Why Choose the Pizzato FR669-M2 Position Limit Switch?
The Pizzato FR669-M2 is a high-reliability industrial position limit switch designed for precise motion detection and stable control in demanding automation systems. As part of the robust Pizzato FR series, it offers consistent performance, long service life and dependable operation in harsh industrial environments.
This model features an adjustable glass-fibre rod lever actuator (6 mm diameter), allowing flexible installation and accurate detection of moving machine components. The actuator ensures smooth and repeatable actuation, making it ideal for conveyors, machinery and automated production systems.
Equipped with a 1 NO + 1 NC slow-action contact configuration, the FR669-M2 provides controlled and stable switching behaviour. It includes an M20 × 1.5 threaded conduit entry without cable gland, offering flexibility for custom wiring solutions in industrial control panels.
Key Advantages
- Reliable position limit switch for industrial automation.
- Adjustable glass-fibre rod actuator for flexible positioning.
- 1 NO + 1 NC contacts for control and signalling functions.
- Slow-action switching for stable and controlled operation.
- M20 conduit entry for adaptable wiring configurations.
- Durable technopolymer housing for harsh environments.
Key Features
- Pizzato FR series position switch.
- Glass-fibre rod lever actuator (6 mm diameter).
- 1 normally open (NO) + 1 normally closed (NC) contacts.
- Slow-action switching mechanism for precise control.
- M20 × 1.5 threaded conduit entry (no cable gland supplied).
- Silver contacts for reliable electrical conductivity.
- Zinc-plated internal components for durability.
Accurate Position Detection for Industrial Systems
The Pizzato FR669-M2 is engineered to deliver precise and repeatable position sensing in industrial automation systems. Its adjustable rod lever enables fine-tuning of actuation points, improving detection accuracy while reducing mechanical wear on moving components.
The slow-action switching mechanism provides controlled contact transitions, making it ideal for applications where stable and reliable switching behaviour is required in industrial control environments.
Typical Applications
- Industrial automation and control systems.
- Machine guarding and monitoring circuits.
- Conveyor and material handling systems.
- Packaging and production machinery.
- End-of-travel detection in mechanical systems.
- Position monitoring of moving components.
