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DWG. NO. 02Y00025-0346

SHEET NO. 5 OF 10

E F F .   6 / 1 2 / 9 2

( m - df )

Refer to Sheet 1 for latest change. 

4.   See Figure 4.  Remove the standard EPROM set and

install the PID EPROM set as shown.  Be sure to locate U5
and U6 in their proper place with notches facing left!
Failure to do this will ruin the EPROMs.

5.   Connect feedback and external setpoint (if used)

signals.  If the AI-14B card is not used (see Figure 5), the
feedback signal will be at terminal 13 (0-10 Vdc) or
terminal 14 (4-20 mA dc), with terminal 17 being common
for both.  If the AI-14B option card is used, it will be the
connection point for the feedback signal (see Figures 2
and 3 and separate instruction sheet 02Y00025-0296).

NOTE

The setpoint (reference) need not come from an external

signal; it can also come from an internal memory setting
(An-01 through An-04, or An-09) selected by multi-
function inputs.

NOTE

If the drive is part of a system such as bypass, its signal

connections may be at auxiliary terminal blocks.  See
schematic diagram supplied with your order.

6.   Replace the front cover.  Apply power to the drive.  

A "

CPF04 " fault code will appear on the Digital Operator

display.  A constant initialization (i.e. reset) must be
performed, by entering 

1110 (for 2-Wire control) or 1111

(for 3-Wire control) at Sn-03.  (See para. 2.25 in technical

manual TM 4231 if not familiar with this procedure.)  
2-Wire control is for maintained contact run/stop control;
3-Wire control is for momentary contact run/stop control.

7.  Make changes to the constants to suit your application.
Refer to programmable features descriptions in Section 2,
or constant tables in Appendix 1 of the  GPD technical
manual, TM 4231.

IMPORTANT

Once the constant initialization for the PID software

EPROM set has been performed, certain constants are
redefined or given new “factory settings” different from
those listed in Appendix 1 or within description para-
graphs in Section 2 of the GPD technical manual. Review
the PID CONSTANT SETTINGS section at the end of this
instruction sheet before programming any constants.

IMPORTANT

The constant initialization performed in step 6 sets 

Sn-19 to 

00 ; PID software is disabled.  Sn-19 must be set

to value 

09 , or AI-14B card must be installed, in order to

enable the PID algorithm.

PID ADJUSTMENTS

Constants related to the PID algorithm (as identified in
Figures 1, 2 and 3) have default values (i.e. “factory
settings”) as listed in the PID CONSTANT SETTINGS
section at the end of this instruction sheet.  It may be
necessary to adjust these to suit your application.
Proportional Gain, Integral Time and Derivative Time
adjustments are somewhat interactive.  Fine tuning may be
required.  In general, the Proportional Gain will affect the
rise time; the Integral Time will affect the steady state
error; and the Derivative Time will affect the overshoot.
Each of these settings also has a significant effect on
system stability.

Figure 4.  Installation of PID EPROM Set in GPD 503

FRONT
COVER

U6

DIGITAL
OPERATOR

MAIN
CONTROL
BOARD

U5

INSTALLATION - Continued

Summary of Contents for SK-PID1-L503

Page 1: ...its presence allows greater flexibility of the reference input connection The function of the GPD 503 control circuit with the PID software in place can be understood by studying the block diagrams in Figures 1 2 or 3 Figure 1 shows operation without the AI 14B card The reference setpoint is either an input signal at term 16 or a memory setting An 01 through An 04 or An 09 The feedback input is at...

Page 2: ...y multi function inputs JOG Freq Sn 13 X X X X bn 14 ITIME bn 15 DTIME bn 16 PID LIMIT Cn 43 bn 17 Cn 44 SFS Fout I LIMIT Cn 45 PGAIN OFFSET PRIMARY DELAY TIME 1 0 Open Loop Closed Loop PID MONITOR Un 12 FEEDBACK MONITOR Un 11 Notes 1 When multi function input is not used drive operates in closed loop 2 When closed loop open loop multi function input is used Input Open closed loop Input Closed ope...

Page 3: ... Sn 13 X X X X bn 14 ITIME bn 15 DTIME bn 16 PID LIMIT Cn 43 bn 17 Cn 44 SFS Fout I LIMIT Cn 45 PGAIN OFFSET PRIMARY DELAY TIME 1 0 Open Loop Closed Loop PID MONITOR Un 12 FEEDBACK MONITOR Un 11 Notes 1 When multi function input is not used drive operates in closed loop 2 When closed loop open loop multi function input is used Input Open closed loop Input Closed open loop 0 Sn 19 9 Sn 19 0 An 02 1...

Page 4: ... Sn 13 X X X X bn 14 ITIME bn 15 DTIME bn 16 PID LIMIT Cn 43 bn 17 Cn 44 SFS Fout I LIMIT Cn 45 PGAIN OFFSET PRIMARY DELAY TIME 1 0 Open Loop Closed Loop PID MONITOR Un 12 FEEDBACK MONITOR Un 11 Notes 1 When multi function input is not used drive operates in closed loop 2 When closed loop open loop multi function input is used Input Open closed loop Input Closed open loop An 02 16 CH 1 CH 2 CH 3 A...

Page 5: ...3 Wire control is for momentary contact run stop control 7 Make changes to the constants to suit your application Refer to programmable features descriptions in Section 2 or constant tables in Appendix 1 of the GPD technical manual TM 4231 IMPORTANT Once the constant initialization for the PID software EPROM set has been performed certain constants are redefined or given new factory settings diffe...

Page 6: ...ack Signal Connections When PID EPROM Set Is Used Without AI 14B Option Card GPD 503 15 16 17 12 14 13 15 Vdc 20mA MAX REF IN 0 TO 10Vdc 4 20mA 250Ω 0 TO 10Vdc 20KΩ COM SHIELD SIGNAL TRIM 1R SETPOINT closed loop or FREQUENCY REFERENCE open loop 1RH ISOLATED FEEDBACK closed loop or Not Used open loop 2KΩ 2K 2 5KΩ 4 20mA 0 10Vdc ...

Page 7: ... reference paragraphs in Section 2 where the change in constant definition or factory setting will have some effect for Page 2 2 for Page 2 21 Slip Compensation Not available in PID 2 26 2 41 PID Control Refer to separate Option Instruction Sheet 2Y25 0346 10 Control Section PROM I70 I6 last 5 digits of PROM LHP PID Part No LHP NSG 6XXXXX 11 Feedback Signal Monitor I00 00 12 PID Monitor I00 0 for ...

Page 8: ...sed Feedback signal is lost when feedback signal loss detection is enabled 0d Braking resistor fault Closed Braking resistor is overheating or has faulted 0E Fault Closed GPD 503 fault has occurred except CPF00 CPF01 0F Not Used HHP 10 Minor fault Closed Minor fault HHP 11 During reset signal input Closed During reset signal input from terminal 4 Digital Operator or CP 213 option card An 05 Not Us...

Page 9: ...t Used for Page A1 6 bn 13 PID Feedback Signal Gain 0 01 0 00 10 00 1 00 2 bn 14 PID Proportional Gain 0 1 0 0 25 5 1 0 2 bn 15 PID Integral Time 0 1 s 0 0 999 9 10 0 2 bn 16 PID Derivative Time 0 01 s 0 00 1 00 0 00 2 bn 17 PID Output Offset 1 0 100 0 2 HHP bn 18 Analog Monitor Ch 2 Gain 0 001 0 000 10 000 0 50 1 1 Refer to separate Option Instruction Sheet 2 Refer to Option Instruction Sheet 2Y2...

Page 10: ... 100 Un 10 Control Section Software I70 I6 LHP PID PROM No Lower 5 Digits LHP NSG 6XXXXX Sn 06 Operation Mode XXXX 00 S curve at Accel Decel 0000 2 27 Select 3 with 0 2 second delay 01 S curve at Accel Decel disabled 10 S curve at Accel Decel With 0 5 second delay 11 S curve at Accel Decel with 1 0 second delay XXXX 0 Auto signal input directly proportional 1 Auto signal input inversely proportion...

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