• Fit Anywhere: from Ø0.94×2.95″, weight < 2.46 ounces
• Autonomous: Internal recording, optional battery cell, low-power design
• High Accuracy: 0.2% typ. over the temperature range SNR > 100dB
• Easy to Install: Cylindrical shape compatible with standard pipe clamps
• Easy to Configure: Wireless configuration, sync. and streaming
• Designed for Harsh Environments: -40°C / +85°C, waterproof, shocks, vibration, EMI/EMC

Specialized relays for ultra-high voltage applications exceeding 1.5kV. Ideal for isolation in medical devices, renewable energy systems, and advanced industrial equipment.

Side Mount Liquid Level Sensors offer robust and versatile solutions for accurate fluid level monitoring. Designed with flexible mounting options, including external/internal threads and grommet inserts, these sensors feature separate float/sensor designs to minimize leak paths. Ideal for automotive, industrial, and medical applications, they support both Normally Open (NO) and Normally Closed (NC) configurations, with power options up to 100W. Integration is simplified with cable harnesses and connector options, making them a trusted choice for OEMs and Tier 1 platforms.

These sensors detect the presence or movement of a magnet, enabling precise position or proximity monitoring. Available in Reed or Hall effect versions, they are used in medical, industrial, and consumer devices.

Threaded housing sensors allow precise positioning and easy installation using lock nuts. Suitable for both Reed and Hall effect technologies, they are ideal for applications requiring adjustable sensing gaps.

• SPA available from 70KHz to 20/40/70/110/125/145 and 220GHz. Also available for banded configuration to 1.1THz.
• Dual SPA mode available: suitable for Mixers/Amplifier/ Harmonics /Spurious testing.
• SPA available on all ports. User can define which port to use as SPA port.
• Several detection types available in classical mode: Peak, minimum, RMS, Mean.
• Various math functions can be applied on SPA mode like Min hold/max hold/ user defined equations.
• Sources and receivers can be independently configured. Can be used as Tracking Generator.
• For units that have a dual source, a dual drive option is available. Support for external source control also possible.
• Phase synchronization for units with Dual source available. This feature allows users to control and configure the phase between the two sources.
• Source and receiver attenuator available with VNA can be activated in SPA mode. Recommendation to use option 62 (with attenuator on receiver side) for measuring the spectrum content of high-power devices.
• Software option: easy to install and upgrade existing user equipment.

Reed position sensors offer a versatile and contactless solution for detecting movement and position using magnetic fields. Built around a reed switch mechanism, these sensors operate by opening or closing in response to a nearby magnet, enabling precise and repeatable switching. Available in a wide range of sizes, mounting styles, and electrical configurations, they are ideal for applications in industrial automation, medical devices, fluid level monitoring, and consumer electronics. Their solid-state design ensures long operational life, resistance to shock and vibration, and compatibility with low-voltage systems.

Reliable Break-Before-Make Switching with Form C Reed Technology

Changeover reed switches, also known as Form C or SPDT (Single Pole Double Throw) switches, feature three contact leads and operate with a break-before-make switching sequence. This means one contact disconnects before the other connects, ensuring clean signal transitions and reducing the risk of short circuits.

Changeover reed switches are ideal for applications requiring reliable switching between two circuits, such as signal routing, sensor feedback, and control logic.

These switches can be integrated into standard sensors and reed relay assemblies, and custom configurations are available to meet specific design requirements.

Engineered to complement our sensor series, these magnets ensure optimal alignment, activation, and performance. Available in various shapes and magnetic strengths, they simplify integration and enhance reliability across sensing applications in automotive, industrial, and medical environments.