Description
Signal converter for automation
The new Millimar A 1701 M module ensures that signals from length measurements are processed and relayed reliably and error-free. You can combine it with all of Mahr’s inductive probes or compatible products by other manufacturers. The resulting measuring system is suitable for inspection tasks in automated processes and can be easily integrated into an existing production infrastructure, for example in plant engineering.
Equipped with an input for inductive probes, the Millimar A 1701 M picks up the incoming carrier frequency signal and converts it to a standardized analog signal, for example ±10 volts or 0 to 10 volts. An LED display provides you with information on the operating status at all times. The compact and robust housing facilitates use in production environments and can be mounted on a rail if required.
Advantages
• Process measuring data reliably and error-free
• Easily adjustable measuring ranges and filters
• Different standard signal outputs in one device
• Compact and robust design
• Can be easily mounted on rail
FEATURES
• Output voltage: ± 10 V or 0 V –10 V at end of measuring range, with toggle.
• Supply voltage 12 … 30 V, DC voltage
• Connection: One input for Mahr-compatible inductive probes
• 6 measuring range toggle
• Zero point and amplification can be adjusted using potentiometer
• 3 setting range options for the zero point
• Package contains: instruction manual, 4-pin M9 Male cable connector
Application:
• The measuring amplifier A 1701 M is to be used in connection with an inductive probe for measurement control processes
• Provides the inductive probe with an AC voltage and converts the carrier fequency signal into output voltage
Measuring range, inductive probe: ± 50, ± 100, ± 200, ± 500, ± 1000, ± 2000 µm
Error limit, analog output: 0.2 µm and 0.3 % resp. (the larger value applies)
Display: No display, amplifier with analog output
Features: 1
Energy supply: 12 … 30 V, DC
Current consumption: 150 mA
Probe inputs: 1
Compatibility: Mahr
Data interface: analog, ± 10 V, 0 –10 V
Analog output: Voltage output at end of range:
• ± 10 V
• 0–10 V
Reference temperature: 20 °C
IP protection category: IP 42
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