Manual

ManualsBrandsThermal Transfer Systems ManualsEquipmentCA-2000 Series

CA -2000

TTPSales@thermasys.com 262.554.8330 www.thermaltransfer.com

FLUID COOLING

Shell & Tube CA-2000 Series

WATER COOLED

CA-2000

COPPER & STEEL CONSTRUCTION

Features

Super High Flow

Largest Flow Rates &

Heat Transfer Available

ASME Code

Rugged Steel Construction

Custom Designs Available

Competitively Priced

3/8” & 5/8” Tubes Available

Max. 10” Diameter, 12’ Long

150# ANSI/ASME Flanged Shell

Connections (Metric Available)

Optional Construction on CA-2000

Series: Tubes, Tubesheets, and End

Bonnets

End Bonnets Removable For Servicing

Saddle Brackets For Incremental

Mounting

ASME Code (Section VIII, Division I)

and TEMA-C Construction

Available (Consult Factory for Ordering

Information)

Materials

Headers Steel

Shell Steel

Shell Connections Steel

B a f f l e s B r a s s

End Bonnets Cast Iron

Mounting Brackets Steel/Cast Iron

Gaskets Nitrile Rubber/Cellulose Fiber

Nameplate Aluminum Foil

Ratings

Maximum Shell Pressure 150 psi

Maximum Tube Side Pressure 150 psi

Maximum Temperature 300° F

How to Order

Model Size Selected

Tube

Diameter

Code

6 - 3/8”

10 - 5/8”

Tubeside

Passes

0 - One Pass

T - Two Pass

F - Four Pass

–

Baff le

Spacing

Cooling

Tube

Material

Blank - Copper

CN - CuNi

SS - Stainless

Steel

AD - Admiralty

Brass

End

Bonnet

Material

Blank - Cast Iron

NP - Electroless

Nickel Plate

Tubesheet

Material

Blank - Cast Iron

W - CuNi

S - Stainless

Steel

Zinc

Anodes

Blank - None

Z - Zinc

– –

–

––

–

Model

Series

CAM

Maximum Flow Rates

Shell Side (GPM) Tube Side GPM

6” 9” One Two Four

Baff le Baff le Pass Pass Pass

210 320 652 326 163

CA = NPT tubeside bottom connections; ASME/ANSI ﬂange shell top connections.

CAM = BSPP shellside connections; BSPP tubeside connections.

Summary of content (4 pages)

PAGE 1
FLUID COOLING | Shell & Tube CA-2000 Series Copper & Steel Construction Features Super High Flow n Largest Flow Rates & Heat Transfer Available n ASME Code n Rugged Steel Construction n Custom Designs Available n Competitively Priced n 3 /8” & 5/8” Tubes Available n Max.
PAGE 2
A B J N 4“ 150# RF ASME/ANSI FLANGE W/8 HOLES, .75 DIA. ON 7.50 OBC 2 PLACES 5“ 150# RF ASME/ANSI FLAT FACE FLANGE W/8 HOLES, .88 DIA. ON 8.50 OBC BOTH ENDS E D H F 1/2 NPT DRAIN OPTIONAL ZINC ANODE LOCATION 2 PLACES C O 1/2 NPT DRAIN 4 PLACES G .75 DIA. HOLE 2 EACH END 12.50 1/2 NPT DRAIN OPTIONAL ZINC ANODE LOCATION 2 PLACES Two Pass A N B J 22° 30’ 4“ 150# RF ASME/ANSI FLANGE W/8 HOLES, .75 DIA. ON 7.50 OBC 2 PLACES 3“ NPT 2 PLACES E D H 5.
PAGE 3
Performance Curves HORSEPOWER REMOVED @ 40°F APPROACH 3/8” Tubes WATER COOLED CA-2000 OIL PRESSURE DROP = 5 PSI = 10 PSI = 20 PSI OIL FLOW (GPM @ 2:1 O/W RATIO) 5/8” Tubes HORSEPOWER REMOVED @ 40°F APPROACH CA-2000 100 OIL FLOW (GPM @ 2:1 O/W RATIO) TTPSales@thermasys.com 262.554.8330 www.thermaltransfer.
PAGE 4
Selection Procedure 5 Performance Curves are based on 100SSU oil leaving the cooler 40°F higher than the incoming water temperature (40°F approach temperature). Curves are based on a 2:1 oil to water ratio. 4 Step 1 Determine the Heat Load. This will vary with different systems, Step 2 Determine Approach Temperature. Desired oil leaving cooler °F – Water Inlet temp. °F = Actual Approach Step 3 Determine Curve Horsepower Heat Load.