Versamatic E3-3″ Bolted Metal AODD Pump

Versa-Matic E3 3" diaphragm pump available in clamped metallic, bolted metallic, and non-metallic configurations.
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Versa-Matic E3-3″ Bolted Metallic AODD Pump

The Versa-Matic E3 3″ (76 mm) Bolted Metallic air-operated double diaphragm (AODD) pump is designed for high-volume industrial fluid transfer, combining optimized flow-through castings with robust bolted construction and excellent solids-handling capability.

With a maximum flow rate of 273 gpm (1,033 lpm), the E3 is the highest-flowing metal AODD pump in the current Versa-Matic range. Its 3″ fluid connections and ability to pass solids up to 3/8″ (9.5 mm) make it suitable for demanding bulk-transfer, slurry, wastewater, chemical and mining applications.

Aluminum and stainless steel configurations are available, together with multiple diaphragm, valve-ball and seat-material combinations to suit different fluids and operating requirements. ATEX-compliant configurations are also available for applicable hazardous-area installations.

Key Features & Benefits

  • Maximum flow rate up to 273 gpm (1,033 lpm)
  • High-capacity 3″ AODD pump for rapid bulk fluid transfer
  • Optimized flow-through casting design
  • Bolted construction for secure fluid containment
  • Handles solids up to 3/8″ (9.5 mm)
  • Aluminum and stainless steel configurations available
  • Multiple diaphragm and valve-material combinations available
  • Extended-life diaphragm configurations available
  • Designed for straightforward maintenance and servicing
  • ATEX-compliant configurations available for applicable hazardous areas

Materials & Diaphragm Options

Metallic Pump Configurations Aluminum and Stainless Steel
Diaphragm Materials Neoprene, Nitrile, FKM, EPDM, PTFE, Santoprene XL and Hytrel depending on model configuration
Diaphragm Designs Rugged, Tef-Matic two-piece PTFE and Fusion integrated-plate configurations depending on selection
Valve Ball Materials Elastomer, PTFE and metallic options depending on pump configuration
Construction Bolted Metallic

Material availability depends on the exact pump model code and configuration. Fluid compatibility, concentration, temperature, solids characteristics and operating conditions should be confirmed before final pump selection.

Technical Specifications

Specification Details
Maximum Flow Rate 273 gpm (1,033 lpm)
Suction Port 3″ ANSI 150 lb Class / DIN80
Discharge Port 3″ ANSI 150 lb Class / DIN80
Air Inlet 1/2″ NPT
Air Exhaust 1″ NPT
Dry Suction Lift 16 ft (4.9 m)
Wet Suction Lift 31 ft (9.4 m)
Maximum Solid Size 3/8″ (9.5 mm)
Maximum Noise Level 93 dB(A)
Shipping Weight – Aluminum 146 lb (66.2 kg)
Shipping Weight – Stainless Steel 245 lb (111.1 kg)
Stainless Steel Center Section Adds approximately 50 lb (22.7 kg)

Published performance values are based on manufacturer test conditions. Actual flow may vary with diaphragm material, air pressure, suction conditions, fluid viscosity and other operating factors.

Typical Applications

  • Bulk chemical transfer
  • High-volume industrial fluid transfer
  • Slurry and sludge handling
  • Mining and mineral processing
  • Water and wastewater treatment
  • Tank and tanker loading or unloading
  • Process-fluid transfer
  • Applications containing suspended or entrained solids
  • Hazardous-area applications with the appropriate ATEX pump configuration

High-Flow & Solids Handling

The E3 is designed for applications where high transfer capacity and solids handling are both important. Its 3″ fluid path supports flow rates up to 273 gpm (1,033 lpm), while the pump can pass solids up to 3/8″ (9.5 mm) in diameter.

ATEX Configurations

ATEX-compliant aluminum and stainless steel configurations are available for applicable hazardous-area installations. The pump, piping and connected equipment must be correctly installed and grounded according to the manufacturer’s instructions and applicable site requirements.

Need Help Selecting the Versa-Matic E3 Pump?

Not sure which Versa-Matic E3 configuration is suitable for your application?
ABS Engineering can help review your required flow, solids size, fluid properties,
chemical compatibility, pump materials and operating conditions.


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