AN-420Quick ViewView Full Details |
Wireless Data Logger Features: • Wireless Data Acquisition System: (4-20mA current loop) • Wireless Transmission IEEE 802.15.4 with antenna diversity • Integrated Sensor Power Supply, software configurable 4.5V to 20V • Integrated Rechargeable Lithium-Ion battery • Embedded Data Logger: up to 1.000.000 data acquisitions records Applications: • Condition Monitoring |
AVX-DAQQuick ViewView Full Details |
Wireless Data Logger Description: Spacewireless technology provides a high level of interoperability with Flight Test Instrumentation (FTI) Equipment. Features: • UWB Wireless Technology with Jamming Awareness Mechanism • IEEE 1588V2 – Precision Time Protocol • IENA (Designed by Airbus), a new standard protocol dedicated to FTI • Dual IPV4/IPV6 • TEDS Class 2 Applications: • Wireless flight testing and monitoring |
AVX-DAQQuick ViewView Full Details |
Wireless Data Logger Description: In 2010, Snecma has implemented a comparative benchmarking between BeanAir Wireless acquisition system and a wired acquisition system. BeanAir Wireless measurement system will be integrated into rocket engine’s subsystems and onboard equipments during test sessions. Applications: Wireless Sensors for rocket engine |
AVX-DAQQuick ViewView Full Details |
Wireless Data Logger Description: Sahara 2 is an innovative and challenging project, launched in France and supported by Astech, involving several French Ministries, 12 partners (amongst which: Astrium, SAFRAN, EADS, Eurocopter, the French National Center for Space Studies,… ), several French Universities and Research Laboratories along with 3 SME: BeanAir, Globalsys and Reflex CE. The goal of this project is to create Wireless Sensor Networks applied to aeronautics and space field, improving the possibility of monitoring aircrafts, helicopters and space vehicles. In fact, for aerospace applications, Wireless Technologies have a huge potential interest. Applications: Wireless sensor for aircraft health monitoring |
One-THQuick ViewView Full Details |
Wireless and Passive SAW Sensor Key Features: Wireless and Passive SAW Sensor • Temperature & strain measurements • No battery, no energy harvesting, free from electrical risk • Robust & stable, compatible with harsh environments • Maintenance free, no need of re-calibration Ultra Low Power Wi-Fi • Lower Total Cost of ownership – works with existing access • Easy provisioning & IT friendly: WIFI sensors use IP-over-Ethernet networking environment • Certied IEEE 802.11 b/g Wi-Fi Low Power technology • Compatible with WEP/WPA/WPA2/WPS Self-Powered System • Solar energy harvesting • Integrated primary cell for UPS functionality Reliable Alloy Aluminium Enclosure • IP66 Rating • Atex II 2 GD EEx d IIB Ex tD A21 |
AN-VQuick ViewView Full Details |
Wireless and Passive SAW Sensor Key Features: Wireless and Passive SAW Sensor • Temperature & strain measurements • No battery, no energy harvesting, free from electrical risk • Robust & stable, compatible with harsh environments • Maintenance free, no need of re-calibration Ultra Low Power Wi-Fi • Lower Total Cost of ownership – works with existing access • Easy provisioning & IT friendly: WIFI sensors use IP-over-Ethernet networking environment • Certied IEEE 802.11 b/g Wi-Fi Low Power technology • Compatible with WEP/WPA/WPA2/WPS Self-Powered System • Solar energy harvesting • Integrated primary cell for UPS functionality Reliable Alloy Aluminium Enclosure • IP66 Rating • Atex II 2 GD EEx d IIB Ex tD A21 |
AX-3DQuick ViewView Full Details |
Wireless Accelerometer Description: Wireless accelerometer used to monitor concrete structure. Monitoring the bridges fatigue and behavior had been a challenging goal regarding structures complexities and harsh environment. With more than 8 years of experience in Structural Health Monitoring, and more than then thousands of wireless sensors deployed on different infrastructures (bridges, dams, stadium, churches, tunnels….) Beanair proved that its WSN (wireless sensor networks) are mature for long-term monitoring. Description: Structural Health Monitoring |
AN-420Quick ViewView Full Details |
Wireless Process Sensor Description: Wireless analog data acquisition connected to a displacement sensor. Monitoring the bridges fatigue and behavior had been a challenging goal regarding structures complexities and harsh environment. With more than 8 years of experience in Structural Health Monitoring, and more than then thousands of wireless sensors deployed on different infrastructures (bridges, dams, stadium, churches, tunnels….) Beanair proved that its WSN (wireless sensor networks) are mature for long-term monitoring. Applications: Structural Health Monitoring |
INCQuick ViewView Full Details |
Wireless Inclinometer Description: Monitoring the bridges fatigue and behavior had been a challenging goal regarding structures complexities and harsh environment. Bridges pillars are monitored with wireless inclinometer. With more than 8 years of experience in Structural Health Monitoring, and more than then thousands of wireless sensors deployed on different infrastructures (bridges, dams, stadium, churches, tunnels….) Beanair proved that its WSN (wireless sensor networks) are mature for long-term monitoring. Applications: Structural Health Monitoring |
M200Quick ViewView Full Details |
Motor Drive for Refrigeration Control Techniques provides
highly reliable and environmentally friendly AC drive for application in
industrial refrigeration which can significantly reduce energy bills. The company combines high
performance drives with high-efficiency Dyneo® synchronous permanent magnet
motors to maximize energy efficiency. Key Benefits · High
performance products · Rapidly
sourcing automation equipment and components for your installation · Providing
dedicated all hours industrial refrigeration technical support · System
training, available from widespread locations or even at your site · Maintenance
servicing to ensure maximum performance and trouble-free · Operation
for the life-time of the system |