一体式测距系统AMSA 4B模拟式/滚珠型
专为机床应用设计的磁阻测距系统
相应的解决方案适合多种应用。这意味着它始终能够达到最精确的行程，同时满足最严格的容差要求。
MONORAIL AMSA 4B 是集成的测距用磁阻系统，基于带模拟电压接口的成型轴承导轨。对于主要需要高速度和高精度的应用而言，这些产品是其首选。由于无需附加装配或调节测距系统，因此它们在机器设计、制造和维修方面节省成本。
机器的准确性和工艺可靠性也得到改进。坚固的读头外壳带有一整套由纵向和横向雨刷组成的雨刷系统，为测距系统提供最佳保护。AMSA 4B 型号带有 1 Vss 的模拟电压接口，用于连接所有标准控制系统。
Frequently Asked Questions about the AMSA System from SCHNEEBERGER
Is a calibration required after installing an AMS system?
The absolute position is available after a reference run following power-up.
Does the exact absolute position need to be restored when replacing components?
When replacing read heads, a deviation of a few tenths of a millimeter is possible. If higher accuracy is required, a correction in the control parameters is necessary.
Does the read head need to be aligned during installation?
No alignment of the read head is necessary. It is sufficient to attach the read head using the screws provided.
How much does the signal period of 200 µm affect the system's deviation?
The periodic deviation is less than 0.8 µm.
How do external fields from motors and rotary tables affect the built-in scale?
The scale is protected inside the rail. The external fields are short-circuited by the rail and the surrounding environment, so they have no impact on the scale.
What should be considered when using linear motors?
The risk that tools or chip nests will direct a magnetic flux through the scale is avoided by installing the scale on the opposite side of the linear motor.
What should be considered during installation?
AMS rails are installed without the use of magnetic lifting tools to avoid leaving residual magnetism in the rail.
What accessories are used with the AMS?
The complete range of MONORAIL MR and MONORAIL BM can be used with AMS. However, sheet metal wipers from the standard program cannot be used.
Does an AMS axis require more installation space than an axis without AMS?
In cross-section, compact carriages result in a minimally larger profile. In the direction of travel, the AMS is positioned between two carriages. If there is sufficient space between the carriages, the total length of the rail does not increase.
Is a calibration required after installing an AMS system? //
Does the exact absolute position need to be restored when replacing components? //
Does the read head need to be aligned during installation? //
How much does the signal period of 200 µm affect the system's deviation? //
How do external fields from motors and rotary tables affect the built-in scale? //
What should be considered when using linear motors? //
What should be considered during installation? //
What accessories are used with the AMS? //
Does an AMS axis require more installation space than an axis without AMS? //
The absolute position is available after a reference run following power-up.
Does the exact absolute position need to be restored when replacing components? //
When replacing read heads, a deviation of a few tenths of a millimeter is possible. If higher accuracy is required, a correction in the control parameters is necessary.
Does the read head need to be aligned during installation? //
No alignment of the read head is necessary. It is sufficient to attach the read head using the screws provided.
How much does the signal period of 200 µm affect the system's deviation? //
The periodic deviation is less than 0.8 µm.
How do external fields from motors and rotary tables affect the built-in scale? //
The scale is protected inside the rail. The external fields are short-circuited by the rail and the surrounding environment, so they have no impact on the scale.
What should be considered when using linear motors? //
The risk that tools or chip nests will direct a magnetic flux through the scale is avoided by installing the scale on the opposite side of the linear motor.
What should be considered during installation? //
AMS rails are installed without the use of magnetic lifting tools to avoid leaving residual magnetism in the rail.
What accessories are used with the AMS? //
The complete range of MONORAIL MR and MONORAIL BM can be used with AMS. However, sheet metal wipers from the standard program cannot be used.
Does an AMS axis require more installation space than an axis without AMS? //
In cross-section, compact carriages result in a minimally larger profile. In the direction of travel, the AMS is positioned between two carriages. If there is sufficient space between the carriages, the total length of the rail does not increase.
集成的数字和模拟测距系统（带有滚柱或滚珠）
数字和模拟测量系统可实现精确的线性运动，并保持最严格的公差。
 |  |  | | | |  |  |  | |
|---|---|---|---|---|---|---|---|---|---|
| 系列AMSA 3B | 系列 AMSD 3B | 系列AMSA 4B | 系列 AMSD 4B | 系列 AMSABS 3B | 系列 AMSABS 4B | 系列AMSA 3L | 系列 MINISCALE PLUS | 系列 MINISLIDE MSQscale | |
| 更 | 更 | 更 | 更 | 更 | 更 | 更 | 更 | ||
| 磁栅 |  | | | | | | | ||
| 光栅 | | | |||||||
| 可与MONORAILMR一起使用 | | | | | |||||
| 可与MONORAIL BM一起使用 | | | | ||||||
| 可与MINIRAIL一起使用 | | ||||||||
| 增量测量方法 | | | | | | | | ||
| 绝对测量法 | | | |||||||
| 可与MSQ一起使用 | |
- 说明
- 100 % 最佳选择
75%
50%
25 % 明智选择
0%
Product overview AMSA 4B carriages
Technical data and options
Dimensions and capacities
Links to the following sizes:
AMSA 4B 15 analog with balls
AMSA 4B 20 analog with balls
AMSA 4B 25 analog with balls
AMSA 4B 30 analog with balls
AMSA 4B 35 analog with balls
AMSA 4B 45 analog with balls
The MONORAIL AMS 4B is an integrated magneto-resistive measuring system for distance measurement based on the MONORAIL BM ball profile guideway. In measuring terms, the AMS 4B is the same as the AMS 3B; it offers the same performance in terms of assembly, cost savings, accuracy and process reliability. AMS 4B products are preferred for use in applications that make major demands on travelling speed and require good resistance to acceleration and vibration.
Product overview AMSA 4B carriages
Product overview AMSA 4B rails
Technical data and options
Dimensions and capacities
Links to the following sizes:
AMSA 4B 15 analog with balls
AMSA 4B 20 analog with balls
AMSA 4B 25 analog with balls
AMSA 4B 30 analog with balls
AMSA 4B 35 analog with balls
AMSA 4B 45 analog with balls
The MONORAIL AMS 4B is an integrated magneto-resistive measuring system for distance measurement based on the MONORAIL BM ball profile guideway. In measuring terms, the AMS 4B is the same as the AMS 3B; it offers the same performance in terms of assembly, cost savings, accuracy and process reliability. AMS 4B products are preferred for use in applications that make major demands on travelling speed and require good resistance to acceleration and vibration.
Product overview AMSA 4B rails
AMS 电影
客户要求：
节省空间且快速装配的测距系统，接近加工过程。
我们的解决方案：
集成的测距系统 - 高精度，可靠且维护工作量低。
SCHNEEBERGER overview MONORAIL and AMS
SCHNEEBERGER MONORAIL小车的装配说明
SCHNEEBERGER阅读头的安装说明
联系媒体代表
Integrated measuring system guarantees exact travel distances
For over ten years, Schneeberger has been developing compact, integrated distance measuring systems for its monorail guideways and today, sets the standard in terms of accuracy, design, installation, adjustment, operation and maintenance.现在下载
Integrated measuring system for distance measurement
Schneeberger offers cost-optimised solutions in the form of its Integrated measuring system for distance measurement, which can be used for a wide range of applications.现在下载
可供下载的 AMS 测量系统型 CAD 数据：
所选尺寸可配置，并以所有通用数据格式提供 请点击相应的尺寸组合开始下载。
要开始下载，请点击相应的尺寸组合。
点击以下链接，您将自动跳转到 CADENAS。打开 CAD 数据
优势
- 完整的读头外壳密封，可添加附加雨刷用于污染环境中的各种应用。
- 使用 SCHNEEBERGER 润滑板 SPL，无需集中润滑即可运行
- 紧凑型独立式传感器电子设备盒
- 电压输出信号/数字信号输出与 SMEa 插值电子设备相结合
- 大多数 MONORAIL BM 附件均可以使用
- 轨道长度达 6000 mm (BM 15: 1500 mm, BM 20: 3000 mm)
特性
- 带独立式传感器电子设备盒的紧凑型读头
- 读头横向安装方向
- 模拟接口 精度等级 +/- 5 µm / 1000 mm, +/- 2 µm / 40 mm
- 周期偏差 +/- 0.7 µm
- 分辨率 0.0625 µm
- 4.0 µm 与 SMEa 相结合
- 最大速度 3.0 m/s
- 所用的传感器、
- 电子设备和秤基于 AMSA-3B 技术。
- 振动/冲击 30 g
综合测量系统客户热线
SCHNEEBERGER 推出了一系列广泛的服务，如维修、维护和技术支持等。
● 语言：德语和英语
● 欧洲
● 周一至周五：08:00-12:00 / 13:00-16:00 UTC +1, UTC +2 （三月至十月）服务
SCHNEEBERGER GmbH
Höfen, Germany
热线电话 +49 (0)7081 782 272
传真 +49 (0)7081 782 124
