TSX Micro PLCs TSX 3705/3708/3710/3720. Implementation Manual (Volume 1)

Counting functions on (500Hz) discrete inputs

Up/down counting

Introduction

Several possibilities can be used on each channel.

First possibility

When using a single physical up/down counting input, the direction (up or down

counting) is defined by the application by setting a bit object to 0 or 1.

The up/down counting pulses are received on the IA input: %I1.0 for channel 0 and

%I1.2 for channel 1.

Setting the preset value can be carried out according to one of the methods

described below:

when changing the status of the input IPres: %I1.1 for channel 0 and %I1.3 for

channel 1 (rising or falling edge, choice made in configuration) and when this is

validated in the software,

via software.

Illustration:

Module in position 1

Channel 0 input counting up/dow

Channel 0 preset input

Channel 1 input counting up/down

Channel 1 preset input

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243

Counting functions on (500Hz) discrete inputs

Second

When using a single physical up/down counting input, the direction (up or down

possibility

counting) is defined by setting the second input to 0 or 1.

The up/down counting pulses are received on the IA input:

%I1.0 for channel 0,

%I1.2 for channel 1.

The input IB is used to define the counting direction:

%I1.1 definition of channel 0 counting direction: (status 1: count up, status 0:

count down),

%I1.3 definition of channel 1 counting direction: (status 1: count up, status 0:

count down).

In this case, the preset value is set by the software only.

Illustration:

Module in position 1

Channel 0 input counting up/down

upcount downcount

Channel 0 input count direction

Channel 1 input counting up/down

upcount downcount

Channel 1 input count direction

Note: The pulses on the IA input are taken into account for up or down counting if the IB input has been

positioned in status 1 (count up) or in status 0 (count down) for at least 100 micro seconds.

Third possibility

Using two physical up/down counting inputs for each channel:

Channel 0:

the up counting pulses are received on the IA input (%I1.0),

the down counting pulses are received on the IB input (%I1.1),

Channel 1:

the up counting pulses are received on the IA input (%I1.2),

the down counting pulses are received on the IB input (%I1.3),

Illustration:

Module in position 1

Channel 0 counting input

Channel 0 down counting input

Channel 1 counting input

Channel 1 down counting input

Note: in this case, the preset value is set by the software only.

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Counting functions on (500Hz) discrete inputs

Fourth

Using two physical up/down counting inputs with Pi/2 shifted signals (incremental

possibility

encoder signals):

Channel 0:

signal A on input IA (%I1.0),

signal B on input IB (%I1.1),

Channel 1:

signal A on input IA (%I1.2),

signal B on input IB (%I1.3),

In this case, the preset value is set by the software only, and the immunity of these

four inputs is automatically fixed to the minimum value of 0.1ms if they are 24V DC

inputs.

Illustration:

Module in position 1

Input A channel 0

Input B channel 0

Input A channel 1

Input B channel 1

These functions can be used equally on the modules:

with a screw or HE10 connector terminal block,

with direct current inputs,

with alternating current inputs, in which case the up counting frequency will be

limited given the response time of this type of input.

If channel 1 is not used, the corresponding inputs can be configured into event, latch

state or normal discrete inputs. In this case, and if the inputs being used are supplied

by direct current, the immunity of these inputs will be defined for the inputs assigned

to up or down counting.

Channels 0 and 1 can be configured independently of one another with, for example,

one channel in up/down counting and the other in up or down counting.

TSX DM 37 xxE

245

Up counting functions built in to

(10KHz) TSX 37 22 bases

At a Glance

Aim of this

This chapter deals with the up counting functions which are built in to the (10KHz)

chapter

TSX 37 22 bases.

What's in this

This Chapter contains the following Maps:

Chapter?

Topic

Page

Introduction

248

Up or down counting

249

Up/down counting on channels 11 and 12

251

Up/down counting only on channel 11 (first possibility)

252

Up/down counting only on channel 11 (first possibility)

254

Up/down counting only on channel 11 (third possibility)

255

Preset on reference point short cam

257

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247

Up counting functions built in to (10KHz) TSX 37 22 bases

Introduction

General points

The count interfaces of the TSX 37 22 bases can be used to create 2 upcount

channels, 2 downcount channels or independent upcount/downcount channels

(channel 11 and channel 12 located in position 0).

Each count channel can receive 5 VCC/RS 422 or 24 VCC signals at a maximum

frequency of 10 kHz.

Preset inputs can only received 24 VCC signals.

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Up counting functions built in to (10KHz) TSX 37 22 bases

Up or down counting

General points

The up or down counting pulses are received on the IA input.

Setting to 0 (up counting) or setting the preset value (down counting) can be carried

out according to one of the methods described below:

when the status of the input IPres11 is changed for channel 11 (rising or falling

edge, choice made in configuration) and when this is validated in the software,

when the status of the IPres12 is changed for channel 12 (rising or falling edge,

choice made in configuration) and when this is validated in the software,

automatically as soon as the preset value (up counting) or the value 0 (down

counting) has been reached, this choice being made in configuration,

via software.

Note: symbols used in PL7 screens

IPres if it is a down counting function,

IReset if it is an up counting function.

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Up counting functions built in to (10KHz) TSX 37 22 bases

Principle

Illustration:

Diagram

Input

pulses towards 11

Reset input to 0

or select channel 11

Supply reserved exclusively for

the encoder supply (rollup of

external supply connected to the

CNT2 connector)

Input

pulses towards 12

Reset input to 0

or select channel 12

Reset input to 0

or select channel 11

External supply

10...30 VDC or 5 VDC

for encoder

Note:

Channels 11 and 12 can be configured independently of one another with, for

example, one channel in up counting and the other in down counting or up/down

counting,

The IPres 11 input and the external supply encoder are shared between the

connectors CNT1 and CNT2 in order to make wiring easier, particularly if an

encoder is used. In this case, the CNT1 connector is reserved exclusively for the

encoder connector, and the CNT2 connector is used for connecting the IPres 11

input and the external supply of the encoder.

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Up counting functions built in to (10KHz) TSX 37 22 bases

Up/down counting on channels 11 and 12

General points

When using a single physical up/down counting input, the direction (up or down

counting) is defined by the application program by setting a bit object to 0 or 1.

Up/down counting pulses are received on the IA input.

The preset value can be set:

either when changing the IPres input status..: IPres11 for channel 11 andIPres12

for channel 12 (rising or falling edge, choice made in configuration),

either on reference point short cam, on channel 11 only (see Preset on reference

point short cam, p. 257),

or by the software.

Principle

Illustration:

Diagram

Channel 11

Upcounting/

downcounting input

Channel 11 Top-turn input

Channel 11 preset input

Supply reserved exclusively

for the encoder supply (rollup of

external supply connected to the

CNT2 connector)

Channel 12

Upcounting/

downcounting input

Channel 12 preset input

Channel 11 preset input

External supply

10...30 VDC or 5 VDC for

encoder

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Up counting functions built in to (10KHz) TSX 37 22 bases

Up/down counting only on channel 11 (first possibility)

General points

When using a single physical up/down counting input, the direction (up or down

counting) is defined by setting the second input to 0 or 1.

the up/down counting pulses are received on the IA input,

the direction (up or down counting) is defined by positioning of the IB input to

status 1 or 0 (status 1: up count, status 0: down count).

The preset value can be set:

either when the status of the IPres11 input is changed (rising or falling edge,

choice made in configuration),

or on short cam reference point,

or by the software.

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Up counting functions built in to (10KHz) TSX 37 22 bases

Principle

Illustration:

Diagram

Channel 11 Upcounting/

downcounting input

Input counting direction

downcoun

channel 11

upcount

Channel 11 Top-turn input

Channel 11 preset input

Supply reserved exclusively for the

encoder supply (rollup of external

supply connected to the CNT2

connector)

Channel 11 preset input

External supply

10...30 VDC or 5 VDC for

encoder

Note: In this case, channel 12 can be used:

either in up counting or in down counting,

or in up/down counting (see Principle Diagram, p. 251).

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Up counting functions built in to (10KHz) TSX 37 22 bases

Up/down counting only on channel 11 (first possibility)

General points

Using two physical inputs, an upcount input and a downcount input.

the up counting pulses are received on the IA input,

the down counting pulses are received on the IB input.

The preset value can be set:

either when the status of the IPres11 input is changed (rising or falling edge,

choice made in configuration),

or on short cam reference point,

or by the software.

Principle

Illustration:

Diagram

Channel 11 counting input

Channel 11 down counting input

Channel 11 Top-turn input

Channel 11 preset input

Supply reserved exclusively

for the encoder supply (rollup of

external supply connected to the

CNT2 connector)

Channel 11 preset input

10…30 VDC external supply

for encoder

Note: In this case, channel 12 can be used:

either in up counting or in down counting,

or in up/down counting (according to the up/down counting principle diagram on channels 11 and 12).

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Up counting functions built in to (10KHz) TSX 37 22 bases

Up/down counting only on channel 11 (third possibility)

General points

Using two physical inputs with Pi/2 shifted signals (incremental encoder signals)

without hysteresis and multiplying by 1 or 2 according to the choice defined in the

configuration.

The up counting signals are received on the inputs:

IA for the A signals,

IA for the B signals.

The preset value can be set:

either when the input status is changed IPres11 (rising or falling edge, choice

carried out in configuration),

or on short cam reference point,

or by software.

Principle

Illustration:

Diagram

Channel 11 A signal input

Channel 11 B signal input

Channel 11 Top-turn input

Channel 11 preset input

Supply reserved exclusively for the

encoder supply (rollup of external

supply connected to the CNT2

connector)

Channel 11 preset input

External 10…30 VDC or

5 VDC supply for encoder

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Up counting functions built in to (10KHz) TSX 37 22 bases

Preset on reference point short cam

General

Preset is taken into account:

if the direction is up counting (+): IPres 11 input in status 1 and Top-turn input IZ

rising edge,

if the direction is down counting (-): IPres 11 input in status 1 and Top-turn input

IZ falling edge.

Illustration:

Counting direction

Down counting direction

Physical input IPres 11

Top-turn input IZ

Preset

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Implementing 500Hz up counting

on discrete inputs

At a Glance

Aim of this

This chapter deals with the implementation of 500HZ up counting on discrete inputs.

chapter

What's in this

This Chapter contains the following Maps:

Chapter?

Topic

Page

Basic configuration required

260

Types of sensor which can be used on up counting discrete inputs

262

Principal for connecting supplies and sensors

264

Example 1: up counting with inductive detector on the positive logic input

266

Example 2: upcounter with inductive detector on negative logic inputs

267

Example 3: upcounter with incremental encoder with Totem pole outputs

268

Example of sensor and supply cabling with TELEFAST 2 connection base:

269

ABE-7H16R20

General implementation rules

270

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259

Implementing up counting on discrete inputs

Basic configuration required

General

The first four inputs of the standard format module, located in position 1, enable the

up counting functions (described previously) to be carried out.

The characteristics of the sensors which generate the up counting pulses should be

compatible with the characteristics of the inputs of the module located in this position

and which differ according to the module installed.

Illustration:

TSX 37 05/10 PLCs

TSX 37 08/21 PLCs

Recall

Recall of the different standard format input/output modules which are installed in

position 1 of a TSX 37 05/08/10 PLC or which could be installed in position 1 of a

TSX 37 21/22 PLC:

Product reference

Connection

Modularity

Input/output types

PLC’s

TSX DMZ 28 AR

screw terminal

16 inputs (1)

110/120VAC

TSX 37 10 028 AR1

block

IEC 1131 type 2

TSX3721./22.

12 outputs

Relay

TSX DMZ 28 DR

screw terminal

16 inputs

24 VDC, IEC 1131 type

TSX 37 05 028 DR1

block

positive/negative logic

TSX 37 08 056 DR1

12 outputs

Relay

TSX 37 10.028 DR1

TSX 37 10.128 DR1

TSX 3721./22.

TSX DMZ 28 DT

screw terminal

16 inputs

24 VDC, IEC 1131 type

TSX 37 10 128 DT1

block

positive logic

TSX 3721./22.

12 outputs

statistics, 24VDC/0.5A

TSX DMZ 28 DTK

HE10 connector

16 inputs

24 VDC, IEC 1131 type

TSX 37 10 128 DTK1

positive logic

TSX 3721./22.

12 outputs

statistics, 24VDC/0.5A

TSX DMZ 64 DTK

HE10 connector

32 inputs

24 VDC, IEC 1131 type

TSX 37 10 164 DTK1

positive logic

TSX 3721./22.

32 inputs

statistics, 24VDC/0.1A

260

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Implementing up counting on discrete inputs

Types of sensor which can be used on up counting discrete inputs

General points

According to the type of module installed in position 1, the (24V DC) up counting

inputs can receive pulses generated by:

an inductive, photoelectric, or other detector:

24V DC supply voltage,

type 2 wires on positive logic (sink) or negative logic (source) inputs,

type 3 PNP wires on positive logic (sink) inputs,

type 3 NPN wires on negative logic (source) inputs,

an incremental encoder with 24V DC outputs of the following type:

open collector NPN,

open collector PNP,

Totem pole.

Illustration: different sensor types

The most

Table:

common type of

Supply voltage

Output voltage

Output mailstop

incremental

encoder which

10...30 V

Totem Pole

can be used on

discrete inputs

262

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Implementing up counting on discrete inputs

Compatibility

Table:

recall between

Modules

TSX DMZ 28DR

TSX DMZ 28DT/DTK

the sensors and

TSX DMZ 64DTK

inputs of

3 wire PNP sensor type

Yes (sink configured inputs)

Yes

different

modules

3 wire NPN sensor type

Yes (source configured inputs)

2 wire sensor type

Yes (sink or source configured

Yes

inputs)

Incremental encoder with

Yes (sink configured inputs)

Yes

Totem pole output

For sensor/input compatibility, see (TSX Micro Installation manual, Volume 2).

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Implementing up counting on discrete inputs

Module with

The supplies and sensors are to be connected using a connection base as

connection by

intermediary for TELEFAST 2 (1) discrete I/O + TSX CDP 102/202/302 stranded

HE10 connector

and sheathed cable or TSX CDP 053/103/203/303/503 (2) wires.

Illustration:

Cable

TSX CDP..2

Base TELEFAST 2

Module with

ABE-7H1.R..

HE10 connector

Cable

TSX CDP..3

Counting sensor

(1) The following TELEFAST 2 connection bases can be used: ABE-7H1.R.. .

(2) TSX CDP 102 : 1m in length,

TSX CDP 102: 1m in length,

TSX CDP 202: 2m in length,

TSX CDP 302: 3m in length,

TSX CDP 053: 0.5m in length,

TSX CDP 103: 1m in length,

TSX CDP 203: 2m in length,

TSX CDP 303: 3m in length,

TSX CDP 503: 5m in length.

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Implementing up counting on discrete inputs

Example 1: up counting with inductive detector on the positive logic input

General

Up counting with inductive proximity detectors on TSX DMZ 28 DR module inputs

located in position 1. The inputs are configured in positive logic (sink).

Channel 0 is configured in up counting with:

%I1.0 input: Upcounter input

%I1/1 input: preset input at 0.

Channel 1 is configured in down counting with:

%I1.2 input: downcounter input,

%I1.3 input: preset input.

Provisional

Illustration:

diagram

Position of switch

on the module

TSX DMZ 28DR Inputs

Counting channel sensor

Preset channel sensor 0

Down counting channel sensor 1

Preset channel sensor 1

FU1=fuse 0.5A with fast blow fuse

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Implementing up counting on discrete inputs

Example 2: upcounter with inductive detector on negative logic inputs

General

Upcounter with inductive proximity detectors on TSX DMZ 28 DR module inputs

located in address 1. The inputs are configured in negative logic (source).

Channel 0 is configured in up/down counting with:

%I1.0 input: upcounter/downcounter input

%I1.1 input: up counting direction input, status 1 upcount, status 0 downcount.

Channel 1 is configured in up/down counting with:

%I1.2 input: upcounter input

%I1.3 input: downcounter input,

Provisional

Illustration:

diagram

Position of switch

on the module

TSX DMZ 28DR Inputs

Counting sensor/

Down counting channel 0

Sensor direction of

counting channel 0

Counting channel

sensor 1

Down counting

channel sensor 1

FU1=fuse 0.5A with fast blow fuse

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Implementing up counting on discrete inputs

Example 3: upcounter with incremental encoder with Totem pole outputs

General

Upcounting from a Totem pole-output incremental encoder on TSX DMZ 28DTK

module inputs located at address 1. The inputs are in positive logic.

The channel is configured in up/down counting with:

%I1.0 input: signal A of the incremental encoder,

%I1.1 input: signal B of the incremental encoder.

Channel 1 is not configured in upcounting, but the corresponding %I1.2 and %I1.3

inputs can be used as event inputs.

Provisional

Illustration:

diagram

TSX DMZ 28DTK Inputs

Coder

Supply.

FU1 = 0.5A fast blow fuse

268

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Implementing up counting on discrete inputs

Example of sensor and supply cabling with TELEFAST 2 connection base: ABE-

7H16R20

Principle

Diagram

connection to the

connection of the 24 VDC

input/output

encoder and sensor supply

module in position 1

ABE-7H16R20 (2)

TSX CDP ... (1)

FU1 = fast blow fuse

0.5A incorporated in the base

encoder connections on the TELEFAST 2 base

Channel 0 encoder

Note: If an encoder is used, use a TELEFAST 2 base without display LED for the

status of each ABE-7H••R•0 channel.

(1) Connection cable: TSX CDP 102/202/302 or

connection wire: TSX CDP 053/103/203/303/503.

(2) See (TSX Micro Installation manual, Volume 2, connection base).

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Implementing up counting on discrete inputs

General implementation rules

General points

The general implementation rules are identical to those of the discrete inputs/

outputs (TSX Micro Installation manual, Volume 2).

The general software implementation rules and the language objects associated

with the different counting functions are developed in the Manuals TLX DS 57 PL7

••E tome 2.

Note: When the inputs of a discrete module are used in upcounting and/or

downcounting mode, outside incremental encoder interface configuration, it is

imperative that the filtering on these inputs be suppressed for the 500Hz

upcounter.

When there is a warm restart, the current value of the upcounter is reset to 0.

270

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Implementing 10KHz upcounter

onto TSX 37-22 bases

At a Glance

Aim of this

This chapter deals with the implementation of the 10KHz upcounter onto TSX 37-22

chapter

bases.

What's in this

This Chapter contains the following Maps:

Chapter?

Topic

Page

Basic configuration required

272

Type of sensors which can be used on the upcounter inputs

273

Characteristics

274

Pin configuration of the 15-pin SUB-D (channels 11 and 12) connectors

276

Connecting an incremental encoder on channel 11

279

PLC/encoder connection

281

Connecting supply and preset sensor

284

Connecting counting sensors on channel 11 and 12

285

Connecting supplies and sensors on channel 11

286

Connecting supply and sensors on channel 12

287

General rules for implementation

288

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Implementing 10KHz upcounter onto TSX 37-22 10 bases

Basic configuration required

General

A TSX 37-22 base has 2 built-in upcounting channels which make it possible to carry

outupcounting functions (See Overview of different counting functions, p. 235) .

For each upcounting channel, a 15-pin SUB-D connector assembles:

the connection points together with the various sensor types which generate the

counting pulses,

the connection points to the preset auxiliary inputs,

the supply connection points.

Illustration

Display of the connectors on TSX PLC:

channel 12 (CNT2 connector)

channel 11 (CNT2 connector)

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Implementing 10KHz upcounter onto TSX 37-22 10 bases

Type of sensors which can be used on the upcounter inputs

Channel 11 and

The upcounter inputs of channels 11 and 12 can receive pulses generated by every

channel 12

type:

of inductive, photoelectric, or other detector:

24VDC output voltage,

2 wires or 3 wires from PNP or NPN types,

from sensors with 5VDC output voltage.

Channel 11 only The channel 11 upcounter inputs can also receive pulses which are generated by

an incremental encoder.

Illustration

Different types of sensors:

The most

Summary table:

common types of

Supply voltage

Output voltage

Type of output mailstop

incremental

encoders can be

differential 5V

RS 422 line transmitter

used for

10...30 V

Totem pole.

upcounting on

10...30 V

differential 5V

RS 422 line transmitter

channel 11

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Implementing 10KHz upcounter onto TSX 37-22 10 bases

Characteristics

General

Table of characteristics:

Characteristics

Maximum counting frequency

10KHz

Operational Temperature

0 to 60°C

Input/earth dielectric rigidity or internal logic and

1000V effective - 50/60Hz - 1mm

input

Hygrometry

5% to 95 % excluding condensation

Storage temperature

-25° to +70°C

Operational altitude

0 to 2000 meters

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Implementing

10KHz upcounter onto TSX

37-22 10 bases

Input

Table of characteristics:

characteristics

Inputs

24V DC

upcounter

preset

or RS 422

(IA/IB/IZ)

(IPres11/

(IA/IB/IZ)

IPres12)

Logic

Positive

Nominal

Voltage

24V

values

Current

3mA

8.7mA

10mA

Sensor supply

2...5,5 V

19...30 V

Thresholds

In state 1

Voltage

>= 2.1 V

>= 11 V

Current

> 2 mA (1)

> 6 mA (2)

> 2.5 mA (2)

In state 0

Voltage

<= 1 V

<5V

Current

< 0.65mA

< 2 mA

< 1.4mA

Input impedance

> 270 Ohms

2.7 KOhms

2.4 KOhms

Response time

Status 1

15 micro

200 micro

seconds

seconds1ms

Status 1

1...15 micro

200 micro

seconds

seconds1ms

Input type

Current

Resistive

ducts

Compliance with IEC 1131-2

Type 1

Type 2

(3) 2 wire DDP compatibility

Yes/Yes

(3) 3 wire DDP compatibility

Yes/Yes

(1) for U = 2.4 V,

(2) for U = 11V.

(3) See (TSX Micro Installation manual, Volume 2).

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Implementing 10KHz upcounter onto TSX 37-22 10 bases

Pin configuration of the 15-pin SUB-D (channels 11 and 12) connectors

Provisional

Illustration:

diagram

channel 11 A signal input

channel 11 B signal input

channel 11 Z signal input

Channel 11 preset input

Supply for encoder

Information report internal links

from CNT2 connectors to the connector

CNT1 to make connection easier

encoder

channel 12 A signal input

Channel 12 preset input

Channel 11 preset input

External 10…30VDC or

5VDC supply for encoder

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Implementing

10KHz upcounter onto TSX 37-22 10 bases

CNT1 connector

5VDC signals table:

(channel 11)

5VDC signals

Pins

IA + (channel 11) input

IA - (channel 11) input

IB + (channel 11) input

IB - (channel 11) input

IZ + (channel 11) input

IZ - (channel 11) input

Supply:

+ 5VDC

-0VDC

5VDC signals table:

24VDC signals

Pins

IA + (channel 11) input

IA - (channel 11) input

IB + (channel 11) input

IB - (channel 11) input

IZ + (channel 11) input

IZ - (channel 11) input

Preset inputs:

IPres 11 + (channel 11)

IPres 11 - (channel 11)

Encoder supply:

+ 24VDC

-0VDC

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Implementing 10KHz upcounter onto TSX 37-22 10

bases

CNT2 connector

5VDC signals table:

(channel 12)

5VDC signals

Pins

IA + (channel 12) input

IA - (channel 12) input

External supply:

+ 5VDC

-0VDC

24VDC signals table:

24VDC signals

Pins

IA + (channel 12) input

IA - (channel 12) input

Preset inputs:

IPres 12 + (channel 12)

IPres 12 - (channel 12)

IPres 11 + (channel 11)

IPres 11 - (channel 11)

External supply:

+ 24VDC

-0VDC

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Implementing 10KHz upcounter onto TSX 37-22 10 bases

Description of

Table of addresses:

the different

Addresses

Description

connection

Connector for connecting the encoder to the CNT1 connector which is located

components

on the TSX 37-22 PLC. Having taken the different encoder types into account,

it is up to you to make this connection which comprises:

a connector for connecting to the encoder (to be defined according to the

encoder connector which is used, usually DIN 12-female pin connector),

a standard male 15-pin SUB-D connector for connecting the CNT1 from the

TSX 37-22 PLC. Element provided as a separate element under the

reference TSX CAP S15,

a cable:

with twisted pairs (gauge 24) and shield for an encoder with line

transmitter outputs with RS 422 standard,

bundled cables (gauge 24) with shield for an encoder with Totem pole

outputs.

The shield of the cable will be "braid and steel strip"; the contact of the

"braid and steel strip" with the ground of each connector must be secured

by clamping down the whole diameter of the cable.

The connection of this cable on these two connectors varies according to

the type of encoder supply (5VDC or 10…30VDC) and the output type

(RS 422, Totem pole, PNP or NPN open collector).

TELEFAST 2 connection base: ABE-7CPA01.

It enables quick connection:

of the 24VDC supply designed for sensors other than the encoder,

of the encoder supply and the channel 11 preset sensor if the latter is

required in order for the application to operate.

TSX CCP S15 cable, 2.5 meters long, with a 15-pin standard SUB-D connector

at each end. This cable is made up of 15 cables, 0.2mm wide²(gauge 24),

which are linked point-to-point + external braid and steel strip shield and

ensures the link between the CNT2 connector from the TSX 37-22 PLC and the

TELEFAST 2 (ABE-7CPA01) connection base.

Note: Connecting an incremental encoder to the CNT1 connector of the TSX37-22

PLC can be carried out with the help of a TSX TAP S15•• cabling accessory.

280

TSX DM 37 xxE

Implementing 10KHz upcounter onto TSX 37-22 10 bases

PLC/encoder connection

Illustration

Incremental encoder connected to a TSX 37-22 PLC:

CNT1

Wire 1

Incremental encoder

TSX 37-22 PLC

Example: PLC/

Encoder characteristics:

encoder

supply voltage: 5VDC,

connection with

output voltage: differential 5VDC,

RS 422 line

output mailstop: RS 422 standard line transmitter.

transmitter

outputs

Provisional

Illustration:

diagram

PLC

Encoder

CNT1 connector

TSX DM 37 xxE

281

Implementing 10KHz upcounter onto TSX 37-22 10 bases

Connection

Illustration:

diagram

15-pin SUB-D

male

female

Connector

Wire 1

Encoder

DIN

(encoder/PLC connection

Supp

PLC

(1) if the encoder is insulated from the mass, the link to ground should be made as

described above.

Example: PLC/

Encoder characteristics:

encoder

supply voltage: 10...30VDC,

connection with

output voltage: 10...30VDC,

Totem pole

output mailstop: Totem pole.

outputs

282

TSX DM 37 xxE

TSX Micro PLCs TSX 3705/3708/3710/3720. Implementation Manual (Volume 1) - page 7