TRANE
R
4. Air Filters
Appendix D provides filter size, type and
quantity. To replace throwaway filters,
install new filters with the directional
arrows pointing in direction of airflow.
To clean permanent filters wash under
a stream of water to remove dirt and
lint. Remove oil filter (aluminum or
grease filter) with a wash of mild alkali
solution. Rinse in clean, hot water and
allow to dry. Coat both sides of the filter
by immersing or spraying it with Air
Maze Filter Lote W or equivalent. Allow
to drain and dry for about 12 hours.
5. Drain Pans
Inspecting Cleaning
The condensate drain pan and drain
line must be checked to assure that
the condensate drains as designed.
This inspection should occur a
minimum of every six months or more
often as dictated by operating
experience.
For units with sloped drain pans: If
evidence of standing water or
condensate overflow exists. steps
should be taken to identify and remedy
the cause immediately. Refer to the
troubleshooting section of this manual
for possible causes and solutions. If
microbial growth in the drain pan is
observed, it should be cleaned and
removed immediately. Drain pans
should be cleaned using the following
procedure:
1. Disconnect all electrical power to the
unit.
2. Don the appropriate personal
protective equipment (PPE).
3. Remove all standing water.
4. Use a scraper or other tools to
remove any solid matter. Remove solid
matter with a vacuum device that
utilizes high efficiency particulate
arrestance (HEPA) filters with a
minimum efficiency of 99.97% at 0.3
micron particle size.
5. Thoroughly clean the contaminated
area(s) with a mild bleach and water
solution or an EPA-approved sanitizer
specifically designed for HVAC use,
Carefully follow the sanitizer
manufacturer’s instructions regarding
the use of the product.
6. Immediately rinse the drain pan
thoroughly with fresh water to prevent
potential corrosion from the cleaning
solution of the drain pan and drain line
components.
7. Allow the unit to dry thoroughly before
putting the system back into service.
8. Determine and correct the cause of
the microbial contamination.
9. Be careful that the contaminated
material does nit contact other areas
of the unit or building. Properly dispose
of all contaminated materials and
cleaning solution.
6.Coil Cleaning
Steam, hot water and chilled water
coils should be kept clean to maintain
maximum performance. lf fins become
dirty, clean with steam and detergent,
hot water spray and detergent, or one
of the commercially available chemical
coil cleaners. Rinse coils throughly
after cleaning.
In the event of coils being out of com-
mission for some time, it is advisable
to completely drain down the coil. On
each occasion when refilling is
undertaken, check that the coil is
effectively vented.
Periodic cleaning of the coils is
required.
Dirty coils have increased airside
pressure drops and reduced heat
transfer, thus unbalancing the cooling
or heating system.
Cleaning
In the event that fin edges have been
bent, they can be straightened with the
aid of a coil comb.
The cleaning is carried out with the unit
intact using a powerful vacuum cleaner
on the dust-contamainated side. If the
unit is very dirty it will need to be
removed and wet cleaned.
If required, soft cleaning brushes may
be used ensuring that the heat
exchanger fin are not damaged.
Frost protection
Check that frost protection is working
before the commencement of each
winter period. Ensure that the frost
sensor is correctly installed and fitted
and is working within the correct
temperature range.
Drop eliminator
Check the cleanliness of the droplet
separator section and the blades
annually. If the blades are dirty, remove
and clean them. Contamination can
result in damage through water
droplets in the system’s performance.
Ensure that the blades are correctly
repositioned and that they are not
distorted.
Maintenance
29
Follow all directions provided with
chemical cleaners to avoid personal
injury and/or coil damage.
Commercially available chemical
cleaners may contain caustic or
hazardous agents.
WARNING
!
Summary of Contents for TRANE Quantum CLCPEuro
Page 2: ...TRANE R...
Page 6: ...TRANE R 2 CLCPXP Model Nomenclature...
Page 7: ...TRANE R CLCPEURO Model Nomenclature 3...
Page 13: ...TRANE R Assembly Installation CLCPEuro CLCPXP External connection 9...
Page 14: ...TRANE R Assembly Installation CLCPEuro Break Point 25mm Frame to Frame 10...
Page 15: ...TRANE R 11 Assembly Installation CLCPEuro Break Point 25mm Panel to Frame...
Page 16: ...TRANE R 12 Assembly Installation CLCPEuro Break Point 2 50mm Frame to Frame...
Page 17: ...TRANE R Assembly Installation CLCPEuro Break Point 2 50mm Panel to Frame 13...
Page 18: ...TRANE R Assembly Installation CLCPEuro Paneling 14...
Page 19: ...TRANE R Assembly Installation CLCP XP Break Point 15...
Page 20: ...TRANE R Assembly Installation CLCP XP Break Point 16...
Page 21: ...TRANE R 17 Assembly Installation CLCP...
Page 22: ...TRANE R Assembly Installation CLCP 18...
Page 36: ...TRANE R Maintenance 32 Figure 18 Belt Tension Measurement...
Page 39: ...TRANE R 35 Trouble Analysis Pulley and Belt...
Page 45: ...TRANE R Appendix B HDT Unit Weight CLCPXP 41...
Page 46: ...TRANE R Appendix B HDT Unit Weight CLCPXP 42...
Page 47: ...TRANE R Appendix B HDT Unit Weight CLCPXP 43...
Page 48: ...TRANE R Appendix B VDT Unit Weight CLCPXP 44...
Page 53: ...TRANE R Appendix D Filter and Quantity 49 Filter Dimension and Arrangement Final Filter HEPA...
Page 57: ...TRANE R Typical Wiring Diagram Starter Star Delta 380 420V 3Phase 4Wires ELCB Standard 53...
Page 58: ...TRANE R 54 Typical Wiring Diagram Starter Dol 380 420V 3Phase 4Wires ELCB Standard...
Page 59: ...TRANE R 55 Typical Wiring Diagram Starter Dol 380 420V 3Phase 4Wires Standard...
Page 62: ...TRANE R 58 Typical Wiring Diagram Starter Dol 380 420V 3Phase 4Wires Standard...
Page 65: ...TRANE R 61 Typical Wiring Diagram Starter Star Delta 380 420V 3Phase 4Wires Standard...
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