Multifunction Multi-Input Indicator + Integrator 24/48VAC, 4 PNP Optocouplers, Analog Output, RS485

Digital indicator with INTEGRATOR and MULTI-INPUT

The KAPPA-M model is an instrument designed to measure analog signals and integrate them over time, providing two simultaneous pieces of information.
It also accepts two simultaneous analog inputs, allowing arithmetic operations to be performed between them (addition, subtraction, multiplication and division).
Each input can be scaled linearly , by square root (by two points where the multiplier coefficient and offset can be included) or by segments up to a total of 15 per active channel, not in the mathematical sense.
The scaling of each input can also be done by the Teach method, which consists of applying a real signal to the input instead of entering the value via the keyboard.
Integration is performed on channel 1 at a rate of 100 readings per second, meaning all readings are accumulated.
The integrator's time base can be seconds, minutes, hours, or days . The cumulative value can be scaled by a factor between 0.0001 and 9999.
The position of the decimal point is independent of the position of the measurement in channel 1.
It is also possible to program a limit display value (Lo-cut) below which the readings are not added to the integrator.

• Inputs for: Load cell, Pressure transducers, Flow meters (measurement of instantaneous FLOW RATE and accumulated FLOW RATE), Measurement of DC currents through Shunt (electroplating)
• 26 Programmable Logic Functions on 4 Digital Inputs
• Instant display ±9999 points and totalizing display from –9999999 to 99999999 points.
• Exit options related to Net1, Net2, Total or Mathematical value.
• Modbus RTU communication protocol.
• It supports the output options 2RE, 4RE, 4OP, 4OPP, ANA, RS2 and RS4.
• If both inputs are used, the main display shows the net values of the measurement from input 1, input 2 and the mathematical channel, according to the selection made by the MAX/MIN key.
• Two display brightness levels.
• Selectable excitation voltages of 10 V, 5 V, 2.2 V and 24 V