XMAV12L2135 Pressure Sensor / Pressure Switch

The XMAV12L2135 Pressure Sensor, part of the XMA series, is a high-performance pressure switch designed for precise and reliable pressure monitoring in various industrial applications. Engineered to handle pressure levels up to 12 bar, this device offers robust performance combined with versatile adjustability, making it ideal for process control, automation, and safety systems.

Built with durability in mind, the XMAV12L2135 pressure sensor is constructed using high-quality materials that ensure long-lasting resistance to harsh industrial environments. The compact design allows for easy integration into existing setups, minimizing space requirements while maximizing functionality.

One of the key features of the XMA pressure switch is its adjustable scale with two threshold points, allowing users to set precise switching points for pressure activation and deactivation. This dual-threshold capability enhances system accuracy and flexibility, enabling more refined control over pressure-sensitive processes. The adjustable scale also facilitates calibration to specific operational requirements, improving overall system performance and safety.

The sensor includes a single changeover (C/O) contact, enabling straightforward electrical switching in response to pressure variations. This contact configuration supports both normally open and normally closed applications, offering versatility for a wide range of control circuit designs. The robust switching mechanism ensures consistent operation even under fluctuating pressure conditions.

Installation and maintenance are simplified with clear scale markings and user-friendly adjustment controls. The device’s reliable operation reduces downtime and maintenance costs, contributing to increased efficiency in critical industrial processes.

Ideal for use in hydraulic, pneumatic, water treatment, and manufacturing systems, the XMAV12L2135 pressure switch is a dependable choice for professionals seeking precision, durability, and flexibility in pressure monitoring solutions.