Anywire B284SB-02-1KPP30 Manual - Halaman 10
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Halaman Cetak■Input logic selection
[Equipment parameter 9]
This parameter is used to set detection logic of input 0 and input 1.
■B284SB-01-1KPP30, B284SB-01-1KNP30, B284SB-01-1KLP30, B284SB-01-1KPLP30
Variable
Hysteresis mode
Positive logic (sensor value > upper limit value → ON)
Hysteresis is set from the input lower limit value (equipment
parameter 3).
0
Window comparator mode
Positive logic (upper limit value > sensor value > lower limit value →
ON)
Hysteresis mode
Negative logic (sensor value < upper limit value → ON)
Hysteresis is set from the input lower limit value (equipment
parameter 3).
1
Window comparator mode
Negative logic (sensor value > upper limit value, lower limit value >
sensor value → ON)
■B284SB-02-1KPP30, B284SB-02-1KNP30, B284SB-02-1KLP30, B284SB-02-1KPLP30
Variable
Hysteresis mode
Both input 0 and input 1: Positive logic (sensor value > upper limit value → ON)
*
Hysteresis is set from the input lower limit value (equipment parameter 3).
0
Window comparator mode
Both input 0 and input 1: Positive logic (upper limit value > sensor
value > lower limit value → ON)
Hysteresis mode
Input 0: Negative logic (sensor value < upper limit value → ON)
Input 1: Positive logic (sensor value > upper limit value → ON)
Hysteresis is set from the input lower limit value (equipment parameter 3).
*
1
Window comparator mode
Input 0: Negative logic (sensor value > upper limit value, lower limit
value > sensor value → ON)
Input 1: Positive logic (upper limit value > sensor value > lower limit value → ON)
Hysteresis mode
Input 0: Positive logic (sensor value > upper limit value → ON)
Input 1: Negative logic (sensor value < upper limit value → ON)
Hysteresis is set from the input lower limit value (equipment parameter 3).
*
2
Window comparator mode
Input 0: Positive logic (sensor value > upper limit value, lower limit
value > sensor value → ON)
Input 1: Negative logic (upper limit value > sensor value > lower limit value → ON)
Hysteresis mode
Both input 0 and input 1: Negative logic (sensor value < upper limit
value → ON)
*
Hysteresis is set from the input lower limit value (equipment parameter 3).
3
Window comparator mode
Both input 0 and input 1: Negative logic (sensor value > upper limit
value, lower limit value > sensor value → ON)
■Input response time selection
This parameter is used to set a time required to turn ON or OFF input relative to
an upper/lower limit value. (The preset response time applies to both ON and
OFF operations.)
Variable
Unit
0 to 255
10ms
■Alarm monitoring time setting
This parameter is used to set an alarm judgment monitoring time.
Alarm detection judgment is based on the settings of equipment parameters 11,
12 and 14.
When an alarm condition is detected, the sensing level drop signal is sent to the
master unit.
*For details, refer to page 11 to 12.
Variable
Unit
3 to 255
100ms
Description
Factory setting: 0
Description
Factory setting: 0
[Equipment parameter 10]
Factory setting: 1
[Equipment parameter 11]
Factory setting: 50
-B284SB0*1K**P30 10/16-
■Alarm upper limit setting
[Equipment parameter 12]
This parameter is used to set an upper limit value for alarm judgment.
Alarm detection judgment is based on the settings of equipment parameters 11,
12 and 14.
When an alarm condition is detected, the sensing level drop signal is sent to the
master unit.
*For details, refer to page 11 to 12.
■B284SB-01-1KPP30, B284SB-02-1KPP30
Variable
Description
0 to 999kPa
0 to 999
Alarm judgment disabled
1000
■B284SB-01-1KNP30, B284SB-02-1KNP30
Variable
Description
0 to -99.9kPa
0 to 999
Alarm judgment disabled
1000
■B284SB-01-1KLP30, B284SB-02-1KLP30
Description
Variable
0 to 999
-100 to 99.8kPa
Alarm judgment disabled
1000
■B284SB-01-1KPLP30, B284SB-02-1KPLP30
Variable
Description
0 to 99.9kPa
0 to 999
1000
Alarm judgment disabled
■Alarm lower limit setting
[Equipment parameter 14]
This parameter is used to set a lower limit value for alarm judgment.
Alarm detection judgment is based on the settings of equipment parameters 11,
12 and 14.
When an alarm condition is detected, the sensing level drop signal is sent to the
master unit.
*For details, refer to page 11 to 12.
■B284SB-01-1KPP30, B284SB-02-1KPP30
Variable
Description
0
Alarm judgment disabled
1 to 1000
1 to 1000kPa
■B284SB-01-1KNP30, B284SB-02-1KNP30
Variable
Description
0
Alarm judgment disabled
1 to 1000
-0.1 to -100kPa
■B284SB-01-1KLP30, B284SB-02-1KLP30
Variable
Description
0
Alarm judgment disabled
1 to 1000
-99.8 to 100kPa
■B284SB-01-1KPLP30, B284SB-02-1KPLP30
Variable
Description
0
Alarm judgment disabled
1 to 1000
0.1 to 100kPa
■Zero correction command
If an error occurs out of the range of 0kPa ±2.5% (rated pressure) in pressure
release status, this function corrects zero point according to this status.
When the error is within the range of 0kPa ±2.5% (rated pressure), zero correction
is not executed.
Variable
Description
0
Normal use
1
Execution of zero correction
* After execution of zero correction, be sure to reset the variable to 0.
Factory setting: 1000
Factory setting: 1000
Factory setting: 1000
Factory setting: 1000
Factory setting: 0
Factory setting: 0
Factory setting: 0
Factory setting: 0
[Equipment parameter 15]
Factory setting: 0