Nickel Brazed Plate Heat Exchanger Alfa Laval CB200 40l 64m 80l 80m 100h 100m

Alfa Laval CB200 Brazed PHE Replacemnet	Alfa Laval Brazed Plate Heat Exchanger
Keyword	Alfa Laval Brazed Plate Heat Exchanger BPHE
Plate Number	10 – 230
Thickness A (mm)	11 + (2.7 × n) mm
Dimension LWH (mm)	324 × 742 × A mm
Center Distance (mm)	205 mm / 624 mm
Weight (kg)	12 + (0.6 × n) kg
Volume (L) Q1Q2 Side / Q3Q4 Side	0.51 L / 0.51 L per channel
Designed Pressure	Max 30 bar (depending on version)
Designed Temperature	-196°C ~ +225°C
Plate Materials	Stainless Steel 316L / Copper Brazing
Capacity	Up to 128 m³/h (Connection Capacity)

Alfa Laval CB200 Brazed PHE for hvac

The CB200 is a fully brazed plate heat exchanger designed for rapid, efficient thermal transfer between two fluid streams. Its gasket-free brazed construction makes it well suited to refrigeration, heating, heat recovery, and heat pump circuits — particularly in building systems where space and uptime are critical.

With no gaskets to maintain, a compact footprint, and a flexible range of plate and connection configurations, the CB200 delivers high thermal performance while keeping installation and operational costs low.

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Typical HVAC Applications

Chiller Evaporator / Condenser

The CB200 transfers heat between refrigerant and water or glycol solution, supporting efficient cooling and heat rejection within chiller circuits.

Heat Pump Systems

Used as the heat exchange component on the heat pump side, it maintains high thermal efficiency across both heating and cooling operating modes.

Primary / Secondary Circuit Isolation

The CB200 decouples the primary source loop from the building secondary circuit, simplifying water treatment and protecting downstream equipment from pressure variations.

Domestic Hot Water

Transfers heat to domestic hot water or process water circuits through indirect exchange — a common solution in hotels, hospitals, and office buildings.

Heat Recovery

Recovers useful heat from exhaust air, cooling loops, or waste heat streams for fresh-air pre-heating or supplemental space heating, reducing overall system energy consumption.

District Cooling / Heating

Works alongside air handling units and fan coil unit water systems to deliver precise zone-level temperature control in larger building or campus environments.

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Why CB200 for HVAC

Structural Reliability

The fully brazed construction eliminates gasket degradation caused by pressure and temperature cycling — a key advantage over gasketed plate heat exchangers in long-running HVAC systems. With fewer serviceable parts, maintenance burden and downtime are significantly reduced.

High Thermal Density

Large plate surface area combined with compact, optimized flow channels delivers high thermal capacity within a small physical envelope. This is particularly valuable in plant rooms where available space is limited.

Engineering Flexibility

The CB200 is available in a wide range of plate counts, channel configurations, and connection orientations. Sizing is determined by actual project parameters — flow rate, allowable pressure drop, design temperature difference, and fluid type — allowing engineers to select the most efficient configuration for each application.

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Selection Checklist

When specifying the CB200, confirm the following parameters for both fluid sides:

• Design flow rate and operating range
• Inlet and outlet temperatures, and design temperature difference (ΔT)
• Allowable pressure drop on each side
• Fluid type and concentration (water, glycol solution, or refrigerant)
• Maximum working pressure and temperature
• Installation envelope and connection orientation requirements

Direct Contact Channels:

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