Ductless Mini-Split Installation in Des Moines, IA

Equipment Selection & Design Proposal

Once we understand your space, we present options. Mini-splits come in single-zone and multi-zone configurations, various capacity tiers, and different efficiency ratings. A high-efficiency inverter-driven compressor runs quieter and uses less energy but costs more upfront. A standard unit is less efficient but more affordable. We'll model energy costs for each option so you can make an informed choice.

We'll also discuss features: smart thermostat integration, whisper-quiet operation, heating capability (if applicable), and aesthetic options. Some units are compact and minimal; others have more substantial wall presence. We'll recommend what balances your comfort needs, energy goals, and budget. You'll receive a detailed written proposal with equipment specs, installation timeline, electrical requirements, and financing options.

What You'll Receive

Preparation & Location Marking

Before installation day, we prepare your space. We'll mark the precise locations where the indoor unit will mount (we confirm with you first), identify where refrigerant lines will route (within walls if possible, in attractive conduit if not), and plan the condensate drain line (usually to a nearby floor drain or exterior downspout). We also schedule any electrical work that's needed—panel upgrades, dedicated circuits, or rough wiring.

Preparation also includes protecting your home during installation. We'll lay drop cloths, secure furniture away from work areas, and minimize dust. We'll also confirm utility access—gas, water, or electrical obstacles that might affect routing—and address those ahead of time.

Preparation Checklist

Professional Installation & Line Routing

Installation day is where precision matters. Our technicians mount the indoor unit securely—level, properly supported, and at a height you're happy with. We drill a small hole (typically 3–4 inches) through the wall to run the refrigerant lines, electrical wiring, and condensate drain to the outdoor unit. The hole is sealed with a special collar that accommodates all lines while maintaining the wall's air-tightness.

We run the refrigerant lines carefully, insulating them to prevent heat loss (or gain) and supporting them so they don't sag or kink. Line length matters—incorrect length affects charging and efficiency. We position the outdoor unit on a level pad or mounting bracket, ensuring proper clearance from walls, vents, and air intake obstruction. Electrical connections are made to code, grounded properly, and documented for safety.

Once everything is connected, we pressure-test the refrigerant circuit with nitrogen to verify no leaks, evacuate any moisture from the system, and charge with the correct refrigerant type and quantity. For homeowners who want lines hidden in walls rather than conduit, we can coordinate with electricians to run lines through existing wall cavities—a cleaner, more integrated look.

Installation Details

Testing, Startup & Your Operation Training

Once installed, we run the system through a complete cooling and heating cycle (if applicable). We verify that the indoor unit responds to thermostat commands, that airflow is strong and well-distributed, and that temperatures are moving in the right direction. We measure refrigerant pressures to confirm proper charge. We test the condensate pump (if present) to verify it's draining properly.

We then walk you through operation: how to use the remote control, how to set temperatures, what fan speeds mean, how to interpret the display, and how to recognize warning codes if anything goes wrong. We explain maintenance—filter cleaning every 2–4 weeks during use, outdoor coil inspection annually, and what to watch for. You'll get the equipment manual, warranty documentation, and our contact information for questions.

Before We Leave