SMART offers ordinary AVS chilled-water and heat-pump selections alongside multifunction AVSH equipment. AVSH has separately rated cooling, space-heating, domestic-hot-water and cooling-with-heat-recovery modes. Its hydraulic circuits and installation data differ from ordinary AVS. Compare the required operating mode rather than adding capacities from different test conditions.
Key technical specifications
Match the complete model and configuration to your design duty. Compare ratings only at the stated water and ambient conditions; then send the model reference, quantity and project requirements for review.
Scroll each table horizontally to compare all columns. Model references remain visible as you scroll.
SMART / AVS — ordinary cooling
Ordinary AVS selection; separate from multifunction AVSH.
SMART / AVS — ordinary cooling. Ordinary AVS selection; separate from multifunction AVSH.
Cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
Heating ratings apply only to the heat-pump configuration. Leaving hot water 45 °C, water-flow coefficient 0.172 m³/(h·kW); the source states outdoor wet bulb 6 °C without a dry-bulb value in this table note.
Water-side fouling factor 0.018 m²·°C/kW. Main supply 380 V / 3 phase / 50 Hz; R410A. Ratings do not establish 60 Hz suitability.
Ordinary AVS printed model patterns are selection references, not fully expanded order codes. Cooling-only and heat-pump weights are separate; heating ratings apply only to the heat-pump selection.
Control supply DC 24 V. Full-load / low-noise-mode sound values are distinct measurements in dB, not an N-suffix product configuration.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVS — ordinary heat-pump ratings
Heat-pump branch only; not applicable to cooling-only selection.
SMART / AVS — ordinary heat-pump ratings. Heat-pump branch only; not applicable to cooling-only selection.
Cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
Heating ratings apply only to the heat-pump configuration. Leaving hot water 45 °C, water-flow coefficient 0.172 m³/(h·kW); the source states outdoor wet bulb 6 °C without a dry-bulb value in this table note.
Water-side fouling factor 0.018 m²·°C/kW. Main supply 380 V / 3 phase / 50 Hz; R410A. Ratings do not establish 60 Hz suitability.
Ordinary AVS printed model patterns are selection references, not fully expanded order codes. Cooling-only and heat-pump weights are separate; heating ratings apply only to the heat-pump selection.
Control supply DC 24 V. Full-load / low-noise-mode sound values are distinct measurements in dB, not an N-suffix product configuration.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVS — ordinary module data
Cooling-only and heat-pump configurations retain separate weights.
SMART / AVS — ordinary module data. Cooling-only and heat-pump configurations retain separate weights.
Cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
Heating ratings apply only to the heat-pump configuration. Leaving hot water 45 °C, water-flow coefficient 0.172 m³/(h·kW); the source states outdoor wet bulb 6 °C without a dry-bulb value in this table note.
Water-side fouling factor 0.018 m²·°C/kW. Main supply 380 V / 3 phase / 50 Hz; R410A. Ratings do not establish 60 Hz suitability.
Ordinary AVS printed model patterns are selection references, not fully expanded order codes. Cooling-only and heat-pump weights are separate; heating ratings apply only to the heat-pump selection.
Control supply DC 24 V. Full-load / low-noise-mode sound values are distinct measurements in dB, not an N-suffix product configuration.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVSH — multifunction cooling (A)
Multifunction configuration; independent from ordinary AVS.
A — cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
B — heating and C — domestic hot water: leaving water 45 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air dry bulb / wet bulb 7 / 6 °C.
D — cooling with heat recovery: chilled-water leaving 7 °C and outdoor air 35 °C dry bulb; recovered hot-water leaving 45 °C. The printed water-flow coefficient is 0.172 m³/(h·kW) for both circuits.
The source labels its cooling ratio COP and heating / domestic-water ratios EER; labels and values are retained, not silently relabelled. Each mode has its own duties; these capacities must not be added as simultaneous output.
Main supply 380 V / 50 Hz; control DC 24 V; R410A. Water-side design pressure 1.0 MPa. Water-flow switch is customer supplied. Noise is a semi-anechoic test, not a site guarantee.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVSH — heating (B)
Space-heating mode of the multifunction configuration.
SMART / AVSH — heating (B). Space-heating mode of the multifunction configuration.
A — cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
B — heating and C — domestic hot water: leaving water 45 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air dry bulb / wet bulb 7 / 6 °C.
D — cooling with heat recovery: chilled-water leaving 7 °C and outdoor air 35 °C dry bulb; recovered hot-water leaving 45 °C. The printed water-flow coefficient is 0.172 m³/(h·kW) for both circuits.
The source labels its cooling ratio COP and heating / domestic-water ratios EER; labels and values are retained, not silently relabelled. Each mode has its own duties; these capacities must not be added as simultaneous output.
Main supply 380 V / 50 Hz; control DC 24 V; R410A. Water-side design pressure 1.0 MPa. Water-flow switch is customer supplied. Noise is a semi-anechoic test, not a site guarantee.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVSH — domestic hot water (C)
Dedicated domestic-water duty; separate from heat recovery.
SMART / AVSH — domestic hot water (C). Dedicated domestic-water duty; separate from heat recovery.
A — cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
B — heating and C — domestic hot water: leaving water 45 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air dry bulb / wet bulb 7 / 6 °C.
D — cooling with heat recovery: chilled-water leaving 7 °C and outdoor air 35 °C dry bulb; recovered hot-water leaving 45 °C. The printed water-flow coefficient is 0.172 m³/(h·kW) for both circuits.
The source labels its cooling ratio COP and heating / domestic-water ratios EER; labels and values are retained, not silently relabelled. Each mode has its own duties; these capacities must not be added as simultaneous output.
Main supply 380 V / 50 Hz; control DC 24 V; R410A. Water-side design pressure 1.0 MPa. Water-flow switch is customer supplied. Noise is a semi-anechoic test, not a site guarantee.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVSH — cooling with heat recovery (D)
Paired ratings at the source heat-recovery test condition.
SMART / AVSH — cooling with heat recovery (D). Paired ratings at the source heat-recovery test condition.
A — cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
B — heating and C — domestic hot water: leaving water 45 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air dry bulb / wet bulb 7 / 6 °C.
D — cooling with heat recovery: chilled-water leaving 7 °C and outdoor air 35 °C dry bulb; recovered hot-water leaving 45 °C. The printed water-flow coefficient is 0.172 m³/(h·kW) for both circuits.
The source labels its cooling ratio COP and heating / domestic-water ratios EER; labels and values are retained, not silently relabelled. Each mode has its own duties; these capacities must not be added as simultaneous output.
Main supply 380 V / 50 Hz; control DC 24 V; R410A. Water-side design pressure 1.0 MPa. Water-flow switch is customer supplied. Noise is a semi-anechoic test, not a site guarantee.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
SMART / AVSH — water circuits and module data
Heating / cooling and domestic-water circuits remain separate.
SMART / AVSH — water circuits and module data. Heating / cooling and domestic-water circuits remain separate.
A — cooling: leaving chilled water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C dry bulb.
B — heating and C — domestic hot water: leaving water 45 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air dry bulb / wet bulb 7 / 6 °C.
D — cooling with heat recovery: chilled-water leaving 7 °C and outdoor air 35 °C dry bulb; recovered hot-water leaving 45 °C. The printed water-flow coefficient is 0.172 m³/(h·kW) for both circuits.
The source labels its cooling ratio COP and heating / domestic-water ratios EER; labels and values are retained, not silently relabelled. Each mode has its own duties; these capacities must not be added as simultaneous output.
Main supply 380 V / 50 Hz; control DC 24 V; R410A. Water-side design pressure 1.0 MPa. Water-flow switch is customer supplied. Noise is a semi-anechoic test, not a site guarantee.
Manufacturer reference: Z0050036-251008; physical PDF page 9.
Key configuration options
Ordinary RH(C)UA065AVS and RH(C)UA130AVS remain printed selection patterns. The complete cooling-only or heat-pump order code requires confirmation.
RHUA065AVSH and RHUA130AVSH are the multifunction references. Their A / B / C / D test points and water-circuit duties are listed separately from ordinary AVS.
SMART uses the AVS / AVSH references. SMART+ uses AVE references and its own module, compressor, electrical and weight data; the tables are not interchangeable.
The low-noise operating-mode values in the SMART table are not an N-suffix model family. Confirm the control mode and acoustic requirements for the project.
Projects evaluating a manufacturer-selected multifunction unit with distinct domestic-water and heat-recovery duties.
Information for equipment selection
Ordinary AVS or multifunction AVSH selection, complete reference, quantity and required operating modes.
Separate cooling, heating and domestic-water duties, water temperatures and heat-recovery requirements.
Water-circuit arrangement, available power, space, acoustic constraints and destination country.
Application suitability requires a review of the project requirements and selected model.
Project equipment procurement
Delta M&E reviews equipment requirements, manufacturer selections and supply arrangements for each inquiry. Send your BOQ or equipment schedule to discuss the required model, documentation and destination.
Prepare your BOQ or model list, quantity, project location, design conditions and power supply. For stock inquiries, confirm the exact model, condition, export suitability and delivery requirements.
