Main Features
Optical sensor
Conditioning, cables and accessories included
Powered by the analyzer
Designed for the field
Easy to mount
1 Top/rev sensor
General overview TAC-O01 is a versatile optical tachometer probe. The probe detects rotation pulses using a reflective tape placed on the shaft under test.
OROS 3-Series analyzers, or 100-240V mains can power it. Based on the captured pulse signal, the OROS analyzer achieves the RPM computation or any other type of analysis such as Order tracking or Synchronous time domain averaging (FFT).
Flexible power management
Practical mounting in the field
OROS
Done
Description
Main Features
Optical sensor
Conditioning, cables and accessories included
Powered by the analyzer
Designed for the field
Easy to mount
1 Top/rev sensor
General overview TAC-O01 is a versatile optical tachometer probe. The probe detects rotation pulses using a reflective tape placed on the shaft under test.
OROS 3-Series analyzers, or 100-240V mains can power it. Based on the captured pulse signal, the OROS analyzer achieves the RPM computation or any other type of analysis such as Order tracking or Synchronous time domain averaging (FFT).
Flexible power management
Practical mounting in the field
Main Features
Optical sensor
Conditioning, cables and accessories included
Powered by the analyzer
Designed for the field
Easy to mount
1 Top/rev sensor
General overview TAC-O01 is a versatile optical tachometer probe. The probe detects rotation pulses using a reflective tape placed on the shaft under test.
OROS 3-Series analyzers, or 100-240V mains can power it. Based on the captured pulse signal, the OROS analyzer achieves the RPM computation or any other type of analysis such as Order tracking or Synchronous time domain averaging (FFT).
Flexible power management
Practical mounting in the field
Main Features
Optical sensor
Conditioning, cables and accessories included
Powered by the analyzer
Designed for the field
Easy to mount
1 Top/rev sensor
General overview
TAC-O01 is a versatile optical tachometer probe. The probe detects rotation pulses using a reflective tape placed on the shaft under test.
OROS 3-Series analyzers, or 100-240V mains can power it. Based on the captured pulse signal, the OROS analyzer achieves the RPM computation or any other type of analysis such as Order tracking or Synchronous time domain averaging (FFT).
