Temperature Data Logging Sensors operate remotely via WiFi.
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Press Release Summary:
Supplied with K-type probe, EL-WiFi-TC Series features measurement range of 32–752°F, accuracy of ±1.5°C, and display resolution of 0.1°C/F. Remote sensors can accept user selected J, K, N, and T-type thermocouples via on-board mini thermocouple connector, pushing potential measurement range to -454 to +2,372°F. Alarm breaches are transmitted instantly to PC with both visible and audible cures, irrespective of transmit rate chosen. If WiFi network is disrupted, units store data on-board.
Original Press Release:
WiFi Thermocouple Temperature Data Logging Sensor
Lascar Electronics has launched a thermocouple version of its popular EL-WiFi series of remote data loggers. Supplied with K-type probe, the EL-WiFi-TC has a measurement range of 0°C (32°F) to 400°C (752°F), accuracy of ±1.5°C and display resolution of 0.1°C/F. The sensor can accept user selected J, K, N and T-type thermocouple via its on-board mini thermocouple connector pushing the potential measurement range to -270 to +1300°C (-454 to +2372°F).
During initial configuration, the sensor will search for an existing wireless network while physically connected to the PC via USB cable. Once connected, the user can use the software to name the sensor, select sample rates and set high and low alarms. It can then be unplugged and placed anywhere within range of the WiFi network. All future configuration of the unit can be done remotely.
Alarm breaches are transmitted instantly to the PC with both visible and audible cues irrespective of the transmit rate chosen. The unit also protects users from WiFi outage by storing data on-board (up to half a million readings) if the WiFi network is disrupted. All data stored is immediately uploaded to the PC when the WiFi is restored.
The EL-WiFi-TC is available for purchase immediately from Lascar Electronics for a cost of $185, with significant discounts for higher volume orders. Please contact Lascar’s sales team at (814) 835-0621 for further information.
