TOHO ELECTRONICS TTM-10L User Manual
Page 18
18
a)
Identifier
Character
Name
R/W
Description
13
A1F
EV function
R/W
R/W the EV function *7
0 0 0 0 0
Additional function
PV event output
PV error event output
Additional function
0: None
1: Event output hold
2: Standby sequence
3: Event output + standby sequence
PV event output
0: None
1: Deviation upper/lower limit event output
2: Deviation upper limit event output
3: Deviation lower limit event output
4: Deviation upper/lower limit range event
output
5. Absolute value upper/lower limit event
output
6: Absolute value upper limit event output
7: Absolute value lower limit event output
8: Absolute value upper/lower limit range
event output
PV error event output
0: None
1: PV error event output
14
ALC
EV sensitivity
R/W
R/W the EV sensitivity *7
15
□DP
Decimal point position
R/W
R/W the decimal point position *8
0:
00000
0.0: 00001
0.00: 00002
16
□CF
Switchover between °C and °F
R/W
R/W the switchover between °C and °F *9
°C: 00000
°F: 00001
17
LOC
Lock setting
R/W
R/W the lock setting
OFF:
00000
All lock:
00001
Parameter lock: 00002
18
□CJ
Cold junction compensation
temperature
R
Used as a monitor for the cold junction
compensation temperature.
Indication range: -20 to 80 °C
When overscale: HHHHH
When underscale: LLLLL
19
PV2
With a decimal point for a
measured value (PV)
R
Used as a monitor for "with a decimal point for a
measured value (PV)"
Indication range: -199.9 to 999.9
When overscale: HHHHH
When underscale: LLLLL
20
OM1
Output status monitor
R
0 0 0 0 0
Output status
EV status
1: ON
0: OFF
21
STR
Data store
W
Stores a changed data.
*1
On a model without control, "NAK" and "2" are responded.
*2
When the control output is of an ON/OFF control, "NAK" and "2" are responded.
*3
On a model without EV, "NAK" and "2" are responded.
*4
When the alarm type for EV is not "lower limit alarm or upper/lower limit alarm," "NAK" and "2" are responded.
*5
When the alarm type for EV is not "upper limit alarm or upper/lower limit alarm," "NAK" and "2" are responded.
*6
When the control output is of a PID control, "NAK" and "2" are responded.
*7
A model without EV responds "NAK" and "2."
*8
A model of a thermocouple input responds "NAK" and "2."
*9
A model of current and voltage inputs responds "NAK" and "2."
*10 Only R for output type: The input type cannot be changed for over "----."