• Oil-less operation
• Permanently lubricated bearings
• Stainless steel valves
• High performance piston seal
• Aluminum die-cast components
• Corrosion resistant wetted parts
• Dynamically balanced
• Brushless DC motor
• RoHS compliant

• Portable Oxygen Concentrator
• Small Analytical Equipment
• Instrumentation
• Ambient Scenting
• Lab Automation

• Supplemental cooling air flow must be integrated into the thermal management system to maintain proper installation and operating environment.
• BLDC motor requires a motor controller; optional Thomas controller (604798) available in sample quantities.

• Model: 2110ZA26/12
• Flow: 0.50 cfm (14.1 l/min)
• Max. pressure: 30 psig (2.1 bar)
• Max. vacuum: Not applicable (Pressure Only)

• Head Configuration: Pressure parallel flow
• Stroke: 0.26 in. (6.6 mm)
• Nominal voltage input: 12V DC
• Variable output speed: 1,000 rpm, 2,000 rpm, 3,000 rpm
• Max. open air flow: 0.17 cfm (4.8 l/min) to 0.50 cfm (14.1 l/min)
• Max. rated pressure: 20 psi (1.4 bar) to 30 psi (2.1 bar)
• Current at rated pressure: 2.6A to 4.8A
• Power at rated pressure: 32W to 58W
• Max. pressure restart: 20 psig (1.4 bar) to 30 psig (2.1 bar)
• Max. vacuum: Not available

• Operating ambient temperature: 50° to 104° F (10 to 40 °C)
• Safety Certification: Consult factory
• Net weight: 0.85 lbs (0.39 kg)

• Motor type: 8 pole brushless DC, 3 phase
• Motor insulation class: 155°C maximum winding temperature
• Motor protection: Not included - Customer to integrate into system controller
• Optional controller: 604798 Thomas controller disables motor for stall, temperature, & amps
• Power lead wire color, gauge: Green (phase A), black (phase B), red (phase C), 22 AWG
• Hall sensor wire color, gauge: Yellow (+VDC), gray (ground), brown (HS1), orange (HS2), blue (HS3), 22 AWG

• Oil-less design
• Exhaust T-tube made of flexible silicone rubber, capable of swiveling
• Unit requires supplemental cooling air flow
• Brushless DC technology requires motor controller to operate

The flow curve graph indicates the relationship between flow rate and pressure at different RPMs, showing maximum flow rates at various pressures.

The document provides technical data and test results for nominal units, emphasizing the user's responsibility to determine product suitability. For custom options, contact the local Thomas office.