Converts DC current or voltage signals into commonly used DC signals and limits the outputs to force them to fall within the range between user-defined upper and lower limits.

Adds a first-order delay to DC current or voltage signals and converts them into commonly used DC signals.

Powers a two-wire transmitter, extracts the square roots of its 4 to 20mA signals, and converts them into commonly used DC signals.

Converts pulse train signals from flow sensors and the like into commonly used DC signals.

Filters voltage input signals with preset filter characteristics.

Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals. This model features a fast response time of 20ms or less (0 to 90%).

Calculates the rms values of AC current signals from a clamp-type CT and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a PT and converts them into commonly used DC signals.

Converts DC current or voltage signals into commonly used DC signals. This model features an allowable output load of 200Ω at 10V.

Converts DC current or voltage signals into commonly used DC signals. This model features a maximum output voltage of 40V.

Selects the higher or lower of two input signals and converts it into commonly used DC signals.

Slim, plug-in signal selector that switches between two input signals by switching input.

Converts voltage signals from a tacho-generator into commonly used DC signals.

Converts DC current or voltage signals into pulse train signals.

Powers a two-wire transmitter and converts its 4 to 20mA signals into 1 to 5V or 4 to 20mA. No isolation between input and output.

Powers a two-wire transmitter and converts its 4 to 20mA signals into 1 to 5V or 4 to 20mA. No isolation between input and output.

Allows users to set a desired output value with the front-accessible switches.

Converts the ratio and bias of DC current or voltage signals.
Y = KX + B (positive gain),
Y = KX + B + F (negative gain)

Converts the ratio and bias of DC current or voltage signals.
Y = K(X+B) (positive gain),
Y = K(X+B) + F (negative gain)

Converts DC current or voltage signals into DC signals inversely proportional to those signals.

Converts millivolt signals from sensors or other devices into commonly used DC signals. This model features a fast response time of 80μsec(0 to 90%).

Converts DC current or voltage signals into commonly used DC signals.
This model features a fast response time of 80μsec (0 to 90%).

Slim, plug-in high frequency pulse shaper that accepts pulse train signals from sensors or other devices and shapes these pulses or converts signal levels, and provides isolated single or dual output.

Converts pulse train signals into relay contact (form A or C contact) signals.

Receives two DC current or voltage signals and outputs a signal proportional to the sum of those signals.

Receives two DC current or voltage signals and outputs a signal proportional to the difference of those signals.

Receives two DC current or voltage signals and outputs a signal proportional to the difference of those signals. This model features a fast response time of 400μsec (0 to 90%).

Detects a temperature difference between two 2-wire RTD's and converts it into commonly used DC signals.

Detects a temperature difference between two 2-wire RTD's and converts it into commonly used DC signals.