Ensuring Optimal,
Performance from
Start to Finish

At Matrix Air and Hydronic Balancing Co., we adhere to a rigorous, systematic approach to Total System Balancing that ensures all HVAC systems, including smoke control, T24 MECH Forms, and hydronic systems, perform at their peak from the design phase through to post-acceptance. This meticulous process is designed to meet well-defined tolerances and verification standards, providing our clients with the confidence to accept the final performance report.

Our primary goal is to guarantee that every component of your HVAC system operates optimally through every phase of your building’s lifecycle. We establish precise tolerances and verification processes that allow end-users and facility managers to confidently validate and accept the performance of their systems as per the final comprehensive report.

Our Total System Balancing standard encompasses all components within HVAC systems. This includes control systems, various airflow systems (constant and variable volume), fan systems, energy recovery units, chillers, boilers, steam systems, and specialized tests such as capacity and sound testing. Our services cater to a wide range of facilities from kitchens to hospitals, arenas, and laboratories, ensuring that every environment can achieve optimal air quality and system efficiency.

Total System Balancing by Matrix involves a full-spectrum adjustment of the HVAC and related control systems to align with design intentions and operational peak performance. Initiated by the Associated Air Balance Council, our approach integrates design document reviews, construction observations, and systematic testing of all systems. From the design phase, through construction, to post-occupancy, we ensure that every system is calibrated to function as intended.

DESIGN PHASE

During the design phase, our Total System Balancing engineers work closely with the project’s design team, providing valuable insights to enhance system performance. We develop specifications for contractor coordination, establish testing timelines, identify special testing requirements, and prepare for operational training. A key task in this phase is to review the balance ability of the systems to ensure they are fully prepared for accurate testing.

CONSTRUCTION PHASE

Our involvement continues through the construction phase, where we engage in factory tests and mock-up assessments as per the design specifications. We are responsible for compiling a detailed TSB plan and report, detailing all HVAC testing procedures and coordinating with all contractors involved. This phase is crucial for identifying and rectifying any discrepancies in the system installations, ensuring alignment with the design specifications.

TOTAL SYSTEM BALANCING PHASE

Once the contractor has confirmed that all systems are operational, the Total System Balancing phase begins. Our team conducts thorough testing and balancing of every component, documenting the results meticulously and addressing any deficiencies. This phase includes comprehensive control testing to verify that each sensor and control device functions correctly and is properly calibrated.

REPORTING PHASE

The final TAB report is an extensive document that records the performance of the HVAC systems, noting any operational issues and deviations from the set standards. This report is an essential reference for the owner and operational staff, providing detailed insights into the actual conditions and performance of the systems. It includes all on-site measurements and findings, systematically organized by system, ensuring clarity and easy access to important project information.

MATRIX AIR & HYDRONIC BALANCING

Precision, Expertise, Trust

Our process is designed not just to meet but to exceed industry standards, ensuring that each project achieves the highest levels of efficiency and reliability. Let us help you ensure that your systems are balanced and optimized for maximum performance. Contact us today to learn more about how our Total System Balancing can benefit your project.