FLUID COOLING | P-Bar Series Industrial AOL BRAZED ALUMiNUM CONSTRUCTiON HYDRAULiC OR COMPRESSOR OiL COOLiNG Features Large Oil Flow High performance industrial duty brazed aluminum bar and plate Core Compact all aluminum core assembly Ideal for converting water cooled equipment to air cooled Eliminates high water and sewer costs Eliminates corrosion problems associated with water cooled units Vertical air flow works well for heat recovery State-of-the-art heat transfer technology Hydraulic motors available Optional SAE Ports Marine corrosion control coatings available High performance air side fin design Detachable legs maximum Operating pressure Legs Steel with baked enamel finish Petroleum/mineral oils 250 psi (17 BAR) Shroud Steel Oil/water emulsion M®x ""TO Ce rating Temperature standard Core Brazed Aluminum Bar and Plate Water/ethylene glycol 300 F (150 C) ■ Tanks - 5052 Aluminum ■ Nose Bar & Little Bar - 3003-H Aluminum ■ Air Fin, Plate, Turbulator & End Plate -3003-O Aluminum Fan Aluminum Hub, Plastic Blades Motor TEFC Model Model Size Selected Specify Motor Required 0 - No Motor 2 - Single Phase 3 - Three Phase 6 - 575 Volt 9 - Hydraulic 18 - IEC Three Phase Noise Level Blank - Standard Noise Level LN - Low Noise Level

Note: We reserve the right to make reasonable design changes without notice. Ail dimensions are in inches and (millimeters). Selection Procedure Performance Curves based on 100°F (55.56°C) E.T.D. or Entering Temperature Difference (E.T.D = Entering oil temperature minus ambient air temperature). SAE #10 oil @ 200°F (93.33°C). Oil pressure drop coding: X = 5 PSI (.345 BAR) • = 10 PSI (.689 BAR) ♦ = 15 PSI (1.03 BAR) ▲ = 20 PSI (1.38 BAR) ■ = 30 PSI (2.10 BAR) E.T.D. temperature correction formula: ENGLiSH Version 100 HP Curve = HP To Be Removed X Desired E.T.D METRiC Version KW Heatload (KW) °C Desired...

Electric Motor & Fan Data(1> (60 Hz Nema Frame) Available in 60 Hz Nema Frame only.

Note: Derate heat rejection values 15% if using 50Hz motors. Heat Rejection (KW/°C) Horsepower Removed in Cooler @ 100°F ETD Heat Rejection (KW/°C) Horsepower Removed in Cooler @ 100°F ETD Available in 60 Hz Nema Frame only.

BRAZED ALUMINUM CONSTRUCTION Features ■ Bar and Plate Brazed Aluminum Core ■ Rugged, lightweight, and compact ■ Provides the best heat transfer per given envelope size while minimizing pressure drop ■ Air-side fin design minimizes fouling and static pressure ensuring longterm, reliable performance ■ Welded fittings/ports and manifolds ensure structural integrity ■ Standard SAE ports - NPT and BSPP ports available ■ Customized units are available to meet your specific performance requirements ■ T-BAR core optional for high viscosity oils or other highly fouling fluids. *See T-Bar Performance Curve...

Note: We reserve the right to make reasonable design changes without notice. Ail dimensions are in inches and (millimeters). Thermal Transfer Products

Electric Motor Information (60 Hz Nema Frame) Notes: Maximum Pressure is 2000 psi. Stated Minimum Operating Pressure is r. 1000 psi Allowable Back Pressure.

Determine Heat Load. Typical Rule of Thumb, -size cooler for 1/3 of the input horsepower. Heat load may be expressed as either Horsepower or BTU/Hr or KW/°C. IStep 2 Determine Entering Temperature Difference. (Actual E.T.D.) Entering Ambient air temperature The entering oil temperature is generally the maximum desired system oil temperature. Entering air temperature is the highest Ambient Air temperature the application will see. |step 3 | determine the Corrected Heat dissipation to use the Curves English Version Corrected = (BTU/Hr) x100° F Heat Rejection Heat Load Desired E.T.D. (BTU/HR) to...

Performance Curves BOL Models with Optional T-BAR Core -Bar Series BOL-T Performance Data Curve Op t ional T- Bar core sect ion cutaway Heat Rejection KW/°C Heat Rejection BTU/HR @ 100F ETD Note: Derate heat rejection values 15% if using 50Hz motors. Pressure Drop Oil Temperature Typical operating temperature ranges are: Hydraulic Motor Oil 120°F - 180°F (49°C - 82.2°C) Hydrostatic Drive Oil 160°F - 180°F (71°C - 82.2°C) Engine Lube Oil 180°F - 200°F (82.2°C - 93.3°C) Automatic Transmission Fluid 200°F - 300°F (93.3°C - 149°C) Correction Factor Desired Reservoir Temperature Oil Temperature: Oil...

BOL Models with Low-Noise Option The low noise option offers the BOL models with a reduced motor speed. This allows a lower sound level output for noise-sensitive applications. 5.3 3.2 2.1 1.6 1.1 0.5 0.4 0.3 0.2 0.1 0.05 Oil Flow GPM (LPM) Available on 60 Hz Nema frame only. Sound Data Electric Motor information Model Thermal Transfer Products A ThermaSyf Company

BRAZED ALUMiNUM CONSTRUCTiON Features ■ Bar and Plate Brazed Aluminum Core ■ Rugged, lightweight, and compact ■ Provides the best heat transfer per given envelope size while minimizing pressure drop ■ Air-side fin design minimizes fouling and static pressure ensuring long-term, reliable performance ■ Fan motor assembly has an IP68 with AMP-#180908 connection ■ Welded aluminum fittings/ports and manifolds ensure structural integrity ■ Standard SAE ports - NPT and BSPP ports available ■ Customized units are available to meet your specific performance requirements ■ Additional capabilities for radiators, charge-air-coolers,...

Note: We reserve the right to make reasonable design changes without notice. Dimensions are in inches and (millimeters). *AMP draw listed as per FAN. Thermal Transfer Products A ThermaSyf Company www.thermaltransfer.com TTPSales@therma

Note: We reserve the right to make reasonable design changes without notice. Ail dimensions are in inches and (millimeters).

Performance Curves MA Models with DC Fan Assemblies MA Models (No Fan, Core Only) Performance Data Curve Performance Data Curve 500,000 Heat Rejection BTU/HR @ 100F ETD Oil Pressure Drop Correction Pressure Drop Air Static Pressure Drop Correction Factor Correction Factor Face Velocity SFPM (smpm) Heat Rejection BTU/HR @ 100F ETD Selection Procedure Step 1 Determine Heat Load. Typical Rule of Thumb, - size cooler for Step 4 Determine the Corrected Heat Dissipation to use the Curves English Version Metric Version Corrected Heat Rejection KW °C Step 2 Determine Entering Temperature Difference....