We Expand our Relay Portfolio with Reed Relays from Toward Technologies

We are expanding our portfolio with reed relays from Toward Technologies. Depending on the series, these reed relays are used in a wide range of applications, including test and measurement equipment, semiconductor testing, industrial controls, high-voltage test equipment, medical technology, automotive electronics, and aerospace. Hermetically sealed contacts contribute to high reliability and a long service life.

The HRR, LRL and SIL series are suitable for high-voltage applications. Depending on the version, the HRR series offers one to three normally open contacts, switching power ratings of up to 100 W and switching voltages of up to 1,000 V DC. External magnetic shielding reduces interference, while electrostatic shielding is available as an option. The LRL series offers a breakdown voltage of up to 20 kV DC and a maximum carry current of 5 A. SIL relays feature internal magnetic shielding and a breakdown voltage of 4 kV DC. All three series are available with coil voltages of 5, 12 and 24 V DC.

The SIP series is available as a single-in-line reed relay with normally open or normally closed contacts and features high input-to-output isolation. For space-constrained applications, the compact MSIP series offers high packing density, fast switching performance and high insulation resistance. Optional features include magnetic shielding and a protection diode for the coil drive. The OSIP and VSIP variants of the XSIP series offer even smaller footprints. The VSIP model measures just 6.85 × 3.81 × 9.77 mm. Depending on the version, the XSIP components offer a maximum switching power of 3 to 15 W.

The VN-2A and VN-4A series provide multiple normally open contacts in a compact package, with two contacts in the VN-2A and four in the VN-4A. Both series offer a switching power rating of 10 W, a maximum switching voltage of 170 V DC or 120 V AC, and a maximum switching current of 0.5 A.

The reed relays from Toward Technologies are RoHS compliant.