Compact Plate Heat Exchanger

Compact Plate Heat Exchanger

• Product Type: Compact Gasketed Plate Heat Exchanger
• Design: Space-conscious plate and frame construction
• Frame Materials: Carbon steel or stainless steel
• Plate Materials: AISI 316, titanium, nickel and SMO254 options
• Working Pressure: Up to 21 bar, subject to model and design verification
• Connections: Threaded, lined or flanged configurations
• Maintenance: Accessible plate pack for cleaning, inspection and replacement
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Description
Compact gasketed plate heat exchanger product

Compact plate heat exchanger product reference.

Compact Industrial Equipment

Compact Plate Heat Exchanger for Limited Installation Space

A compact gasketed plate heat exchanger concentrates heat-transfer surface within a relatively small equipment footprint. Corrugated plates form heat-transfer channels inside a removable frame assembly.

This equipment type can be considered for space-conscious heating, cooling and heat recovery where both the operating duty and future maintenance requirements can be accommodated.

Final height, width, connection orientation and servicing clearance must be checked for the selected model.

Key Design Considerations

Equipment Footprint

Exchanger dimensions are evaluated together with piping access, mounting and available service space.

Thermal Duty

Plate count and configuration are calculated using fluid properties, temperatures and process flow rates.

Removable Plate Pack

The gasketed design allows approved opening for inspection, cleaning and compatible parts replacement.

Operating Compatibility

Plate and gasket materials must meet process chemistry, pressure, temperature and cleaning requirements.

Historical Compact PHE Specifications

The original WTSML product listing records the following reference options. They require confirmation for a specific selected model.

Product Type Compact Gasketed Plate Heat Exchanger
Frame Materials Carbon steel; stainless steel
Plate Materials AISI 316; titanium; nickel; SMO254
Maximum Working Pressure 21 bar, historical reference
Connection Options Threaded; lined; flanged
Actual Dimensions Confirmed after thermal and mechanical selection
Engineering note: A compact footprint does not establish the equipment's thermal capacity or design rating. Confirm frame dimensions, gasket service limits and approved model data before ordering.
WTSML factory area with plate heat exchanger equipment

WTSML factory equipment reference.

Manufacturing & Service Planning

Factory Reference and Installation Review

The supplied WTSML factory image provides context for industrial heat exchanger equipment. For a compact installation, the supplier should confirm overall frame size, nozzle positions and service access along with thermal performance.

Correct installation planning helps ensure that the unit can be reached safely for future maintenance and component handling.

Industrial Applications

Suitable compact plate heat exchangers may be used in HVAC water systems, industrial equipment cooling, liquid heating and utility heat recovery. Application suitability depends on the selected materials, duty and pressure-drop requirements.

Need a Compact Plate Heat Exchanger?

Send the available installation envelope, connection details, hot- and cold-side operating data and allowable pressure drop for preliminary configuration review.

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Maintenance and Future Spare Parts

Allow adequate clearance for plate-pack opening. Record the exact model and original plate configuration for future maintenance. Replacement gaskets should be matched by plate groove, retention system and service medium rather than by visual similarity alone.

Frequently Asked Questions

1. Why choose a compact gasketed PHE?

Its plate-based heat-transfer surface may allow a relatively small equipment footprint while retaining gasketed service access.

2. Can compact heat exchangers be cleaned?

Cleaning depends on the equipment design and fouling. Gasketed models may be opened under the approved maintenance procedure.

3. How is the installation size confirmed?

Check overall frame dimensions, connection orientation, piping access and plate removal clearance for the selected model.

4. Is 21 bar available on every compact model?

No. This is a historical reference figure; final working pressure must be confirmed from the actual design.

5. What data is needed for selection?

Fluid composition, temperatures, flow rates, pressure-drop limits, mechanical requirements and installation space.

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