The AZN3240 is a wireless battery-free temperature sensor. This rugged sensor monitors electric distribution and switching equipment temperatures. Applications include utility-grade electric power distribution, factory and industrial electric service switchgear, and other applications where metal surfaces are common.
Powered by Magnus® 3LED Locator RFID Transponder IC, AZN3400 is a fully compliant UHF RAIN tag with the added capability of lighting an LED in response to a select command. This feature can be used to locate a tagged object with a known TID or EPC number or to locate a group of tags with a shared field in the TID or EPC. AZN3400 can be read by class 1 gen 2 v2 and ISO/IEC 18000-63 compliant readers, and the LED can be controlled using a protocol compliant select command.
The AZN3250 is a wireless battery-free temperature sensor. This rugged sensor can withstand the extreme temperatures and harsh conditions common in industrial settings. Typical applications include electric motor protection, bearing temperature monitoring, heating and cooling equipment (HVAC) efficiency monitoring, switchgear, and other applications where metal surfaces are common.
The AZN3254 is a wireless battery-free temperature sensor. This rugged sensor is designed to monitor the temperature of electric distribution switchgear equipment. It stands up to the high voltages and high temperatures inside switchgear cabinets. Typical applications include switchgear contact assemblies, cable heads, busbars, Power distribution Units (PDUs), Ring Main Units (RMUs), and other applications where metal surfaces are common.
The AZN3256 is a small form factor industrial-grade, rugged, wireless battery-free temperature sensor. The AZN3256 is now our “preferred” rugged sensor that can accurately monitor the temperature in many different applications. Suitable for operation in space-constrained applications and on-metal operation. Typical applications included predictive maintenance of electrical switchgear and motors, data-centers, and monitoring manufacturing processes."
