Analog 4 channel
LS-G6-ANALOG-4

Analog 4-channel

The Analog 4-channel admits most inputs from analog sensors, such as voltage, 4-20mA, potentiometer, FWB, thermistor or PT100, allowing it to digitize load cells, strain gauges and pressure cells.

Loadsensing edge device

The analog 4-channel

A wireless data logger

  • Reliable, robust, weather proofed.
  • Long-range communications (up to 15 km / 9 miles).
  • Low-power, long battery life (over 5 years).

HOW IT WORKS

From sensor-to-edge-to-cloud

Simplify your projects through remote, automated monitoring.

configuration app to sensors and radio
gateway to internet connection
Connectivity management tool and integrations options infographic
3rd party software graphic

DATA COLLECTION

The analog 4-channel collects sensor data at your chosen sampling rate.

COMMUNICATION

Data is sent to the cloud through a reliable and redundant network.

DATA ACCESS & DATA MONITORING

Manage all deployed devices, data and networks through CMT by Loadsensing.

DATA ANALYTICS

Analyze all data through our 3rd-party software partners or your proprietary tool.

Downloads

Datasheet - Analog 4-channel

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DEVICE COMPATIBILITY

Sensors that Loadsensing edge devices integrate with

crack meter illustration

Crack meter

water sensor illustration

Water level Sensor

Videos

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FAQ’s

01

If a Loadsensing wireless edge device loses its connection with the gateway, does it store the data locally until connection is re-established, or is data lost?

Loadsensing wireless data loggers can store up to 200,000 readings from a single sensor. If a Loadsensing data logger loses its connection with the gateway, it stores the data locally which can be manually collected with an external device. In addition, the system detects the disconnection of the data logger and sends an alert email to fix the issue. Moreover, Loadsensing includes a cloud-based, multi-gateway network setup to ensure redundancy of data in case any gateway fails to send data. The system is designed to have multiple levels of control and implement a specific data management plan when unexpected situations occur: on one side, the data loggers use local memory when it is needed and, on the other side, a redundancy system of gateways is used to provide reliability when a specific concentrator does not work properly. Such architecture guarantees that the customers receive the gathered data in case of potential failures due to temporary malfunctions or loss of connections.

02

How do you transmit data underground? What is the depth limit of instrumentation systems underground?

Loadsensing wireless edge devices are ruggedized and have been tested in temperatures ranging from -40ºC to +80ºC, so they can withstand harsh environments such as underground mines. Worldsensing is open to projects to test the depth limits of our monitoring solution and understand how ambient conditions may impact the network quality in deep underground mines. The Loadsensing laser distance meter data logger can be particularly useful for convergence monitoring. Loadsensing may be used as a last-mile solution inside deep galleries. The devices wirelessly send data to gateways underground that are connected to fiber-optic points used for machinery control and cameras, in order to transmit the data to the surface. Finally, Loadsensing wireless devices can read multi-point borehole extensometers, pressure cells and other frequently used sensors for underground monitoring.

03

What is the maximum interval at which data can be collected?

Currently, the highest possible acquisition rate when using Loadsensing is one sample every 30 seconds, and the lowest is one sample every 24 hours. With such parameters the system can run for a long period, between 7 and 10 years.

04

What are the maintenance and troubleshooting requirements for the product? Could it be done with internal skilled employees?

Maintenance is minimal and depends on where the wireless device is located. After a short introduction and basic training, every employee is able to configure and maintain the devices and gateway through a mobile app. A monthly visual inspection is good practice, particularly in areas with activity. In addition, we recommended you inspect the wireless devices and sensor cables after detecting anomalous or missing readings. To minimize manual maintenance rounds, we offer a software to remotely manage deployed devices, data and networks. You can access the network status 24/7 and will receive an alarm in case of a downtime. Finally, another important maintenance requirement is batteries. Although batteries may last up to 10 years, it is good practice to schedule changes based on the battery life estimates and frequency of data acquisition.

05

How is data protected during transmission?

Data protection and privacy are achieved through 128 AES [Advanced Encryption Standard] encryption on multiple levels, for all data being sent from the sensors to the application server and back.

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