Airframe Cumulative Fatigue Recorders

 Model  Description  Features
A1001

Brochure

Model A1001 is an advanced, low cost data recorder capable of monitoring airspeed, altitude, and accelerations. The Cumulative Fatigue Recorder (CFR) Model A1001 is capable of recording eight analog signals, eight digital signals, and global positioning as an option. The CFR’s low power consumption, light weight, and small size allow for easy aircraft installation.
Designed to: RCTA/DO-160D

Product Features:

  • Eight Analog Channels
  • Eight Digital Input Channels
  • RS-232 Communications Port
  • PCMCIA Memory, 32 Megabytes
  • Real Time Clock
  • GPS Optional
 Model  Description  Features
A1001A

Brochure

Model A1001A is an advanced, low cost data recorder capable of monitoring airspeed, altitude, and accelerations. The Cumulative Fatigue Recorder (CFR) Model A1001A is capable of recording eight differential analog signals, eight digital signals, and global positioning as an option. The CFR’s low power consumption, light weight, and small size allow for easy aircraft installation.
Designed to: RCTA/DO-160D

Product Features:

  • Eight Differential Analog Channels
  • Eight Digital Input Channels
  • RS-232 Communications Port
  • PCMCIA Memory, 32 Megabytes
  • Real Time Clock
  • GPS Optional
 Model  Description  Features
A1002

Brochure

Model A1002 could be an alternative to the Structural Data Recording Set, AN/ ASH-37(v) or the Structural Health Monitoring System (SHMS). The Cumulative Fatigue Recorder (CFR) Model A1002 is capable of recording 24 analog signals, 16 digital signals and global positioning as an option. The analog inputs consist of 12 high and 12 low level signals. The low level inputs accept strain gauge signals (millivolts). Recorded flight data is stored on a 32 megabyte PCMCIA card. The unit weighs less than 3 pounds. It is designed to DO-160 environmental and EMI requirements.
Designed to: RCTA/DO-160D

Product Features:

  • 24 Analog Channels
  • 10 V Strain Sensor/Transducer Excitation
  • 16 Digital Input Channels
  • RS-232 Communication Port
  • PCMCIA Memory 32 Megabytes
  • Real Time Clock
  • GPS (Optional)
 Model  Description  Features
A1003

Brochure

Model A1003 is an advanced, low cost structural data recorder capable of monitoring parameters from the aircraft’s ARINC 429 data bus and provides analog and digital channels for other aircraft parameters which are not available on the data bus. The CFR Model A1003 is capable of recording 8 analog signals, 8 strain sensors, and 12 digital signals. The recording media is a removable PCMCIA card which can easily be downloaded from a laptop computer with SEI software. The CFR Model A1003 has low power consumption, light weight, and small size which allows for easy aircraft installation.
Designed to: DO-160

Product Features:

  • 8 ±10 VDC Analog Channels
  • 8 ±60 millivolt Analog Channels
  • 12 Digital Input Channels
  • ARINC 429 Data Bus
  • Two RS232 Communication Links
  • PCMCIA Memory 32 Megabytes
  • Real-Time Clock
  • Built-In-Test (BIT)
 Model  Description  Features
A1004

Brochure

Model A1004 is an advanced, low cost structural data recorder capable of monitoring parameters from the aircraft’s Mil-Std-1553 data bus and provides analog and digital channels for other aircraft parameters which are not available in the aircraft’s data. The CFR Model A1004 has the Mil-Std-1553 feature which can function as a remote terminal or bus monitor, and is capable of recording 16 analog signals and 12 digital signals. The recording media is a removable PCMCIA card which can easily be downloaded from a laptop computer with SEI software. The CFR Model A1004 has low power consumption, light weight, and small size which allows for easy aircraft installation.
Designed to: DO-160D

Product Features:

  • 8 ± 10 VDC Analog Channels
  • 8 ± 60 millivolt Analog Channels
  • 12 Digital Input Channels
  • Redundant Mil-Std-1553 Data Bus
  • Two RS232 Communication Links
  • PCMCIA Memory 32 Megabytes
  • Real-Time Clock
  • Programmable Sampling Rates
  • Built-In-Test (BIT)