Select your options below…

{{ option.description }}
"{{ option.noLongerAvailable }}" is no longer a valid option. Please choose from the current set of options.
Need help? Call one of our pump experts at 1-802-255-4003. We’re open 8:00 am to 5:30 pm .
Starting Price: $3,649.00
Selected Options: + ${{ calcAdditionalCost | formatCurrency }}
${{ calcCost | formatCurrency }} per {{ calcQuantity }} per {{ boxQuantity }}
Configured Part Number: {{ calcPartNumber }}
Alternate Part Numbers: {{pn}}
{{pn}}
{{ calcAvailability }}
  • By AMT
  • Usually ships in 1 week

Overview

Features

  • Cast iron construction
  • Port options available
    • 2in x 1 1/5in NPT ports
    • 3in x 2in 125lb 4-bolt flanged ports
    • 4in x 3in 125lb 8-bolt flanged suction and 4-bolt flanged discharge ports
    • 6in x 4in 125lb 8-bolt flanged suction and 4-bolt flanged discharge ports
  • Viton silicon carbide/carbon mechanical seal
  • 1/4in NPT gauge taps
  • 175 PSI maximum casing pressure
  • 200°F maximum operating temperature
  • TEFC JM NEMA Frame IE2/EPAC Energy Efficient Motors

Description

The AMT series of 1750 RPM pumps are solids handling end suction centrifugal pumps designed with a bronze shaft sleeve to protect the motor shaft. The impeller is dynamically balanced and available in silicon bronze precision cast or stainless steel precision cast. There are four port options to choose from: 2in x 1 1/5in NPT ports, 3in x 2in 125lb 4-bolt flanged ports, 4in x 3in 125lb 8-bolt flanged suction and 4-bolt flanged discharge ports, and 6in x 4in 125lb 8-bolt flanged suction and 4-bolt flanged discharge ports.

Additionally, these pumps are designed with 1/4in NPT gauge taps on suction and discharge ports for system monitoring. There are front drain plugs and built with a pull-from-rear design to allow for pump maintenance without disturbing any piping. The maximum casing pressure is 175 PSI and the maximum operating temperature is 200°F. They include a seal flush/air relief valve and the motors are TEFC JM NEMA frame IE2/EPAC energy efficient motors.