SS-1189-002.pdf - 第7页

5 SS-1189 • Pick-Up and Placement Up/Down-Axis (L-Axis) Control Function • Pick-Up Position (X/Y) Correction Control Function • Pocket outline recognition • Two-stage placement Z-Axis speed reduction • Nozzle existence c…

SS-1189

High Flexibility Function

• The optional multi-functional heads for head modules will make it possible

to mount larger varieties of components.

Technology of High Precision Component Placement

• Both X and Y axes are provided with linear motors and scales to realize the

high-speed・highly accurate component positioning.

Adoption of Linear Motors for X/Y Beam Driving

Fig. 5

• Servomotors are used to drive the head, making it possible to control the

head position with the encoder.

• A highly accurate mounting is always maintained by the automatic offset

teaching function, the self-calibration system, etc.

Comfortable Operation Environment

• A new operation environment is constructed and the self-diagnosis function

is enhanced, realizing the comfortable operation environment.

• When the machine was designed, the setup and maintenance work was

taken into consideration.

• The enhanced production support software realizes high productivity.

Other Functions

Standard Function

• Component Pick-Up Error Automatic Recovery Function

• Pick-up Location Teaching Function

• Pick-up Priority Function

• Alternate Function at Component Supply Section

• Programming Sorting Function

0707-002

SS-1189

• Pick-Up and Placement Up/Down-Axis (L-Axis) Control Function

• Pick-Up Position (X/Y) Correction Control Function

• Pocket outline recognition

• Two-stage placement Z-Axis speed reduction

• Nozzle existence check before pick-up

Options

• P.C.B height feed back function

• Soft mount nozzle

• Unit PCB B.B.R. Function

• Placement Coordinates Teaching Function

• Component Library Teaching Function

• Application for BGA/CSP

• Splicing

• Advance Notice and Instruction of Splicing

• Multiple Languages (Mandarin Chinese, Korean)

• Network Terminal

Programming Software

Pattern Program Optimization Software

Pattern Program Conversion Software (Our Products and Machines of

Other Brands)

CAD Conversion Software

Multi-Pattern Program Line Balance Software

Production Manager Software

• ACV System

Application Multi-tray (FP-G100,FP-G200)

P.C.B Traceability

• Off-line component library create system

• Application for large-sized board (Max. 610×460 mm)

• 2D bar code NC program change function

• High-resolution component recognition camera

• Flux dipping unit (Auto reload type / Manual reload type)

• Coplanarity check function

• Application for 0402

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SS-1189

3. Specifications

3.1 Mechanical Specifications

3.1.1 Mechanical Construction

Fig. 6

3.1.2 Mechanical Specifications

1. Model Name GXH-3

2. Throughput 95,000 CPH

Note : The PCB transition time under optimum conditions is excluded.

3. PCB Transfer

Time

Approx. 2.5 seconds (PCB Length: 155 mm or less) (under optimum condition)

4. PCB Flow

Direction and

Transfer Reference

PCB Flow Direction : From Left to Right ("From Right to Left" is optional.)

Transfer Reference : Front Side of Machine or Rear Side of Machine

5. Applicable PCB

Size: 50 × 50 to 460 × 460 mm (Four Corners : R1 to R1.5 mm)

Thickness : 0.5 to 5.0 mm

Warpage : 0.2 mm or less per 50 mm Max. ± 1 mm

Mass : Max. 1.5 kg (completed PCB)

Material : Glass Epoxy

Ceramic (Option)

Note : Depending on the material, shape, warpage, mass, etc., of the PCB, it is

required to make a placement test to confirm that the components can be

placed normally.

0305-002 Tg0846-WO-SP

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P.E.C Camera

PCB Transfer

Conveyor

Component

Recognition Camera

Feeder

X-axis

Y-axis

Head

Pick-Up Position