Settings

User scaling active (R32.0)

You can activate user scaling here (default: disabled). Two variants (R32.10) are available for selection:

• Scaling (see formula 1.3.0)
• Calibration (see formula 1.3.1)

Manufacturer scaling active (R32.1)

You can activate manufacturer scaling here (default: disabled).

Scale factor active (R32.8)

You can deactivate the scale factor here (default: enabled).

Watchdog timer active (R32.2)

You can deactivate the watchdog timer here (default: enabled).

Cyclic calibration enabled (R32.4)

You can deactivate cyclic calibration here (default: enabled).

Cyclic reference measurement enabled (R32.6)

You can deactivate cyclic reference measurement here (default: enabled).

Cyclic test enabled (R32.5)

You can deactivate cyclic testing here (default: enabled).

Symmetric reference potential (R32.7)

You can deactivate the symmetric reference potential here (default: enabled).

Stabilization of calibration active (R32.9)

You can deactivate the stabilization of the calibration here (default: enabled). The stabilization of the calibration can be parameterized via the parameters "number of stable measured values" and "tolerance for measurement stability".

Resolution of nominal parameter 0.01 mV/V (R32.11)

Here you can enable a resolution of nominal parameter of 0.01 mV/V, instead of the resolution of nominal parameter of 1 mV/V (default: disabled).

After calibration wait for stable value (R32.12)

Here you can specify that, after calibration or measurement of the reference voltage, the KL3365 should wait until the weight value output is stable before outputting the measured value (default: disabled).

Nominal weight (R35)

You can specify the nominal weight of the connected load cell here in kg (default: 5 kg).

Nominal parameter (R36)

You can specify the nominal characteristic value of the connected load cell here (default: 2 mV / V).

Scale factor (R38)

You can specify the scale factor here (default: 1000).

Measure interval for the reference signal (R39)

You can specify the measuring interval for the reference signal here in steps of 100 ms (default: 360 s).

Calibration interval (R40)

You can specify the calibration interval for the reference signal here in steps of 100 ms (default: 180 s).

Forced calibration interval (R44)

You can specify the interval for the forced calibration here. This interval is always a multiple (default: 3_dez) of the calibration interval. The interval for forced calibration when the terminal leaves the factory is therefore 3 x 180 s = 540 s.

Test interval (R41)

You can specify the test interval here. This interval is always a multiple (default: 10_dez) of the calibration interval. The test interval when the terminal leaves the factory is therefore 10 x 180 s = 1800 s.

Nominal test value (R42)

Here you can specify the nominal test value of the terminal (e.g. 332C_hex = 13100_dec).

Test tolerance (R43)

You can specify the test tolerance for the terminal here (the default is 50_dec).

Threshold reference voltage (R45)

You can specify the limit for the reference voltage test here in steps of one mV (default: 5000 mV). If the reference voltage is found to be below this limit, bit R0.14 is set in the status word.

Threshold correction factor (R46)

Here you can specify the limit value for the correction factor (for gain). A correction factor for the differential signal is determined in the course of calibration. This is derived from the quotient of reference and differential signal. To represent it more clearly, the result is normalized to 10000 (U_Ref / U_Diff x 10000), which means that 10000 corresponds to a factor of 1. If the difference between the correction factor and 10000 (10000 - correction factor) is greater than this limit, bit R0.15 is set in the status word.

Number of stable measured values (R47)

Here you can specify the number of measured values for the calibration stabilization that have to be within the set tolerance (R48). The default value is 50.

Tolerance for measurement stability (R48)

Here you can specify the tolerance (in digits) for the calibration stabilization, by which the measured values may be outside the reference value. The default value is 5 digits.

Manual calibration weight (R49)

Here you can specify the reference weight for the manual calibration. The default value is 2000 g.

Filter constant (R37.11-R37.4)

The filter constant SF specifies the 3 dB limit frequency of the sinc³ filter (default: 860_dec).

Fast-Step Mode^(TM) enabled (R37.0)

You can activate Fast Step Mode here (default: disabled). A fast reaction to jumps at the input follows in fast step mode, in spite of the filter stage being active. In this case the filter is bypassed!

FIR Filter enabled (R37.1)

You can deactivate the FIR filter here (default: enabled).