TAMAGO is a wireless IoT device designed for monitoring the temporary supports in construction sites. Working with LR's cloud-based platform, TAMAGO provides real-time information for the loading and stability of the temporary support structures. From the initial scaffold setup and load-balancing to ongoing project operations, TAMAGO provides continuous monitoring throughout the entire construction process. Engineers can use the information provided by TAMAGO to adjust the load on the stress-bearing part of the temporary support system before significantly increasing the load.
Popular models: 0 - 50kN, 0 - 100kN
Features:
- Fully Wireless Operation
- Rechargeable Design
- Quick & Simple Installation
- Robust Materials
CANOPUS is designed to enhance safety for workers operating at heights. It provides relevant stakeholders with real-time information about the usage of safety harnesses, as well as the precise or general positioning of the worker. This capability enables effective monitoring of workers in high-risk areas and facilitates the implementation of follow-up training and safety improvements based on the observed work-at-height behavior.
Features:
- Rechargeable Design
- Worker ID Pairing
- Hook Object Detection
- Real-time Worker Positioning
The Pyxis system
PYXIS is a monitoring solution designed for foundation, confined spaces, and structural-related work,
including settlement, underground water level, tilting, and air quality components.
Monitoring platform
Available on Web, iOS, and Android platforms.
Polaris
Polaris is an access platform for Pyxis' users to view measurements and set monitoring configurations such as sensors' measurement intervals, safety thresholds, etc. Warnings from the system (whenever appropriate) are sent through Polaris to alert users. Polaris was created with user-friendliness and ease of use as design philosophies so that its users can intuitively utilize its functionalities without any hassle.
IoT devices
Monitoring site conditions have been carefully considered in the sensors' conception. As such, our IoT sensors are designed to be resistant to dust, water, fire, and impact to withstand outdoor conditions that may sometimes be harsh.
Inclination sensor
Monitoring applications
- Permanent and/or ELS retaining wall
- New, aged, or heritage building
- Building and structure abutting construction site
- Stability of natural/filled slope
Air quality sensor
Measurable quantities
- Gases: CO, CO2, NO, NO2, O3, SO2, H2S, ethanol, total volatile organic compounds (TVOC)
- Particulate matter: PM2.5, PM10
- Temperature, relative humidity, barometric pressure, light intensity
Monitoring applications
- Air quality in construction sites
- Toxic gases in confined space
- Indoor air quality, e.g. in laboratories and workshops
- Outdoor air quality
Water table level sensor
Monitoring applications
- Measurement of water depth in piezometer tube or stand pipe
- Automatic control of dewatering and recharging pumps
- Stability monitoring of natural/filled slope
