DL7, DL7L
66
Fig. 12.2 An example view of the
‘Inputs and Outputs’ settings window.
12.2.1 Programming options for the individual modules
IN6I / IN6I(24V)
Mode: Disabled
(Disabled, 0-20mA, 4-20mA)
[1]
Adjustment:
[value] mA
[2]
[1]: It enables setting the range of the current loop 0-20 mA or 4-20 mA signal.
[2]: It enables to add adjustment (offset) to the measured current value.
IN6TC
Mode: Disabled
(Disabled, Enabled)
[1]
Adjustment:
[value]
mV
[2]
Compensation:
Disabled (Disabled, Constant, Channel 1, .., 100)
[3]
[1]: It allows to switch the measurement input on or off.
[2]: It enables adjustment (offset) to the measured millivolt signal value.
[3]: The compensation method of thermocouple reference junction (cold junction
compensation). Compensation can be provided by another measurement channel. In
particular, a fixed value can be selected for compensation. However, this type of
measurement is likely to be incorrect. As a rule, Pt100 sensor connected to the different
measurement channel is used as a compensation sensor or the internal sensor is used.
During the programming of the compensation settings, attention to use the same
temperature units °C or °F for both measured and compensation channels should
be paid.
IN6RTD / IN3RTD
Mode: Disabled
(Disabled, 2-wires, 3-wires, 4-wires)
[1]
Adjustment:
[value]
Ω
[2]
[1]: RTD sensors can be connected in a three-wire or four-wire configuration with automatic
cables resistance compensation or a two-wire configuration without compensation.
[2]: Resistance correction allows the cable resistance values to be entered manually in the
two-wire configuration. If the sensor is connected in a three-wire or four-wire
configuration (automatic compensation), the resistance correction can be used to
