The F2A3X Frequency to Analog Converter is a DIN rail module that converts a frequency input signal into a proportional analog voltage (0-5Vdc) or current (4-20mA) output. The output signal is electrically isolated from the input signal and input power source effectively eliminating troublesome ground loops. The input signal can be supplied from Monarch sensor (measuring RPM for example) or any source of digital signal not exceeding 12 volts. The F2A3X is completely user programmable using the included PM Remote Software.
Typical Uses
Process monitoring over networks
Tachometer signal generator
QC and R&D
Engine performance
Signal conditioning
Data acquisition
Motor or pump monitoring
Features
Standard DIN rail mounting
Ethernet communications available
5 to 999,990 RPM range (0.083 to 150kHz)
Compatible with most speed sensors (TTL)
12 to 24 Vdc input power
Alarm set point with optional relay output
Pulse repeater output
User configurable
View real-time data on PC
4-20mA or 0-5 Vdc scalable output
10 Vdc or 5 Vdc sensor excitation
The F2A3X Frequency to Analog Converter is a DIN rail module that converts a frequency input signal into a proportional analog voltage (0-5Vdc) or current (4-20mA) output. The output signal is electrically isolated from the input signal and input power source effectively eliminating troublesome ground loops. The input signal can be supplied from Monarch sensor (measuring RPM for example) or any source of digital signal not exceeding 12 volts. The F2A3X is completely user programmable using the included PM Remote Software.
Typical Uses
- Process monitoring over networks
- Tachometer signal generator
- QC and R&D
- Engine performance
- Signal conditioning
- Data acquisition
- Motor or pump monitoring
Features
- Standard DIN rail mounting
- Ethernet communications available
- 5 to 999,990 RPM range (0.083 to 150kHz)
- Compatible with most speed sensors (TTL)
- 12 to 24 Vdc input power
- Alarm set point with optional relay output
- Pulse repeater output
- User configurable
- View real-time data on PC
- 4-20mA or 0-5 Vdc scalable output
- 10 Vdc or 5 Vdc sensor excitation
