The signal conditioners that are included in the Allen-Bradley Bulletin 931 series improve signal quality and reliability for all types of industrial automation applications. They provide isolation, conversion, and analog signal amplification while guaranteeing transmission accuracy between the sensors and the controllers. The different configuration options include support for voltage, current, and temperature signal processing. The Bulletin 931 series signal conditioners minimize signal interference and increase performance from precise system operation and control.
Browse available units in our catalog of Bulletin 931 Signal Conditioners.
Part of the Bulletin 931 series, this module operates with an effective input voltage drop of 3.8V and can output two signals within a range of 4-20 mA. It limits output signals to around 31 mA and fe
This isolator supports a maximum input current of 25 mA and an input voltage limit of 7 volts. It offers a load impedance of up to 500 ohms for the output signal. The device is engineered for high acc
This signal converter operates with a power supply ranging from 10 to 40 V DC. It provides isolation up to 2.5 kV and delivers a passive output signal of 4–20 mA. The device offers a response time of
This signal conditioner operates with a power supply range of 20 to 40 V DC and features a DIN-rail mounting type. It provides 2.5 kV isolation to ensure safety during operation, along with an input c
This Hall-Effect Signal Monitor accepts input ranges of 0–20 A, 0–25 A, and 0–30 A for both AC and DC systems. It supports DIN-rail mounting and boasts a maximum current capacity of 30 A. With a respo
This signal isolator excels with an isolation rating of 2500 V. It operates with a power supply of 24 V DC and requires a housing width of just 6 mm. The device provides a quick response time of 8 ms
This signal conditioning module offers one input and output channel, operating at an input voltage of 20 mV. The supply voltage ranges from 22 to 230 V AC/DC, while its power consumption is only 1 W.