JM-50_QA表 - 第5页
QA 表 iii 9 电气 ················································································· 9-1 DC 电源输出电压调整 ············································································· 9-1 XY 轴伺服放大器的轴设置 ············…
QA 表
ii
摄像机补偿调整（角度） ········································································· 3-3
摄像机补偿调整（比例） ········································································· 3-4
玻璃基板 BOC 标记识别时的注意点 ·························································· 3-5
4 基板传送 ··········································································· 4-1
导轴高度 ······························································································ 4-1
轨道位置 ······························································································ 4-2
传送带轨道 F、R 的位置 ········································································· 4-3
皮带张力 ······························································································ 4-4
基板夹紧位置 ························································································ 4-5
BU 传感器碰块位置 ················································································ 4-6
支承台动作速度 ····················································································· 4-7
传送基板的识别（ＩＮ・ＯＵＴ传感器关系） ············································· 4-8
钳夹位置的基板识别（ＳＴＯＰ、Ｃ・ＯＵＴ传感器关系） ··························· 4-9
调整驱动链轮 R 的松动 ········································································· 4-10
限动器的动作速度 ················································································ 4-11
基板宽度自动调整装置的皮带张力 ·························································· 4-12
5 R-ATC ··············································································· 5-1
滑板工作负载 ························································································ 5-1
主体组装(粗调整) ··················································································· 5-2
R-ATC 偏差(XY) ···················································································· 5-3
R-ATC 偏差(Z) ······················································································ 5-4
开闭传感器配件调整 ··············································································· 5-5
调整滑板开闭速度 (调整速度控制器) ························································· 5-6
6 台架 ················································································· 6-1
12MM 间距台架安装精度 ·········································································· 6-1
12MM 间距台架吸取位置精度 ···································································· 6-2
18MM 间距台架安装精度 ·········································································· 6-3
18MM 间距台架吸取位置精度 ···································································· 6-4
7
台架周围 ··········································································· 7-1
驱动器缸筒（固定供料器规格）································································ 7-1
驱动器缸筒（一次更换台） ······································································ 7-2
供料器架高度调整 ·················································································· 7-3
供料器支架高度调整 2 ············································································ 7-4
供料器的平行度 ····················································································· 7-5
供料器缸筒 ··························································································· 7-6
送料器浮起传感器的高度 ········································································· 7-7
8 3D 传感器 ·········································································· 8-1
3D 传感器焦点偏移量 ············································································· 8-1
3D 传感器校准 ······················································································ 8-2
3D 传感器照相机偏移量 ·········································································· 8-3
QA 表
iii
9
电气 ················································································· 9-1
DC 电源输出电压调整 ············································································· 9-1
XY 轴伺服放大器的轴设置 ······································································· 9-2
贴装头之 Z、ZA 轴伺服放大器的轴设置(1) ·················································· 9-3
贴装头之 Z、ZA 轴伺服放大器的轴设置(2) ·················································· 9-4
贴装头 Θ 轴原点传感器 AMP 的设置 ·························································· 9-5
传送(AWC)步进马达驱动器设置································································ 9-6
传送传感器的设定(LEFT，RIGHT) ···························································· 9-7
MI BANK RELAY 电路板 VAC 传感器等级 ·················································· 9-8
设定 SAFETY 电路板的跳线开关 ······························································ 9-9
OCC 照相机的 IP 地址设置(1) ································································ 9-10
OCC 照相机的 IP 地址设置(2) ································································ 9-11
OCC 照相机的 IP 地址设置(3) ································································ 9-12
设定位置控制卡的卡 ID ········································································· 9-13
QA表
机种
确认、调整方法
1.
将电磁标尺的粘贴面与
LM
导轨的距离调整到
0.5[mm]
后，把
LM
导轨的两端用螺丝固定。
把带有磁力表架的千分表放到
LM
导轨的滑块上，安装工字平尺使得
LM
导轨两端上千分表的值为
“0”
。
• 下侧LM导轨的平直度：20μm
2.
确认
LM
导轨的全行程中平直度为
20μm
。
• 从电磁标尺的粘贴面至下侧轨道基准面（下面）的距离：0.5±0.1mm
Ｘ坐标有关Ｙ坐标位置的偏斜，影响Ｙ方向的贴装精度。
与Ｘ轴ＬＭ导轨所受的負荷有关，严重影响到Ｘ轴ＬＭ导轨的损坏或寿命的降低。
１．贴装精度的恶化
２．Ｘ方向移动时发生异常声音
３．Ｘ轴ＬＭ导轨损坏及寿命降低
ＮＯ
①
②
ＮＯ． 担当人
③
④
⑤
⑥
⑦
⑧
⑨
⑩
X
轴
LM
导轨的平直度、平行（
1
）
编制日期
质量保证类别
功能・安全性 / 可靠性 / 安全性 / 商品特点
质量特性(规格调整值)
JM-50
装置名称
ＸＹ装置
确认方法及调整方法（故障处理方法）
功能名称
40206435
X_AXIS_FRAME
预想故障（应规格调整值不良而发生的故障）
功能作用（规格调整值的意义）
变更履历
货号
品名
有关质量特性
对象元件
内容
40206431
SHS15_L890
日期
X轴框架
工字平尺
治具
滑块
平台
上面
下面
LM导轨
电磁标尺的粘贴
面
0.5±0.1
1-1