Published applications
- Bomba de calor
- Refrigeración
- Muro doble
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
KAORI D206 is recorded as copper-brazed double-wall construction, with a 246 × 528 mm envelope, 174 × 456 mm port centres and a published maximum pressure of 45 bar.
HEXNOVAS BL120 matches the listed dimensions but its candidate entry does not document double-wall construction. A matching envelope is therefore not evidence of an equivalent separation arrangement.
Port-centre measurements do not specify connection diameter, thread or flange standard. Confirm the complete installed configuration.
The reference context includes heat pumps, refrigeration and double-wall requirements. Do not transfer a double-wall requirement or the original equipment approval to a candidate on dimensional evidence alone.
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.
KAORI D206 manufacturer product reference. Source revision/date is not recorded with this catalogue entry.
Request the reviewed model drawing and configuration-specific rating before manufacture or replacement.
Send the D206 nameplate, double-wall requirement and relevant equipment documents, connection details and both fluid duties. Identify the required construction and design limits before any replacement is proposed.
Construction and material compatibility reviewLas marcas y los modelos de terceros se citan únicamente para identificar equipos existentes y referencias dimensionales. HEXNOVAS es un proveedor independiente y no está afiliado ni cuenta con el respaldo de esos fabricantes. Dimensional similarity does not establish thermal, mechanical or connection equivalence.