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8

PU-2A USERS 

MANUAL EM-9255-C Rev.14

A-3.  GENERAL OPERATION FLOW CHART

WARNING!!
DO NOT TURN ON/OFF POWER SUPPLY TO THE TRANSMITTER 
WHILE THE PU-2A IS CONNECTED.  ALL MEMORY WILL BE LOST 

IF POWER IS REMOVED.

The transmitter output signal is held when the PU-2A is connected.     
It tracks the input signal only when the input or output monitor 
command is entered.

GROUP NO. and ITEM NO. indication is clear.
• [GROUP] 00 : System Table.  Clearing the data in the ROM.

  Used when erasing segment data for a linearizer module.

• [GROUP] 01 : Used for entering input data for each transmitter.
   Each  table  (GROUP)  has  a  MAINTENANCE  SWITCH  ([ITEM] 

01, lock command) to prevent unauthorized access to specific data.

•  [ITEM] 01 [DATA] 0 : The transmitter input and output can be 

monitored but cannot be programmed.

  (display message = MTSW: MON.MODE)
• [ITEM] 01 [DATA] 1 : The transmitter can now be programmed.
  (display message = MTSW: PRG.MODE)

To  change  the  ITEM  NO.,  press  [ITEM]  and  then  the  number  or 
press the [UP] or [DOWN] key one or more times.

Press [DATA] and then the number required.  When a wrong num

-

ber is typed, start again with the [DATA] key and input the correct 
number.
The display goes back to the data indication state when [CLEAR] 

is pressed.

Press [ENTER] to enter the data into the ROM.  Programmed data 

is again indicated on the display for confirmation.

Then  proceed  to  the  next  ITEM  NO.  (Press  [ITEM]  and  then  the 
number and repeat from Data Indication state.)

The transmitter output starts tracking the input signal.  

The  MAINTENANCE  SWITCH  automatically  defaults  to  “0” 
(lock position).

DO NOT TURN ON/OFF THE POWER SUPPLY TO THE TRANSMIT-
TER WHILE THE PU-2A IS CONNECTED.  ALL MEMORY WILL BE 

LOST IF POWER IS REMOVED.

Be  sure  that  power  is  supplied  to  the 

transmitter.

Connect the PU-2A to the modular jack on 
the front of transmitter.
Driving  power  for  the  PU-2A  is  supplied 
from the transmitter.

INITIAL STATE

DATA INDICATION

DATA INPUT

ENTER DATA COMMAND

DISCONNECT THE PU-2A

Press [GROUP] [x]

Press [ITEM] [x]
(x: number 0 to 99)

[DATA] [x] ...

[ENTER]

Summary of Contents for PU-2A

Page 1: ...TERS Model PU 2A OPERATION MANUAL 8 S I 5 P Z F 2 M W C 7 R H 4 O Y E 1 L V B 0 K U A 9 T J 6 Q G 3 GROUP ITEM DATA CLR UP DOWN ENTER http www m system co jp 5 2 55 Minamitsumori Nishinari ku Osaka 55...

Page 2: ...HJDL GJDL 10JDL 18 K JDL 11JDL LINEARIZER JFX 7JFX FJFX HJFX GJFX 10JFX 18JFX 11JFX WJFX VJFX 100 point LINEARIZER JFX1 2 input MATH JF 7JF FJF HJF GJF 10JF 18JF 11JF WJF VJF 3 input MATH JFK 7JFK 11...

Page 3: ...PROPER SECTION OF THIS MANUAL BEFORE PROGRAMMING The Model PU 2A is used for those M System products other than listed on the cover page of this manual Instructions for them are issued separately for...

Page 4: ...A STRAP HERE CONNECTION CABLE IS PROVIDED DATA TO BE ENTERED OR MESSAGE GROUP NO SHIFT KEY POSITION ITEM NO RESPONSE ERROR INDICATION D G I DISPLAY RESPONSE MESSAGE OK O K NG NO GOOD NU NOT USED ER E...

Page 5: ...YPE 10 DC INPUT ISOLATOR model xJV 10 THERMOCOUPLE INPUT model xJT 11 3 wire RTD INPUT model xJR 12 POTENTIOMETER INPUT model xJM 12 4 wire RTD INPUT model 10JRE 12 FREQUENCY INPUT model xJPA 13 SELF...

Page 6: ...is supplied to the transmitter 2 Connect the PU 2A to the transmitter via the front modular jack 3 Switch the transmitter into PROGRAM mode with PU 2A 4 Specify an item to be changed Press GROUP NN IT...

Page 7: ...rther adjustments with other ITEM s EXAMPLE 50 output simulated for 1 5 V output range 1 5 V range is converted into percentage against 0 5 V range with ITEM 3 20 100 1 Be sure that the power is suppl...

Page 8: ...change the ITEM NO press ITEM and then the number or press the UP or DOWN key one or more times Press DATA and then the number required When a wrong num ber is typed start again with the DATA key and...

Page 9: ...SETTING ITEMS ONLY They cannot be adjusted by the operator Zero and fullscale value adj fine adj Type in the actual values for 0 and 100 input Used for the JX Linearizer units only GROUP 01 for Models...

Page 10: ...V 3 0 5 10V P 14 mV 6 1 5V D 15 mV A 4 20mA D 16 mV H 10 50mA 11 P COARSE INPUT RANGE SELECTION mV 1 mV 2 mV 3 mV 6 A H mV V V 0 INPRNG XXXX 5 0 05 0 5 1 INPRNG XXXX 10 0 10 1 0 No 2 INPRNG XXXX 20 0...

Page 11: ...5 Tc 5 T CC T CC 6 Tc 6 B RH B RH 7 Tc 7 R R 8 Tc 8 S S 9 Tc 9 WRe 5 26 WRe 5 26 0 Tc 0 N N 14 15 P P Actual value Actual value SCLLOW XXXXXX SCLHIG XXXXXX Input range scaling 0 value Input range scal...

Page 12: ...TMPSCL K Program ITEM 21 first before ITEM 14 15 when F or K calibra tion is needed This procedure is necessary whenever RTD type is changed REMARK 1 Temperature is indicated in the unit selected in...

Page 13: ...10kHz FRQRNG 100kHz 0 10 kHz 0 100 kHz 13 P Percentage DRPOUT XXX XX Low end cutout adjustment 0 00 100 00 14 15 P P Actual value Actual value SCLLOW XXXXXX SCLHIG XXXXXX Input range scaling 0 value...

Page 14: ...tual bias When data is entered output is shown 20 P Percentage FINSPN Fine span adjustment Initial status shows actual gain When data is entered output is shown REMARK 1 See LINEARIZER model xJFX tabl...

Page 15: ...P Alphabets No TG XXXXXXXXXX Tag name entry 10 characters max 03 05 P D Number No input OUTPER XXX XX INPPER XXX XX Output status monitor simulation output Input status monitor 10 P 41 42 Sq 1 Nodrop...

Page 16: ...1 Pt 100 RTD Pt 100 JIS 97 IEC JIS 89 32 RB 2 JPt 100 JPt 100 JIS 89 33 RB 3 Pt 50 Pt 50 JIS 81 34 RB 4 Ni 508 4 Ni 508 4 41 Sq 1 Nodrop Square root output without low end cutout 42 Sq 2 Dropout Squar...

Page 17: ...INPRNG XXXX 5 0 05 0 5 1 INPRNG XXXX 10 0 10 1 0 No 2 INPRNG XXXX 20 0 20 2 0 Adjustment 3 INPRNG XXXX 50 0 50 5 0 Needed 4 INPRNG XXXX 100 1 00 10 0 14 15 P P Actual value Actual value SCLLOW XXXXXX...

Page 18: ...XXX XX Input 9 61 P Y 01 XXX XX Output 1 77 P Y 09 XXX XX Output 9 62 P X 02 XXX XX Input 2 78 P X 10 XXX XX Input 10 63 P Y 02 XXX XX Output 2 79 P Y 10 XXX XX Output 10 64 P X 03 XXX XX Input 3 80 P...

Page 19: ...tual gain When data is entered output is shown HOW TO PROGRAM SEGMENT DATA FOR LINEARIZATION JFX1 Non linear input and their corresponding output values are entered as a percentage of the full range s...

Page 20: ...sation for DP flowmeter X0 K1X1 K2X2 A2 X1 flow X2 press 3 03 X1 X2 Addition Subtraction X0 K0 K1 X1 A1 K2 X2 A2 A0 4 04 X1 X2 Multiplication X0 K0 K1X1 A1 K2X2 A2 A0 5 05 X1 X2 Division X0 K0 K1X1 A1...

Page 21: ...rmeter 0 400 C Design standard of orifice 300 C K1 1 K2 400 0 0 698 300 273 14 A2 0 273 14 0 4766 47 66 300 273 14 PRESSURE COMPENSATION FOR DP FLOWMETER Atmospheric pressure 101 3 kPa abs Absolute Pr...

Page 22: ...emperature Specify ITEM 11 square root extraction for a square input X1 2 X1 X2 X3 Addition Subtraction X0 K0 K1 X1 A1 K2 X2 A2 K3 X3 A3 A0 3 X1 X2 X3 Multiplication X0 K0 K1X1 A1 K2X2 A2 K3X3 A3 A0 4...

Page 23: ...X A1 XXX XX A2 XXX XX A3 XXX XX Bias A0 Bias A1 Bias A2 Bias A3 29 30 31 P P P Number Number Number X1LMTL XXX XX X2LMTL XXX XX X3LMTL XXX XX Input LOW limit X1 25 00 125 00 Input LOW limit X2 25 00 1...

Page 24: ...ormeter 0 400 C Design standard of orifice 300 C K1 1 K3 400 0 0 698 300 273 14 A3 0 273 14 0 4766 47 66 300 273 14 PRESSURE COMPENSATION FOR DP FLOWMETER Atmospheric pressure 101 3 kPa abs Absolute P...

Page 25: ...5 1 INPRNG XXXX 10 0 10 1 0 No 2 INPRNG XXXX 20 0 20 2 0 Adjustment 3 INPRNG XXXX 50 0 50 5 0 Needed 4 INPRNG XXXX 100 1 00 10 0 14 15 P P Actual value Actual value SCLLOW XXXXXX SCLHIG XXXXXX Input r...

Page 26: ...o 8 adjustable DEAD TIME COMPUTING model xJFT2 Group 01 ITEM MDFY DATA INPUT DISPLAY CONTENTS 23 P FUNCTION TYPE 0 0 NO FILTER Without the function 2 2 DEAD TIME With the dead time computing 24 25 26...

Page 27: ...ion Xo s 1 Ts Xi s Xi Input Xo Output Ls Lead time constant 0 0 to 100 0 seconds adjustable RAMP BUFFER model xJFT5 Group 01 ITEM MDFY DATA INPUT DISPLAY CONTENTS 23 P FUNCTION TYPE 0 0 NO FILTER With...

Page 28: ...les to be calculated 2 to 8 adjustable U Number of largest samples to be cut off 0 to 7 adjustable L Number of smallest samples to be cut off 0 to 7 adjustable MOVING AVERAGE OUTPUT model JFTS1 Group...

Page 29: ...T seconds FUNCTION The JFTS2 does not respond to an input signal for a preset dead time duration In addition when a time constant T value is set it generates a first order lag output after the dead ti...

Page 30: ...Unit sec 0 00 200 00 sec adjustable 25 P HI LO ALARM AT CASCADE CONTROL Default 0 0 0 NO ALARM Without alarm setpoint 1 1 LOW ALARM With LOW setpoint only 2 2 HIG ALARM With HIGH setpoint only 3 3 AL...

Page 31: ...Tag name entry 10 characters max 03 P Percentage OUTPER XXX XX Output status monitor simulation output 04 D No input INPPER 1 XXX XX Input 1 status monitor 05 D No input INPPER 2 XXX XX Input 2 statu...

Page 32: ...TABLE OF CONTENTS B 1 INTRODUCTION 33 B 2 GENERAL OPERATION DESCRIPTION 33 DESCRIPTION 33 MAINTENANCE SWITCH OPERATION MODES 33 OUTPUT SIMULATION PROGRAMMING 33 B 3 OPERATION FLOW CHART 34 B 4 DIAGNO...

Page 33: ...entry keys 4 Specify another item if necessary Repeat 3 5 Switch the transmitter into MONITOR mode with PU 2A The changed parameters are saved in the nonvolatile memory 6 Disconnect the PU 2A MAINTEN...

Page 34: ...transmitter INITIAL STATE WAITING ITEM INPUT ITEM INDICATION WAITING DATA INPUT DATA INDICATION MESSAGE INDICATION D G01I 0 D G01I enter i t 0 em G0 m 1 a I i 0 n 1 tenan c e 0 sw G01 M I O 0 N 1 run...

Page 35: ...ange value zero not entered Zero parameter is undefined This message appears when you try to monitor ITEM NO which is unnecessary for the hardware If it appears even for the ITEM NO of which the param...

Page 36: ...EM is applicable The ITEMs without these indications are applicable to all models For Model WJPAD see description on JPAD GROUP 00 SYSTEM FUNCTION TABLE ITEM MDFY DATA INPUT DISPLAY CONTENTS 00 D No i...

Page 37: ...ncreases Display data decreases 05 D measured input Input frequency in of zero span freq JPAD JRPD JPRD JFRD JPSM out1 DATA ENTR XXX XX 06 D measured freq Input frequency in Hz JPAD JRPD JPRD JFRD JPS...

Page 38: ...ata ENTR XXX XX Entering desired bias 15 00 85 00 115 00 of zero frequency 100 00 data 85 00 115 00 DATA UP DATA DOWN Display data increases Display data decreases 19 P gain adj VR Output fine adjustm...

Page 39: ...span count value For returning to 0 external reset input is needed 28 P initial count sw Specifying output mode at power ON JPQD JRQD DATA ENTR Indicating current mode DATA 0 ENTR DATA 1 ENTR DATA ENT...

Page 40: ...P output frq limit Output frequency limit JPRD JPSM DATA ENTR Current set value DATA data ENTR Entering frequency minimum 0 1 Hz 34 P prms initializer Setting all parameters to default values DATA 1 E...

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