A remote monitoring station that has a 10-Channel data logging system for a broad range of energy and weather monitoring applications. It can be easily configured with a wide range of plug and play smart sensors.
Measurement Type: Temperature
A 3×4 cm data logger that measures temperature. It’s designed for outdoor and underwater environments and is waterproof to 1,000 ft.
A dual laser infrared thermometer gun is a non-contact temperature measurement gun which has a built in camera for still images and video capturing.
Displays and stores air velocity and temperature readings from the built-in thermometer or from an externally connected type K or J thermocouple temperature probe. Data is stored on an SD card for transfer to a computer.
Clamp-on meter that can be fitted to the outside of pipes and does not contact internal liquid. No need to shut down processes for installation or maintenance. An ideal meter for water, wastewater, and chemical industry.
Clamp-on flow meter that attaches fixture transducers onto the outside of a pipe to measure flow within the pipe without cutting into the pipe or shutting down the process. A useful spot measuring flow meter for applications such as wastewater, cooling and heating water, and other liquids.
Designed for systems engineers to quickly troubleshoot problems and verify performance during system commissioning and diagnostics. Allows measurement of flows throughout the plumbing infrastructure without intrusion.
A four-channel wireless data node that includes an external temperature/RH sensor probe and two additional analog ports. It wirelessly transmits data in real time using a mesh network of devices. Works with ZW-RCVR and ZW-Router.
Beaded Thermocouple probe includes 1.8m (6′) of insulated 30-AWG wire wound on an integrated spool caddy /subminiature connector. Color-coded for type J (black) thermocouples according to the ANSI standard.
A six-foot beaded thermocouple probe. This probe is Teflon-insulated and responsive over a range of -200 to 100℃ (-328 to 212℉) with an initial accuracy of +/- 1.5℃ (+/-2.7℉).