Representative image. Appearance may vary by configuration.
Product overview
RMVC-MH and RMVE-PH are low-ambient air-to-water heat-pump families with inverter scroll compressors. RMVC is the fan-coil application variant; RMVE is the radiator application variant. Their low-temperature heating tests use different leaving-water temperatures, so the ratings must not be combined. Separate cooling, three heating test points and installation tables retain each printed reference.
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.
RMVC — cooling performance
Fan-coil application variant; brazed-plate water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 41 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 41 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVC — heating test 1
Fan-coil application variant; brazed-plate water heat exchanger.
RMVC — heating test 1. Fan-coil application variant; brazed-plate water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 41 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 41 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVC — heating test 2
Fan-coil application variant; brazed-plate water heat exchanger.
RMVC — heating test 2. Fan-coil application variant; brazed-plate water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 41 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 41 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVC — heating test 3
Fan-coil application variant; brazed-plate water heat exchanger.
RMVC — heating test 3. Fan-coil application variant; brazed-plate water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 41 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 41 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVC — installation and water system
Fan-coil application variant; brazed-plate water heat exchanger.
RMVC — installation and water system. Fan-coil application variant; brazed-plate water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 41 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 41 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE — cooling performance
Radiator application variant; flooded shell-and-tube water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE — heating test 1
Radiator application variant; flooded shell-and-tube water heat exchanger.
RMVE — heating test 1. Radiator application variant; flooded shell-and-tube water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE — heating test 2
Radiator application variant; flooded shell-and-tube water heat exchanger.
RMVE — heating test 2. Radiator application variant; flooded shell-and-tube water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE — heating test 3
Radiator application variant; flooded shell-and-tube water heat exchanger.
RMVE — heating test 3. Radiator application variant; flooded shell-and-tube water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE — installation and water system
Radiator application variant; flooded shell-and-tube water heat exchanger.
RMVE — installation and water system. Radiator application variant; flooded shell-and-tube water heat exchanger.
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE unconfirmed — cooling performance
Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
RMVE unconfirmed — cooling performance. Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
Model reference
Cooling capacity(kW)
Cooling input(kW)
EER(kW/kW)
Cooling current(A)
RMVE130PHHFAMW
130
44.07
2.95
72
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Printed model reference RMVE130PHHFAMW is retained exactly as printed; the extra H requires manufacturer confirmation before model selection or ordering. It has not been silently changed to RMVE130PHFAMW.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE unconfirmed — heating test 1
Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
RMVE unconfirmed — heating test 1. Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
Model reference
Heating capacity(kW)
Heating input(kW)
Heating COP(kW/kW)
Heating current(A)
RMVE130PHHFAMW
160
47.76
3.35
78.03
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Printed model reference RMVE130PHHFAMW is retained exactly as printed; the extra H requires manufacturer confirmation before model selection or ordering. It has not been silently changed to RMVE130PHFAMW.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE unconfirmed — heating test 2
Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
RMVE unconfirmed — heating test 2. Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
Model reference
Heating capacity(kW)
Heating input(kW)
Heating COP(kW/kW)
Heating current(A)
RMVE130PHHFAMW
104
48.15
2.16
78.66
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Printed model reference RMVE130PHHFAMW is retained exactly as printed; the extra H requires manufacturer confirmation before model selection or ordering. It has not been silently changed to RMVE130PHFAMW.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE unconfirmed — heating test 3
Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
RMVE unconfirmed — heating test 3. Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
Model reference
Heating capacity(kW)
Heating input(kW)
Heating COP(kW/kW)
Heating current(A)
RMVE130PHHFAMW
82
44.32
1.85
72.41
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Printed model reference RMVE130PHHFAMW is retained exactly as printed; the extra H requires manufacturer confirmation before model selection or ordering. It has not been silently changed to RMVE130PHFAMW.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
RMVE unconfirmed — installation and water system
Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
RMVE unconfirmed — installation and water system. Radiator application variant; flooded shell-and-tube water heat exchanger. Printed reference — model code pending confirmation.
Model reference
Net weight(kg)
Operating weight(kg)
H × W × D (mm)
Refrigerant charge (kg × circuits)
Compressors(count)
Fans(count)
Fan input (kW × fans)
Maximum current(A)
Rated water flow(m³/h)
Water connection
Water pressure drop incl. filter(kPa)
Air-side guard
RMVE130PHHFAMW
770
788
1818×3298×816
15.5×2
2
4
0.75×4
97
17.89
DN65 grooved
40
Standard guard
Cooling: leaving water 7 °C, water-flow coefficient 0.172 m³/(h·kW), outdoor air 35 °C. Heating 1: leaving water 45 °C, air 7 / 6 °C dry bulb / wet bulb. Heating 2: leaving water 50 °C, air −12 / −13.5 °C dry bulb / wet bulb. Heating 3: leaving water 50 °C, air dry bulb −20 °C; the table does not state wet bulb for this test.
The same water-flow coefficient applies to the heating tests. R32; 380–415 V / 3N~ / 50 Hz; DC-inverter enhanced-vapour-injection scroll compressor.
NMW and AMW are distinct guard / weight selections. Water pressure drop includes the supplied Y-strainer. Module ratings are not a combined-system performance guarantee.
Printed model reference RMVE130PHHFAMW is retained exactly as printed; the extra H requires manufacturer confirmation before model selection or ordering. It has not been silently changed to RMVE130PHFAMW.
Manufacturer reference: JCH-RMVC-MH/RMVE-PH-250603 / FY26 20260318; physical PDF page 14.
Key configuration options
RMVC uses a brazed-plate water heat exchanger; RMVE uses a flooded shell-and-tube water heat exchanger in the reviewed table.
Heating test 1 uses leaving water 45 °C and outdoor air 7 / 6 °C dry bulb / wet bulb for both families.
At the low-ambient tests, RMVC leaving water is 41 °C and RMVE leaving water is 50 °C. Outdoor air is −12 / −13.5 °C dry bulb / wet bulb for test 2 and −20 °C dry bulb for test 3.
The printed RMVE130PHHFAMW code is isolated as a reference pending manufacturer confirmation. Its extra H has not been corrected or treated as a confirmed ordering code.
Applications
Commercial heating equipment selection against a specified low-ambient design point.
Fan-coil or radiator water systems matched to the appropriate manufacturer's heat-pump configuration.
Information for equipment selection
RMVC or RMVE family, confirmed complete model code, guard configuration and quantity.
Design outdoor dry-bulb / wet-bulb conditions, heating duty and entering / leaving water temperatures.
Fan-coil or radiator system requirements, water flow, power supply, location 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.
