Light Commercial Rooftop Unit (RTU) Services in Tyler, TX

A well-maintained commercial rooftop unit generally lasts between 15 and 20 years, though we have seen some units in East Texas exceed that with consistent preventive care. The key factors that determine lifespan include maintenance frequency, quality of installation, operating conditions, and the original equipment quality. Our American Standard units are built for longevity, and when paired with our maintenance program, they deliver reliable service for many years.

We recommend at minimum two maintenance visits per year - one before cooling season begins in spring and one before heating season in fall. However, businesses with high-demand environments like restaurants, medical facilities, or manufacturing spaces may benefit from quarterly maintenance. During each visit, our technicians inspect, clean, and test all critical components to ensure peak performance.

RTU sizing depends on multiple factors including your building's square footage, ceiling height, insulation levels, window area, occupancy patterns, internal heat loads from equipment and lighting, and the type of business you operate. A restaurant, for example, needs significantly more cooling capacity per square foot than an office due to kitchen heat loads. Our team performs detailed load calculations to determine the right size for your specific building.

Yes. While we are an American Standard Customer Care Dealer and recommend their products for new installations and replacements, our technicians are trained and experienced in servicing rooftop units from all major commercial HVAC manufacturers. We will diagnose and repair your existing equipment regardless of the brand.

The cost of a commercial RTU replacement varies significantly based on the unit size (tonnage), configuration (gas/electric, heat pump, cooling-only), any ductwork modifications needed, structural requirements, and electrical upgrades. Rather than guessing, we provide a detailed assessment and written estimate specific to your building and needs. We also offer financing through Synchrony Financial to help manage the investment.

An economizer is a damper system on your RTU that brings in outside air for free cooling when outdoor conditions are favorable - typically during spring and fall in East Texas. When working properly, an economizer significantly reduces your cooling costs by using outdoor air instead of running the compressor. However, economizers are one of the most commonly failed components on commercial RTUs, so regular inspection and calibration are essential.

In most cases, yes. Modern commercial rooftop units are significantly more energy-efficient than units manufactured 10 to 15 years ago. Higher IEER ratings, variable-speed technology, and improved compressor designs all contribute to lower operating costs. The exact savings depend on the age and condition of your current unit, but many business owners see a noticeable reduction in their utility bills after upgrading.

Yes. We understand that a commercial HVAC failure cannot wait for a scheduled appointment. When your rooftop unit goes down during business hours, our team prioritizes getting your system back online as quickly as possible. Call us at 903-393-1044 to request emergency commercial RTU service.

Several factors suggest replacement may be more cost-effective than continued repairs: the unit is over 15 years old, repair costs exceed 50 percent of a new unit's cost, the system uses R-22 refrigerant (which is being phased out), energy bills are climbing despite maintenance, the unit cannot maintain comfortable temperatures, or you are experiencing frequent breakdowns. Our technicians will give you an honest assessment and help you weigh the long-term costs of repair versus replacement.

In many cases, yes. American Standard and other manufacturers offer units designed to fit standard roof curb dimensions, and adapter curbs are available when exact matches are not possible. Our team evaluates your existing curb and structural conditions during the assessment phase and recommends the most cost-effective approach to minimize roof penetration work and installation time.