Published applications
- Испаритель
- Чиллер
- Тепловой насос
- Экономист
Existing OEM model reference
Use the published dimensions and construction below to identify a possible HEXNOVAS replacement. Thermal duty, connection type, design pressure, brazing material and refrigerant distribution must be confirmed before selection.
Published technical reference
Model-specific engineering review
The SWEP V120T reference has a 243 × 525 mm outline and 174 × 456 mm port centres. The catalogue describes copper-brazed stainless-steel plates with evaporator distribution.
The nearest HEXNOVAS candidate, BL120, shares the published port-centre distances but differs in overall dimensions. The dimensional comparison does not verify an evaporator distributor or matching thermal performance.
Port-centre measurements do not specify connection diameter, thread or flange standard. Confirm the complete installed configuration.
Evaporator, chiller, heat-pump and economizer contexts are listed. The model entry does not provide a full operating envelope or justify carrying an original unit rating over to a candidate.
Brazed plate construction and family overviewThe on-page drawing is a generated, not-to-scale identification schematic. Its dimensions come from the reference catalogue; its depicted plate/port geometry is not a certified manufacturing drawing.
SWEP V120T evaporator product sheet. Source revision/date is not recorded with this catalogue entry.
Request the reviewed model drawing and configuration-specific rating before manufacture or replacement.
Provide the full V120T configuration, original pressure/temperature limits, connection drawing and refrigerant-side duty. State the required distributor and operating range along with allowable pressure drop.
Cascade heat-exchanger operating conditionsНазвания сторонних брендов и моделей используются только для идентификации существующего оборудования и его габаритных данных. HEXNOVAS — независимый поставщик, не связанный с этими производителями и не получивший их одобрения. Dimensional similarity does not establish thermal, mechanical or connection equivalence.