IFS-NX_SPE_EN.pdf - 第13页

IFS - NX P rodu ct S pecificat ions 9 System configuration Each mach i ne is connect ed to the I FS - NX syste m via a Loca l Area Network (LAN). The number of IFS servers requir ed to operate IFS - NX varies depend i ng…

IFS-NX Product Specifications

4-3-2 Options

4-3-2-1 Additional IFS-NX licenses

Load the License Management to the server.

Name

License unit to be purchased

Job Setup License *1

For each client PC (only for a PC for which a

Job setup is to be used)

Floor Activity Tracking License

(for the functions such as the Parts Verification

function)

For each mounter to be used

Traceability License

For each mounter to be used

MSD Control License

Every five sets in total of machines, dry

cabinets, and bake ovens

Feeder Maintenance License <floor>

For each floor

Handy Terminal License

* Required in case POI is to be used. Not required

if TTC-GO is to be used.

For each additional handy terminal

*1 One license is supplied with the IFS system assembly.

4-3-2-2 Peripheral devices

The following peripheral devices allow you to use IFS-NX more conveniently.

Name

General description

Classification

Intelli Stocker

Feeder stocker supporting an RFID

RFID

For a mechanical

feeder

Supports a mechanical feeder.

For an electric

feeder

Supports an electrical feeder.

Intelli Trolley Pool

This device is required to connect a device supporting an

RFID such as the Intelli Trolley and the Intelli Feeder

Calibration Jig to the system.

Intelli Feeder

Calibration Jig

This is a feeder calibration jig equipped with a monitor and

supports an RFID.

PW02

This device is required to connect an Intelli trolley that

supports CAN and an Intelli trolley that supports an RFID to

the system.

CAN/RFID

Fixture

This device is to be used to check the positioning hole for

installing a feeder during job setup with a feeder exchange

trolley. This is required to use component codes in the

barcode form.

(RX-7/7R, RS-1/1R does not need any fixture since the hole

number barcode is directly affixed to the feeder exchange

trolley.)

Barcode

For a RX-6-series

model

This device supports an electrical feeder exchange trolley

equipped with 40 slots.

For a KE-series

model

This device supports a mechanical feeder exchange trolley

equipped with 80 slots and an electrical feeder exchange

trolley equipped with 40 slots.

For an

FX-3/3R/3RA

series model

This device supports a mechanical feeder exchange trolley

equipped with 60 slots and an electrical feeder exchange

trolley equipped with 30 slots.

For an FX-1R/2

series model

This device supports a mechanical feeder exchange trolley

equipped with 40 slots.

IFS-NX Product Specifications

System configuration

Each machine is connected to the IFS-NX system via a Local Area Network (LAN).

The number of IFS servers required to operate IFS-NX varies depending on the number of connected

machines.

* Since an FX-3/3R/3RA or an RX-7/7R has two stations, each of these machine is counted as two

machines.

You can install an IFS client and a server on the same PC also when you configure the system as

shown below. In this case, such a PC should conform to the specifications of a PC for an IFS

server.

4-4-1 Example of a small-scale system configuration (number of the connected

machines: 1 to 10)

When you operate a small-scale system to which 1 to 10 machines are connected, one IFS server is

required. In the system configuration example below, an IFS server and a client are installed on the

same PC.

* The maximum number of machines that can be connected to the system is 10.

Figure 4-4-1-1 IFS system configuration example (small-scale)

4-4-2 Example of a medium-scale configuration (number of the connected machines: 11 to 25)

When you operate a medium-scale system to which 11 to 25 machines are connected, two IFS servers

are required.

* The maximum number of machines that can be connected to the system is 25.

Figure 4-4-2-1 IFS system configuration example (medium-scale)

UP to 10 machines

Production line 1

IFS client/server

UP to 25 machines

Production line 1

Production line 2

IFS server

IFS client

IFS-NX Product Specifications

4-4-3 Second medium-scale configuration (number of connected machines: 26 to 35)

When you operate the second medium-scale system to which 26 to 35 machines are connected, three

IFS servers are required.

* The maximum number of machines that can be connected to the system is 35.

Figure 4-4-3-1 IFS system configuration example (medium-scale)

4-4-4 Large-scale configuration (number of the connected machines: 36 to 70)

When you operate a large-scale system to which 36 to 70 machines are connected, four IFS servers

are required. A large-scale configuration system requires the priced DB2 license.

* The maximum number of machines that can be connected to the system is 70.

* The DB2 priced option license is necessary for 1 unit. See 6-1 Sever PC Specification for the

details.

DB 2 LUVS

Figure 4-4-4-1 IFS system configuration example (large-scale)

IFS client

DB2 priced option license

UP to 35 machines

Production line 1

Production line 2

IFS server

IFS client

UP to 70 machines

Production line 1

Production line 2

IFS server

Production line 3