Why Choose the Pizzato MKV11D32-T7 High Temperature Microswitch?
The Pizzato MKV11D32-T7 is a specialised high-temperature snap-action microswitch with lever actuator, designed for reliable position detection in demanding industrial environments. As part of the Pizzato MK high-temperature series, it is engineered to maintain consistent performance where standard microswitches would be unsuitable.
This model features a durable glass fibre reinforced technopolymer housing and a lever actuator (approximately 54 mm), ensuring precise and repeatable actuation. It is specifically designed for operation in elevated temperatures, supporting ambient conditions up to +120 °C, making it ideal for heat-intensive industrial processes.
With a 1 NO + 1 NC changeover contact configuration and secure screw terminals with self-lifting plate, the MKV11D32-T7 provides dependable switching for automation systems, safety circuits and high-temperature machinery applications.
Key Advantages
- Designed for high-temperature environments up to +120 °C.
- Reliable snap-action switching for precise position detection.
- Durable construction for long service life under thermal stress.
- Precise actuation via lever mechanism.
- Compact design for integration into industrial machinery.
- Suitable for control and safety-related applications.
Key Features
- Pizzato MK high-temperature series microswitch.
- Contact configuration: 1 NC + 1 NO (SPDT).
- Lever actuator (approx. 54 mm length).
- Direct action snap switching mechanism.
- Glass fibre reinforced technopolymer housing.
- Screw terminals with self-lifting plate.
- High resistance to heat and mechanical stress.
The MKV11D32-T7 is specifically developed for industrial environments exposed to elevated temperatures, such as ovens, drying systems and thermal processing lines. Its specialised materials and construction ensure stable switching performance and long-term reliability even under continuous thermal stress.
This makes it an ideal solution for engineers requiring dependable switching in environments where standard microswitches may degrade or fail prematurely.
Typical Applications
- Industrial ovens and heat treatment systems.
- Drying and curing machinery.
- High-temperature production lines.
- Conveyor systems operating in heated environments.
- Automation systems requiring heat-resistant components.
- End-of-travel detection in harsh conditions.
