Basler Electric 9-0723-00-130 – Control Interface Module
The Basler Electric 9-0723-00-130 (also listed as 9072300130) is a compact control module designed to interface external signals with voltage regulators and excitation systems. It provides isolation, scaling, and conditioning for analog and digital inputs, ensuring reliable communication between field devices and the regulator.
Functional Capabilities
This module accepts a variety of input types, including 0–10 V, 4–20 mA, and contact closures, and converts them into standard signals compatible with Basler regulators. It also features galvanic isolation to eliminate ground loops and protect sensitive circuitry from transients. The unit is powered from the regulator's auxiliary supply, requiring no external source.
Inputs: 2 analog (0–10 V or 4–20 mA), 2 digital (dry contact)
Outputs: 2 analog (0–10 V), 2 relay contacts (Form‑A)
Isolation: 1500 V RMS between input and output
Accuracy: ±0.5% of full scale
Power supply: 120 V AC or 24 V DC (derived from regulator)
LED indicators: power and signal presence
Mounting: DIN‑rail or panel mount
Operating temperature: –20 °C to +65 °C
Typical Applications
This module is often used to bring remote setpoint signals, external tripping commands, or status indications into the regulator. It can also provide buffered outputs for monitoring or SCADA integration. Its compact size allows easy installation in crowded control panels.
Installation and Wiring
Mounting is via DIN rail or screws. All connections are made through pluggable terminal blocks. No configuration is required; the module operates transparently based on factory settings.
Reliability and Construction
Built with high‑quality components and conformal coating, the 9-0723-00-130 resists environmental stress. Basler's testing ensures long‑term stability and compatibility with all Basler regulators.
In summary, the Basler Electric 9‑0723‑00‑130 control module simplifies signal integration, enhancing the flexibility and performance of generator excitation systems.




