Samsung VRF

Outdoor Unit Samsung VRF AC Features:

• 90 cc Triple Profile Scroll Compressor: Power and efficiency have been improved.
• Active AI Pressure Control: Learns refrigerant pressure according to the use of a building.
• Flash Injection Technology: Grants heating even in extreme cold (up to -25°C).
• Multi-Serration Fan: Keeps noise emissions low and energy usage at a premium.
• Dual Heat Sink: Aids in performance in high temperatures (up to 53°C).
• Durafin™ Ultra Coating: Provides corrosion and rust protection.
• Solid Construction: Heavy-duty frame; kammtail motor bracket; and earthquake-proof legs.

Applications Of Samsung DVM S2 VRF System:

• Commercial Buildings, Hospitals & Healthcare
• Educational Institutions- Comfort in classrooms distributed on many floors.
• Hotels & Resorts- Climate zoning of a luxurious standard for individual rooms.
• Industrial Facilities- Durable performance in a tough, large environment.
• Residential Villas- Smart zoning. Low noise levels.

Benefits Of VRF system Samsung:

• Energy Saving: Saves up to 15% in energy consumption with an intelligent pressure control system.
• Comfort Control: Rapid cooling/heating capacity for more zones.
• Silencing Operation: As quiet as conversing.
• Durability: It has the best Corrosion, earthquake, and severe weather resistance.
• Space Saving: It has a slim design, making it a building fit for tight spaces.

Samsung VRF Outdoor Units (DVM S2): Technical Specifications

• Compressor: 90cc chamber with triple profile scroll.
• Operation Temperature Range (Cooling): Up to 53 °C
• Operation Temperature Range (Heating): -25 °C in heating.
• Cooling Capacity (HP): From 8 HP - 34 HP.
• In A, Refrigerant: R410A.
• (Quiet mode) Noise Level: Less than 50 db.
• Heat Exchanger: Bigger by 36.2% in surface area.
• AI Technology: Active AI Pressure & Defrost Control.
• Fan Type: Multi-serration fan inspired by owl wing design.
• Corrosion Resistance: Durafin™ Ultra, GI steel casing.
• External Static Pressure: Up to 110Pa.
• Height Difference Support: Height elevation piping of up to 110m.
• Durafin™ Ultra anti-corrosion coating
• Owl-wing-tip design for silent airflow

Material & Finish:

• Galvanized iron steel plate (GI)
• 100μm PE powder coating
• Max Height Difference (ODU–IDU): 110 m
• Max Piping: 220 m
• 3-phase
• 380–415V
• 50Hz
• Built-in Diagnostic: On-device inverter check™

Peak Demand Power Control

• Dual Heat Sink is provided: Aluminum + refrigerant pipe combination
• Raising max temp operation from 48°C to 53°C
• Strength of the structure is very high. This is made possible by leveraging Kammtail motor bracket that gives 210% higher stiffness
• Robust frame with earthquake-resistant leg design

Models Of VRF System Samsung:

Model: AM080AXVANH/TL (8 HP / 22.4 kW)

• Cooling Capacity: 22.4 kW
• Heating Capacity: ~25.2 kW
• Compressor: Triple Profile Scroll, 90cc
• Fan: Multi-serration axial fan
• Power Supply will be: 380–415V / 3Ph / 50Hz
• Max Input Power: Approx. 6.5 kW
• Sound Level: ≤ 55 dB(A)
• Max ESP: 50–60 Pa
• Dimensions (W×H×D) are: ~940 × 1630 × 460 mm
• Net Weight: Approx. 120–130 (kg)
• In A, Refrigerant: R-410A
• Operation Cooling Range: -5°C to +53°C
• Operation Heating Range: -25°C
• Max Connected Indoor Units: Up to 13
• Max Piping Length: 220 m

Model: AM100AXVANH/TL (10 HP / 28.0 kW)

• Cooling Capacity: 28.0 kW
• Heating Capacity: ~31.5 kW
• Type of Compressor: Scroll, Flash Injection Ready
• Power Consumption: Approx. 7.2–7.8 kW
• ESP: Up to 60 Pa
• Dimensions are: ~940 × 1630 × 460 mm (940 Width x 1630 Height x 460 Depth)
• Weight: Approx. 135 kg
• Max Elevation Difference: 110 m
• With AI Defrost Control

Model: AM120AXVANH/TL (12 HP / 33.6 kW)

• Cooling Capacity kW: 6 kW
• Heating Capacity kW: 37.8 kW
• Compressor: High-torque dual-rotor-scroll compressor
• Max Indoor Unit: ~18
• Power Input: Approx. 8.9 kW
• Dimensions are: 940 × 1630 × 460 mm
• The fan motor is BLDC inverter motor
• ESP: Up to 70 Pa
• Weight: Approx. 150 kg

Model: AM140AXVANH/TL (14 HP / 40.0 kW)

• Cooling Capacity: 40.0 kW
• Heating Capacity kW: ~45.0 kW
• Power Supply is in: 3-phase 50 Hz
• Rated Current: ~16–18 A
• Sound Pressure: ≤ 55 dB(A)
• Integrated Heat Sink for better reliability
• Same modular chassis as lower units

Model: AM160AXVANH/TL (16 HP / 45 kW)

• Cooling Capacity: 45 kW
• Heating Capacity: ~50.4 kW
• Dimensions: ~940 × 1630 × 460 mm
• Max Piping Length: 220 m
• Compressor Efficiency: High-speed inverter
• AI Learning Algorithms: Pressure + defrost control
• Max IDUs Connectable: 22–24

Model: AM180AXVANH/TL (18 HP / 50.4 kW)

• Cooling Capacity: 50.4 kW
• Heating Capacity: ~56.7 kW
• Dual Heat Sink: Refrigerant + air cooled
• Fan Type: Owl-inspired serrated blade
• ESP Support: Up to 80 Pa
• Diagnostics: Built-in inverter health monitor
• Weight: Approx. 170–180 kg

Model: AM200AXVANH/TL (20 HP / 56.0 kW)

• Modular Capacity: Two-unit integrated chassis
• Dimensions are: 940 × 1630 × 460 mm
• Total Cooling Capacity is in: 56.0 kW
• Heating Capacity: ~63.0 kW
• Total Current: ~30–32 A
• Max Indoor Connection: 34–36 units
• Enhanced scroll efficiency, reduced vibration
• High ambient cooling up to 53°C

Model: AM220AXVANH/TL (22 HP / 61.6 kW)

• Cooling Capacity: 61.6 kW
• Heating Capacity: ~69.3 kW
• Number of Compressors: Two
• Scroll with Flash Injection
• Noise Level is in: ≤ 56 dB(A)
• Cabinet: Powder Coated GI Steel
• Piping: 110m Vertical / 220m Horizontal

Model: AM240AXVANH/TL (24 HP / 67.2 kW)

• Cooling Capacity: 67.2 kW
• Heating Capacity: ~75.6 kW
• Compressor: Triple Scroll, Parallel Configuration
• Modules: Dual-unit outdoor set
• Total Weight: 300–350 kg
• ESP: Up to 100 Pa
• Refrigerant Pre-charge: Factory charged R-410A
• Intelligent peak demand and AI control

Model: AM260AXVANH/TL (26 HP / 72.8 kW)

• Total Capacity: 72.8 kW
• Advanced multiple compressors cycling logic
• Flash gas bypass loop is integrated
• Installation Flexibility: Modular with other units
• Mounting: Rooftop, platform, or ground level
• Fan Quantity: Two axial fans with inverter control

Model: AM280AXVANH/TL (28 HP / 78.6 kW)

• Cooling Capacity: 78.6 kW
• Heating Capacity: ~78.4 kW
• Compressor Protection is: Overload and phase monitoring
• Noise Level is: 55 to 58 dB(A)
• Load Matching: Inverter frequency tuning
• Installation Trade Area: Large-scale facilities, malls, and hotels

Model: AM300AXVANH/TL (30 Hp / 84.0 kW)

• Maximum load per single-unit capacity
• Multi-scroll redundancy for fail-safe operation
• Ideal for HVAC in areas of utmost importance
• Suitable for hospitals and industrial campuses
• Adaptive controls for multi-zone operation
• Maximum piping lengths and elevation capabilities

Model: AM320AXVANH/TL (32 Hp / 89.6 kW)

• EER (nominal cooling) 3.25
• COP (nominal heating) 4.5
• External static pressure [Pa] 80
• Net dimensions (WXHXD) [cm] 186 x 169.5 x 76.5
• Liquid pipe, [Φ, mm] 19.05
• Gas pipe [Φ, mm] 34.92

Model: AM340AXVANH/TL (34 Hp / 95.2 kW)

• EER (nominal cooling) 3.00
• COP (nominal heating) 4.4
• External static pressure [Pa] 80
• Net dimensions (WXHXD) [cm] 186 x 169.5 x 76.5
• Liquid pipe, [Φ, mm] 19.05
• Gas pipe [Φ, mm] 34.92

Samsung DVM S2 Hot and Cold Outdoor Units:

Samsung DVM S2 Cooling Only Outdoor Units:

Samsung DVM Eco Outdoor Units Hot and Cold:

Samsung DVM Eco Outdoor Units Cooling Only:

What Makes a Samsung DVM S2 Make a Good Decision?

• All-Weather Performance: It is best in all weathers, Operational in extreme cold or heat.
• Quiet (Noise Free): Perfect for workplaces, homes, and schools.
• AI Learning: Smarter performance with time.
• Low Maintenance: Easy-to-access conditions and smart inverter diagnostics.
• Peak Demand Control: Electrically restricts power usage during peak-load hours.
• Earthquake-Tested: Tested strength from the vibrations of earthquakes.
• R-Mark Certified: Highly Reliable, Certified by Korean Reliability Society

How to Install the Samsung VRF System (DVM S2)

Installation Process:

• Site Survey: The experts visit your site and finalize the placement of units and layout of piping.
• Design & Load Calculation: Calculation done for the air conditioning requirement for each zone.

Outdoor Unit Installation:

• Place this on the top of a concrete slab or metal platform.
• Make sure you ensure proper ventilation and drainage.
• Do the connection between the refrigerant and drainage pipes.

Indoor Unit Installation:

• Units can be mounted in the ceiling or on walls, depending on the model.
• Connect refrigerant piping and electrical wiring.
• Ensure that drainage piping is properly sloped and that there is enough clearance for airflow.
• Charging of Refrigerant: Amounts of refrigerant are charged exactly according to the length of the piping.

Testing & Commissioning:

• AI diagnostics tests pressures, temperatures, and refrigerant levels.
• The control system is programmed for zones.
• Final Handover: Demonstration of performance and training for users.