Ecomatik
3 products found

Ecomatik products

Irrigation Control - Sap Flow Sensor

Ecomatik Granier - Sap Flow Sensors

Sap flow sensors are used to continuously measure water uptake in woody plants. It indicates if it is necessary to adapt the irrigation control. The SF-G model corresponds to the classic, two-needle model developed in 1985 by André Granier.



Leaf Temperature Sensors

Ecomatik - Leaf-to-Air-Temperature Sensors (LAT) for Temperature Broad Leaf and Conifer Needle

Leaf-to-Air-Temperature sensors (LAT) are used for direct, continuous and high-precision temperature measurements. The measured temperature parameters include absolute temperatures of the leaf surface, leaf-surrounding ambient air (Tair), and the temperature difference between leaf surface and ambient air (ΔTleaf-to-air). These devices are suitable for long-term application in outdoor conditions. Due to their extremely low power consumption, Ecomatik LAT sensors are ideal for battery-powered solutions, e.g., in IoT applications.

Agriculture Data Capture and Measurement Systems

Ecomatik - DL 18 or DL 18 - BLE - Mini-Systems with Data Logger

Our Mini-Systems are based on the data loggers DL 18 (interface: USB to PC withWindows or MacOS) or DL 18-BLE (interface: Bluetooth Low Energy to Windows PC, orTablet / Smartphone with Android or iOS). Both loggers feature 4 precise and high-resolution measuring channels (temperature-compensated, 16 bits) for connecting various analogue sensors, such as 4x dendrometer, 4x soil moisture sensors, 4x temperature probes (T-soil,T-surface,T-Tissue), 2x leaf temperature sensors (LAT-B2),and2x T/RH air sensor. Our mini measuring system can operate independently due to their robustness (weather resistant protective box and metal roof are included); battery-operative, extremely low power consumption (2replaceableAAA batteries, lifetime> 1 year);as well as their large internal memory (1,900,000 data points). Mini-Systems are thus ideal for long-term measurements in outdoor conditions with a spatially decentralized distribution of the measuring points.