Effortless comfort
A properly installed and balanced HVAC system does more than regulate temperature. It manages indoor humidity, which directly affects your home’s structural materials. Too much humidity can cause wood to swell, warp, or split — especially in hardwood floors, trim, and cabinetry. Too little moisture in the air, on the other hand, can lead to cracking in drywall, separation in flooring, and even an increase in static electricity, which can damage electronics and create uncomfortable living conditions.
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System installationResidential HVAC Replacement/Installation. 1. In-Home Evaluation
- A technician visits the home to assess the current system, measure the space, and determine heating/cooling loads.
- Ductwork is inspected for leaks, proper sizing, and condition.
2. System Selection
- Based on the home’s size, insulation, climate, and the homeowner’s preferences, the right system is recommended (e.g., central air, heat pump, furnace + AC combo).
- Energy efficiency, noise level, and smart features are often considered.
3. Removal of Old Equipment
- The existing unit is safely disconnected and removed.
- Refrigerant is recovered properly (EPA required).
4. Installation of New System
- New indoor and outdoor units are installed (air handler/furnace and condenser).
- Refrigerant lines, drain lines, wiring, and thermostat are upgraded or replaced as needed.
- Ductwork modifications are made if required.
5. Startup & Testing
- The system is charged with refrigerant, powered on, and tested for airflow, temperature, and pressure.
- Thermostat is programmed, and the homeowner is shown how to use the new system.
6. Final Inspection & Cleanup
- Everything is double-checked, and the area is left clean.
- Permits may be required depending on local code.
Commercial HVAC Replacement/Installation
1. Site Survey & Load Calculations
- Engineers or HVAC project managers inspect the building, analyze blueprints, and calculate loads for different zones or floors.
- Building usage, occupancy, and ventilation needs are all factored in.
2. System Design & Equipment Selection
- More complex systems are involved: rooftop units (RTUs), split systems, VRF/VRV systems, or chillers.
- Controls and automation (BMS/BAS) are considered for energy management.
3. Permitting & Coordination
- Permits and approvals are secured.
- Coordination with building owners, tenants, or other contractors is scheduled to minimize downtime.
4. Equipment Removal & Staging
- Old units are removed (sometimes using cranes for rooftop units).
- New equipment is staged, including ductwork, piping, control panels, and electrical upgrades.
5. Installation
- New units are installed with proper clearances and connections.
- Ductwork, gas lines, refrigerant lines, and power supplies are connected.
- Zoning and control systems are wired and programmed.
6. System Commissioning
- Systems are tested under load.
- Air balance reports, efficiency testing, and compliance with building codes are performed.
- Final walk-through with building management or owners.
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Emergency repairsWhen HVAC issues arise unexpectedly, BROSSH.V.A.C. LLC is here to help with speedy emergency repairs. Our skilled technicians are available around the clock, ready to tackle any heating or cooling crisis that disrupts your comfort. We quickly diagnose the problem and provide effective solutions, restoring your system to optimal working condition. Our commitment to customer satisfaction means we prioritize your needs and work efficiently to minimize downtime. Rely on us for fast, reliable service that gets your environment back to normal when you need it most.
