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AVK3 2005.1101

1. 概要 ··························································································································1

2. 特长 ··························································································································1

3. 机器规格························································································································ 5

3.1 基本规格 ··············································································································································· 5

3.2 基本性能 ··············································································································································· 6

4. 机器的构成 ···················································································································· 8

4.1 整体图 ·····················································································································································8

4.2 缓冲器式编带切刀装置···························································································································9

4.3 插入单元·················································································································································9

4.4 纵型料架···············································································································································10

4.5 元件供给部2分割方式 (只限NM-AA30对应) ························································································11

4.6 元件供给部的构成例 (NM-AA30)·········································································································12

4.7 元件供给部 (NM-AA31) ·······················································································································14

4.8 元件供给部的构成例 (NM-AA31)·········································································································14

4.9 基板识别补正功能 ································································································································16

5. 插入元件规格 ·················································································································19

5.1 轴向元件编带规格 ································································································································19

5.2 插入对象元件 ·······································································································································20

5.3 编带元件的包装····································································································································21

5.4 跳线的规格 ···········································································································································22

6. 印刷基板的设计基准······································································································23

6.1 印刷基板的规格概要·····························································································································23

6.2 插入前印刷基板上・下面的制约条件 ···································································································23

6.3 印刷基板精度 ·······································································································································24

6.4 基准销周围与边缘的死角 ·····················································································································25

6.5 插入工具的死角····································································································································26

6.6 与相邻元件必要间距的计算式··············································································································26

7. 标准功能 ························································································································27

7.1 程序功能···············································································································································27

7.2 三色信号塔亮灯规格·····························································································································27

8. 标准主体构成 ·················································································································28

9. 选购件····························································································································29

10. 涂饰颜色······················································································································34

11. 安全装置······················································································································35

12. 电源、空气投入部 ·······································································································37

13. 尺寸图 ·························································································································38

14. 生产线布局举例 ···········································································································40

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AVK3 2005.1101

1.概要

轴向元件，跳线以插入速度0.12 秒/点插件，实现了业界首屈的低成本插件。

J 高生产率

1. 实现了业界最高的生产率。

• 插入速度以0.12 秒/点 (比以往机器提高20 % )

• XY工作台的轻量、高刚性化，实现高速化 (确保AVK2B以上)

2. 通过排除速度损失的因素，提高了实际生产速度。

• 插入单元的小型轻量化以及采用直接驱动方式，改善了插入单元旋转时的速度损失 (插入单元旋转时的速

度提高20 % )

J 可靠性高

1. 实现了消耗元件的长寿命化。

• 通过编带切刀以及引脚切刀 (固定侧) 的两用化，实现了长寿命化

2. 提高了基础部分的可靠性。

• 插件头、铁砧旋转部采用圆弧状平电缆，可动部配线的长寿命化

• 使用中空电机的直接驱动化，实现插件头旋转的皮带损失

J 灵活性

1. 统一了插入单元，不需要切换。

2. 通过摆动式折弯模，使用1种工具对应直径为ø 0.4～ø 0.8，插入间距为5～26 mm，提高了灵活性。

J 操作性･维护性的提高

1. 能够表示3国语。

• 在画面上能够简单变换日英中的语言表示

2. 采用了全球对应变压器。

• 内藏全球对应变压器，不需要外接。

3. 推荐补修元件共通共用化。

• 与以往机种 (AVK系列)使用的推荐补修元件的共用化 (注: 不含引脚切刀 (固定侧) )

2. 特长

高生产率

通过0.12秒/点的业界最高速插件的实现，实现了生产率的飞跃提高。

以往机种 (AVK2B)

AVK3

0.15秒/点 0.12秒/点

通过XY工作台的轻量、高刚性化，实现了高速化，大幅度改善了XY大移动时的损失。

AVK3

以前

速度 0.15 秒

速度 0.12 秒

速度 0.15 秒

速度

0.12 秒

39.5 mm

59.5 mm

35 mm

55 mm

(※ 选择联锁 2 时)

速度 0.15 秒

速度

0.15 秒

45 mm

XY工作台高速化

挿入速度