Festo CDVI Series Stücklistenhandbuch

Brief description

Clean design

valve terminal

CDVI... (type 15)

with multipin

connector

– English

8080200

2017-12d

[8080193]

Valve terminal type 15

Festo CDVI... 2017-12d2

Translation of the original instructions

Documentation on the product

For all available product documentation

èwww.festo.com/pk

Festo SE & Co. KG

Ruiter Straße 82

73734 Esslingen

Germany

Internet: http://www.festo.com

E-Mail: service_international@festo.com

Reproduction, distribution or sale of this document or communication of

its contents to others without express authorization is prohibited.

a patent, utility model or design patent is registered.

English 3............................................

Festo CDVI... 2017-12d English 3

1 User instructionsEnglish

The CDVI has been designed exclusively for controlling

pneumatic actuators. The maximum values specified in

the section “Technical specifications” must be observed

here. Detailed information can be found in the Pneumatics

manual P.BE-CDVI-... .

Warning

SSwitch off the power supply before connecting or

disconnecting plugs. You can thereby avoid func

tional damage.

SUse only power units which guarantee reliable

electrical isolation of the operating voltage as per

IEC/DIN EN 60204-1. Observe also the general

requirements for PELV power circuits as per

IEC/DIN EN 60204-1.

SMake sure that there is a conductive connection with

sufficient cross-sectional area between the CDVI and

the earthed mounting surface or earthed machine

rack.

Please note

Commission only a valve terminal which has been fitted

and wired completely.

Please observe the instructions for connecting the

“pressure compensation” in the manual P.BE-CDVI-... .

Festo CDVI... 2017-12d English4

2 Multi-pin connection

2.1 Multi-pin plug

Each valve solenoid coil must be assigned to a specific pin

of the multi-pin plug in order that the valves can be actu

ated. A valve position always occupies two addresses on

the base block, irrespective of whether it is fitted with a

blanking plate, separator plate or valve sub-base. The

number of addresses which a valve position occupies in

the expansion blocks depends on the expansion blocks

used.

Bi = expansion block which occupies 2 addresses

Mo = expansion block which occupies 1 address

Extension blocks

Occupies 1 address per valve

position:

CDVI5.0-EB...MP-Mo

Occupies 2 addresses per valve

position:

CDVI5.0-EB...MP-Bi

Caution

The components of the valve terminal contain electro-

statically sensitive elements. The components will be

damaged if you touch the contact surfaces of the plug

connectors or if you do not observe the regulations for

handling electrostatically sensitive components.

Long signal lines reduce the immunity to interference.

Do not exceed the maximum permitted signal line

length of 10 m.

Festo CDVI... 2017-12d English 5

The multi-pin plug is fitted in the left-hand end plate at

the factory.

The following diagram shows the pin numbering of the

multi-pin plug in the left-hand end plate of the valve ter

minal (view of plug):

A01 A10

B10

C10C01

B01

2.2 Pin allocation of the multi-pin plug

Notes on the following table:

– Designation of the core colours as per DIN/IEC 757

– The multi-pin cable has 27 cores. Only 26 cores

are used. The remaining core can be cut back (core

colour see following table).

Festo CDVI... 2017-12d English6

Please note the following addressing rules:

The following table shows the address assignment of

the manifold blocks.

Further address assignment depends on the type of

the expansion block.

2 Bi-expansion block = 4 addresses

2 Mo-expansion block = 2 addresses

1 Bi-expansion block = 2 addresses

1 Mo-expansion block = 1 address

Complete the assignment list (following table) according

to the expansion blocks used on your valve terminal.

Please note

Maximum 8 addresses can be addressed in the exten

sion.

Festo CDVI... 2017-12d English 7

Pin Address Core

colour

Valve location/sole

noid coil

Pins Sub-D

37-pin

4-group

manifold

block

8-group

manifold

block

Test adapter

A01

A02

B01

B02

C01

C02

A03

A04

B03

B04

C03

C04

A05

A06

B05

B06

C05

C06

A07

A08

B07

B08

C07

C08

GY PK

RD BU

WH GN

BN GN

WH YE

YE BN

WH GY

GY BN

WH PK

PK BN

WH BU

BN BU

WH RD

BN RD

WH BK

BN BK

0/14

0/12

1/14

1/12

2/14

2/12

3/14

3/12

_ _ _

0/14

0/12

1/14

1/12

2/14

2/12

3/14

3/12

4/14

4/12

5/14

5/12

6/14

6/12

7/14

7/12

_ _ _

B10

C10

-----

GY GN 2)

0 V 1)

-------

0 V 1)

-------

27-37 3)

1) Apply 0 V with positive-switching control signals; apply 24 V with

negative-switching control signals. Mixed operation is not

permitted. The contacts B10 and C10 are connected internally.

2) This core is not used and can be cut back.

3) Unused

Festo CDVI... 2017-12d English8

3 Controlling the valve terminal

Use a uniform method of control. Preferably all control

signals should be positive-switching (1-switching), other

wise all control signals negative-switching (0-switching).

Mixed mode control is not permitted.

3.1 Address assignment of the valves

– Assign the addresses in ascending order without gaps.

– Counting begins from left to right, but on the individ

ual valve positions from right to left.

– A valve position occupies 2 addresses on the manifold

block and Bi-expansion block, even if it is fitted with a

blanking plate. On the Mo-expansion block 1 address

will be assigned.

– In the case of valves with two pilot solenoids, pilot

solenoid 14 occupies the lower-value address and

pilot solenoid 12 occupies the higher-value address.

– In the case of valves with only one pilot solenoid on

Bi-blocks, the higher-value address remains unused.

Festo CDVI... 2017-12d English 9

01 2

91011 12 13 1415

1214

12 14 12 14 1214 1214 14 1214

3215

14-group manifold block

22 Bi-expansion block

32 Mo-expansion block

41 Bi-expansion block

5Addresses of the solenoid

coils

6Reserve location on the

Mo-expansion block

(occupies 1 address)

7Reserve location on the

4-group manifold block

(occupies 2 addresses)

Festo CDVI... 2017-12d English10

4 Technical specifications

Type CDVI5.0-...

Dimensions See Pneumatics Manual

Number of valve positions 4, 6, 8, 10, 124) / 4, 5,...165)

Control voltage:

– Rated value (protected against

incorrect polarity)

– Tolerance

– Total permitted current

24 V DC

± 10 % (21.6 V ... 26.4 V DC)

2880 mA

Protection class with completely fitted

CDVI (with fitted plugs or covers)

IP65, IP66, IP67 as per EN 60529,

Type 4 1) as per NEMA250

Temperature ranges/storage duration

– Ambient/medium temperature

– Storage temperature

– Recommended storage duration

- 5 ... + 50 °C

- 20 ... + 40 °C

max. 18 months

Materials See Pneumatics manual

Electromagnetic compatibility

– Interference emission

– Immunity to interference 3)

Tested as per EN 61000-6-4

(industry) 2)

Tested as per EN 61000-6-2

(industry)

1) Type 4 (hosedown test, test no. 5.7)

2) The CDVI valve terminal is intended for industrial usage.

3) The maximum permitted signal line length is 10 m.

4) For exclusive use of Bi-blocks in the extension

5) For exclusive use of Mo-blocks in the extension

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