JM-50_OPE.pdf - 第11页

操作手册 1-1 第 1 章装置概要 1- 1 本装置概要 1-1- 1 前言 JM- 50 在降低成本的同时保持了 JM- 100 的插入元件实装功能，该机型还提升了对元件供给装置以及小型卡盘吸嘴的对应能力。对应的元件供给装置有径向供料器、轴向供料器、料管供料器、矩阵托盘服务器等诸多种类，可以根据生产条件选择最佳的供给装置。将 JM- 1 00 所采用的带上下一体驱动功能的并列 8 吸 …

第 5 章故障排除 ············································································································· 5-1

5-1 贴片偏移 ··············································································································· 5-1

5-1-1 整个基板发生贴片偏移(每个基板都反复出现) ·························································5-1

5-1-2 整个基板的贴片不齐(每个基板的偏移方式各不相同)。 ·············································5-2

5-1-3 仅基板的一部分发生贴片偏移 ··············································································5-3

5-1-4 仅特定的元件发生贴片偏移 ·················································································5-3

5-1-5 贴片角度偏差 ····································································································5-4

5-2 其它 ····················································································································· 5-5

5-2-1 启动 START/停止 STOP 开关不起作用 ······································································5-5

5-2-2 不能浏览数据库·································································································5-5

5-2-3 对已执行过优化的程序再次实施优化后，原设置的送料器配置出现变化。或者想要改变原有送

料器配置，但即使进行优化,也不能优化。 ······································································5-5

5-2-4 贴片点超出基板(或电路) ····················································································5-5

5-2-5 无法测定元件 ····································································································5-6

5-2-6 不能吸取 MTS/DTS/托盘支座供应的元件 ··································································5-6

5-2-7 不能同时吸取 ····································································································5-6

5-2-8 如果是连接器的情况下，定心时元件碰到激光单元 ···················································5-6

5-3 图像错误详细情况 ··································································································· 5-7

5-3-1 图像错误的表示·································································································5-7

5-3-2 标记识别错误的情况 ··························································································5-7

5-3-3 通用图形元件(球元件／外形元件)识别错误的情况 ···················································5-8

5-4 维护日志 ············································································································· 5-10

5-4-1 取得随机日志 ·································································································· 5-10

5-4-2 取得维护日志 ·································································································· 5-11

操作手册

1-1

第1章装置概要

1-1 本装置概要

1-1-1 前言

JM-50 在降低成本的同时保持了 JM-100 的插入元件实装功能，该机型还提升了对元件供给装置以及

小型卡盘吸嘴的对应能力。

对应的元件供给装置有径向供料器、轴向供料器、料管供料器、矩阵托盘服务器等诸多种类，可以根

据生产条件选择最佳的供给装置。

将 JM-100 所采用的带上下一体驱动功能的并列 8 吸嘴贴片头的数量减少为 4 个，采用并列 4 吸嘴贴

片头，与 JM-100 同样从小型元件到大型元件无需更换贴片头，并且可以根据元件高度，以最短的贴

片头动作完成元件实装。

插入错误检测功能还可以防止珍贵的基板和元件遭受损坏。

对应的基板尺寸，为最小 50mm×50mm ～最大 800mm×360mm。

1-1-2 关于标记

● 菜单、命令等用括弧「」标记。

菜单名连续时用 “/” 标记。

例：「文件」/「打开」

● 固有名词用括弧“ ”标记。

● 按键用[ ]标记。

例：[ESC]、[ENTER]

● 手册名用『』标记。

例：『 JM-100 使用说明书』

● 多个有关联的名称用“/”标记，文字共同部分省略。

例：Windows 7 及 Windows 10 → Windows 7 / 10

1-1-3 本书的构成

● 第 1 章设备的概要

对本设备的构成及概要，进行介绍。

● 第 2 章作业步骤

对从接通电源到生产的流程，进行说明。

● 第 3 章生产时的各项处理

对生产时发生频度较高的各种错误、原因、对策方法，进行说明。

● 第 4 章生产时的错误处理/暂停

本节就生产中发生错误时的处理，以及暂停后的处理进行说明。

● 第 5 章故障排除

元件的贴片位置偏移、贴片角度偏移等的处理方法。

本书是 JM-100 设备的生产操作入门书。

本书未刊载的内容，请参见附件 CD『JM-100 使用说明书』。

操作手册

1-2

1-1-4 缩写的说明

简称

意义

中文英文

R-ATC 自动工具更换装置 (Removable Auto Tool Changer)

HMS 高度测量装置 (Height Measurement System)

HOD

手控操作盘

(Handheld Operating Device)

IFS-NX 智能供料器系统 (Intelligent Feeder System)

LNC 激光校准新概念 (Laser align New Concept)

MTS 矩阵托盘服务器 (Matrix Tray Server)

OCC 位置校正摄像机 (Offset Correction Camera)

PWB 基板 (Printed Wiring Board)