background image

0

1000

OFF

ON

OFF

ON

0

1000

OFF

ON

OFF

ON

0

1000

OFF

ON

-B284SB0*1K**P30  12/16-

0

1000

OFF

ON

OFF

ON

0

1000

OFF

ON

OFF

ON

0

1000

OFF

ON

Sensor value

For both input 0 and input 1
Hysteresis mode (Equipment parameter 8: 0)
Positive logic 

(Equipment parameter 9: 0)

For both input 0 and input 1
Window comparator mode  (Equipment parameter 8: 1)
Positive logic 

(Equipment parameter 9: 0)

Window comparator mode  (Equipment parameter 8: 0)
Negative logic 

(Equipment parameter 9: 1)

Input pressure 1 (upper limit)

Input pressure 0 (upper limit)

Input pressure 1 (lower limit)

Input pressure 0 (lower limit)

Input 0
(sensor output 0) 

Input 1
(sensor output 1) 

Input pressure 1 (upper limit)

Input pressure 0 (upper limit)

Input pressure 1 (lower limit)

Input pressure 0 (lower limit)

Input 0
(sensor output 0) 

Input 1
(sensor output 1) 

Input pressure 0 (upper limit)

Input pressure 0 (lower limit)

Input 0
(sensor output 0) 

Range

Range

Range

Input 2 points type

Time

Pressure detected by sensor

Input 2 points type

Time

Time

Pressure detected by sensor

Input 1 point type

Input 1 point type

Input 1 point type

Input 2 points type

Hysteresis mode (Equipment parameter 8: 0)
Positive logic 

(Equipment parameter 9: 0)

Detection delay  (Equipment parameter 10: 0 to 255)

Hysteresis mode (Equipment parameter 8: 0)
Positive logic 

(Equipment parameter 9: 0)

Alarm upper limit (Equipment parameter 12: 0 to 1000)
Alarm lower limit  (Equipment parameter 14: 0 to 1000)

Input 0  Hysteresis mode (Equipment parameter 8: 2)
 

Positive logic 

(Equipment parameter 9: 0)

Input 1  Window comparator mode (Equipment parameter 8: 2)
 

Positive logic 

(Equipment parameter 9: 0)

Pressure detected by sensor

Time

Range

Sensor value

Input pressure 1 (upper limit)

Input pressure 0 (upper limit)

Input pressure 1 (lower limit)

Input pressure 0 (lower limit)

Input 1
(sensor output 1)

Input 0 (upper limit)

Time

Range

Pressure detected by sensor

Detection delay

Detection delay

Alarm (upper limit)

Time

Range

Alarm output

Input 0 (lower limit)

Alarm (lower limit)

Input pressure 0 (upper limit)

Input pressure 0 (lower limit)

Input 0
(sensor output 0)

Alarm judgment monitoring time

Alarm judgment

monitoring time

Input 0
(sensor output 0)

Input 0
(sensor output 0)

Содержание ASLINKSENSOR

Страница 1: ...or serious injury A CAUTION indicates a potentially hazardous situation which if not handled correctly may result in personal injury or property damage If you set equipment parameter 1 alarm bit to en...

Страница 2: ...ction version Function version information is given on the lot label The design and contents of the lot label may vary depending on the product model and lot No Indication mode Model Functions Address...

Страница 3: ...should be connected to the DP DN terminal farthest from the AnyWireASLINK master unit Connect it correctly so as not to set the wrong polarity Connection with 2 wire non isolated terminals only Syste...

Страница 4: ...DC Notes on Combined Use of 4 Wire Isolated Terminal If the total length of the sections where all the DP DN 24V and 0V lines run in parallel in the power supply system is more than 50m connect an AS...

Страница 5: ...gth of the section where all the DP DN 24V and 0V lines run in parallel is more than 50m If the total length of the sections A B where all the DP DN 24V and 0V lines run in parallel is more than 50m 4...

Страница 6: ...parallel is more than 50m Filter representation in the drawing Local power supply branching If the total length of the section where all the DP DN 24V and 0V lines run in parallel is more than 50m In...

Страница 7: ...all be included in the total line length For address setting make sure that the specified number of transmission points is not exceeded If the specified number of transmission points is exceeded detec...

Страница 8: ...his unit to the AnyWireASLINK master unit A transmission signal is needed to write or read setting parameters Set parameters with the address writer with a transmission signal connected to the transmi...

Страница 9: ...scription 0 to 1000 0 to 100kPa Factory setting 400 40kPa Variable Description 0 to 1000 0 to 1000kPa Factory setting 400 400kPa B284SB 02 1KPP30 B284SB 02 1KNP30 B284SB 02 1KLP30 B284SB 02 1KPLP30 Va...

Страница 10: ...mit value The preset response time applies to both ON and OFF operations Input response time selection Equipment parameter 10 This parameter is used to set an alarm judgment monitoring time Alarm dete...

Страница 11: ...the master unit A bit corresponding to the status detail area turns ON depending on the contents of the alarm Hysteresis mode Equipment parameter 8 0 Positive logic Equipment parameter 9 0 Window com...

Страница 12: ...ime Time Pressure detected by sensor Input 1 point type Input 1 point type Input 1 point type Input 2 points type Hysteresis mode Equipment parameter 8 0 Positive logic Equipment parameter 9 0 Detecti...

Страница 13: ...plified replacement function does not work Check if the replacement slave unit is of the same type as that of the slave unit before the replacement Check if the function version for the replacement sl...

Страница 14: ...maximum transmission delay time is defined as this time word transmission cycle time Specifications 0 55 C 10 90 RH No condensation 25 75 C 10 90 RH No condensation Based on JIS B 3502 and IEC 61131...

Страница 15: ...s B284SB 01 1KPP30 B284SB 02 1KPP30 B284SB 01 1KNP30 B284SB 02 1KNP30 B284SB 01 1KLP30 B284SB 02 1KLP30 1kPa 0 1kPa 0 2kPa 0 1kPa B284SB 01 1KPLP30 B284SB 02 1KPLP30 Mounting panel 1 to 6mm Mounting b...

Страница 16: ...17 2018 2019 2020 UMA 14531AJ EN B284SB0 1K P30 16 16 Address Anywire Corporation Headquarters 1 Babazusho Nagaokakyo shi Kyoto 617 8550 JAPAN Contact by mail Contact info_e anywire jp Contact by webs...

Отзывы: