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2026 Fall AABC TAB Technology Showcase
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Home
About
Why Specify AABC
Board of Directors
Hall of Fame
Outstanding Service Award
AABC Timeline
Quality Assurance
News & Updates
Join AABC
AABC Member Benefits
Certification
Member Locator
US Members
Canadian Members
International Members
ACG Members
Recruitment
Job Posting
Publications
National Standards for Total System Balance
Technician Training Manual
Kahoe Test & Balance
Equation Quick Guide
AABC Annual Meeting
Registration
Program
Activities
Professional Development
2026 Fall AABC TAB Technology Showcase
TAB Talk Webinars
TAB Journal
TAB Lunch & Learn
Endorsed Training
Connect with AABC
Industry Partners
Industry Partner Benefits
Advertise in TAB Journal
Webinar Sponsorship
Annual Sponsorship Opportunities
Member Portal
Home
About
Why Specify AABC
Board of Directors
Hall of Fame
Outstanding Service Award
AABC Timeline
Quality Assurance
News & Updates
Join AABC
AABC Member Benefits
Certification
Member Locator
US Members
Canadian Members
International Members
ACG Members
Recruitment
Job Posting
Publications
National Standards for Total System Balance
Technician Training Manual
Kahoe Test & Balance
Equation Quick Guide
AABC Annual Meeting
Registration
Program
Activities
Professional Development
2026 Fall AABC TAB Technology Showcase
TAB Talk Webinars
TAB Journal
TAB Lunch & Learn
Endorsed Training
Connect with AABC
Industry Partners
Industry Partner Benefits
Advertise in TAB Journal
Webinar Sponsorship
Annual Sponsorship Opportunities
Member Portal
AABC TAB Talk Aug. 2024 Quiz: Different Types of Hydronic Balancing and their Impact on Controllability
Step
1
of
11
9%
Name
(Required)
First
Last
Email
(Required)
How did you find this webinar?
(Required)
Search Engine or Internet Ad
Social Media (LinkedIn)
Email Marketing
Other
What is NOT one of the two main objectives of HVAC system?
(Required)
Ensure design conditions for comfort/processes
Optimize the pump
Deliver design condition with minimum energy consumption
What % of building energy is used in HVAC?
(Required)
20%
30%
50%
90%
Low Delta T issue caused by unbalanced system.... the COP of the chiller.
(Required)
Improves
Lowers
Does not affect
Which type of system has interactivity issue?
(Required)
Static/Manual balancing
Dynamic/Automatic balancing
Both
Neither
Which balancing solution keeps constant flow as the pressure change in a given range?
(Required)
Automatic Balancing
Manual Balancing
Both
Neither
Increasing the design flow rate to 200% of design only increases the heat transfer by x%.
(Required)
6%
45%
70%
150%
What solution gets rid of system interactivity over the entire range of the control valve?
(Required)
Manual Balancing
Automatic Balancing
No Balancing
PICVs
Which of the following is NOT required to determine the heat transfer through a coil, using water as your fluid?
(Required)
Flow rate
Delta T across the coil
Balancing valve solution
When overflowing a coil, the delta T of the fluid across the coil _______.
(Required)
Increases
Decreases
Stays the same
Which balancing solution can potentially 'fight' the control valve?
(Required)
Manual Balancing
Automatic Balancing
Both
Neither
Δ
