Orca Marine Cooling Systems

Compact Type B, size:5 x 24, 3237 sq in, copper-nickel tubes

Compact-B exchangers are designed for mounting off the engine, in a vertical or horizontal position. They are designed as single pass on the shell and three pass on the tube side. Hose connections are oriented to one side for ease of routing from an exchanger mounted on the deck or bulkhead. No expansion tank is incorporated in the exchanger, relying instead on an external expansion tank or an overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via a separately mounted fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type B; size:5 x 24; 3237 sq in, copper-nickel tubes

Compact-B exchangers are designed for mounting off the engine

Compact-B exchangers are designed for mounting off the engine, in a vertical or horizontal position. They are designed as single pass on the shell and three pass on the tube side. Hose connections are oriented to one side for ease of routing from an exchanger mounted on the deck or bulkhead. No expansion tank is incorporated in the exchanger, relying instead on an external expansion tank or an overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via a separately mounted fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type B, size:5 x 28, 3869 sq in, copper-nickel tubes

Compact-B exchangers are designed for mounting off the engine, in a vertical or horizontal position. They are designed as single pass on the shell and three pass on the tube side. Hose connections are oriented to one side for ease of routing from an exchanger mounted on the deck or bulkhead. No expansion tank is incorporated in the exchanger, relying instead on an external expansion tank or an overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via a separately mounted fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type B; size:5 x 28; 3869 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:4 x 16, 1348 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:4 x 16; 1348 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:4 x 20, 1763 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:4 x 20; 1763 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:4 x 24, 2178 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:4 x 24; 2178 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:5 x 20, 2605 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:5 x 20; 2605 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:5 x 24, 3237 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:5 x 24; 3237 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material

Compact Type C, size:5 x 28, 3869 sq in, copper-nickel tubes

Compact-C exchangers are single pass on the shell side, 3 pass on the tube (raw water) side. These exchangers have no expansion tank integrated into their design, and rely instead on an external expansion tank or the overflow recovery bottle to capture coolant volumes which exceed system capacity in operation, and return them to the cooling system when it cools down. Coolant is added to the system via an integral fill neck with pressure cap. The shell is completely packed with tubing, providing the maximum heat transfer surface possible for each set of external dimensions. This exchanger is illustrated without a mounting bracket. We have mounting brackets for virtually any mounting configuration. The exchanger is mounted on the bracket with cushioning material, and held in position with stainless steel clamps (sold separately). All exchangers are supplied with a zinc anode. All Raw Water and Coolant connections are beaded hose connections. Other styles and dimensions are available on request. Connection configurations may also be specified to meet your individual system requirements. Compact Type C; size:5 x 28; 3869 sq in, copper-nickel tubes

Core for cooler for Northern Lights M 802 generator, Engine Manufacturer Northern Lights Manufacturer Part No. M 802 Generator, Core for cooler for Northern Lights M 802 Generator Diameter 2 inch Length 9-1/4 inch

Core for cooler for Northern Lights M 802 generator

Engine Manufacturer Northern Lights Manufacturer Part No. M 802 Generator, Core for cooler for Northern Lights M 802 Generator Diameter 2 inch Length 9-1/4 inch

Core 2 x 21, Engine Manufacturer Perkins Manufacturer Part No. 2486H904, Core Size 2 x 21

Core 2 x 21

Engine Manufacturer Perkins Manufacturer Part No. 2486H904, Core Size 2 x 21

Core 2 x 32-1/2, Engine Manufacturer Perkins Manufacturer Part No. 6-354, Core Size 2 x 32 1/2

Core 2 x 32-1/2

Engine Manufacturer Perkins Manufacturer Part No. 6-354, Core Size 2 x 32 1/2

Core 2" Diameter x 20-5/8" Length

Manicooler Core for John Deere 6068

Manicooler Core for John Deere 6068, Original manufacturer part number R114116, which replaces RE504480.

Engine Manufacturer John Deere Manufacturer Part No. R114116, RE504480, Replacement core for JD 6068 engine. Current part number R114116 (formerly P/N RE504480).,