FOCUS ON HVAC CUSTOMER SERVICE
SATISFACTION
The number one goal of an HVAC contractor
ought to be the total satisfaction of the customer.
Due to varying operating factors - SEER
Payback cannot be Accurately
Represented to Consumers
with Darrell Udelhoven
THE
HVAC CUSTOMER
SERVICE FOCUS on WHAT WILL SATISFY YOUR CUSTOMER'S NEEDS?
My
advice to those looking for the right HVAC
contractor is to take notice to what they are trying to sell you. Is it
merely
product & SEER Ratings, or is it the ultimate in overall
comfort, energy savings, investment payback & customer
optimal satisfaction?
"The customer service satisfier," - will present an overview of all
the important things to be performed, "prior to selecting equipment,"
toward reducing energy consumption, while delivering decades of optimal
efficient comfort level performance.
Depending on the specific climate, the ductwork & airflow
conditions, -
Ultra High SEER equipment may not deliver high SEER performance unless
all
those other energy conservation factors are optimized. That includes
doing
everything that provides long-term cost-effective payback to the
customer.
The contractor will always place first & foremost the customer's
interest' &
provide the information that will help each customer achieve those
objectives. Narrow tunnel vision, "mere SEER product selling" is not a
good thing for the simple reason that if
ductwork,
airflow & other problems are not resolved the Ultra High SEER can
have a higher
result in
unsatisfied customers' that could do harm to he reputation of our HVAC
industry.
The contractor's focus should always be on satisfying the customer's
comfort
& energy conservation needs, NOT focusing on selling you the
highest SEER
Rated equipment.
Many differing diverse factors enter into both the actual EER & the
SEER performance of a specific HVAC system.
For
example, SEER is based on cycling efficiencies at Part
Load Factors (PLF):
The SEER of a system is determined by multiplying the
steady state Energy Efficiency Ratio (which is the EER) measured at
conditions of 82°F outdoor
temperature, 80°F dB/ 67°F wb 50% RH Indoor Entering Air
temperature by
the “Part Load Factor” (PLF) of the system.
The PLF is a measure of the cyclic performance (CD) of a system and is
calculated as follows: CD is Cyclical Data
PLF = 1.00 - (CD X's 0.5)
"The cyclic performance (CD) value
in the above equation has been determined by the
government to be 0.25." The government contends that the Part Load
Factor (PLF) should
equal:
[1.00 - (.25 x .5)] = .125
1.00 - .125 = 0.875, which yields: PLF of 0.875
The fact that the equation is predicated on an 82°F
Outdoor Ambient Temperature (OAT) skews the
situation for a hot humid climate, where the majority of the time,
properly sized equipment would have few cycles.
If you want satisfied customers' &
longterm word of mouth referrals, - forget narrowly focusing on selling
SEER & all the bells & whistles & simply
provide the
ultimate in overall customer SERVICE SATISFACTION.
- Darrell Udelhoven
|
Please write me if you have anything
you'd like to contribute! - Darrell
|
Please feel free to link your web pages to any
of mine.
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Darrell
Udelhoven - udarrell
Empowerment
Communications
Covering
The Real Political Issues
Posted:
05/16/08; Edited: 05/29/08