EL-WiFi-DTP+ High Accuracy Dual Probe Data Logger

$481.00

EL-WiFi-DTP+ Dual Thermistor Probe Sensor is a high accuracy WiFi data logger that can remotely monitor an environment over a -40 to 125°C range. Not to mention the EL-WIFI Series is a cloud-based sensor that stores your recorded data in our Easylog Cloud, which makes extraction and monitoring of data easy.

Availability: Available on backorder SKU: EL-WIFI-DTP+ Categories: , , ,
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Description

EL-WiFi-DTP+ High Accuracy Dual Thermistor Probe Data Logger

This WiFi-enabled dual temperature probe data logger by Lascar Electronics. This dual-channel data logger can remotely monitor an environment using two high-accuracy thermistor probes. The EL-WIFI-DTP+ comes supplied with two Type-A probes. The Type-A probes come standard with a temperature range out of -40 to +125°C. Data is uploaded periodically using a WiFi network to the EasyLog Cloud or a single host PC.

EasyLog Cloud gives access to each data logger, and data collected from any internet-enabled device. Change data logger settings remotely, receive email alerts of alarm conditions, link sensors from multiple sites into one account, and assign multiple user privileges.

The dual temperature probe data logger by Lascar Electronics will store data internally if it loses WiFi connection. It will automatically upload it to the Cloud once reconnected.

Use the EasyLog Cloud Apps for Android and Apple to easily set up your device and access your data anytime, anywhere.

Specification

Measurement Range
-40 to +60°C / -40 to +140°F
Accuracy
±0.2°C / ±0.4°F
Measurement Range
Unlimited
Logging Rate
User selectable between 10 seconds and 12 hours
Battery Life
6 Months
Calibration Certificate
Supplied at 2 and 8°C
Probe Cable Length
3m (118.1")

Application

EL-WiFi-DTP+ high accuracy dual temperature probe data logger is suitable for applications with a wide temperature range. These include monitoring of Outside Environmental Data, Agriculture and Horticulture, Food Temperature Monitoring, and Facilities Management.

Video Introduction