IAI X-SEL-J-1-CC0, X-SEL-J-2-CC0, X-SEL-J-3-CC0, X-SEL-J-4-CC0, ECON---CC Instructions Manual

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Instruction Manual

Ver. 5.0

X-SEL RCS-C E-Con

IAI Corporation

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Safety Precautions

Read these “Safety Precautions” carefully before selecting a model and to ensure proper use of the product. The precautions shown below allow you to use the product safely and prevent harm to you and others and damage to property from occurring. Be sure to observe these precautions as well as the safety regulations of JIS B 8433 (Industrial Robot Safety

egulations). R

Indications are divided into “DANGER,” “WARNING,” “CAUTION,” and “ATTENTION” according to the degree of risk and trouble.

DANGER

In the case of mishandling, imminent danger of death or serious injury is assumed.

WARNING

In the case of mishandling, the possibility of death or serious injury is assumed.

CAUTION

In the case of mishandling, the possibility of harm or property damage is assumed.

ATTENTION

There is no possibility of harm, but indicated instructions are requested to be observed for proper use of the product.

The product is designed and manufactured as a part for general industrial machinery.

Before selecting and handling equipment, personnel with satisfactory knowledge and experience such as a system designer and a person in charge must never fail to read the Catalogues and Instruction Manuals (Specially, the “Safety Precautions”). It is dangerous if equipment is mishandled. For the Instruction Manuals, read the Manuals for all equipment including the main unit and controller. Use the product at your responsibility after verifying and judging its compatibility with your system. After reading the Catalogues and Instruction Manuals, be sure to retain them at a place where users of the product can read them at any time. When transferring or renting the product for use, be sure to attach the Catalogues and Instruction Manuals in a noticeable location with the product main unit to allow a new owner to learn about safe and proper usage of the product. The DANGER, WARNING, and CAUTION indications described in these Safety Precautions do not cover all cases. Especially for separate details, read the Catalogues and Instruction Manual of the relevant equipment carefully for your safe and proper handling.

DANGER

General

● Do not use the product for the following applications:

1. Medical appliances that involve human life, physical maintenance and control, etc.

2. Systems, machines or equipment to move or convey people

3. Important security parts of a machine or equipment

The product is not planned or designed for any applications that require advanced t ype safety. It does not

guarantee human life. This warranty covers the product only.

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Installation

● Do not use the product in any place where there are dangerous objects such as combustibles, inflammables, and explosives. Failure to do so may result in ignition, inflammation, or explosion.

● Avoid use in any place where drops of water or oil droplets drip onto the main unit or controller.

● Never disconnect and reconnect a cable to extend or shorten the cable of the product. Failure to do so

may result in fire.

Operation

● Those who use a pacemaker must not approach within 1 meter from the product. Failure to do so may result in malfunction of the pacemaker due to the product’s powerful magnetic field.

● Do not pour water on the product. Pouring water, cleaning, or using the product in water may result in personal injury, electric shock, or fire because of malfunction.

Maintenance, inspection and, repair

● Never modify the product. Failure to do so may result in personal injury, electric shock, or fire.

● Do not disassemble and assemble the product. Failure to do so may result in personal injury, electric

shock, or fire.

WARNING

General

● Do not use the product outside the scope of product specifications. Fai lure to do so may result in product failure, breakdown, or damage, in addition to a reduction in service life. Specially, observe the maximum loading weight and maximum speed.

Installation

● Design the safety circuit or apparatus in such a manner as to avoid equipment damage and accidents resulting in injury or death when the machine stops during system failure such as at emergency stop and power failure.

● Be sure to provide the actuator and controller with class D grounding (previous class 3 groundi ng, ground resistance: 100Ω or less). Failure to do so may result in electric shocks or malfunction in the case of a short circuit.

● Before supplying electricity to the product and operating it, be sure to c onfirm the safety of the operating range of equipment. Supplying electricity carelessly may result in electric shocks or personal injury upon contact with moving parts.

● Install wiring of the product in such a manner as to avoid faulty wiring by r eferring t o the Instruction Manu al. Establish cable and connector connections securely so that there is no disc onn ection or loosen ess. Failur e to do so may result in product malfunction or fire.

Operation

● Do not touch the terminal block or various switches when the power is turned on. Failure to do so may result in electric shock or malfunction.

● When moving the moving part of the product manually (such as in the case of manual positioning), do s o after checking the servo off condition (with a teaching box). Failure to do so may result in personal injury.

● Cables superior in fle xibility are used, but these are not rob ot cables. Do not put them in a movable wiring duct with a radius out of specification (such as the cable bear).

● Do not damage cables. Scratching, forcedly bending, pulling, winding, placing a heavy article on, or pinching them may result in fire, electric shock, or malfunction due to a short circuit or faulty electrical continuity.

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● In the event of a power failure, turn off the power. Failure to do so may result in personal injury or product damage due to abrupt movement of the product during recovery from the power failure.

● When abnormal heat, smoke, or offensive odors occur in the product, turn off the power immediately. Continued use of the product may result in product damage or fire.

● When the protective equipment (alarm) of the product is activated, turn off the power immediat ely. Failure to do so may result in personal injury, or product breakage/damage due to product malfunction. After turning off the power and investigating the cause, remove it and turn on the power again.

● When the product LED does not li ght even at power on, turn off the power immediately. The protective equipment (fuse, etc.), may be activated without blowing. Request our sales office from which you purchased the product to carry out repairs.

Maintenance, inspection, and repair

● Before starting various operations such as maintenance, inspection, service, and replacement related to the product, be sure to shut off electrical supply completely. Observe the following at this time:

1. Indicate “MEN WORKING, POWER ON PROHIBITED” at an easy-to-see location to prevent a third party from turning on the power inadvertently during operation.

2. When more than one operator carries out maintenance and inspection, be sure to confirm safet y by calling out to other(s) before turning on/off the power and moving the axis.

Disposal

● Do not throw the product into a fire. Failure to do so may result in product explosion or toxic gas generation.

CAUTION

Installation

● Do not use the product at locations in direct sunshi ne (ultraviolet light), locations with dust, salt content or iron powder, humid locations, or in an atmosphere containing organic solvents or phosphate ester hydraulic oil. Failure to do so may result in function loss in a short period, or rapid performance deterioration or reduction in service life.

● Do not use the product in an atmosphere of corrosive gases (sulfuric acid, hydrochloric acid, etc.). Failu re to do so may result in severe deterioration due to rust formation.

● When using the product at any of the locations shown below, take proper shielding measures. Failure to do so may result in malfunction.

1. Location with a large current or high magnetic field

2. Location with arc discharge due to welding operation

3. Location with noise due to electrostatic action

4. Location with the possibility of receiving radiation

● Install the main unit and controller at a location with minimal dust and dirt. Failure to do so may result in malfunction.

● Do not install the product at a location where great vibrations or shocks travel (4.9 m/S

or more). Failure

to do so may result in malfunction.

● Install emergency stop equipment at a location where an emergency stop can be applied upon an immediate dangerous occurrence in operation during op eration. Failure to do so may result in personal injury.

● When installing the product, secure space for maintenance work. F ailure to do so may result in equipment stop or product damage because a daily check or maintenance becomes impossible.

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● When installing the product, do not hold its moving parts or cables. Failure to do so may result in personal injury.

● Be sure to use our genuine cable product between the actuator and controller. For components such as the actuator, controller and teaching box, use a combination of our genuine products.

● When carrying out installation or adjustment work, indicate “MEN WORKING, POWER ON PROHIBITED” to prevent unexpected power-on. Failure to do so may result in electric shock or personal injury due to abrupt operation of the actuator.

Operation

● When turning on the power, do so from the higher-order equipment in sequence. Failure to do so may result in personal injury or product damage due to abrupt start of the product.

● Do not place fingers or objects into the opening of the product. Failure to do so may result in fire, electric shock, or personal injury.

● Do not bring floppy disks or magnetic media within one meter from the product. Failure to do so may result in data corruption due to the magnetic field.

Maintenance, inspection, and repair

● When carrying out an insulation resistance test, do not touch the terminals. Failure to do so may result in electric shock. (For a product using DC power, do not carry out an insulation resistance test.)

ATTENTION

General

● When considering use in conditions or environments not described in the Catalogues or I nstruction M an ual, use in air navigation facilities, combustion equipment, amusement machinery, clean room, or fail-safe devices, or other applications that specially require safety with a strong influence on human life and property expected, give adequate consideration to safety measures suc h as usage with sufficient margins of fail-safe ratings and performance.

Installation

● Do not place any obstacles around the controller. Failure to do so may result in damage to the controller.

● Do not frame controls under which work falls during a po wer failure. Frame controls that secure th e safety

of the table, work, etc., for a power failure and emergency stop of the equipment.

Installation, operation, and maintenance

● When handling the product, ensure safety by wearing protective gloves, protective glasses, safety shoes, etc., as required.

Disposal

● When the product becomes unavailable or unnecessary, dispose of it appropriately as industrial waste.

OTHER

■ In a case where you do not observe the full-scope of descriptions in the

Safety Precautions, we shall accept no liability or responsibility.

■ For inquiries as relates to the product, contact our sales office nearest you.

The address and telephone number are shown on the back of the Instruction Manual.

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Contents

1. Overview············································································································ 1

2. Interface Specifications······················································································ 2

3. X-SEL················································································································· 3

3.1 Remote device station······················································································································· 3

3.1.1 Models···································································································································3 (1) Compact type (J type)············································································································ 4 (2) General type (K type)············································································································· 5

3.1.2 CC-Link board························································································································ 6 (1) Names of each part··············································································································· 6 (2) Rotary switches ····················································································································· 7 (3) Display of monitor LEDs········································································································8

3.1.3 Setting of I/O parameters (assignment of I/O ports)····························································· 10 (1) Board installation positions (slots) and parameter numbers ················································ 10 (2) Factory-configured parameters (standard setting)································································11 (3) CC-Link connection with standard I/O ports········································································· 12 (4) Combined use of CC-Link board and I/O board··································································· 14 (5) X-SEL I/O port numbers······································································································· 19 (6) Correspondence between X-SEL I/O port number and PLC address·································· 20 (7) Data in remote registers······································································································· 22

3.1.4 CSP file································································································································ 29

3.2 Remote I/O station·························································································································· 30

3.2.1 Models·································································································································30

3.2.2 CC-Link board······················································································································ 33 (1) Names of each part ············································································································· 33 (2) Rotary switches ··················································································································· 34 (3) Display of monitor LEDs······································································································ 35

3.2.3 Setting of I/O parameters (assignment of I/O ports)····························································· 36 (1) Board installation positions (slots) and parameter numbers ················································ 36 (2) Factory-configure parameters······························································································ 37 (3) CC-Link connection with standard I/O ports········································································· 38 (4) General I/O connection of CC-Link boards ·········································································· 41 (5) X-SEL I/O port numbers······································································································· 44

3.3 Troubleshooting ······························································································································ 46

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4. RCS-C and E-Con···························································································· 47

4.1 Models ············································································································································ 47 (1) RCS-C ································································································································· 47 (2) E-Con ·································································································································· 47

4.2 CC-Link interface ···························································································································· 48 (1) Names of each part ············································································································· 48 (2) Rotary switches ··················································································································· 49 (3) Display of monitor LEDs······································································································ 50

4.3 Input and output (I/O)······················································································································ 51 (1) RCS-C signal assignment···································································································· 51 (2) E-Con signal assignment····································································································· 52

4.4 Troubleshooting ······························································································································ 54

5. Common Items and Others·············································································· 55

5.1 Communications cable···················································································································· 55

5.2 Connection of communications cable connector············································································· 55

5.3 Terminators·····································································································································55

5.4 Useful functions for X-SEL controller adjustment············································································ 56

CC-Link and GX Configurator-CC are trademarks of Mitsubishi Electric Corporation. Corporate and product names in the text are trade names or trademarks of each company.

CC-Link

1. Overview

CC-Link stands for Control & Communication Link, which is a field network system. It is possible to construct the systems of X-SEL, RCS-C, and E-Con with wire saving by connecting each of these controllers to this CC-Link.

The X-SEL controller has two types of

remote device station and remote I/O station. Each of the RCS-C and E-Con controllers is handled as a remote I/O station, which allows for communications of I/O data.

* For further information on CC-Link, refer to the Instruction Manual for the master unit and the

programmable controller (PLC) to be mounted. Use this Instruction Manual together with the Instruction Manual of each controll er of X-SEL, RCS-C, and E-Con. CC-Link cannot be used for any method other than those described as possible in this Instruction Manual.

(Remote I/O station) (Remote device station) (Remote I/O station) (Remote I/O station)

Remote I/O

Remote device

station

Remote I/O

Master station

CPU unit

CC-Link

2. Interface Specifications

Item Specification

Communications standard CC-Link Ver1.0 (*1) Communications speed 10M/5M/2.5M/625k/156kbps (Selection with rotary switch) Communications system Broadcast polling system Synchronization system Frame synchronization system Encoding system NRZI Transmission path format Bus format (EIA RS485 conformance) Transmission format HDLC conformance Error control system CRC (X16 + X12 + X5 + 1) Number of occupied stations X-SEL: Remote device station: Max. 3 stations

Remote I/O station: 1 station

RCS-C/E-Con: 1 station Communications speed (bps) 10M 5M 2.5M 625k 156K Communications cable length

(*2)

Overall cable length (m) 100 160 400 900 1200

MC1.5/5-G-3.81 (E-Con, RCS) Connector (*3) Manufactured by Phoenix

Contact:

MSTB2.5/5-5.08 (X-SEL)

(*1) Already certified: RCS-C 24V specifications To be certified: X-SEL

RCS-100V, RCS-200V specifications E-Con

(*2) For T-branch transmission, refer to the Instruction Manuals for the master unit and PLC to be mounted.

(*3) The cable-side connector is a standard accessory.

Manufactured by Phoenix Contact: MC1.5-ST-3.81 (E-Con, RCS) SMSTB2.5/5-ST-5.08 (X-SEL)

CC-Link

3. X-SEL

The CC-link compatible X-SEL controller has the following two types:

a. Remote device station: Number of I/O points = Max. 256 points each b. Remote I/O station: Number of I/O points = 16 points each

3.1 Remote device station

3.1.1 Models

The CC-Link compatible X-SEL controller handled as a remote device station has one type each of J and K as follows:

● CC-Link board installation position

Board installation position

No.

Controller

type

Number of I/O

points in

network

(Max

input/output)

Standard

slot (I/O1)

Expansion

slot 1 (I/O2)

Expansion

slot 2 (I/O3)

Expansion

slot 3 (I/O4)

X-SEL model

I/O slot

arrangement

1 J type 256/256

●

None for

single axis

and two axes

X-SEL-J□-□-CC0-□

Fig. 2-1

2 K type 256/256

●

X-SEL-K□-□-CC0-□

Fig. 2-2

Note: 16 points each for input and output out of the number of I/O points are the system areas for the remote device

station and cannot be used. For further information, refer to “3.1.3 (6) Correspondence between X-SEL I/O port No. and PLC address.”

CC-Link

(1) Compact type (J type)

For single axis For two axes For three and four axes

CC-Link boardExpansion slot CC-Link board CC-Link board

X-SEL-J□-1-CC0-□ X-SEL-J□-2-CC0-□ X-SEL-J□-3-CC0-□

X-SEL-J□-4-CC0-□

Note: For items of single axis and two axes, a PIO board cannot be installed. For those of three and four axes, an

expansion I/O board

(*1)

can be inserted into the expansion slot.

Fig. 3-1-1

CC-Link

(2) General type (K type)

● The CC-link board is inserted into the standard slot (I/O1: leftmost).

● Either of an expansion I/O board

(*1)

or SIO board

(*2)

can be inserted into the expansion slot.

● When an expansion I/O board

(*1)

is not used, it is not required to supply 24V DC to the IO 24V

power connector.

Expansion slotCC-Link board

X-SEL-K□-□-CC0-□

Fig. 3-1-2

(*1) Expansion I/O board

Model (1): IA-103-X-32 (Input: 32 points, Output: 16 points) Model (2): IA-103-X-16 (Input: 16 points, Output: 32 points) For further information on specifications, refer to the X-SEL Controller Instruction Manual.

(*2) SIO board

Model (1): IA-105-X-MW-A (for RS232C) Model (2): IA-105-X-MW-B (for RS422) Model (3): IA-105-X-MW-C (for RS485) Any single board above is 2-channel compatible.

CC-Link

3.1.2 CC-Link board

(1) Names of each part

Monitor LED

Station number setting rotary switch

Communications speed setting rotary switch

CC-Link communications connector

CC-Link

(2) Rotary switches

The following can be carried out by rotary switches: a. Setting of station number b. Setting of communications speed

a. Setting of station number

In the CC-Link, a maximum of 64 stations can be connected. The station number is set in the 1 to 64 range by the two rotary switches. SA × 10: Sets the tens place. SA × 1: Sets the ones place.

Station number

Rotary switch selection

number

SA × 10 SA × 1 0 0 0 1 10 1 2 20 2 3 30 3 4 40 4 5 50 5 6 60 6 7 ⎯ 7 8 ⎯ 8 9 ⎯ 9

(Example) When setting the station number to 12:

Set the rotary switch SA × 10 to 1. Set the rotary switch SA × 1 to 2.

Note: The CC -Link first I/O address in PLC is determined according to the master unit installation position and the number

of I/O occupied points of the unit installed prior to that. The I/O addresses in PLC are assigned from the first I/O address above in order of station number. For further information regarding setting of the station number and setting of the I/O address in the P LC, refer to the Instruction Manuals for the master unit and PLC to be mounted.

CC-Link

b. Setting of communications speed

The communications speed is set by the rotary switch BR.

Rotary switch selection number Communications speed

0 156kbps 1 625kbps 2 2.5Mbps 3 5Mbps 4 10Mbps

Setting to 5 or more prohibited Error

(3) Display of monitor LEDs

The four LEDs mounted on the front of the board can indicate the bo ard operating state and network condition.

LED Color

Display

condition

Display details (display indication)

RUN Green Lighting

Lights when communications start and turns off when communications are interrupted for a fixed time or longer.

SD Green Flashing

Flashing during data transmission

RD Green Flashing

Flashing during data reception

Lighting

Local station address receiving data has an error.

ERR Red

Flashing

Setting by the communications speed setting rotary switch was changed during communications. Setting by the station number setting rotary switch was changed during communications.

CC-Link

3.1.3 Setting of I/O parameters (assignment of I/O ports)

The X-SEL I/O ports used in the CC-Link are set. X-SEL allows a variety of settings of different I/O ports with I/O parameters. (For further information, refer to the X-SEL Controller Instruction Manual.) The typical setting methods are shown below in this Manual. Basically, the I/O parameter No. 1 sets the I/O port assignment type to automatic assignment, while the I/O parameter No. 2 and No. 3 set the I/O port addresses. When the expansion I/O boards are used, the I/O ports are automatically assigned if the expansion I/O boards are installed in order of slot number. Accordingly, it is not required to set the I/O port start numbers of the expansion I/O boards with parameters.

I/O parameter No. Value Description

1 1 Assigns the I/O number automatically. (Standard setting) 2 0 Assigns the standard DI from the input port No. 0. (Standard setting) 3 300 Assigns the standard DO from the output port No. 300. (Standard setting)

14 n

Designates the number of CC-Link input points in multiples of 16. (16≤n≤256)

15 m

Designates the number of CC-Link output points in multiples of 16. (16≤n≤256)

(1) Board installation positions (slots) and parameter numbers a. J type

(Three- and four-axes specifications) Parameter No. 4

No. 5 No. 11

Parameter No. 2 No. 3 No. 10

Note: With no slots, parameters No. 6 to No. 9 are all set to “-1” and parameters No. 12 and No. 13 are set to “0.”

For the single-axis and two-axes specifications, parameters No. 4 and No. 5 are set to “-1” and parameter No. 11 is set to “0.”

b. K type

Parameter No. 2 No. 3 No. 10

Parameter No. 8 No. 9 No. 13

Parameter No. 6 No. 7 No. 12

Parameter No. 4 No. 5 No. 11

CC-Link

(2) Factory-configured parameters (standard setting)

No. Parameter name

Input

range

Set

value

Remarks

1 I/O port assignment type 0 – 20 1 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous installation

range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

-1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

-1 – 599 300 300 + (multiples of 8) (Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 – 599 -1 0 + (multiples of 8) (Invalid for negative values) (Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 – 599 -1 300 + (multiples of 8) (Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 – 599 -1 300 + (multiples of 8) (Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 – 599 -1 300 + (multiples of 8) (Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

0 – 5 2

11 Expansion I/O1 error monitoring

(I/O2)

0 – 5 0

12 Expansion I/O2 error monitoring

(I/O3)

0 – 5 0

13 Expansion I/O3 error monitoring

(I/O4)

0 – 5 0

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O power

related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

0 – 256 64 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

0 – 256 64 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

CC-Link

(3) CC-Link connection with standard I/O ports

The following are settings in cases where 16 points each for input and output are used from the first standard I/O ports of X-SEL and other I/O ports are not used.

X-SEL (J type)

Not used

(None for single axis and two axes)

Input port No. 000 – 015 Output port No. 300 – 315

X-SEL (K type)

Not used

Input port No. 000 – 015 Output port No. 300 – 315

(The above are cases where the installation conditions as shown in Fig. 3-1-1 and Fig. 3-1-2 in section 3.1.1 are applied.)

CC-Link

X-SEL I/O parameter

No. Parameter name

Default

(reference)

Input

range

Setting Remarks

1 I/O port assignment type 1 0 – 20 1 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous

installation range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

000 -1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

300 -1 – 599 300 300 + (multiples of 8)

(Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

(Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

2 0 – 5 2

11 Expansion I/O1 error monitoring

(I/O2)

0 0 – 5 0

12 Expansion I/O2 error monitoring

(I/O3)

0 0 – 5 0

13 Expansion I/O3 error monitoring

(I/O4)

0 0 – 5 0

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O

power related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

64 0 – 256 16 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

64 0 – 256 16 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

CC-Link

(4) Combined use of CC-Link board and I/O board

a. The following is the setting in the case where automatic assignment alloc ates 256 points each for input

and output to the CC-Link board as the standard I/O ports as well as 32 points for input and 16 points for output to the expansion I/O board IA-103-X-32 from the subsequent I/O port numbers. The J type has the same setting.

Input port No. 256 – 287 Output port No. 556 – 571

Input port No. 000 – 255 Output port No. 300 – 555

CC-Link

X-SEL I/O parameter

No. Parameter name

Default

(reference)

Input

range

Setting Remarks

1 I/O port assignment type 1 0 – 20 1 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous

installation range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

000 -1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

300 -1 – 599 300 300 + (multiples of 8)

(Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

(Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

2 0 – 5 2

11 Expansion I/O1 error monitoring

(I/O2)

0 0 – 5 1

12 Expansion I/O2 error monitoring

(I/O3)

0 0 – 5 0

13 Expansion I/O3 error monitoring

(I/O4)

0 0 – 5 0

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O

power related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

64 0 – 256 256 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

64 0 – 256 256 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

CC-Link

b. The following is the setting in the case where fixed assignment makes the expansion I/O board

IA-103-X-32 (input: 32 points, output: 16 points) used as the standard I/O ports and 256 points each for input and output assigned to the CC-Link board as the general I/O ports. The J type has the same setting.

Input port No. 000 – 031 Output port No. 300 – 315

Input port No. 032 – 287 Output port No. 316 – 571

CC-Link

X-SEL I/O parameter

No. Parameter name

Default

(reference)

Input

range

Setting Remarks

1 I/O port assignment type 1 0 – 20 0 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous

installation range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

000 -1 – 599 032 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

300 -1 – 599 316 300 + (multiples of 8)

(Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 -1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

(Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 -1 – 599 300 300 + (multiples of 8)

(Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

2 0 – 5 2

11 Expansion I/O1 error monitoring

(I/O2)

0 0 – 5 1

12 Expansion I/O2 error monitoring

(I/O3)

0 0 – 5 0

13 Expansion I/O3 error monitoring

(I/O4)

0 0 – 5 0

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O

power related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

64 0 – 256 256 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

64 0 – 256 256 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

CC-Link

(5) X-SEL I/O port numbers

The standard I/O port numbers of X-SEL are shown below. The X-SEL port numbers and functional assignment can be changed with I/O parameters. (For further information, refer to the X-SEL Controller Instruction Manual.)

Port

No.

Function

Port

No.

Function

000 Program start 300 Alarm output 001 General input 301 Ready output 002 General input 302 Emergency stop output 003 General input 303 General output 004 General input 304 General output 005 General input 305 General output 006 General input 306 General output 007 Program designation (PRG No. 1) 307 General output 008 Program designation (PRG No. 2) 308 General output 009 Program designation (PRG No. 4) 309 General output 010 Program designation (PRG No. 8) 310 General output 011 Program designation (PRG No. 10) 311 General output 012 Program designation (PRG No. 20) 312 General output 013 Program designation (PRG No. 40) 313 General output 014 General input 314 General output 015 General input 315 General output

Input

Output

…

Note: The number of I/O ports is as follows:

Input 000 to 299 (Max, 300 points) Output 300 to 599 (Max, 300 points)

When the CC-Link board is used in combination with the expansion I/O board, pay attention to the number of I/O ports.

CC-Link

(6) Correspondence between X-SEL I/O port number and PLC address

PLC sets the X-SEL CC-Link board as a remote device. The number of occupied stations of the remote device varies accordin g to the setting of the number of I/O points on the X-SEL side. The table below indicates the correspondence between the I/O port number and PLC address according to the settings of I/O parameters No. 14 and No. 15. (The following is a case where the I/O parameters No. 2 and No. 3 have standard settings [defaults].)

Note: It is not required to set the same number of points for the I/O parameters No. 14 and No. 15, but the number of

stations is determined according to the larger number of points. Be careful about the setting of the number of occupied stations and overlapping of addresses of the PLC.

a. When the number of I/O points is set to 96 or less:

Configured as one remote device. (One station occupied)

I/O parameter

No. 14 No. 15

X-SEL side DI

(Port No.)

PLC side

X-SEL side DO

(Port No.)

PLC side

16 16 000 – 015 RY 0 – F 300 – 315 RX 0 – F 32 32 016 – 031 RY 10 – 1F 316 – 331 RX 10 – 1F 48 48 032 – 047 RWw0 332 – 347 RWr 0 64 64 048 – 063 RWw1 348 – 363 RWr 1 80 80 064 – 079 RWw2 364 – 379 RWr 2 96 96 080 – 095 RWw3 380 – 395 RWr 3

* Since the shaded portions are the system areas for the remote device station on the PLC side, they

cannot be used as I/O.

b. When the number of I/O points is set to 112 or more and 192 or less:

Configured as two remote devices. (Two stations occupied)

I/O parameter

No. 14 No. 15

X-SEL side DI

(Port No.)

PLC side

X-SEL side DO

(Port No.)

PLC side

⎯ ⎯ 000 – 031 RY 0 – 1F 300 – 331 RX 0 – 1F ⎯ ⎯ 032 – 047 RY 20 – 2F 332 – 347 RX 20 – 2F ⎯ ⎯ 048 – 063 RY 30 – 3F 348 – 363 RX 30 – 3F ⎯ ⎯ 064 – 079 RWw0 364 – 379 RWr 0 ⎯ ⎯ 080 – 095 RWw1 380 – 395 RWr 1

112 112 096 – 111 RWw2 396 – 411 RWr 2 128 128 112 – 127 RWw3 412 – 427 RWr 3 144 144 128 – 143 RWw4 428 – 443 RWr 4 160 160 144 – 159 RWw5 444 – 459 RWr 5 176 176 160 – 175 RWw6 460 – 475 RWr 6 192 192 176 – 191 RWw7 476 – 491 RWr 7

* Since the shaded portions are the system areas for the remote device station on the PLC side, they

cannot be used as I/O.

CC-Link

c. When the number of I/O points is set to 208 or more and 256 or less:

Configured as three remote devices. (Three stations occupied)

I/O parameter

No. 14 No. 15

X-SEL side DI

(Port No.)

PLC side

X-SEL side DO

(Port No.)

PLC side

⎯ ⎯ 000 – 031 RY 0 – 1F 300 – 331 RX 0 – 1F ⎯ ⎯ 032 – 063 RY 20 – 3F 332 – 363 RX 20 – 3F ⎯ ⎯ 064 – 079 RY 40 – 4F 364 – 379 RX 40 – 4F

080 – 095 RY 50 – 5F 380 – 395 RX 50 – 5F

⎯ ⎯ 096 – 111 RWw0 396 – 411 RWr 0 ⎯ ⎯ 112 – 127 RWw1 412 – 427 RWr 1 ⎯ ⎯ 128 – 143 RWw2 428 – 443 RWr 2 ⎯ ⎯ 144 – 159 RWw3 444 – 459 RWr 3 ⎯ ⎯ 160 – 175 RWw4 460 – 475 RWr 4 ⎯ ⎯ 176 – 191 RWw5 476 – 491 RWr 5

208 208 192 – 207 RWw6 492 – 507 RWr 6 224 224 208 – 223 RWw7 508 – 523 RWr 7 240 240 224 – 239 RWw8 524 – 539 RWr 8 256 256 240 – 255 RWw9 540 – 555 RWr 9

* Since the shaded portions are the system areas for the remote device station on the PLC side, they

cannot be used as I/O.

CC-Link

(7) Data in remote registers

Addresses in PLC are assigned to the remote I/O addresses and remote register areas that correspond to the station number set on the CC-Link board and the number of occupied stations set by the PLC parameter, in steps of 16 points (one word) in order of X-SEL port number. Setting the I/O parameter No. 120 to “0” allows the data in one word to be transmitted by reversing the order of the higher-order byte (higher-order 8 bits) and the lower-order byte (lower-order 8 bits) in the communications area with the PLC remote register. (Remote I/O areas are not changed.)

I/O parameters

No. Parameter name

Default

(reference)

Input range Remarks

120 Network attribute 1 1 0H – FFFFFFFFH CC-Link remote register area H/L byte

SWAP selection 0: X-SEL side: H byte ↔ PLC side: L byte X-SEL side: L byte ↔ PLC si de: H byte 1: X-SEL side: H byte ↔ PLC side: H byte X-SEL side: L byte ↔ PLC side: L byte

(Main application of Ver. 0.55 or later)

The relationships between I/O signals are shown below by taking s case where the number of I/O points of X-SEL is set to 112 or more and 192 or less (two stations occupied) for example.

a. X-SEL remote I/O areas and remote register areas

Remote input: Port No. 0 to No. 63 Remote output: Port No. 300 to No. 363 Remote address (input): Port No. 64 to No. 192 Remote address (output): Port No. 364 to No. 392

Note: Since ports No. 48 to No. 63 and No. 348 to No. 363 are the s ystem areas for the remote device stations on the

PLC side, they cannot be used.

CC-Link

b. Transmission and receipt of signals in remote I/O areas

The transmission and receipt of signals in remote I/O areas are irrelevant to the setting of the I/O parameter No. 120.

●: On, ○: OFF

X-SEL port No. (Input) 015 014 013 012 011 010 009 008 007 006 005 004 003 002 001 000

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

PLC: RYnn (Output) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

X-SEL port No. (Output) 315 314 313 312 311 310 309 308 307 306 305 304 303 302 301 300

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

PLC: RXnn (Input) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

CC-Link

c. Transmission and receipt of signals in remote register areas

The I/O parameter No. 120 allows the data in one word (16 bits) to be transmitted by reversing the order of the higher-order byte (higher-order 8 bits) and the lower-order byte (lower-order 8 bits).

(a) When the I/O parameter No. 120 is set to “1”

●: On, ○: OFF

X-SEL port No. (Input) 079 078 077 076 075 074 073 072 071 070 069 068 067 066 065 064

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

PLC: RWwn (Output) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

X-SEL port No. (Output) 379 378 377 376 375 374 373 372 371 370 369 368 367 366 365 364

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

PLC: RWrn (Input) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

CC-Link

(b) When the I/O parameter No. 120 is set to “0”

●: On, ○: OFF

X-SEL port No. (Input) 079 078 077 076 075 074 073 072 071 070 069 068 067 066 065 064

ON/OFF ● ○ ○ ○ ○ ○ ○ ● ● ● ● ● ○ ○ ○ ○

Hexadecimal data 8 1 F 0

PLC: RWwn (Output) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

X-SEL port No. (Output) 379 378 377 376 375 374 373 372 371 370 369 368 367 366 365 364

ON/OFF ● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

Hexadecimal data F 0 8 1

PLC: RWrn (Input) F E D C B A 9 8 7 6 5 4 3 2 1 0

ON/OFF ● ○ ○ ○ ○ ○ ○ ● ● ● ● ● ○ ○ ○ ○

Hexadecimal data 8 1 F 0

CC-Link

Reference

■ When the number of I/O points is set to 112 or more and 192 or less: two stations are occupied Addresses in PLC are assigned to the remote I/O addresses and remote register areas that correspond to the station number set by the rotary switch and the number of occupied stations set by the PLC parameter, in order of port number.

(1) Remote I/O

Xnn and Ynn are the remote I/O addresses in PLC that correspond to the station number. The addresses of the remote I/O in PLC (RX and RY) are set to Xnn and Ynn.

(Input)

(Output)

(Output) Port No.

(Input)

Port No.

CC-Link

Reference

(2) Remote register

a. When the I/O parameter No. 120 is set to “1”

RWrn and RWwn are the remote register addresses in PLC that correspond to the station number N.

(Output) Port No.

(Input)

Port No.

(Output) (Input)

CC-Link

Reference

b. When the I/O parameter No. 120 is set to “0”

RWrm and RWwm are the remote register addresses in PLC that correspond to the station number. The remote register is comprised of one word (16 bits), but the data order of the higher-order 8 bits (higher-order byte) and the lower-order 8 bits (lower-order byte) is reversed under this setting. Take caution.

Example

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0

PLC Æ X-SEL

● ● ● ● ○ ○ ○ ○ ● ○ ○ ○ ○ ○ ○ ●

PLC

Data F 0 8 1

079 078 077076075 074 073 072 071 070 069 068 067 066 065064

Ports No. 064 to No. 079

● ○ ○ ○ ○ ○ ○ ● ● ● ● ● ○ ○ ○ ○

X-SEL

Data 8 1 F 0

S .

S . tation No

N+1

tation No

(Output) Port No.

(Input)

Port No.

(Output) (Input)

CC-Link

3.1.4 CSP file

When using the GX Configurator-CC (manufactured by Mitsubishi Electric Corporation), download the CSP file from our Web site shown below if required.

Web site: http://www.iai-robot.co.jp

The CSP file to be used is different according to the number of ports used (number of I/O ports) set by the I/O parameters No. 14 and No. 15 of X-SEL.

File name Description

Number of ports used in X-SEL

(Number of I/O points)

HMS-ABS-CCL_1.cs

For one remote device (one station) 96 points or less each

HMS-ABS-CCL_2.cs

For one remote device (two stations)

112 points or more and 192 points or less each

HMS-ABS-CCL_3.cs

For one remote device (three stations)

208 points or more and 256 points or less each

For the setting method of the remote station (X-SEL) information to the master station, refer to the Instruction Manuals for the master station, PLC to be mounted, and peripherals.

CC-Link

3.2 Remote I/O station

3.2.1 Models

The CC-Link compatible X-SEL controller handled as the remote I/O station has three types as shown below. The single CC-Link board allows communications through 16 points each for input and output. The model of X-SEL varies according to the installation positions and number of boards.

● CC-Link board, ○ Standard I/O board

Board installation position

No.

Controller

type

Number of

I/O points in

network

Standard

slot (I/O1)

Expansion

slot 1 (I/O2)

Expansion

slot 2 (I/O3)

Expansion

slot 3

(I/O4)

X-SEL model

I/O slot

arrangement

1 16/16 ○

● X-SEL-K□-□-CC1-□

Fig. 3-2-1

32/32

(16/16 × 2)

○

● ● X-SEL-K□-□-CC2-□

Fig. 3-2-2

K type

48/48

(16/16 × 3)

○ ● ● ●

Fig. 3-2-3

X-SEL-K□-□-CC3-□

● For the standard slot (I/O1, leftmost), a standard I/O board is required.

● For expansion slots, either of an expansion I/O board

(*2)

or SIO board

(*3)

is installable in addition to the

CC-Link board

(*1)

Expansion slots

Standard I/O board

CC-Link board

X-SEL-K□-□-CC1-□

Fig. 3-2-1

CC-Link

CC-Link board

Expansion slots

Standard I/O board

X-SEL-K□-□-CC2-□

Fig. 3-2-2

Standard I/O board

CC-Link board

X-SEL-K□-□-CC3-□

Fig. 3-2-3

CC-Link

(*1) CC-Link board

Model: IANT-3201-CC

(*2) Expansion I/O board

(*3) SIO board

Model (1): IA-105-X-MW-A (for RS232C) Model (2): IA-105-X-MW-B (for RS422) Model (3): IA-105-X-MW-C (for RS485) Any single board above is 2-channel compatible.

CC-Link

3.2.2 CC-Link board

(1) Names of each part

Communications speed setting rotary switch

Station number setting rotary switch

Monitor LED

CC-Link communications connector

CC-Link

(2) Rotary switches

The following can be carried out by rotary switches: a. Setting of station number b. Setting of communications speed

a. Setting of station number

In the CC-Link only with remote I/O stations, up to 64 units can be connected. The station number is set in the 1 to 64 range by the two rotary switches. SA × 10: Sets the tens place. SA × 1: Sets the ones place.

Station number

Rotary switch selection

number

SA × 10 SA × 1 0 0 0 1 10 1 2 20 2 3 30 3 4 40 4 5 50 5 6 60 6 7 ⎯ 7 8 ⎯ 8 9 ⎯ 9

(Example) When setting the station number to 12:

Set the rotary switch SA × 10 to 1. Set the rotary switch SA × 1 to 2.

Note: The CC -Link first I/O address in PLC is determined according to the master unit installation position and the number

of I/O occupied points of the unit installed prior to that. The I/O addresses in PLC are assigned from the first I/O address above in order of station number. When two or more CC-Link boards are used in X-SEL, it is recommended to set station numbers in order of installation position so that measures can be taken smoothly in the event of trouble. For further information regarding setting of the station number and setting of the I/O address in the P LC, refer to the Instruction Manuals for the master unit and PLC to be mounted.

CC-Link

b. Setting of communications speed

The communications speed is set by the rotary switch BR.

Rotary switch selection number Communications speed

0 156kbps 1 625kbps 2 2.5Mbps 3 5Mbps 4 10Mbps

Setting to 5 or more prohibited Error

(3) Display of monitor LEDs

The four LEDs mounted on the front of the board can indicate the bo ard operating state and network condition.

LED Color

Display

condition

Display details (display indication)

RUN Green Lighting

Lights when communications start and turns off when communications are interrupted for a fixed time or longer.

SD Green Flashing

Flashing during data transmission

RD Green Flashing

Flashing during data reception

Lighting

Local station address receiving data has an error.

ERR Red

Flashing

Setting by the communications speed setting rotary switch was changed during communications. Setting by the station number setting rotary switch was changed during communications.

CC-Link

3.2.3 Setting of I/O parameters (assignment of I/O ports)

(1) Board installation positions (slots) and parameter numbers

Parameter No. 6 No. 7 No. 12

Parameter No. 8 No. 9 No. 13

Parameter No. 2 No. 3 No. 10

Parameter No. 4 No. 5 No. 11

CC-Link

(2) Factory-configured parameters

A: X-SEL-K□-□-CC1-□ B: X-SEL-K□-□-CC2-□ C: X-SEL-K□-□-CC3-□

Set value

No. Parameter name

Input

range

A B C Remarks

1 I/O port assignment type 0 – 20 0 0 0 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous installation

range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

-1 – 599 -1 -1 -1 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

-1 – 599 -1 -1 -1 300 + (multiples of 8) (Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 – 599 -1 -1 032 0 + (multiples of 8) (Invalid for negative values) (Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 – 599 -1 -1 332 300 + (multiples of 8) (Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 – 599 -1 016 016 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 – 599 -1 316 316 300 + (multiples of 8) (Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 – 599 0 0 0 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 – 599 300 300 300 300 + (multiples of 8) (Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

0 – 5 0 0 0

11 Expansion I/O1 error monitoring

(I/O2)

0 – 5 0 0 2

12 Expansion I/O2 error monitoring

(I/O3)

0 – 5 0 2 2

13 Expansion I/O3 error monitoring

(I/O4)

0 – 5 2 2 2

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O power

related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote: Number

of ports used for input

0 – 256 0 0 0 Multiples of 16

15 Network I/F card remote: Number

of ports used for output

0 – 256 0 0 0 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

Note: When a standard I/O board is not used, it is not required to supply 24V DC to the IO 24V power connector. In this

case, set the parameter No. 10 to “0.”

CC-Link

(3) CC-Link connection with standard I/O ports

a. When only three CC-link boards are used

The following is the setting of a case where standard I/O ports are assigned to the CC-Link boards from the first port without using a standard I/O board.

Input port No. 016 – 031 Output port No. 316 – 331

Input port No. 000 – 015 Output port No. 300 – 315

Not used

Input port No. 032 – 047 Output port No. 332 – 347

(The above is a case where the installation condition as shown in Fig. 3-2-3 in section 3.2.1 is applied.)

CC-Link

X-SEL I/O parameter

No. Parameter name

Default

(reference)

Input

range

Setting Remarks

1 I/O port assignment type 1 0 – 20 0 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous

installation range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

000 -1 – 599 -1 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

300 -1 – 599 -1 300 + (multiples of 8)

(Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 -1 – 599 032 0 + (multiples of 8) (Invalid for negative values) (Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 -1 – 599 332 300 + (multiples of 8) (Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 -1 – 599 016 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 -1 – 599 316 300 + (multiples of 8) (Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 -1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 -1 – 599 300 300 + (multiples of 8) (Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

2 0 – 5 0

11 Expansion I/O1 error monitoring

(I/O2)

0 0 – 5 2

12 Expansion I/O2 error monitoring

(I/O3)

0 0 – 5 2

13 Expansion I/O3 error monitoring

(I/O4)

0 0 – 5 2

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O

power related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

64 0 – 256 0 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

64 0 – 256 0 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

b. When only two CC-Link boards are used

The I/O2 (expansion I/O1) slot becomes empty. Accordingly, both the default and set value become “-1” for the I/O parameter No. 4 and No. 5 and “0” for No. 11 in the table above. (The above is a case where the installation condition as shown in Fig. 3-2-2 in section 3.2.1 is applied.)

c. When only one CC-Link board is used

The I/O2 (expansion I/O1) and I/O3 (expansion I/O2) slots become empty. Accordingly, both the default and set value become “-1” for the I/O parameters No. 4 to No. 7 and “0” for No. 11 and No. 12 in the table above. (The above is a case where the installation condition as shown in Fig. 3-2-1 in section 3.2.1 is applied.)

Note: When no I/O board is used, it is not required to supply 24V DC to the I/O 24V power connector. In any case of a, b,

and c above, set the I/O parameter No. 10 to “0.”

CC-Link

d. When a standard I/O board is used as general I/O

When a standard I/O board is used as general I/O (input: 32 points, output: 16 points) with the setting of a, the number becomes 048 for the I/O parameter No. 2, 348 for No. 3, and 1 for No. 10 in the table on the previous page for the following assignments:

Input port No. 048 – 079 Output port No. 348 – 363

Input port No. 032 – 047 Output port No. 332 – 347

Input port No. 016 – 031 Output port No. 316 – 331

Input port No. 000 – 015 Output port No. 300 – 315

(The above is a case where the installation condition as shown in Fig. 3-2-3 in section 3.2.1 is applied.)

CC-Link

(4) General I/O connection of CC-Link boards

The following is a case where a standard I/O board is used as standard I/O ports and 48 points each for input and output are assigned to three CC-link boards as general I/O ports:

Standard I/O board Input port No. 000 – 031 Output port No. 300 – 315

Input port No. 032 – 047 Output port No. 316 – 331

Input port No. 048 – 063 Output port No. 332 – 347

Input port No. 064 – 079 Output port No. 348 – 363

(The above is a case where the installation condition as shown in Fig. 3-2-3 in section 3.2.1 is applied.)

CC-Link

X-SEL I/O parameter

No. Parameter name

Default

(reference)

Input

range

Setting Remarks

1 I/O port assignment type 1 0 – 20 0 0: Fixed assignment

1: Automatic assignment (Priority: slot 1 —)

* The ports only in the continuous

installation range from slot 1 are assigned for safety.)

2 Standard I/O:

Input port start No. (I/O1)

000 -1 – 599 000 0 + (multiples of 8) (Invalid for negative values)

3 Standard I/O:

Output port start No. (I/O1)

300 -1 – 599 300 300 + (multiples of 8)

(Invalid for negative values)

4 Expansion I/O1 fixed assignment

time: Input port start No. (I/O2)

-1 -1 – 599 32 0 + (multiples of 8) (Invalid for negative values) (Slot next to the standard I/O)

5 Expansion I/O1 fixed assignment

time: Output port start No. (I/O2)

-1 -1 – 599 316 300 + (multiples of 8) (Invalid for negative values)

6 Expansion I/O2 fixed assignment

time: Input port start No. (I/O3)

-1 -1 – 599 048 0 + (multiples of 8) (Invalid for negative values)

7 Expansion I/O2 fixed assignment

time: Output port start No. (I/O3)

-1 -1 – 599 332 300 + (multiples of 8) (Invalid for negative values)

8 Expansion I/O3 fixed assignment

time: Input port start No. (I/O4)

-1 -1 – 599 064 0 + (multiples of 8) (Invalid for negative values)

9 Expansion I/O3 fixed assignment

time: Output port start No. (I/O4)

-1 -1 – 599 348 300 + (multiples of 8) (Invalid for negative values)

10 Standard I/O error monitoring

(I/O1)

2 0 – 5 1

11 Expansion I/O1 error monitoring

(I/O2)

0 0 – 5 2

12 Expansion I/O2 error monitoring

(I/O3)

0 0 – 5 2

13 Expansion I/O3 error monitoring

(I/O4)

0 0 – 5 2

0: Non-monitoring 1: Monitoring 2: Monitoring (Non-monitoring of 24V I/O

power related errors) (Main application of Ver. 0.55 or later)

3: Monitoring (Monitoring of 24V I/O power

related errors only) (Main application of Ver. 0.55 or later)

14 Network I/F card remote:

Number of ports used for input

64 0 – 256 0 Multiples of 16

15 Network I/F card remote:

Number of ports used for output

64 0 – 256 0 Multiples of 16

(I/O1) to (I/O4) indicate the slot numbers.

CC-Link

(5) X-SEL I/O port numbers

Port

No.

Function

Port

No.

Function

Input

Output

…

Note: The number of I/O ports is as follows:

Input 000 to 299 (Max, 300 points) Output 300 to 599 (Max, 300 points)

When the CC-Link board is used in combination with the expansion I/O board, pay attention to the number of I/O ports.

CC-Link

Reference

Addresses in PLC are assigned to the remote I/O addresses that correspond to the station number set by the rotary switch and the station number set by the PLC parameter, in steps of 16 points in order of port number.

Xnn and Ynn+1 are the addresses in PLC that correspond to the station number N.

Since 2-word (32-point) processing is made per station in PLC, the PLC remote I/O (RX/RY) addresses are set to Xnn and Ynn.

Station

. N+1

Station

. N

(Output

(Input)

(Output)

(Input)

CC-Link

3.3 Troubleshooting

When a problem occurs in the CC-Link, check the operating condition with the table below. When the ERR LED lights or flashes, or when the green LED turns off abnormally during communications, check (or reset) connections of the power and communications cables, setting of rotary switches, and setting of parameters before turning on the power to the controller main unit again.

○: ON, ●: OFF, ◎: Flashing

RUN

(Green)

ERR

(Red)

(Green)

Operating condition

○ ◎ ◎ ○

There is normal communications, but a CRC error sometimes occurs with noise.

○ 0.4s◎ ◎ ○

Resetting of the baud rate or station number has changed the rate or number.

○ ◎ ◎ ● (Impossible condition)

○ ◎ ● ○

With the received data having a CRC error, there can be no response.

○ ◎ ● ● (Impossible condition)

○ ● ◎ ○ Normal communications

○ ● ◎ ● (Impossible condition)

○ ● ● ○ Local station address receiving data has not arrived.

○ ● ● ● (Impossible condition)

● ◎ ◎ ○ There is the polling response, but refresh receiving has a CRC error.

● ◎ ◎ ● (Impossible condition)

● ◎ ● ○ Local station address receiving data has a CRC error.

● ◎ ● ● (Impossible condition)

● ● ◎ ○ There is no link start-up.

● ● ◎ ● (Impossible condition)

● ● ● ○

There is no local station address receiving data or it is impossible to receive such data with noise.

● ● ● ●

It is impossible to receive data as a result of disconnection, etc. There is power interruption or H/W setting is being made.

● ○ ● ○ The baud rate or station number is invalid.

● ○ ● ● The baud rate or station number is invalid.

CC-Link

4. RCS-C and E-Con

4.1 Models

The CC-Link compatible RCS-C and E-Con controllers are shown below.

(1) RCS-C

Model: RCS-C-□□□□-□□-CC-□ Number of I/O points = Dedicated input: 8 points, Dedicated output: 10 points

24V type 100V and 200V type

(2) E-Con

Model: ECON-□-□-CC-□ Number of I/O points = Dedicated input: 10 points, Dedicated output: 12 points

CC-Link

4.2 CC-Link interface

(1) Names of each part

CC-Link communications connector

Monitor LED

Station number setting rotary switch

Communications speed setting rotary switch

CC-Link

(2) Rotary switches

The following can be carried out by rotary switches: a. Setting of station number b. Setting of communications speed

a. Setting of station number

Station number

Rotary switch selection

number

SA × 10 SA × 1 0 0 0 1 10 1 2 20 2 3 30 3 4 40 4 5 50 5 6 60 6 7 ⎯ 7 8 ⎯ 8 9 ⎯ 9

(Example) When setting the station number to 12:

Set the rotary switch SA × 10 to 1. Set the rotary switch SA × 1 to 2.

Note: The CC -Link first I/O address in PLC is determined according to the master unit installation position and the number

CC-Link

b. Setting of communications speed

The communications speed is set by the rotary switch BR.

Rotary switch selection number Communications speed

0 156kbps 1 625kbps 2 2.5Mbps 3 5Mbps 4 10Mbps

Setting to 5 or more prohibited Error

(3) Display of monitor LEDs

The four LEDs mounted on the front of the board can indicate the bo ard operating state and network condition.

LED Color

Display

condition

Display details (display indication)

RUN Green Lighting

Lights when communications start and turns off when communications are interrupted for a certain time or longer.

SD Green Flashing

Flashing during data transmission

RD Green Flashing

Flashing during data reception

Lighting

Local station address receiving data has an error.

ERR Red

Flashing

Setting by the communications speed setting rotary switch was changed during communications. Setting by the station number setting rotary switch was changed during communications.

CC-Link

4.3 Input and output (I/O)

The input and output points of each of RCS-C and E-Con are as follows: (1) RCS-C = Dedicated input: 8 points, Dedicated output: 10 points (2) E-Con = Dedicated input: 10 points, Dedicated output: 12 points

For further information on each signal, refer to the RCS Series of Robo Cylinder Controller RCS-C Type Instruction Manual and the E-Con Controller Instruction Manual.

(1) RCS-C signal assignment

8 bit input 10 bit output

Input No. Signal name Output No. Signal name

0 Commanding position 1 0 Completion position 1 1 Commanding position 2 1 Completion position 2 2 Commanding position 4 2 Completion position 4 3 Commanding position 8 3 Completion position 8 4 Start 4 Positioning completed 5 Reset 5 Zero return completed 6 Servo ON 6 Zone 7 * Pause 7 * Alarm 8 Reserved 8 * Emergency stop 9 Reserved 9 Moving

10 Reserved 10

11 Reserved 11 * Reserved 12 Reserved 12 * Reserved 13 Reserved 13 * Reserved 14 Reserved 14 * Reserved 15 Reserved 15 * Reserved

* Signals with an asterisk are b contact (always ON) signals.

Battery

alarm Note)

Note) Supported by the controller of main power supply 100/200V specifications only.

CC-Link

(2) E-Con signal assignment

8 bit input 10 bit output

Input No. Signal name Output No. Signal name

0 Commanding position 1 0 Completion position 1 1 Commanding position 2 1 Completion position 2 2 Commanding position 4 2 Completion position 4 3 Commanding position 8 3 Completion position 8 4 Commanding position 16 4 Completion position 16 5 Commanding position 32 5 Completion position 32 6 Reserved 6 * Reserved 7 Reserved 7 * Reserved 8 Start 8 Positioning completed

9 Reset 9 Zero return completed 10 Servo ON 10 Zone 11 * Pause 11 * Alarm 12 Reserved 12 * Emergency stop 13 Reserved 13 Moving 14 Reserved 14 15 Reserved 15 * Reserved

* Signals with an asterisk are b contact (always ON) signals.

Battery

alarm

CC-Link

Reference

For both RCS-C and E-Con, bit addresses in PLC are assigned to the remote I/O addresses that correspond to the station number set by the rotary switch and the station number set by the PLC parameter, in numerical order.

Xnn and Ynn+1 are the addresses in PLC that correspond to the station number N. Since 2-word (32-point) processing is made per station in PLC, the PLC remote I/O (RX/RY) addresses are set to Xnn and Ynn.

Station No.

Output port Input port No.

(Output)(Input)

CC-Link

4.4 Troubleshooting

When a problem occurs in the CC-Link, check the operating condition with the table below and remove th e cause. When the ERR LED lights or flashes, or when the green LED turns off abnormally during communications, check (or reset) connections of the power and communications cable, and setting of rotary switches before turning on the power to the controller main unit again.

○: ON, ●: OFF, ◎: Flashing

RUN

(Green)

ERR

(Red)

(Green)

Operating condition

○ ◎ ◎ ○

There is normal communications, but a CRC error sometimes occurs with noise.

○ 0.5S◎ ◎ ○

There is normal communications, but the station number setting switch has a failure.

○ ◎ ◎ ● (Impossible condition)

○ ◎ ● ○

With the received data having a CRC error, there can be no response.

○ ◎ ● ● (Impossible condition)

○ ● ◎ ○ Normal communications

○ ● ◎ ● (Impossible condition)

○ ● ● ○ Local station address receiving data has not arrived.

○ ● ● ● (Impossible condition)

● ◎ ◎ ○ There is the polling response, but refresh receiving has a CRC error.

● ◎ ◎ ● (Impossible condition)

● ◎ ● ○ Local station address receiving data has a CRC error.

● ◎ ● ● (Impossible condition)

● ● ◎ ○ There is no link start-up.

● ● ◎ ● (Impossible condition)

● ● ● ○

There is no local station address receiving data or it is impossible to receive such data with noise. (The amount of data transmitted from the master is insufficient.)

● ● ● ● It is impossible to receive data as a result of disconnection, etc.

● ○ ● ○, ● The baud rate or station number is invalid.

● ● ● ●

There is a power interruption or there is a breakdown with the remote station power supply part.

CC-Link

5. Common Items and Others

5.1 Communications cable

Use the dedicated cable compatible with the CC-Link Ver. 1.10 (FANC-SBH, FANC-SB, etc.) for the CC-Link communications cable.

5.2 Connection of communications cable connector

Connect the communications cable according to the following connector table:

Pin No. Signal name Application

1 DA Communications line 2 DB Communications line 3 DG Ground 4 SLD Shield 5 FG Ground

SLD and FG are internally connected. The communications cable is connected to pin No. 1 to No. 4.

5.3 Terminators

It is required to connect a terminator to the units at each end of the CC-Link system. Connect it between DA and DB of the connector. Terminators are attached to each controller of X-SEL, RCS-C, and E-Con. The terminator varies according to the model name of the CC-Link compatible cable as follows:

Cable FANC-SBH: 130 Ω 1/2W Cable FANC-SB: 110 Ω 1/2W

Note: For further information, refer to the Instruction Manual for the master unit.

CC-Link

5.4 Useful functions for X-SEL controller adjustment

(1) When a standard or expansion I/O board is installed onto the K-type controller, X-SEL can individually be

started up without connection of the 24V DC power for I/O.

(2) When a CC-Link board is installed, X-SEL can individually be started up without establishment of the

network.

In either case, set the relevant I/O parameters of No. 10 to No. 13 to “0: Non-monitoring.”

Note: After completing the required operation or adjustment, be sure to restore the parameters. Without doing so, an error

check of the relevant slots of the boards will not be carried out.

Catalog No.: CCLINK-MJ0123-5A-Mar3105-1

Quality and Innovation

IAI Corporation

Web site: http://www.iai-robot.co.jp

IAI America, Inc.

Head Office 2690W 237th Street Torrance. CA 90505

TEL (310) 891-6015 FAX (310) 891-0815

Chicago Office 1261 Hamilton Parkway Itasca, IL 60143

TEL (630) 467-9900 FAX (630) 467-9912

IAI Industrieroboter GmbH

Ober der Röth 4, D-65824 Schwalback am Taunus, Germany

TEL 06196-88950 FAX 06196-889524

03. 05. 840

IAI X-SEL-J-1-CC0, X-SEL-J-2-CC0, X-SEL-J-3-CC0, X-SEL-J-4-CC0, ECON---CC Instructions Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

IAI X-SEL-J*-1-CC0, X-SEL-J*-2-CC0, X-SEL-J*-3-CC0, X-SEL-J*-4-CC0, ECON-*-*-CC Instructions Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

IAI X-SEL-J-1-CC0, X-SEL-J-2-CC0, X-SEL-J-3-CC0, X-SEL-J-4-CC0, ECON---CC Instructions Manual