Why Choose the Pizzato BC2Z8A1A1FTK Passive Distribution Box?
The Pizzato BC2Z8A1A1FTK is an advanced BC series passive distribution box designed for industrial safety and automation systems. Manufactured by Pizzato Elettrica, it is engineered to centralise and simplify wiring from multiple field devices into a single structured connection point.
This model is specifically designed for applications where up to 8 M12 safety or I/O devices must be connected and routed efficiently to a control system. It significantly reduces wiring complexity while improving installation speed, system organisation, and long-term maintainability in industrial environments.
With a rugged technopolymer housing and high-protection industrial design, the BC2Z8A1A1FTK ensures reliable operation in harsh conditions such as vibration, dust, and moisture. It is widely used in machine guarding, robotics, and distributed safety architectures.
Key Advantages
- Efficient 8-device signal aggregation for safety systems.
- Reduces complex point-to-point wiring in machines.
- Supports scalable industrial safety architectures.
- Robust construction for demanding environments.
- Improves diagnostics and maintenance efficiency.
- Compatible with modern PLC and safety control systems.
Key Features
- Pizzato BC series passive distribution system.
- 8 × M12 8-pole female input connectors.
- 24 V DC industrial operating voltage.
- M23 19-pole connector output interface (FTK variant).
- Compact technopolymer housing (~54 × 152 mm).
- High protection rating (IP65 / IP67 depending on configuration).
- Integrated LED status indicators for connected devices.
Optimised for Machine Safety and Automation Systems
The BC2Z8A1A1FTK is designed to streamline integration of multiple safety devices such as interlocks, sensors, and emergency stop circuits. By consolidating signals into a single output connection, it reduces wiring errors and improves overall system clarity.
It is especially suitable for complex industrial automation environments where modular machine design and scalable safety networks are required, including robotics cells and production lines.
Typical Applications
- Machine safety and interlock systems.
- Industrial robotics and automation cells.
- Distributed safety I/O networks.
- OEM machine building and integration.
- Production line safety monitoring systems.
- Multi-device sensor consolidation.
