Seneca Z-DAQ-PID, Руководство пользователя

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USER MANUAL – Z-DAQ-PID
17
These bits aren’t used
/ Bit [15:6]
Over-scale range error for acquired input (over hardware
limits): 0=
there isn’t; 1=there is
/ Bit 5
Amplitude detection of acquired input signal: 0=amplitude is
between input start scale and input end scale; 1=amplitude
is less than input start scale / Bit 4
Amplitude detection of acquired input signal: 0=amplitude is
between input start scale and input end scale; 1=amplitude
is greater than input end scale / Bit 3
Input burn-out error (if bit40006.0=1 and the input is greater
than input scale range): 0=
there isn’t; 1=there is.
/ Bit 2
Temperature acquisition error in the thermocouple cold-
junctions (if TC-type input): 0=
there isn’t; 1=there is
/ Bit 1
Memory loss-of-
data: 0=there isn’t; 1=there is
/ Bit 0
Rejection Burn / Bit R/W* 40006
These bits aren’t used
/ Bit[15:10]
Rejection: 0b00=50Hz; 0b01=60Hz; 0b10=No rejection
(“fast” sampling) 0b00 Bit [9:8]
These bits aren’t used
/ Bit [7:1]
Burn-out enabling: 0=deactivated; 1=activated (if 1: fault
output value is overwritten into output register) 0 Bit 0
Filter
Cold-junction
/ Bit, LSB R/W* 40005
These bits aren’t used
/ Bit [15:9]
Cold-junction compensation (if TC-type input):
0=deactivated; 1=activated
0 Bit 8
Filter applied to the acquired input signal: 0=deactivated;
1=filtering min-value; 19=filtering max-value 0 Bit [7:0]
IN Type / Word R/W* 40003
Input-type: 0=current; 1=voltage; 2=potentiometer; 3=TC J;
4=TC K; 5=TC R; 6=TC S; 7=TC T; 8=TC B; 9=TC E;
10=TC N; 11= 2-wires PT100; 12=3-wires PT100; 13=4-
wires PT100; 14=2-wires NI100; 15=3-wires NI100; 16=4-
wires NI100; 17=2-wires PT500; 18=3-wires PT500; 19=4-
wires PT500; 20=2-wires PT1000; 21=3-wires PT1000;
22=4-wires PT1000; 23=millivoltmeter 0