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 supports 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 (using two points, with the option to include a multiplying coefficient and offset), or by segmented scaling with up to 15 segments per active channel, excluding the mathematical channel.
The scaling of each input can also be performed using the Teach method, which consists of applying a real signal to the input instead of entering the value via the keypad.
Integration is performed on channel 1 at a rate of 100 readings per second, meaning that all readings are accumulated.
The integrator time base can be set to second, minute, hour, or day. The accumulated value can be scaled by a factor ranging from 0.0001 to 9999.
The position of the decimal point is independent of that of the channel 1 measurement.
It is also possible to program a display limit value (Lo-cut), below which readings are not added to the integrator.
- Inputs for: load cells, pressure transducers, flowmeters (measurement of instantaneous flow rate and accumulated total), DC current measurement via shunt (electroplating).
- 26 programmable logic functions on 4 digital inputs
- Instantaneous display ±9999 counts and totalizer display ranging from –9,999,999 to 99,999,999 counts.
- Output options referenced to Net1, Net2, Total, or Mathematical value.
- Modbus RTU communication protocol.
- Supports output options 2RE, 4RE, 4OP, 4OPP, ANA, RS2, and RS4
- When both inputs are used, the main display shows the net measurement values of input 1, input 2, and the mathematical channel, selectable via the MAX/MIN key.
- Two display brightness levels.
- Selectable excitation voltages of 10 V, 5 V, 2.2 V, and 24 V.