| Attribute | Value |
|---|---|
| Manufacturer | SIEMENS LTD. |
| Model | SINEC L1 |
| Product | SIMATIC S5 BT 777 |
| Description | BUS TERMINAL |
| Part Number | 6ES5 777-0BC00 |
| Reference | 12X4567890/3 |
| Serial Number | 100735634 |
| Network | 2 NET |
| Production Code | 811 0501 WF |
| Weight | 660 GM |
| Reference Number(S) | 38824 |
Understanding the Siemens SIMATIC S5 BT 777
The Siemens SIMATIC S5 BT 777, which bears the model number 6ES5 777-0BC00, is a bus terminal module. The module has been designed for safe communication in automation systems. It is part of the SIMATIC S5 system that is characterized by its rugged construction and reliable operation in industrial applications.
Key Features
High Reliability: The module is designed to handle rigorous industrial environments, guaranteeing proper performance.
- It acts as a bridge that allows easy transfer of data across different automation system components.
- The compact BT 777 is a small size and maximum functionality.
Long life – As result of the professionalism set forth on durability by Siemens, this module works properly over a long period.
Applications in Industrial Automation
The SIMATIC S5 BT 777 is applied in several industries, including:
Manufacturing: It makes the operations more efficient by providing smooth communication between machines.
Process Automation: Improves the system efficiency in chemical, pharmaceutical, and food processing industries.
Energy Management: It is an integral part of automation systems that manage power distribution and monitoring.
Why Choose Siemens SIMATIC S5 BT 777?
Compatibility
The BT 777 is designed to be seamlessly integrated with other modules in the SIMATIC S5 series, thereby being an extremely versatile expansion and upgrade of already existing systems.
Ease of Maintenance
Siemens provides detailed documentation and support for easy installation or repair, thereby having minimal downtime.
Proven Performance
Siemens’ reputation of excellence guarantees reliable operation of the BT 777 in the most demanding environments.
