PERSONAL BREATHING APPARATUS TEST SYSTEMS
FOR SYSTEMATIC PERFORMANCE EVALUATION OF LIFE SUPPORT
Personal Breathing Apparatus Test Systems, or PBATS, are designed to accurately test and document performance of a wide variety of breathing apparatuses used for life support in applications such as diving, firefighting, mine rescue, aerospace, aviation, and others.
PCCI Hyperbaric Systems and its predecessor Reimers has been a producer of quality breathing apparatus test systems and life support equipment for over 30 years. The PCCI PBATS represent a masterful integration of tenured experience with easy-to-use, state-of-the-art technology.
PBATS • LUNG MODULE
COMPACT and PORTABLE • FULLY FUNCTIONAL & READY TO GO TO WORK • VERSATILE & UPGRADEABLE • SIMPLE and ROBUST DESIGN
Computer Controlled: Sinusoidal waveforms are easily configured on the computer with any desired breathing rate or tidal volume that is within the specifications. Non-sinusoidal waveforms can be set up using
an Excel spreadsheet and downloaded to the breathing machine.
Versatile: Can produce any physiologically reasonable waveform. Can be placed within a pressure vessel
while the control module remains outside (optional wire feed-thru kit is available).
Smooth waveform generation, even at low RMV’s, by use of a ball screw and servo motor drive.
Easy to Use & Maintain: Design is elegantly simple and thus reduces potential testing anomalies.
Overload protection in the event of gas port blockage.
Dual Test Ports: Both sides of the piston can be used simultaneously to test two breathing apparati at the same time.
Control Module: 110 or 220 VAC power: User specified.
Servo control system: Digital motion controller and power supplies. Standard USB or serial interface to computer.
Computer requires no special boards.
Software: A familiar Windows Graphics User Interface(GUI) is provided for
controlling the breathing machine from the computer.
Motion control is provided by a versatile and general servo control program that provides a broad range
of control options or can be modified as necessary using a simple control language.
An Excel spreadsheet template is provided to assist in deriving non-sinusoidal waveforms.
Options: Wire feed thru kit (for using the Lung Module within a Pressure or Altitude Chamber)
Computer Data Acquisition Systems
Temperature and Humidity Control
C02 add System
Larger Tidal Volumes
High Pressure Models
Oxygen Uptake System
Tandem, Auxiliary Cylinders
Built to your Specifications
Rugged
