SMC Networks ITV1000-IO Series Manuel utilisateur

Doc. No.DIT-69900-OM005-E

PRODUCT NAME

IO-Link/ELECTRO-PNEUMATIC REGULATOR

MODEL / Series / Product Number

ITV1000/2000/3000-IO* Series

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

N/A

Power supply and

communication connector

Power LED

Communication

LED

This is the operation manual for the IO-Link compliant ITV.

For other contents which are not described in this manual, please refer to the operation manual for

the standard product.

１.Product Specifications

Item

Specified value

Power supply voltage

DC24 V ±10% F.S.

Current consumption

0.12 ADC or less

Communication specifications

IO-Link communication

Vendor ID

131(Dec)

Device ID

272(Dec)

ITV FW Version *1

Version1.2

*1 It becomes the FW version of the software of ITV.

Please contact the confirm method of the FW version our company.

Safety Instructions, precautions and other specifications are the same as the standard series.

２.Wiring

Fig.1 Display and Communication

３．Communication specifications

Item

Specification

Note

Protocol

IO-Link

version

Version 1.1

Communication speed

230.4 kbps (COM3)

IO-Link port

Class A

IO-Link type

Device

Process data

2 bytes IN

2 bytes OUT

Resolution 12 BIT

*1 If parameters are not saved, it may be improved by changing master cycle time to 3.5msec or more.

* Please don't do the insert and remove of live-wire after the power supply is turned on.

It causes the communication abnormality with the master by the situation.

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

４．Pressure setting method and output monitoring

Pressure can be set by sending input data from the master PLC to the regulator where the F.S

is based on a 12 BIT resolution.

Do not operate the product outside of the specifications.

Set data

0x0000

0x7FF8

Output pressure

100%

From the 16 BIT process data (2byte), input the 12BIT resolution starting from 3rd BIT to the

14th BIT.

Refer to the communication data for further details.

５. Communication data

5.1 Process data map

PD OUT (to ITV)

15*1

Bit

Set pressure value.(13 BIT)

Disabled*2

Value

100% F.S.is indicated using 12 BITs, from the 3rd BIT to the 14th BIT.

*1 Setting up to 120% F.S is possible by using the 15th BIT (However this is out of warranty).

*2 Either 0 or 1 will have no effect.

PD IN (from ITV)

15*3

Bit

Output pressure (13BIT)

On hold*4

BDC1

Value

100% F.S. is indicated using 12 BITs, from the 3rd BIT to the 14th BIT.

*3 Setting up to 120% F.S is possible by using the 15th BIT (However this is out of warranty).

*4 0 is returned in an unused area.

Detection of the set pressure

BDC1

When set pressure is reached

When set pressure is not reached

*It detects when the output pressure reaches within ±10% F.S. of the set pressure.

5.2 List of parameters

INDEX

Name:

Function

0x0C

Device access lock

The setting of the device access lock is changed.

0x42

Gain tuning function

Sets the response time.

0x43

Sensitivity tuning function

Sets the sensitivity.

0x41

HOLD/CLEAR setting

Sets the operation in response to a communication error.

0x44

Initialization

Resets the settings to the default value.

0x46

Zero adjustment

Sets the minimum pressure.

0x47

Span adjustment

Sets the maximum pressure.

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

Parameter index

0x0C

Parameter name

Device access lock

Function

In ITV for IO-Link, you can set "lock / unlock" for data storage function.

Locking data storage function will invalidate data storage function.

When backing up data storage (Parameter setting data read) or restoring

(Overwriting parameter setting data) is instructed while data storage

function is locked, the access rejection is answered.

Default: 0(unlock)

Bit

Bit 1, 0

Value

Bit

Content

Unlocking the data storage function

(Available data storage function)

Data storage function lock.

(Disable data storage function.)

* indicates the initial shipping value.

Parameter index

0x42

Parameter name

Gain tuning function

Function

The response time can be changed by tuning the gain. When the gain is

increased, the response time tends to be faster, but stability will be lost,

which may cause hunting (unstable pressure).

Default: Gain 9

Bit

Bit 3, 2, 1, 0

Value

Setting

Gain 0

Gain 1

Gain 2

Gain 3

Gain 4

Gain 5

Gain 6

Gain 7

Gain 8

Gain 9

Gain A

Gain B

Gain C

Gain D

Gain E

Gain F

* indicates the initial shipping value.

＊

Bit

＊

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

Parameter index

0x43

Parameter name

Sensitivity tuning function

Function

Changing the sensitivity will change the pressure correction operation

near the set pressure point. When the sensitivity is increased, hunting

may occur. When the sensitivity is decreased, hunting will be reduced,

but the pressure correction will be reduced, so there may be a moderate

pressure instability.

Default value ：Sensitivity 0

Bit

Bit 2, 1, 0

Value

Bit

Setting

Sensitivity -

Sensitivity ￣

Sensitivity 0

Sensitivity 1

Sensitivity 2

Sensitivity 3

Sensitivity 4

Sensitivity 5

* indicates the initial shipping value.

Parameter index

0x41

Parameter name

Hold/Clear setting

Function

Sets the output setting when communication error occurs.

0: Exhaust completely (Clear).

1: Output pressure is maintained (Hold).

Default value: Clear

Bit

Bit 0

Value

Bit

Setting

Clear

Hold

* indicates the initial shipping value.

Parameter name

0x44

Parameter name

Initialization

Function

All of the setup including the internal control constant is initialized with this

function. Perform this function only when the product is completely stopped

due to error.

Bit

BIT 0 to 7

Value

Any value between 0 to 11111111

* indicates the initial shipping value.

＊

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

Parameter index

0x46(Zero adjusting), 0x47(Span adjusting)

Parameter name

Zero adjusting , Span adjusting

Function

Zero adjusting (hereinafter referred to as F_1) corresponds to set the

minimum pressure, Span adjusting (hereinafter referred to as F_2) to set

the maximum pressure. F_1 and F_2 have setting ranges of 0-90%F.S.

and 10-120%F.S., respectively. However, the set pressure exceed rated

output; 100％F.S. is out of warranty. (refer to Fig.2,3)

The values are necessary to satisfy “F_1 + 10%F.S. < F2”. If not, the

previous values are reflected in this function.

Default of Zero adjusting: 0x0000

Default of Span adjusting: 0x0FFF(Hexadecimal Number)

Bit

BIT 13 (It is Bit 12 up to 100%.)

Value

Relationship between F1/F2 and the set pressure (Hexadecimal Number)

Zero adjusting F_1

Span adjusting F_2

Minimum

Maximum

Minimum

Maximum

Input value

0x0000

0x0E65

0x019A

0x1332

Set pressure

0%F.S.

90%F.S.

10%F.S.

120%F.S.

Fig.2 Range of F_1 and F_2

Range of F_2

10~120%

(0x019A～0x1332)

Range of F_1

0～90%

(0x0000~0x0E65)

(0x0000 ～

Out of warranty

Variable range

Set Pressure

Process data(Input)

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

5.3 Error Message

LED

Item

OFF

Flashing

Power

Power is supplied

(Green)

Internal diagnosis

error (Red)

Power supply is not

connected

Communication

Communication in

stand-by

mode(Green)

Communication

disconnected

Communication

exchange (Green)

F_2=0x0999（60%）

F_1=0x0665

（

40%

）

Process data(Input)

Set Pressure

50％

F_1=0x0665(40%)

F_1=0x0800(50%)

Set Pressure

45%

50％

Process data(Input)

Fig.3 F_1 and F_2 usage example

The set pressure output 45% when the process date input 50%

The set pressure output 50% when the process date input 50%

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

Error code

Error No.

Name:

Description

0x5000

Internal diagnosis error

ROM read / write error

Control depends on the Hold/Clear setting.

Power LED turned ON Red.

If the error is not corrected even after disconnecting

the power supply, perform "Initialization”.

0x6320

Target value over range

error

The data of the target value has exceeded the

specification (120% F.S. is exceeded).

Input a target value within the specification.

0x8C20

Output pressure value

over range error

The data of the output pressure value has exceeded

the specification (120% F.S. is exceeded).

Adjust the output pressure to within the specification.

６．Product ID

When reading the product ID from the master side, the following product ID is read out.

In addition, when selecting a product ID from the IODD file, you will choose from the following.

Product ID

ITV1010-IO-X395 *1

ITV1030-IO-X395 *1

ITV1050-IO-X395 *1

ITV2010-IO-X395 *1

ITV2030-IO-X395 *1

ITV2050-IO-X395 *1

ITV2090-IO-X395 *1

ITV3010-IO-X395 *1

ITV3030-IO-X395 *1

ITV3050-IO-X395 *1

ITV3050-IOF3N-DIT00375

*1: This becomes product ID added since FW Ver1.2.

End of report

2020-11-0216:16

DI156249

Doc.No.DIT-69900-OM005-E

Revision

E: Correction concerning communication

data, Product ID addition and

correction by software modification.

4-14-1, Sotokanda, Chiyoda-ku, Tokyo 101-0021 JAPAN

Tel: + 81 3 5207 8249 Fax: +81 3 5298 5362

URL http://www.smcworld.com

Note: Specifications are subject to change without prior notice and any obligation on the part of the manufacturer.

0120-837-838

2020-11-0216:16

DI156249

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels SMC Networks Contrôleurs

SMC Networks

SMC Networks HEC002-A5 Manuel utilisateur

SMC Networks

SMC Networks HYC Series Manuel utilisateur

SMC Networks

SMC Networks LX Dedicated Series Manuel utilisateur

SMC Networks

SMC Networks VBA40A Manuel utilisateur

SMC Networks

SMC Networks JXC61 Manuel utilisateur

SMC Networks

SMC Networks C M2 Z Series Manuel utilisateur

SMC Networks

SMC Networks CRJ Series Manuel utilisateur

SMC Networks

SMC Networks E-MY2B Series Manuel utilisateur

SMC Networks

SMC Networks IR2000-A Series Manuel utilisateur

SMC Networks

SMC Networks ITV1000 series Manuel utilisateur

SMC Networks

SMC Networks LECP1 Series Manuel utilisateur

SMC Networks

SMC Networks ITV1000 series Manuel utilisateur

SMC Networks

SMC Networks EX230-SDN1 Manuel

SMC Networks

SMC Networks D-B53 Series Manuel utilisateur

SMC Networks

SMC Networks JXCP1 Manuel utilisateur

SMC Networks

SMC Networks LER Series Manuel utilisateur

SMC Networks

SMC Networks e-Rodless E-MY2 Series Manuel utilisateur

SMC Networks

SMC Networks JXC51 Manuel utilisateur

SMC Networks

SMC Networks LEJS Series Manuel utilisateur

SMC Networks

SMC Networks THERMO-CON HEC001 Series Manuel d'utilisation et d'entretien

SMC Networks

SMC Networks LEG Series Manuel utilisateur

SMC Networks

SMC Networks JXC73 Series Manuel du propriétaire

SMC Networks

SMC Networks CRQ2X Manuel utilisateur

SMC Networks

SMC Networks PSE200-M Series Manuel utilisateur

Manuels Contrôleurs populaires d'autres marques

Digiplex

Digiplex DGP-848 Mode d'emploi

YASKAWA

YASKAWA SGM series Manuel utilisateur

Sinope

Sinope Calypso RM3500ZB Manuel utilisateur

Isimet

Isimet DLA Series Style 2 Manuel d'installation

LSIS

LSIS sv-ip5a Manuel utilisateur

Rockwell Automation

Rockwell Automation 1769-L31 Manuel utilisateur

Airflow

Airflow Uno hab Manuel utilisateur

ABB

ABB ACS580-01 drives Manuel utilisateur

Panasonic

Panasonic GM1 Series Manuel utilisateur

Emerson

Emerson SW93 Manuel utilisateur

AutoAqua

AutoAqua Smart ATO micro SATO-120P Manuel utilisateur

Panasonic

Panasonic FP? Positioning Unit RTEX Manuel utilisateur

Samson

Samson Type 5824 Manuel de service

Alpha IP

Alpha IP MIOB 21001 Manuel utilisateur

Siemens

Siemens OpenAir GMA 1 Series Manuel utilisateur

Surecom

Surecom SR-629 Manuel utilisateur

Fishman

Fishman TriplePlay Manuel utilisateur

Regulus

Regulus SRS1 T Manuel utilisateur