Mdm Sequence Power 4000 Series 13200 GPH Pump
To support recirculation applications requiring flow rates above 8,000 GPH at high head pressures, we've taken all the great things from the tried and true Sequence Power 1000 Series external pumps and expanded them to the Power 4000 Series external pumps. Achieving over 13,000 GPH and a max of 80 feet of head, the Power 4000 broadens the ...
MDM SequencePower 4000 Series 13200 GPH Pump

MDM Sequence

Mdm Sequence Power 4000 Series 13200 GPH Pump

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Item #: 13200PWR81

Details
To support recirculation applications requiring flow rates above 8,000 GPH at high head pressures, we've taken all the great things from the tried and true Sequence Power 1000 Series external pumps and expanded them to the Power 4000 Series ...
  • 230 volt
  • Supplied with an 8-foot, 230V cordset
Specifications
Warranty
3 Year
INLET
2"
DISCHARGE
2"
MAX FLOW (gph)
13200
MAX HEAD (feet)
81.7'
MAX POWER (watts)
2595
MAX CURRENT (amps)
11.5
@ (volts)
230
MOTOR HP
3
MOTOR TYPE
56J
MOTOR ENCLOSURE
TEFC
IMPELLER
7
General
Brand
MDM Sequence
Item #
13200PWR81
Dimensions (L/W/H)
1x1x1
Weight
55 lbs
MSRP
$1,506.00
Description

To support recirculation applications requiring flow rates above 8,000 GPH at high head pressures, we've taken all the great things from the tried and true Sequence Power 1000 Series external pumps and expanded them to the Power 4000 Series external pumps.

Achieving over 13,000 GPH and a max of 80 feet of head, the Power 4000 broadens the performance range. Inlet and discharge ports are both increased to 2" with an inner diameter connection of FPT, and outer diameter buttress threads for union adapters, field installations become less burdened; eliminating reducer-fittings and adapter assembly costs and reducing friction losses in pump systems.

The Sequence Power 4000 series is made for those demanding applications where the constraint for high pressure is NOT subject to negotiation! The Power series puts the horsepower and efficiency into the pressure side of the performance requirement but maintains flow rates that will meet the most challenging of scenarios.

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