Pool Main Pump Motor: Difference between revisions
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The main pool pump motor at the facility (as of August 2021) is a Leeson Model C254T17DK13A (catalog #199987.00). It is rated for 15 HP (11 kW), 37 FLA @ 230 VAC. It is inverter duty rated (confirmed by the local manufacturer's rep) with a 10:1 PWM ratio (60 Hz, 1770 RPM down to 6 Hz, 177 RPM). | |||
It has a month/year manufacturing designation of "H2016" - presumably corresponding with August (H=8) 2016. This makes sense, as the pump was noted to have been replaced in early [[Club_History#2017|2017]]. | |||
== Power Factor Correction Capacitor (PFCC) | |||
At present (as of August 2021), no power factor correction capacitor (PFCC) is in use. It was decided that given cost priorities, a PFCC would not offer sufficient payback to justify its purchase. | |||
Myron Zucker was contacted in August 2020 and provided two options, both rated for 240 VAC, 5 kVAr, 3-phase, 60 Hz: | |||
* KNM23005-3 (NEMA 12 for indoor use, 14" H x 9.25" W x 5.25" D) | |||
* KNM23005-3N3 (NEMA 3R suitable for outdoor use, 16" H x 12" W x 6" D) | |||
Applying a 5 kVAr PFCC would reduce the FLA from 37 A to 31 A. This would reduce i-squared-R losses by 6 A. Actual losses are then based upon the cable run. | |||
== Variable Frequency Drive (VFD) == | == Variable Frequency Drive (VFD) == | ||
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=== Safety === | === Safety === | ||
=== Options === | === Options === | ||
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* Fuji Electric FRN0047C2S-2U (47.0 FLA, 10.24" H x 8.66" W x 7.48" D, no STO) | * Fuji Electric FRN0047C2S-2U (47.0 FLA, 10.24" H x 8.66" W x 7.48" D, no STO) | ||
* Hitachi WJ200-110LF ( | |||
Revision as of 21:52, 10 August 2021
The main pool pump motor at the facility (as of August 2021) is a Leeson Model C254T17DK13A (catalog #199987.00). It is rated for 15 HP (11 kW), 37 FLA @ 230 VAC. It is inverter duty rated (confirmed by the local manufacturer's rep) with a 10:1 PWM ratio (60 Hz, 1770 RPM down to 6 Hz, 177 RPM).
It has a month/year manufacturing designation of "H2016" - presumably corresponding with August (H=8) 2016. This makes sense, as the pump was noted to have been replaced in early 2017.
== Power Factor Correction Capacitor (PFCC)
At present (as of August 2021), no power factor correction capacitor (PFCC) is in use. It was decided that given cost priorities, a PFCC would not offer sufficient payback to justify its purchase.
Myron Zucker was contacted in August 2020 and provided two options, both rated for 240 VAC, 5 kVAr, 3-phase, 60 Hz:
- KNM23005-3 (NEMA 12 for indoor use, 14" H x 9.25" W x 5.25" D)
- KNM23005-3N3 (NEMA 3R suitable for outdoor use, 16" H x 12" W x 6" D)
Applying a 5 kVAr PFCC would reduce the FLA from 37 A to 31 A. This would reduce i-squared-R losses by 6 A. Actual losses are then based upon the cable run.
Variable Frequency Drive (VFD)
IMPORTANT: At this time, this section is for investigation purposes only. It has not been determined when/if a VFD will be implemented.
Safety
Options
All drives are sized to drive a 15 HP motor, 230 VAC three-phase.
- Fuji Electric FRN0047C2S-2U (47.0 FLA, 10.24" H x 8.66" W x 7.48" D, no STO)
- Hitachi WJ200-110LF (