IFS-NX_SPE_EN.pdf - 第16页

IFS - NX P rodu ct S pecificat ions 12 5-2-4 Random f eeder setup This is a func tion for a user to place a f eeder at arbitrary position and en able producti on. Ev en when the feed er is placed at any posit ion during …

IFS-NX Product Specifications

Overview of the software

List of functions

Function

Required license

Standard functions

Parts Verification

Changing the setting of the Parts Verification software

Function for displaying an incorrect feeder attachment

position on the screen (for a machine)

Component inventory control/Feeder location search

Random feeder setup

Extended functions (The license is not required for one machine

but is required for two or more machines.)

Job setup function

Job setup license

Function for displaying an incorrect feeder attachment

position on the screen (for a Client PC)

Job setup license

Extended functions (The licenses are required for all machines.)

Traceability

Traceability license

Reading a circuit barcode

Traceability license

MSD control

MSD control license

Management of feeder maintenance history

Feeder maintenance license

Connection of a general-purpose printer

- Machine license for a general-purpose printer

- Traceability license for a general-purpose

printer

Connection to a system conforming to IPC-CFX

License for adding the CFX output function

Kitting Control

Kitting Control license

Linkage with the ISM tower

License for connecting to ISM

Storage function

Storage license

Description of software function

5-2-1 Parts Verification

This is a function for preventing a defective PWB from being produced due to placement of a

component at a wrong position.

At production setup, when components run out or when tapes are spliced, an operator is supposed to

verify components to be placed on a board, and only if he/she decides that they are appropriate, the

system starts a new PWB production or continues the suspended production.

If component verification is not performed yet, production is stopped with the interlock function.

There are three kinds of methods, a barcode, an RFID, and CAN, to verify components. Moreover, they

can be used even when a barcode and RFID or a barcode and CAN are intermingled with each other in

the same machine or same bank. A CAN and RFID can be intermingled with each other only when the

electric bank is used for the CAN and MTC/MTS is used for the RFID. The RFID and CAN cannot be

intermingled with each other in the same bank.

5-2-2 Changing the setting of the Parts Verification software

If you want to exclude a particular component from the target components that are to be verified with

the Parts Verification software, you can change the setting of the Parts Verification software on the

operation panel of the mounter.

You can set the target to be verified with the Parts Verification software among a component, a bank, a

feeder type and MTC/MTS.

5-2-3 Component inventory control/Feeder location search

By registering each component when it is put in storage, you can search the component location and

the number of remaining components by serial number. This function leads rationalization of inventory

control and inventory clearance.

IFS-NX Product Specifications

5-2-4 Random feeder setup

This is a function for a user to place a feeder at arbitrary position and enable production.

Even when the feeder is placed at any position during an initial setup, a machine acquires the feeder

arrangement situation and updates the pick data of the production program.

5-2-5 Job setup

This software allows you to check components and their positions at offline setup with a feeder

exchange trolley before production starts to improve the production efficiency.

5-2-6 Function for displaying an incorrect feeder attachment position on the screen

When a feeder has been wrongly attached, the original correct position to place it is displayed on the

screen.

5-2-7 Splicing function

An RF feeder can use a splicing sensor to detect a spliced point on a tape. The splicing sensor is

optional. When any splicing sensor is not used, the system detects a spliced point with the specified

number of successive empty pockets.

5-2-8 Traceability (Option)

This is a function that records the serial number and lot number of the components placed on each

PWB and enables tracking of them.

A PWB code or a circuit code is read, and then preserved in the database of the IFS server as

traceability information.

This preserved information can be browsed and exported with the Reporting through a terminal that

can access to the server.

5-2-9 Reading a circuit barcode (Option)

A circuit barcode (circuit code) is a barcode or 2D code that has been stuck on each circuit of a

multi-place matrix PWB or multi-place non-matrix PWB. The traceability information can be

accumulated for every circuit by reading this circuit code and doing a production.

5-2-10 MSD (Moisture Sensitive Device) control (Option)

It is possible to prohibit the use of out-of-date MSD components according to the setting off the IS

server. This prevents the unauthorized use of out-of-date components.

5-2-11 Management of feeder maintenance history (Option)

This software controls the maintenance schedule of devices such as a feeder and a trolley, and issues

the corresponding warning.

5-2-12 Connection to a general-purpose printer (Option)

This software provides the system with the following functions: connection to a general-purpose

printer, obtaining of the production result of a general-purpose printer, and output of the result to

Reporting as the traceability information.

5-2-13 Connection to a system conforming to IPC-CFX (Option)

This software allows the IFS system to participate in a system (such as JaNets) that outputs data

externally according to IPC Connected Factory Exchange (IPC-CFX) standard.

IFS-NX Product Specifications

5-2-14 Kitting Control (Option)

Kitting Control loads BOM information such as a production program, and then enters the number of

PWBs planned to be produced to create a batch. It assists the operation (kitting) that collects

components required for production as a kit by assigning components whose number is sufficient for

completing of PWBs production.

5-2-15 Linkage with the ISM tower (Option)

This software updates and controls information on components required for production of PWBs

between the IFS server and the ISM tower by synchronizing the following information with the ISM

tower: information on components registered in the IFS server varying when a component is added or

deleted or when the number of remaining components changes. In addition, when the ISM server

requests the ISM tower to deliver a component, a component can be extracted at the required timing.

5-2-16 Storage function (Option)

This software can control loading/unloading of components to/from a component shelf located outside

the IFS server.