Wanke WAGO 750-467 module

Wanke WAGO 750-467 moduleThe working principle, technical parameters, and usage instructions are provided by Shanghai Yongkong Automation. With the iteration of AI technology and the exponential growth of data center traffic, optical modules, as the core components of optoelectronic conversion, are widely used in fields such as data communication, telecommunications, AI data centers, etc. Their production accuracy, testing stability, and operational reliability directly determine the optical transmission efficiency and communication quality. The WAGO 750-467 module serves as a high-performance bus coupler and analog input module in the WAGO 750 series modular I/O system.

WAGO 750-333 Bus Module

Wanke 750-455

Wanke 750-555

Module WAGO 750-1405

Imported WAGO 750-333 from Germany

The core technical characteristics of WAGO 750-467 module enable it to accurately match the high-precision and high stability requirements of the optical module industry. This module adopts high-quality German original components and precision circuit design, with resin protection on the surface, excellent environmental adaptability and durability, and a service life of over 10 years. It can operate stably in dust-free production workshops and testing rooms for optical modules for a long time. In terms of communication performance, the module supports mainstream industrial communication protocols such as PROFIBUS DP, with a communication speed of up to 12 Mbps and a response time of ≤ 100 μ s. It can achieve high-speed signal interaction between the control system and optical module production and testing equipment, accurately and synchronously collect various key parameters, and adapt to the production and testing needs of high-speed optical modules such as 800G and 1.6T.

In terms of electrical performance and installation compatibility, the advantages of WAGO 750-467 module are particularly prominent. The optical module production workshop has a large number of precision testing equipment and high-frequency signal generators, which are prone to electromagnetic interference. However, this module complies with the IEC 61000-6-2 industrial electromagnetic compatibility standard and has excellent anti electromagnetic interference capabilities, which can effectively resist high-frequency interference signals, ensure the accuracy of analog signal acquisition and transmission, and avoid testing errors or production failures caused by interference. The module adopts WAGO's iconic CAGE CLAMP ® Cage spring wiring technology can achieve fast and tool free wiring, with strong wiring and excellent vibration resistance, suitable for the vibration environment of high-speed operating equipment on optical module production lines; At the same time, it adopts the standard DIN-35 rail installation method, supports hot plugging, and can replace modules without stopping the machine, effectively reducing unplanned downtime of the continuous production line of optical modules and lowering production costs. In addition, the module has a compact size and modular design, which can be flexibly expanded according to the scale of the optical module production testing line, and is suitable for multi variety and small batch mixed production scenarios.

In the core production process of optical modules, WAGO 750-467 modules play an irreplaceable role, covering key processes such as solidification, coupling, and packaging. In the production of optical modules, the coupling process is the core that determines product yield, and alignment accuracy is required to reach sub micron or even nanometer levels. Any small deviation can lead to increased coupling loss and decreased signal quality. The WAGO 750-467 module can be used as a bus coupler to connect PLC control systems and coupling devices, collecting real-time analog signals such as position, angle, pressure, etc. during the coupling process. These signals are transmitted to the control system through a high-speed bus, helping to achieve nanoscale precision alignment and increasing coupling yield to over 95%, significantly reducing production costs. In the solidification process, the module can collect the temperature and pressure parameters of the solidification machine to ensure the precision of chip bonding and guarantee the packaging quality of the core components of the optical module.

In the testing phase of the optical module, the precise signal acquisition capability of the WAGO 750-467 module is fully utilized, which is the key to ensuring the performance of the optical module meets the standard. Optical module testing covers multiple indicators such as optical power, insertion loss, and bit error rate, and requires precise collection of analog signals output by testing equipment. This module can be connected to various testing sensors to collect real-time parameters such as optical power, temperature, and voltage during the testing process. It converts analog signals into digital signals and transmits them to the testing control system to achieve real-time monitoring and analysis of testing data, timely detect testing abnormalities, and avoid unqualified products from flowing into the next process. At the same time, the module can be adapted to specialized equipment such as chip coupling testing machines, supporting testing requirements for multiple coupling methods, fully automated operation, greatly improving testing efficiency, and adapting to the monthly production target of 300K optical modules.

WAGO 750-1500

Spot WAGO 750-1515

Imported WAGO 750-498 from Germany

Module 750-333