智能RFID跟踪解决方案，用于库存管理和其他行业 Smart RFID tracking solutions for inventory management and other industries

RFID追踪库存管理 RFID tracking for inventory management

跟踪产品资产管理的一个很好的例子，RFID系统大大简化了对有价值的工具或设备的识别和管理。 为此，要标记的产品只需要安装海尔曼RFID电缆扎带之一，该扎带已经使用独特的代码编程。
您可以将预编程的代码与数据库相链接，也可以根据数据库需求添加特定的代码要求。

A good example is  tracking products for asset management, where RFID systems simplify the identification and management of valuable tools or equipment substantially. For this, the product to be labelled just needs to be fitted with one of HellermannTyton RFID cable ties that has been programmed with a unique code.
You can either link the pre-programmed code with a database or add specific code requirements according to your database needs.

阅读我们的海尔曼博客我们的案例研究的RFID跟踪的一个例子。

Read one example for RFID tracking of our case studies on our HellermannTyton Blog.

每个组件都可追溯的事实也有利于收货。 成本变得更加透明，可以优化价值流中的流程。 产品假冒产品更容易识别。 使用RFID电缆使其完全不可能：一旦电缆连接器被切断，就不能重复使用 - 因为每个RFID芯片都有唯一的ID。 RFID电缆扎带保证存储在其上的信息的真实性。

The fact that each component is traceable also benefits the goods receipt. Costs become more transparent, processes along the value stream can be optimized. Product counterfeits are easier to identify. The use of RFID cables makes them completely impossible: once a cable connector is cut off, it can not be reused - because each RFID chip has a unique ID. The RFID cable ties guarantee the authenticity of the information stored on them.

风力发电机的RFID跟踪 RFID tracking for wind turbines

将海上风电场作为RFID跟踪的另一个例子。 工程师需要在现场采取常用的有价值的设备来履行维修或维护任务。

Take an offshore wind farm as another example for RFID tracking. Engineers need to take commonly used valuable equipment with them on site to fulfill repair or maintenance tasks.

为了管理库存和/或例如， 识别可以使用RFID电缆扎带安装的设备的位置。 编程的信息可以链接到数据库，作为信息和管理工具，用于跟踪工具的简单方法。
In order to manage the inventory and/or e.g. identify the location of the equipment it can be fitted with an RFID cable tie. The programmed information can be linked to a database that serves as an information and management tool for an easy way of tracking the tools.

借助NFC技术（近场通信），工程师可以通过平板电脑上的应用程序与RFID领带进行通信。 这样就是例如 可能在使用前检查设备，并完成工作后重新检查。 这种制度带来的巨大好处是永久性的管理，这些资产既有用户，也有管理人员。
With the help of NFC technology (near-field communication) the engineer can communicate with the RFID tie by using an app on their tablet PCs. This way it is e.g. possible to check out the equipment prior to the use and check it back in after finishing the job. The big benefit resulting from such a system is the permanent control, which have both users and administrators of these assets.

在我们的RFID博客文章中阅读更多关于RFID跟踪的示例。

Read more about this example for RFID tracking in our RFID blog article.

RFID跟踪危险环境 RFID tracking for hazardous enviroment

如果生产设备的条件极端，如热，污物和液体，则由不同材料制成的RFID电缆扎带是理想的解决方案。

Where conditions in the production facility are extreme, such as heat, dirt and liquids, RFID cable ties made of different materials are the ideal solution.

例如对软管进行维修的液压服务。 极端条件聚在一起。 液压油，螺杆溶液和污垢的混合物模糊了常规产品标签，直到其不可辨认。 这对于服务人员来说是非常有问题的。 他们不能再确定他们正在处理哪种类型的软管。 软管的最大压力载荷是多少？ 软管什么时候安装好了？ 谁在最后工作？
For example hydraulic service which carries out repairs to hoses. Extreme conditions come together here. A mixture of hydraulic oil, screw solution and dirt blurred the conventional product labelling until it was indecipherable. This was very problematic for the service staff. They could no longer identify which type of hose they were dealing with. What is the maximum pressure load of the hose? When was the hose made and installed? Who worked on it last?

服务公司的解决方案是使用由金属制成的海尔曼RFID电缆扎带，不受油或热的影响。

The solution for the service company was to use HellermannTyton RFID cable ties made of metal, which are not affected by oil or heat.

RFID跟踪建设 RFID tracking for construction

还有许多其他RFID跟踪领域，如起重机构造。 一个例子：以前的产品标签难以访问，不再可读，因为根据客户的要求应用了几层涂料。 现在使用海尔曼RFID电缆扎带进行识别，因为芯片可以容纳在可承受恶劣环境或涂层的环境中，这些信息仍然是可读取的。

There are numerous other fields of application for RFID tracking, like crane construction. One example: Previous product labels were difficult to access and were no longer readable because several layers of paint were applied at the customer’s request. Now using HellermannTyton RFID cable ties for identification the information remains permanently readable as the chip is housed in and can withstand harsh environments or layers of paint.

阅读更在我们的RFID博客文章。

Read more in our RFID blog article.

RFID跟踪汽车行业 RFID tracking for automotive industry

在组件的可追溯性的情况下，也简化和优化了过程。 例如，在缺陷的情况下，召回或监视维护间隔。

Processes are also simplified and optimised in the case of traceability of components. For example, in the case of defects, recalls or the monitoring of maintenance intervals. 

或者通常用于产品标签，例如在汽车中安装元件时。
Or for product labelling in general, such as when installing elements in automobiles.

在这里，RFID电缆扎带还作为一种更为可靠的安全措施，并且比常规标签解决方案的工作量更少。 如果电缆扎带被切断，则不能重复使用。

Here, the RFID cable tie also acts as a security measure which is more reliable and involves less effort than conventional labelling solutions. If the cable tie is ever cut off it cannot be reused.

因此保证了RFID电缆扎带上的信息的真实性，作为产品标签。 这意味着，例如，您可以非常准确地跟踪哪个员工安装了哪一个组件，哪一个工厂在哪一天。

The authenticity of the information on the RFID cable tie as product labelling is therefore guaranteed. This means, for example, you can very accurately trace which employee installed which component with which properties in which factory on which day.

尼龙扎带与高或低RFID应答器 - T50RFID Nylon cable ties with either high or low RFID transponder – T50RFID

RFID电缆扎带为清晰快速的产品RFID跟踪提供了创新的解决方案。

RFID cable ties provide an innovative solution for clear and rapid product RFID tracking.
尼龙扎带配有RFID应答器，因此将常规电缆扎带与RFID技术的众多优点相结合。
The nylon cable ties are equipped with an RFID transponder and therefore combine the numerous advantages of regular cable ties with RFID technology.

金属可检测的RFID电缆扎带与识别标签 - MCTRFID Metal detectable RFID cable ties with identification tag – MCTRFID

金属内容RFID电缆束带有一定百分比的金属微量元素（磁体/ X射线），并且特别适用于可能存在污染问题的行业。

Metal content RFID cable ties are made with a percentage of a metallic trace element (magnet/X-Ray) and have been especially developed for industries where the potential for contamination is a problem.

关系可用于产品的保护，序列化，跟踪和识别e。 G。 在食品加工，化工或制药行业支持质量控制工作。
The ties can be used for securing, serialisation, tracking and identification of products e. g. in the food processing, chemical or pharmaceutical industry to support quality control effort.

不锈钢电缆扎带与HF和UHF RFID应答器 - MBTRFID Stainless steel cable ties with HF and UHF RFID transponder – MBTRFID

不锈钢RFID电缆扎带配有用于高频（HF）或超高频（UHF）RFID应答器的滑盖式载体。

Stainless steel RFID cable ties are fitted with a slide-on carrier for a high frequency (HF) or an ultra-high frequency (UHF) RFID transponder.

这些连接是在强抗拉强度和耐久性很重要的恶劣环境的所有领域的产品识别的理想选择。
These ties are ideal for product identification in all areas of harsh environment where high tensile strength and durability is of importance.

high frequency HEXTAG – 高频(HF)

由PA66制造的HEXTAG配有HF频率转发器。

The HEXTAG made from PA66 is equipped with transponder of HF frequency.

中心孔允许在RFID电缆扎带解决方案不合适的应用中进行简单的安装。
The central hole allows a simple mounting in applications where a RFID cable tie solution is not suitable.

CRADLE - High Frequency (HF) CRADLE - 高频 (HF)

由TPU制成的配备有HF转发器的CRADLE可用于标准的HellermannTyton扎带。

The CRADLE, made of TPU and equipped with a HF transponder can be used on standard HellermannTyton cable ties.

Handheld RFID Reader 手持式RFID阅读器

HS9手持式RFID阅读器设计用于读取LF转发器并读取/写入适用于HellermannTyton RFID电缆扎带和附件的HF转发器。

The HS9 handheld RFID readers are designed to read LF transponders and read/write to HF transponders fitted to HellermannTyton RFID cable ties and accessories.

HS9读卡器可用于低频（LF，125 kHz，只读）和高频（HF，13.56 MHz，读写）转发器。
The HS9 reader is available for low frequency (LF, 125 kHz, read-only) and for high-frequency (HF, 13.56 MHz, read & write) transponders.

RFID - 读卡器 - 桌面 RFID - Reader - Desktop

用于固定式使用的RFID-DT22桌面阅读器设计用于读取/写入适用于HellermannTyton RFID电缆扎带和附件的高频（HF 13.56 MHz）应答器。

The RFID-DT22 desktop reader for stationary use has been designed to read and write from/to high frequency (HF 13.56 MHz) transponders fitted to HellermannTyton RFID cable ties and accessories.

读写器作为RFID应答器与计算机系统或数据库之间的接口。 无线电波将数据从RFID应答器发送到读取器，使得非接触式读取和/或写入信息是可能的。
The readers act as an interface between the RFID transponder and computer systems or databases. Radio waves transmit the data from the RFID transponder to the reader, so that contactless reading and/or writing of information is possible.