & Low Temp Boilers WW024-072 Reverse Cycle Chillers / Low Temperature Boilers GENERAL Units shall be Underwriter Laboratories (UL) listed