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SOFTWARE SETTING

Please refer to the Operation Manual for Model PU-2x (EM-9255), Section B: (B-1) Introduction, (B-2) General Operation 
Description, (B-3) Operation Flowchart for general information.

[GROUP 01]

ITEM MDFY. DATA INPUT

DISPLAY

DEFAULT CONTENTS

01

S

N/A

MAINTENANCE SWITCH

0

MTSW : MON.MODE

0: Data indication only.

1

MTSW : PRG.MODE

1: All ‘P’ marked parameters are modifiable.

02

P

Alphabets & No TG : XXXXXXXXXX

N/A

Tag name entry (10 characters max.)

03

P

Percentage

OUTPER  XXX.XX

N/A

Output monitor (%) & simulation output

05

D

No input

INPPER XXX.XX

N/A

Input monitor (%)

06

P

No input

CNT XXXXXXXXX

N/A

Input count monitor; or setting to a specific count value

07

D

No input

N/A

Input specification selected with the front rotary switch

SW : IN_V  1/20

SW = 0, Voltage pulse input, Sensitivity scale = 1/20

SW : IN_V  1/10

SW = 1, Voltage pulse input, Sensitivity scale = 1/10

SW : IN_V  1/5

SW = 2, Voltage pulse input, Sensitivity scale = 1/5

SW : IN_V  1/2

SW = 3, Voltage pulse input, Sensitivity scale = 1/2

SW : IN_V  1/1

SW = 4, Voltage pulse input, Sensitivity scale = 1/1

SW : IN_V  5/1

SW = 5, Voltage pulse input, Sensitivity scale = 5/1

SW : IN_V  10/1

SW = 6, Voltage pulse input, Sensitivity scale = 10/1

SW : IN_OC, mA

SW = 7, Open collector, mechanical contact or two-wire cur-
rent pulse input

SW : no use

SW = 8, (not used)

SW : no use

SW = 9, (not used)

08

P

0

Input count at power off

0

COUNT UNKEEP

Not held (Cold Start)

1

COUNT KEEP

Held (Hot Start)

10

P

0

Linearization

0

STRAIGHT

Without

1

CURVED

With (ITEM 60 to 91 for segment data input)

11

P

0

Count mode

0

UP_EDGE

Count at pulse rise

1

DOWN_EDGE

Count at pulse sink

2

UPDOWN_EDGE

Count at both pulse rise and sink

12

P

0

Count overflow mode

0

115%_HOLD

Hold at 115%

1

100%_HOLD

Hold at 100%

2

100%_RESET

Reset at 100%

14

P

Numeric

LO XXXXXXXXX

0

Input zero count (0% input) (0 to 99999999)

15

P

Numeric

HI XXXXXXXXX

1000

Input span count (100% input) (0 to 99999999)

19

P

Percentage

FINZER XXX.XX

0.00

Fine zero adjustment

OUTPER XXX.XX

When data is entered, output (%) is shown.

20

P

Percentage

FINSPN XXX.XX

100.00

Fine span adjustment

OUTPER XXX.XX

When data is entered, output (%) is shown.

21

P

1

Alarm mode

0

NO ALARM

No alarm trip

1

UPPER ALARM

High alarm trip

22

P

Percentage

ALARM XXX.XX

100.00

Alarm setpoint (-15.00 to +115.00%)

24

P

Seconds

ALTIME XXXX.X

3.0

Alarm delay at the startup (2.0 to 1000.0 seconds)

60
61

:
:
:

90
91

P
P

:
:
:

P
P

Percentage
Percentage

:
:
:

Percentage
Percentage

X (01) : XXX.XX
Y (01) : XXX.XX
      :
      :
      :
X (16) : XXX.XX
Y (16) : XXX.XX

0.00
0.00

0.00
0.00

Linearization table (16 points)
Set at the maximum of 16 pairs of input (X) and output (Y) 
calibration points in %.  Fill data from the lowest ITEM 
No. from the lowest calibration point and add as many as 
required.  The output in the undefined range is maintained 
at the value of the first and the last calibration points. 

Modification Code

D: No modification (writing) possible.  Used only for monitoring (reading).
S: Modifiable at any time.
P: Modifiable only when the MAINTENANCE SWITCH is in the “PRG” mode.

ROM Version Indication

[GROUP 00] [ITEM 99]

JPQ2

5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201  Fax: +81(6)6659-8510  E-mail: [email protected]

EM-1579  Rev.3  P. 7 / 8

Содержание JPQ2

Страница 1: ...sent in the air install the unit inside proper housing with sufficient ventilation Do not install the unit where it is subjected to continuous vibration Do not subject the unit to physical impact Environmental temperature must be within 5 to 60 C 23 to 140 F with relative humidity within 30 to 90 RH in order to ensure adequate life span and operation WIRING Do not install cables close to noise sou...

Страница 2: ...tra space is needed between units 3 9 4 CONNECTION DIAGRAM OUTPUT 1 2 U V POWER 7 8 PU 2x MODULAR JACK 9 10 ALARM OUTPUT 5 4 6 5kΩ Dry Contact or Mechanical Contact Input Connection Examples Vsns PWR 2 Wire Current Pulse Built in Excitation 5 4 6 Vsns 2 WIRE PICK UP External DC Supply 5 4 6 Vsns 2 WIRE PICK UP DC SUPPLY 100Ω Voltage Pulse 5 4 6 Vsns PWR 100Ω INPUT 5 4 6 SENSOR EXCITATION 11 RESET ...

Страница 3: ...on when the counter is reset by the external reset com mand RESET INPUT When a reset input is turned on the accumulated count in the internal counter goes back to zero The JPQ2 com pares the input to this internal count for the alarm function therefore is affected by reset operations The reset input negative is connected to the input common Short across the terminals 6 and 11 for the minimum of 50...

Страница 4: ... filter is usable for the input frequency 10 Hz or lower range and Low filter is usable for 500 Hz or lower For a mechanical contact input High setting is recom mended in order to eliminate unwanted counts caused by chattering EXAMPLE 1 VOLTAGE PULSE with Amplitude 5V p p DC Offset 2 5V Count Range 0 1000 Input type Voltage Pulse Input count Zero count set to 0 Span count set to 1000 ON 1 2 3 4 5 ...

Страница 5: ...lector Mechanical contact Two wire current pulse 1 A specific sensitivity scale is applied according to the pulse amplitude setting The scaled input voltage is then com pared to the preset detecting level With DC coupling the scaled H level voltage must be higher than the detecting level so that the pulse state is accurately detected Setting Examples Voltage Pulse DC Offset Pulse Amplitude 2 PULSE...

Страница 6: ...t the voltmeter across the terminals 4 6 2 Connect the ammeter to terminal 4 3 Turn the potentiometer until the meter shows the de sired value Check that the current value indicated on the ammeter is within the allowable limit If the value is greater than the limit lower the voltage value or connect a separate power source Otherwise the transmitter may fail 25 5 12 24 60 120 CURRENT mA VOLTAGE V V...

Страница 7: ...or segment data input 11 P 0 Count mode 0 UP_EDGE Count at pulse rise 1 DOWN_EDGE Count at pulse sink 2 UPDOWN_EDGE Count at both pulse rise and sink 12 P 0 Count overflow mode 0 115 _HOLD Hold at 115 1 100 _HOLD Hold at 100 2 100 _RESET Reset at 100 14 P Numeric LO XXXXXXXXX 0 Input zero count 0 input 0 to 99999999 15 P Numeric HI XXXXXXXXX 1000 Input span count 100 input 0 to 99999999 19 P Perce...

Страница 8: ...X 90 91 P P X 16 XXX XX Y 16 XXX XX Modification Code S Modifiable at any time P Modifiable only when the MAINTENANCE SWITCH is in the PRG mode CHECKING 1 Terminal wiring Check that all cables are correctly con nected according to the connection diagram 2 Power input voltage Check voltage across the terminal 7 8 with a multimeter 3 Input Check that the input signal is within 0 100 of the full scal...

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