Air Squared P16H34N2.35 H2 User Manual

US

World

Max. Pressure Rise

5 psig

0.35 barg

Max. Inlet Pressure

30 psig

2.07 barg

Max. Flow

15.9 scfm

450 slpm

Rated Power

0.21 hp

160 W

Fluid

Hydrogen, Other Gases

Motor Type

Brushless DC

Voltage

24V DC

Avg. Sound Level

35 dB(A)

Net Weight

5 lb

2.27 kg

Port Configuration

SAE 9/16-18 UNF

Ambient Temp.

0°F - 104°F

-20°C - 40°C

Model Number

P16H35N2.35 H2

Air Squared

Manufacturing, Inc.

- 100% Oil-Free

- Low Sound Levels

- Balanced, Smooth, Rotary Motion

- High Efficiency

- Long Product Life

- Continuous Duty

- Small Compact Design

- Lightweight

- Minimal Pulsation

- Semi-Hermetic Design

Technical Overview

P16H34N2.35 H2

40 Years of Scroll Technology

Product Features

- DC Controller Available For Purchase

Optional Configurations

Qualified OEM designers should consult Air Squared Manufacturing, Inc. for custom

configurations and application specific requirements. Contact [e-mail].

The information presented in this material is based on technical data and test results of nominal
units. It is believed to be accurate and reliable. Air Squared, Inc. does not warrant, guarantee, or
assume liability in connection with this information.

Application conditions may adversely affect performance and product life. It is the responsibility
of the user to determine the suitability of the product for intended use.

Hydrogen Recirculation Pump

!

Air Squared

Manufacturing, Inc.

P16H34N2.35 H2

Performance

Notes

Copyright 2012  Air Squared Mfg., Inc.

- Custom configurations may be available. Contact [e-mail]

for more information.

5412.DT5412

(mm)

(U.S., Metric)

3001 Industrial Lane #3

Broomfield, CO 80020 USA
P: [phone]
F: [phone]
http://airsquared.com

Data reflects mass flow and electrical power consumption of nominal units using helium with standard Brushless DC motor and controller.

Brushless DC motors are variable speed. Electronic controller module is required to operate Brushless DC motor.

Dimensions

Power Consumption

Flow Characteristics

System Pressure