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3G3FV-PPG

j

2

PG Speed Control Card
(For the 3G3FV only)

INSTRUCTION SHEET

Thank you for purchasing this OMRON product. Please read this
instruction sheet and thoroughly familiarize yourself with the func-
tions and characteristics of the product before use. This instruc-
tion sheet describes procedures for mounting and wiring the
3G3FV-PPG

j

2 PG Speed Control Card, and should be read in

conjunction with the 3G3FV Inverter User’s Manual (I516). Please
retain this sheet for future reference.

OMRON Corporation

E

OMRON Corporation 1996

All Rights Reserved

Cat. No. I518-E1-1

Safety Precautions

Before attempting to operate the PG Speed Control Card, be sure to
thoroughly familiarize yourself with the information contained in this
instruction sheet and those of any other applicable equipment, make
sure that you have a working knowledge about the equipment, and
make sure that you are well versed on all safety procedures and pre-
cautionary items in order to ensure the safe and proper use of the
OMRON Inverter and other peripheral devices.

Since diagrams in this instruction sheet may be shown with covers
and protective shielding removed in order to provide more detailed
explanations, make sure that covers and protective shielding are re-
placed as stipulated prior to using the product, and then use the prod-
uct only as outlined in the User’s Manual.

Be sure to contact our sales representative if the product is to be left
in storage for an extended period of time.

Make sure that this instruction sheet and other applicable manuals
are readily available to equipment operators.

Make sure that this instruction sheet is readily available once it is
read.

The precautionary items list critical information for safety. Be sure
to heed these items at all times.

The following conventions are used to indicate and classify pre-
cautions in this instruction sheet.

DANGER!

Not following a precaution given as a “DAN-
GER” is likely to result in fatal or serious injury.

WARNING

N o t  f o l l o w i n g  a  p r e c a u t i o n  g i v e n  a s  a
“WARNING” may result in fatal or serious injury.

Caution

Not following a precaution given as a “Caution”
can result in injury to people or damage to the
product or system.

Items listed under caution may also have serious consequences de-
pending on the circumstances, so be sure to heed these items at all
times.

Mounting

WARNING

Never reach inside the Inverter as this may
result in an electrical shock.

WARNING

Do not mount, remove, or wire Optional Cards
without first shutting the Inverter power OFF and
waiting until the prescribed amount of time
(indicated on the front cover of the Inverter) has
passed after all indicators on the Inverter are no
longer lit. Failure to do so may result in an
electrical shock.

WARNING

Do not nick, apply undue stress, place heavy
objects on, or sandwich cables. Otherwise, this
may result in an electrical shock.

Caution

Do not touch the elements of Optional Cards.
Otherwise, this may result in injury due to elec-
trical shock.

Connections and Settings

Caution

Do not change settings unless absolutely nec-
essary. Otherwise, this will result in injury or
equipment damage.

Caution

Do not mount or remove an Optional Card with
Inverter power ON. Otherwise, this will result in
injury or equipment damage.

Caution

Be sure to connect the ground wire (E) of
Optional Cards. Otherwise, this may result in
equipment damage or faulty operation due to
noise.

Description

The 3G3FV-PPG

j

2 PG Speed Control Card is an Optional Card

used only with the SYSDRIVE 3G3FV Inverter.
This Optional Card controls motor speed and feeds back speed in-
formation to the Inverter from pulse generators (speed detectors,
such as encoders and pulse generators).
The Card is mounted on a 3G3FV Inverter control circuit board.

Nomenclature

3G3FV-PPGA2

3G3FV-PPGD2

TA2 shielded-wire connec-
tion terminal:
 Shielded wire
connection for an input wire

TA1 I/O terminal

Ground wire E 
Connects to the 12 (G)
terminal of the control
circuit board.

TA2 shielded-wire connec-
tion terminal:
 Shielded wire
connection for an input wire

TA1 I/O terminal

Ground wire E 
Connects to the 12 (G)
terminal of the control
circuit board.

3G3FV-PPGB2

3G3FV-PPGX2

TA3 shielded-wire connec-
tion terminal:
 Shielded wire
connection for an input wire

TA1 input terminal

Ground wire E 
Connects to the 12 (G)
terminal of the control
circuit board.

TA3 shielded-wire connec-
tion terminal:
 Shielded wire
connection for an input wire

TA1 input terminal

Ground wire E 
Connects to the 12 (G)
terminal of the control
circuit board.

TA2 output
terminal

TA2 output
terminal

Summary of Contents for 3G3FV-PPG Series

Page 1: ...oduct or system Items listed under caution may also have serious consequences de pending on the circumstances so be sure to heed these items at all times Mounting WARNING Never reach inside the Inverter as this may result in an electrical shock WARNING Do not mount remove or wire Optional Cards without first shutting the Inverter power OFF and waiting until the prescribed amount of time indicated ...

Page 2: ...ntrol circuit board Front View Side View PG Speed Control Card Spacer mounting hole 4CN option A connector 2CN option C connector 3CN option D connector Option A Control circuit board Option C Option D Option A mounting spacer Accessory SRNT41028 9 Inverter mounting base PG Speed Control Card Inverter mounting base Spacer mounting hole Control circuit board Spacer Mounting base side Option A side ...

Page 3: ...5 Make sure the signal line is placed at least 30 cm away from the Inverter output line and other power lines 6 Refer to the User s Manual I516 for details on compo nents that comprise the input block 3G3FV PPGB2 For Flux Vector Control Mode Only 3 phase 200 VAC 400 V SYSDRIVE 3G3FV 12 V power supply 0 V power supply A phase pulse output E6B2 CWZ6C Encoder 12 V power supply 12 V power supply B pha...

Page 4: ...f PG Pulses 3G3FV PPGA2 PPGB2 The maximum response frequency is 30 kHz Select a smaller number of pulses than those given below if neces sary based on the encoder pulse width deviation 90 45 phase dif ference and waveform distortion that occurs with longer cables With an open collector I O longer cables increase waveform distor tion and make higher frequency pulses difficult to read Maximum motor ...

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