Default Configuration - Seneca Z Serie Manual De Instrucciones

Módulo conversor universal con 2 salidas analógicas separadas galvánicamente
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7.4 DEFAULT CONFIGURATION

The default configuration for the communication parameters is shown in the following table.
Communication
RS232
Data structure of register equal to 8N1 means that the register is structured as
follows: 8 data bits, no parity control (N), 1 stop bit.
The default configuration for the setting parameters is shown in the following table (if
configuration modality by software).
Input type
Input filter
Input Start-scale/End-scale
Output 1 type/Output 2 type
Output 1 and 2 Start-scale
Output 1 and 2 End-scale
Output 1 and 2 Limiters
Limit inferior for Output 1 and 2 Limiters
Limit superior for Output 1 and 2 Limiters
Network frequency Rejection/sampling
Cold Junction compensation (for TC-type
input)
Detection of input fail: over-scala input error
(if voltage, current, potentiometer-type) or
burn-out error(if TC, RTD-type)/Fault values
Active current means output already powered on, needs to be connected to the
passive module.
The default configuration for the setting parameters is shown in the following table (if
configuration modality by Dip-Switches).
Input filter
Output 1 and 2 Limiters
Network frequency Rejection/sampling
Cold Junction compensation (for TC-type
input)
Detection of input fail: over-scala input error
(if voltage, current, potentiometer-type) or
burn-out error(if TC, RTD-type)/Fault values
The values of setting parameters configurated by Dip-Switches modality has priority
over the values stored in memory EEPROM.
Data structure of
register
8N1
MI002282-E
Baud-rate
9600 (
unchangeable
Current
Deactivated
0 [mA]/20 [mA]
Active current
0 [mA]
20 [mA]
Deactivated
0 [mA]
20 [mA]
Deactivated/sampling time = 5 ms
Deactivated
Deactivated/Fault values = 0 [mA]
Deactivated
Deactivated (only if current-type output 4 – 20
mA: limiter is activated; limit inferior-superior
of output:3.6 – 20.4 mA)
If IN=voltage, current, potentiometer: no
rejection, sampling time = 5ms; if IN=TC, RTD:
rejection = 50Hz, sampling time = 20ms
Activated
If IN=voltage, current, potentiometer:
deactivated; if IN=TC, RTD: activated, Fault
values=output end scale +5 % of output scala
range
Address of node
)
1 (
unchangeable
ENGLISH 9/16
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