Reliable Switching in a Small Footprint

The miniature reed switch series features compact, power-efficient magnetic switches with glass body lengths ranging from 9 to 14 mm. Designed for precision and versatility, these switches operate with no power consumption in their normally open state, making them ideal for energy-sensitive applications.

Available in a wide range of switching characteristics, including close differential, high current, mercury wetted, high-performance, and SPDT (changeover) configurations, this series supports diverse design requirements across industries. Their small footprint makes them especially valuable in miniaturized systems such as semiconductor testing equipment and medical devices, while also serving critical roles in telecommunications, security, automotive, appliances, and industrial automation.

Designed for applications requiring current handling above 1 amp, these relays offer low on-resistance and high thermal stability for power control and motor drive systems.

Reliable Magnetic Switching for High Voltage Applications

The high voltage reed switch series delivers reliable magnetic switching for applications requiring elevated voltage and current handling. Capable of switching up to 10,000 VDC and with breakdown voltages reaching 15,000 VDC, these switches are engineered for high-performance environments such as photovoltaic systems, medical equipment, and automated test systems.

Available in glass body lengths starting at 14 mm, the series includes surface mount (SMD), through-hole, and free-standing options. These reed switches can carry continuous currents up to 15 Amps and pulsed currents up to 30 Amps, making them ideal for proximity, position, motion, and end-limit sensing.

For enhanced durability and simplified integration, these switches can be packaged as high voltage reed relays. Popular relay series such as H, HE, HM, KT, SHV, LI, and BE provide a range of contact configurations and insulation resistance exceeding 10¹³ Ohms, supporting both pick-and-place automation and high-voltage isolation.

EMI Measurements:

• FFT-based dual-channel receiver
• According to CISPR16-1-1
• Peak, Quasi-Peak, and Average Detectors
• Resolution Bandwidth Filters of 200 Hz, 9 kHz, and 120 kHz (CISPR), and 1 kHz and 10 kHz (MIL)
• The fastest receiver in the market: Line and Neutral measurements with the 3 detectors simultaneously (6 simultaneous measurements)

Cylindrical proximity sensors are housed in round enclosures for easy mounting in tight or standardized spaces. Available with Reed or Hall effect technology, they provide reliable detection of magnetic or metallic targets.

• Precise programming of voltage and current slew rate for sensitive loads. 
• Industrial field bus interfaces (Modbus-TCP, Modbus-RTU, Ethernet) enable real-time digital control. 
• Built-in power quality monitoring detects and saves input voltage anomalies which can be saved for later diagnostic analysis. 
• Programmable analog interface scaling facilitates integrating the ASD FLX with existing systems easily. 
• Built-in energy meter calculates the delivered energy throughout a process or period. 
• Optional real-time clock enables accurate timestamping of events.

• Up to 96 differential channels per full rack mainframe
• Constantly monitor input signals for fault conditions
• Flexible configurations for detecting edges, out-of-bounds conditions and measuring pulse widths
• Inputs can be masked, inverted, and combined to produce interrupts
• Can be used as a time stamp module and as a digital I/O
• Programmable debounce circuitry prevents erroneous readings
• 10 V and 100 V input ranges
• On-board memory stores events with IEEE 1588 timestamps
• Synchronize reading of input states with other scanned analog channels

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.

Single point liquid level sensors are designed to detect fluid at a specific level, typically a critical high or low point. These sensors use a single magnetic float and reed switch to provide a simple, reliable signal when the fluid reaches the designated level.

Available in vertical or horizontal mounting styles, these sensors are ideal for compact installations and are commonly used in tanks, reservoirs, and molded containers. They operate with minimal power consumption and offer high durability, with options for high-temperature resistance, IP-rated sealing, and high-power switching.

Their customizable design, cost-effectiveness, and ease of integration make them a dependable solution for fluid level monitoring across a wide range of industries.