型号：LSN-ZN-CBL                          应用案例      
Model: LSN-ZN-CBL                          E.g


技术参数：
Parameter

插拔力范围 Insertion force range	AC产品插拔力70N以内，DC产品插拔力140N以内 。 AC product insertion force is less than 70N, DC product insertion force is less than 140N
公差 Tolerance	插入力公差±10N,拔出力公差±5N。 Insertion force tolerance ±10N, pull-out force tolerance ±5N.
行程范围 Stock range	0～200mm 0-200mm
电    源 Power supply	220V  50/60HZ
功    率 Power	750w
传动系统 Transmission system	伺服电机+滚珠丝杆传动 Servo motor + Ball screw drive
尺    寸 Dimension	700Lx800Wx1500H
效    率 Speed	3s/pcs
插拔次数 Number of times	可任意数值预设，可以单循环，也可以连续测试。 It can be preset by any value, and can be single cycle or continuous test.
通讯接口   Communication Interface	485通讯接口，可以连接扫描枪。16G的U盘保存测试数据，便于追溯。 485 communication interface, can be connected to the scanner. The 16G U disk saves test data for easy traceability.

功能特点：
Function features:

1. 设计特点：完美的外观设计，各个视角都很出色，配置戴尔高端电脑主机，实现数据实时上传和保存，便于产品追溯，配有条码枪扫码功能。

1.Design features: perfect design, excellent perspective, configuration of Dell high-end computer host, real-time data upload and save, easy to trace products, with barcode gun scanning code.

2. 全伺服设计：由于伺服的特性优势，设备的整体运行稳定、无差异，并且最大程度上提升了设备的运行效率。

2.Full servo design: Due to the characteristics of the servo, the overall operation of the machine is stable and without difference, and the operating efficiency of the machine is maximized.

3. 参数化设计：设备内所有运动机构均由伺服执行，可数字化设定。设定好的参数均可单独保存。用户在需要更换新的产品时，只需一键调取所有参数，无需另行设定。

3.Parametric design: All motion mechanisms in the machine are executed by the servo and can be digitally set. The set parameters can be saved separately. When the user needs to replace a new product, all the parameters need to be retrieved with one click, and no additional settings are required.

4. 简易换模：换模操作简单，方便固定，且快速更换，对操作人员的要求低。

4.The mold change is simple: the mold change operation is simple, convenient to fix, and quick replacement, and the requirements for the operator are low.

5. 扩展性：模块化设计，可在现有设备上扩展其他更多工艺处理。

5.Scalability: Modular design allows for additional processing on existing machines.