MINI ANALOG
What are the arguments for it?
Mini outside, maxi inside – MINI ANALOG
- Complete range in a 6.2 mm narrow housing
- Top performance: 3-way isolation and transmission errors < 0.2%
- Clear advantage: Less wiring – Added functionality with the DIN rail bus
MINI ANALOG sets new standards in the 6 mm class.
Measuring temperatures, converting or isolating signals – no problem with the new analog range from Phoenix Contact. MINI ANALOG provides state-of-the-art technology for extreme flexibility and maximum ease of installation and configuration.
Complete range in a 6.2 mm narrow housing
MINI ANALOG from Phoenix Contact provides the full range for analog signal processing: configurable signal isolators (via DIP switch), signal isolators with fixed setting, repeater power supplies, passive isolators, 1 and 2-channel, PT100 measuring transducers (2, 3 and 4-conductor termination), thermocouple measuring transducers (Type J and Type K), voltage/current transducers, NAMUR switching amplifiers, 3-way isolators with special input signals.
Top performance: 3-way isolation and transmission errors < 0.2%
MINI ANALOG from Phoenix Contact provides outstanding technology for analog signal processing: 2-way isolation is out – MINI ANALOG provides seamless 3-way isolation. Higher security when interferences occur: Die to a test voltage of 1.5 kV. Excellent accuracy due to transmission errors of under 0.2%.
Installation plus: The modular DIN rail bus or "T-Bus"
The T branch plug connectors are snapped onto the DIN rail and pushed together. The INTERFACE modules are simply snapped onto this bus.
Hot Swapping
The DIN rail bus or "T-Bus" supplies the modules on the DIN rail with voltage and carries the data between the modules. If a device is ever removed from the DIN rail bus, the connection between the remaining modules remains intact.
Flexible power supply
Matching "Power Packages" from the INTERFACE range can be snapped on at any point to provide the power.
Reliable operation with redundant supply
And of course you can operate more than one power supply unit in parallel. That is the easy way to realize redundant systems.
