getwellengineering.com

Service Overview

Get Well Engineering specializes in advanced Central AC and Variable Refrigerant Flow (VRF) systems – the ultimate climate control solution for modern buildings.

What is VRF Technology? An intelligent HVAC system using refrigerant for precise temperature control, allowing multiple indoor units to operate independently from a single outdoor unit.

Key Benefits :

  • Simultaneous Heating & Cooling – Different zones operate independently
  • Energy Efficient – Up to 55% savings vs traditional systems
  • Precise Control – Temperature accuracy within ±1°F
  • Flexible Design – Connect up to 48 indoor units
  • Heat Recovery – Captures waste heat for other zones
  • Quiet Operation – Minimal noise disturbance
  • Space Saving – No bulky ductwork required

Where it Used

Hospitals, Labs, Cleanrooms
Offices, Retail, Malls
Manufacturing Plants, Paint Booths
Hotels, Commercial Kitchens
Warehouses, Cold Rooms
Pharma, Food Processing

Technical Option & Specifications

  • Standards: Designed per ISHRAE/ASHRAE 15 & 62.1 guidelines for refrigerant safety, ventilation rates, and EN 378 for leak detection systems
  • System Types: 2-pipe heat pump (cooling or heating), 3-pipe heat recovery (simultaneous cooling/heating), modular VRF up to 180HP, water-cooled VRF for high-rise applications
  • Capacity Range: Indoor units 0.5–16 TR (1.7–56 kW); outdoor units 4–68 TR (14–240 kW); combination ratio 50–130% with diversity factor
  • Refrigerant Piping: Copper Type L/K, sizes 6.35–54 mm OD; maximum length 1000m total, 175m actual; height difference 90m (outdoor above), 40m (outdoor below)
  • Operating Limits: Cooling mode -5°C to 52°C ambient; heating mode -25°C to 21°C; indoor setpoint 16–30°C with ±0.5°C accuracy
  • Control Systems: BACnet/Modbus integration, centralized controllers managing 256 units, individual/zone/schedule control via app
  • Energy Efficiency: EER 3.8–4.5, COP 4.2–7.0 in heat recovery; part-load IPLV up to 8.5

Our Process

How We Work Step-by-Step

Quality, Safety & Compliance

  • Workmanship QC: Brazed joint integrity, nitrogen purging during brazing, flare torque specs, insulation continuity, refrigerant pipe slope verified
  • Material Traceability: Copper Type L/K certification, R-410A batch records, unit serial logging, insulation specs verified against BOQ
  •  Safety Protocols: EPA 608 certification, refrigerant handling PPE, oxygen monitors, recovery equipment, vacuum pump checks, leak detector calibration
  • Refrigerant Safety: ASHRAE 15/34 RCL limits, room volume calculations, ventilation requirements, piping height 7.25ft minimum
  • Testing & Verification: Pressure test 550 PSI nitrogen, vacuum to 500 microns, charge weight verification, subcooling/superheat checks

Case Studies/Projects

Ford - Jaipur

  • Scope: 320 HP VRF system with 68 ducted/cassette units; BMS integration; 24/7 operation for production floor and offices

  • Challenge: Extreme heat (45°C summer), dust ingress, varying loads between production/office areas, strict temperature

  • Solution: 3-pipe heat recovery VRF with enhanced filtration, zone-specific controls for production/office/QC lab; dust-proof outdoor units with special coating

  • Duration: 9 weeks (phased installation during production)

  • Results: 52% energy reduction vs previous DX systems; precise ±0.5°C control in QC lab; production efficiency up 8% due to improved comfort; ROI achieved in 2.8 years

Matrix - Sikar

  • Scope: 200 HP VRF for 8-story office complex; 54 wall-mounted/cassette units; smartphone app control for tenants
  • Challenge: Multi-tenant billing requirements, desert climate conditions, limited power availability, aesthetic integration
  • Solution: Individual metering per floor, sand-resistant outdoor units on terrace, power optimization through diversity factor, concealed piping design
  • Duration: 10 weeks (floor-by-floor execution)
  • Results: Individual tenant billing implemented; 48% lower energy vs conventional chillers; peak demand reduced by 65 kW; tenant satisfaction score 9.2/10

FAQs

VRF (Variable Refrigerant Flow) is an advanced HVAC technology that uses refrigerant as the cooling and heating medium. It connects one outdoor unit to multiple indoor units, allowing each zone to be controlled independently for customized comfort

VRF systems can offer energy savings of up to 55% compared to conventional fixed-capacity HVAC systems. The exact savings depend on your usage patterns and building design

Yes, heat recovery VRF systems can provide simultaneous heating and cooling to different zones. This means one room can be cooled while another is heated, using the same system

A single VRF outdoor unit can typically connect up to 48 indoor units, depending on the system capacity and manufacturer specifications

Yes, while originally designed for commercial spaces, modern VRF systems are perfectly suited for residential applications including apartments, villas, and multi-family housing

VRF indoor units operate at very low noise levels, typically between 19-45 dB(A), making them ideal for bedrooms, offices, and quiet environments

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