Xylem IM043 AQUAVAR Variable Speed Pump Control - Manual (Page 75)

AQUAVAR Controller Drive Head Technical Data and Terminals
Instructions: Use this supplement for installation and wiring of AQUAVAR models 04168321, 04168331,
04168371, 04168491, 04168501 and 04168511.
AQUAVAR Controller Technical Data:
AQUAVAR Controller Motor Supply Voltage Recommended
Type Rated Output Voltage Current 40-60 Hz Circuit Protection *
04168321
2 HP 3 ph 230V 7 A
Single Phase
15 Amps
240 VAC ± 10%
04168331
3 HP 3 ph 230V 10 A
Single Phase
15 Amps
240 VAC ± 10%
04168371
5 HP 3 ph 460V 9 A
Three Phase
15 Amps
380-460 VAC ± 15%
04168491
7½ HP 3 ph 460V 13½ A
Three Phase
20 Amps
380-460 VAC ± 15%
04168501
10 HP 3 ph 460V 17 A
Three Phase
25 Amps
380-460 VAC ± 15%
04168511
15 HP 3 ph 460V 23 A
Three Phase
35 Amps
380-460 VAC ± 15%
*Note: Recommend using delay type fused protection. Always refer to NEC and local codes.
Maximum current:
There is a dynamic limit of 500 pulses for current which exceeds maximum allowable. If current
remains above the maximum after 500 pulses, the AQUAVAR controller will shut down. After
correct ing the current problem, the unit may be reset by disconnecting the power supply for over
30 seconds.
Output voltage:
Single phase units: three phase 230 VAC
Three phase units: three phase 460 VAC
Output frequency: Operator selectable up to 60 hz
Min. = 0; Max. = 60 hz
Electrical Efficiency > 95%
Protection Against: Short circuit, ground fault, under-voltage, electronics overheating/overload,
overvoltage, motor over temperature, standard electronic low/no water (or
with external switch), radio emission per EMV, ENV, and FCC
Ambient Temp.: 5° - 40° C; (41° - 105° F) - Consult factory for maximum applications with
temperatures greater than 105 ° F.
Storage Temp.: -25° - 55° C
Humidity:
90° F at 105° F, non-condensing. Condensation not allowed.
Appendix B
74
Minimum temperature can be increased to 125°F by using a higher power rating AQUAVAR controller.
Note