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Introduction
Plate Type Nickel Double Wall Brazed Plate Heat Exchanger
Applications
• Refrigeration
• Oil cooling
• Air conditioner
• HVAC heating and cooling
• Marine
Design
Brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and high pressure resistance.
Using advanced design technologies and extensive verification guarantees the highest performance and longest possible service life, compared to plate type heat exchanger.
Different pressure ratings are available for different needs.
The unit can be supplied with a refrigerant distribution system for optimal evaporator performance.
Based on standard components and a modular concept, each unit is custom-built to meet the specific requirements of each individual installation.
| Model | High H | Width B | Thickness C | Longitudinal Hole Distance H0 | Horizontal Hole Distance B0 | Weight kg | Unilateral Stagnation Valume(L) | Heat Exchanger Area m2 |
| H013 | 192 | 78 | 2.3*N+9 | 152 | 40 | 0.04*N+0.4 | (N-2)*0.008 | (N-2)*0.013 |
| H014 | 208 | 76 | 2.3*N+9 | 168 | 42 | 0.05*N+0.5 | (N-2)*0.01 | (N-2)*0.014 |
| H015 | 200 | 90 | 2.1*N+9 | 160 | 46 | 0.05*N+0.4 | (N-2)*0.011 | (N-2)*0.015 |
| H016 | 200 | 90 | 3.1*N+9 | 160 | 46 | 0.05*N+0.5 | (N-2)*0.014 | (N-2)*0.016 |
| H020 | 310 | 76 | 2.3*N+9 | 282 | 42 | 0.058*N+1 | (N-2)*0.018 | (N-2)*0.02 |
| H026 | 310 | 111 | 2.4*N+9 | 250 | 50 | 0.11*N+1 | (N-2)*0.025 | (N-2)*0.026 |
| H030 | 325 | 95 | 1.55*N+9 | 269 | 39 | 0.09*N+1 | (N-2)*0.03 | (N-2)*0.03 |
| H050 | 525 | 111 | 2.4*N+9 | 466 | 50 | 0.2*N+2.4 | (N-2)*0.05 | (N-2)*0.05 |
| H060 | 527 | 120 | 2.3*N+9 | 479 | 72 | 0.19*N+2.4 | (N-2)*0.11 | (N-2)*0.06 |
| H095A | 616 | 191 | 2.45*N+11 | 519 | 92 | 0.36*N+7.8 | (N-2)*0.1 | (N-2)*0.095 |
| H095B | 616 | 191 | 2.8*N+11 | 519 | 92 | 0.44*N+7.8 | (N-2)*0.12 | (N-2)*0.095 |
| H095C | 616 | 191 | 2.8*N+11 | 519 | 92 | 0.44*N+7.8 | (N-2)*0.12 | (N-2)*0.095 |
| H100 | 490 | 250 | 2.8*N+11 | 391 | 157 | 0.35*N+6.5 | (N-2)*0.08 | (N-2)*0.1 |
| H110 | 528 | 246 | 2.4*N+12 | 456 | 174 | 0.52*N+6.5 | (N-2)*0.19 | (N-2)*0.11 |
| H190 | 698 | 307 | 2.65*N+13 | 567 | 179 | 0.51*N+10 | (N-2)*0.21 | (N-2)*0.19 |
| H210 | 739 | 322 | 2.55*N+13 | 599 | 211 | 0.82*N+13 | (N-2)*0.2 | (N-2)*0.21 |
| H220 | 734 | 319 | 2.65*N+13 | 622 | 205 | 0.7*N+13 | (N-2)*0.22 | (N-2)*0.22 |
| H300 | 1006 | 366 | 2.8*N+16 | 872 | 228 | 1.26*N+57 | (N-2)*0.35 | (N-2)*0.3 |
Introduction
Plate Type Nickel Double Wall Brazed Plate Heat Exchanger
Applications
• Refrigeration
• Oil cooling
• Air conditioner
• HVAC heating and cooling
• Marine
Design
Brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and high pressure resistance.
Using advanced design technologies and extensive verification guarantees the highest performance and longest possible service life, compared to plate type heat exchanger.
Different pressure ratings are available for different needs.
The unit can be supplied with a refrigerant distribution system for optimal evaporator performance.
Based on standard components and a modular concept, each unit is custom-built to meet the specific requirements of each individual installation.
| Model | High H | Width B | Thickness C | Longitudinal Hole Distance H0 | Horizontal Hole Distance B0 | Weight kg | Unilateral Stagnation Valume(L) | Heat Exchanger Area m2 |
| H013 | 192 | 78 | 2.3*N+9 | 152 | 40 | 0.04*N+0.4 | (N-2)*0.008 | (N-2)*0.013 |
| H014 | 208 | 76 | 2.3*N+9 | 168 | 42 | 0.05*N+0.5 | (N-2)*0.01 | (N-2)*0.014 |
| H015 | 200 | 90 | 2.1*N+9 | 160 | 46 | 0.05*N+0.4 | (N-2)*0.011 | (N-2)*0.015 |
| H016 | 200 | 90 | 3.1*N+9 | 160 | 46 | 0.05*N+0.5 | (N-2)*0.014 | (N-2)*0.016 |
| H020 | 310 | 76 | 2.3*N+9 | 282 | 42 | 0.058*N+1 | (N-2)*0.018 | (N-2)*0.02 |
| H026 | 310 | 111 | 2.4*N+9 | 250 | 50 | 0.11*N+1 | (N-2)*0.025 | (N-2)*0.026 |
| H030 | 325 | 95 | 1.55*N+9 | 269 | 39 | 0.09*N+1 | (N-2)*0.03 | (N-2)*0.03 |
| H050 | 525 | 111 | 2.4*N+9 | 466 | 50 | 0.2*N+2.4 | (N-2)*0.05 | (N-2)*0.05 |
| H060 | 527 | 120 | 2.3*N+9 | 479 | 72 | 0.19*N+2.4 | (N-2)*0.11 | (N-2)*0.06 |
| H095A | 616 | 191 | 2.45*N+11 | 519 | 92 | 0.36*N+7.8 | (N-2)*0.1 | (N-2)*0.095 |
| H095B | 616 | 191 | 2.8*N+11 | 519 | 92 | 0.44*N+7.8 | (N-2)*0.12 | (N-2)*0.095 |
| H095C | 616 | 191 | 2.8*N+11 | 519 | 92 | 0.44*N+7.8 | (N-2)*0.12 | (N-2)*0.095 |
| H100 | 490 | 250 | 2.8*N+11 | 391 | 157 | 0.35*N+6.5 | (N-2)*0.08 | (N-2)*0.1 |
| H110 | 528 | 246 | 2.4*N+12 | 456 | 174 | 0.52*N+6.5 | (N-2)*0.19 | (N-2)*0.11 |
| H190 | 698 | 307 | 2.65*N+13 | 567 | 179 | 0.51*N+10 | (N-2)*0.21 | (N-2)*0.19 |
| H210 | 739 | 322 | 2.55*N+13 | 599 | 211 | 0.82*N+13 | (N-2)*0.2 | (N-2)*0.21 |
| H220 | 734 | 319 | 2.65*N+13 | 622 | 205 | 0.7*N+13 | (N-2)*0.22 | (N-2)*0.22 |
| H300 | 1006 | 366 | 2.8*N+16 | 872 | 228 | 1.26*N+57 | (N-2)*0.35 | (N-2)*0.3 |
