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Control wiring, Two wire start/stop control, Three wire start/stop control – Rockwell Automation GV6000 Quick Reference Guide User Manual

Page 2: Analog reference wiring, 0 to 10 vdc input), Analog output wiring, 0 to 10 vdc output), Analog ln 1 (-), Depends, On params 320 - 327

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Power Wiring

Input Voltage: Determined by model
number. Voltage Class configures the
drive for International voltage supplies.

Control Wiring

Default: (Out-of-the-box) configuration is
for Keypad control. The user will be able
to start the controller using the built-in
drive mounted operator interface module.

Control Wiring (cont.)

Two Wire Start/Stop Control

Logic Source Sel (89) = Terminal Block

Digital ln1 Sel (361) = Not Used

Digital ln2 Sel (362) = Run

Digital ln3 Sel (363) = Function Loss

Three Wire Start/Stop Control

Logic Source Sel (89) = Terminal Block

Digital ln1 Sel (361) = Stop

Digital ln2 Sel (362) = Start

Digital ln3 Sel (363) = Function Loss

See Digital lnx Sel (parameters 361 to
366) for configuration of all logic inputs.

Reference Wiring

Analog Reference Wiring
(0 to 10 VDC Input)

Speed Ref A Sel (90) = Analog ln 1

Speed Ref Hi (91) = 60 Hz.

Speed Ref Lo (92) = 0 Hz.

Analog ln Config (320) = .xx00

Analog ln 1 Hi (322) = 10.0 V

Analog ln 1 Lo (323) = 0.0 V

Analog Inputs can be configured for 4 - 20
mA. See instruction manual D2-3540.

Analog Output Wiring
(0 to 10 VDC Output)

Analog Out Absolute (341) = 1

Analog Out1 Sel (342) = Output Freq.

Analog Out1 Hi (343) = 10.0 V

Analog Out1 Lo (344) = 0.0 V

.

Terminal Assignments

Encoder Connections

(1) Z channel can be used as a pulse input while A and B
are used for encoder.

Publication D2-3544
Copyright

© 2004 Rockwell Automation. All rights

reserved. Printed in USA.

!

ATTENTION: The GV6000
does not provide branch circuit
protection. The user must install
the proper protection devices.

U (T1)
V (T2)

W (T3)

R (L1)
S (L2)

T (L3)

PE

SHLD

BR1 BR2 DC+ DC - U (

T1)

V (

T2)

W (

T3)

PE R (L1) S (L2) T (L3)

M

Increase/Decrease Speed

Start

Stop

24 25 26

Lo

gi

c

C

om

.

S

up

pl

y

C

om

.

Fu

nc

tio

n

Lo

ss

+2

4

V

D

C

29

24

29

25 26 27 28

Lo

gic

Com

.

S

uppl

y Com.

R

un

Fu

nc

tio

n Loss

+24

V

DC

24

29

25 26 27 28

Logic Com.

Su

ppl

y Co

m

.

St

ar

t

Func

tion

Lo

ss

+2

4 V

D

C

St

op

22

2

5

An

al

og

In

1

(-

)

C

om

m

on

+10

VD

C

Ana

log I

n 1

(+

)

1

3

8

4

5

6

7

A

O

ut

V

ol

ts

C

om

m

on

-

+

#

Signal

Default

1

Analog ln 1 (-)

Depends

on params 320

- 327

2

Analog ln 1 (+)

3

Analog ln 2 (-)

4

Analog ln 2 (+)

5

Pot Common

-

6

Analog Out 1 (-)

Depends

on params 340

- 347

7

Analog Out 1 (+)

8

Analog Out 2 (-)

9

Analog Out 2 (+)

10

HW PTC Input 1

-

11

Digital Out 1 NC

Fault

12

Digital Out 1 Common

13

Digital Out 1 NO

NOT Fault

14

Digital Out 2 NC

NOT Run

15

Digital Out 2/3 Common

16

Digital Out 3 NO

Run

17

Analog ln Jumper -

Analog ln 1

18

19

Analog ln Jumper -

Analog ln 2

20

21

-10V Pot Reference

-

22

+10V Pot Reference

-

23

HW PTC Input 2

-

24

+24 VDC

-

25

Digital ln Common

-

26

24V Common

-

27

Digital ln 1

Stop-CF

28

Digital ln 2

Start

29

Digital ln 3

Function Loss

30

Digital ln 4

Jog

31

Digital ln 5

Auto/Man.

32

Digital ln 6/Hardware Enable

Speed Sel 1

No.

Description

8

+12 VDC Power

Internal Power

source 250 mA

7

+12 VDC Common

6

Encoder Z (NOT)

Pulse marker

or registration

input

(1)

5

Encoder Z

4

Encoder B (NOT)

Quadruple B

input

3

Encoder B

2

Encoder A (NOT)

Single channel
or quadruple A

input

1

Encoder A