Hydra-Cell M03EKSGCCECA 2.2 GPM Stainless Steel Diaphragm Pump
Finding a pump that can handle demanding fluids without constant maintenance headaches is no small task, and that's exactly where the Hydra-Cell M03EKSGCCECA earns its reputation. Built around a rugged 316L stainless steel pump head, this seal-less diaphragm pump moves up to 2.2 gallons per minute while standing up to pressures as high as 1200 psi. Because there are no mechanical seals, packing, or cups to wear out, operators get a pump that simply keeps working, even in tough conditions where traditional pumps would fail early.
What really sets this pump apart is its ability to run dry without damage. Whether it's a momentary loss of prime, an operator oversight, or a genuinely dry-run situation, the M03EKSGCCECA keeps its internal components protected. Its multiple-diaphragm design also delivers a smooth, virtually pulse-free flow, which means many operations can skip the added expense of pulsation dampeners altogether. The FKM diaphragm material adds another layer of chemical compatibility, making this configuration a smart fit for fluids that would degrade lesser materials.
From industrial processing lines to agricultural spraying setups, commercial washdown systems, and general fluid transfer tasks, this pump is versatile enough to earn a place across a wide range of settings. Its close-coupled design pairs with a standard NEMA 56C footed motor, simplifying installation, while its compact footprint keeps space requirements manageable. For anyone who wants dependable, low-maintenance pumping performance built to last, the Hydra-Cell M03EKSGCCECA is a solid, proven choice.
Key Features
- Seal-less diaphragm design eliminates leaks from worn seals, packing, or cups
- 316L stainless steel pump head resists corrosion and handles demanding fluids
- Runs dry indefinitely without pump damage
- Virtually pulse-free flow reduces or eliminates the need for pulsation dampeners
- Handles particulates and abrasives up to 200 microns
- FKM diaphragm material offers strong chemical compatibility
- Close-coupled configuration for NEMA 56C footed motors
- Reverse (bi-directional) shaft rotation capability
- Precision ball bearings for long service life
Applications
- Industrial fluid transfer and processing
- Chemical metering and dosing
- Agricultural spraying systems
- Commercial washdown and cleaning equipment
- Filtration and reverse osmosis feed systems
- Machine tool coolant delivery
- Wastewater treatment processes
- General high-pressure fluid handling
Specifications
- Model Number: M03EKSGCCECA
- Maximum Flow Rate: 2.2 GPM (8.3 L/min) @ 1750 RPM
- Maximum Discharge Pressure: 1200 psi (83 bar)
- Maximum Inlet Pressure: 250 psi (17 bar)
- Maximum Operating Temperature: 250°F (121°C)
- Maximum Solids Size: 200 microns
- Pump Head Material: 316L Stainless Steel
- Diaphragm Material: FKM
- Valve Seat/Valve Material: Ceramic
- Valve Springs: Elgiloy
- Shaft Diameter: 5/8 inch hollow shaft
- Inlet Port: 1/2 inch NPT (primary), 3/8 inch NPT (secondary, plugged)
- Discharge Port: 3/8 inch NPT
- Bearings: Precision ball bearings
- Oil Capacity: 1.0 US quart
FAQs
Q: What makes the Hydra-Cell M03EKSGCCECA different from a standard diaphragm pump?
A: Its seal-less design removes the mechanical seals, packing, and cups found in traditional pumps, which cuts down on leaks and lowers long-term maintenance needs.
Q: Can this pump handle abrasive or particulate-heavy fluids?
A: Yes, it's rated to handle particulates and solids up to 200 microns, making it a strong option for fluids that would damage more delicate pump designs.
Q: Is the M03EKSGCCECA suitable for continuous-duty industrial use?
A: Yes, its stainless steel head and seal-less construction are built for reliable, continuous operation across demanding industrial and commercial environments.
Q: What motor setup does this pump require?
A: It's designed as a close-coupled unit for a standard NEMA 56C footed motor, which simplifies installation and reduces the need for separate mounting hardware.
Q: What happens if this pump accidentally runs dry?
A: The Hydra-Cell design allows the pump to run dry without sustaining damage, protecting it from common operator errors or unexpected loss of prime.
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