Wireless Strain Demonstration and Tutorial
wireless strain sensor demonstration and tutorial
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Integrate almost any strain sensor into a Leap Sensors wireless transceiver node for structural health monitoring (SHM) on bridges, overpasses, support beams, and more. Easy to install on existing structures. Be up & running in just a few minutes.Contact us to find the best strain sensor configuration for your specific application. Part of the breakthrough Leap Sensors® system. Strain sensors are not included. Contact us and one of our experts can recommend strain gauges for your application. We offer easy-to-install spot-weld-on strain sensors. We also have a Micro Measurements battery-powered spot welder available for rent. Build your quote here: -
Breakthrough technology uses CAN bus to "daisy chain" multiple small strain gauge sensor modules to one wireless Leap transceiver node. Anywhere from 1 to 16 strain gauge modules can be added to the bus. Each CAN strain module can support 2 full-bridge resistive strain gauge sensors, for a total of up to 32 full-bridge strain gauges per transceiver node. Edge processing at the strain sensor level assures a high-quality conversion of the sensor voltage reading to a digital reading, which can then be reliably sent via the CAN bus to the wireless transceiver node. Industrial CAN bus cables can be over 600 feet long. Ideal for wireless monitoring of strain in multiple points along structural components such as I-beams, girders, hanging structures, support columns, railways etc., as well as industrial applications such as rotating shafts in engines, turbines, etc.Wireless Strain Demonstration and Tutorial
Contact us to find the best strain sensor configuration for your specific application. Part of the breakthrough Leap Sensors® system. Multiple strain sensing modules attach to the transceiver node over a CAN bus. Each module can support two full-bridge strain sensors. The strain modules are ordered separately. Contact Us and an Application Engineer will work with you to provide a detailed final quote that meets your specific application. Build your quote here:wireless strain sensor demonstration and tutorial
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The Leap wireless sensors can integrate with all types linear sensors and crack propagation sensor. Contact us to find the best load cell configuration for your specific application. Part of the breakthrough Leap Sensors® system. Build your quote here: -
Using in-place MEMS inclinometer technology, monitor slippage in embankments, piers, abutments, and retaining walls, etc. Ideal for structural health monitoring of critical infrastructure. The Leap wireless transceiver node powers the inclinometer from its on-board battery and converts the signal to a wireless transmission. Wide range of output signals from inclinometers are supported: RS485 Modbus, 0-5V, 4-20 mA, and others. Contact us to find the best configuration for your specific application. Part of the breakthrough Leap Sensors® system. Build your quote here: -
Wireless transceiver node designed to integrate with all types of load cell sensors.Wireless Load Cell Demonstration and Tutorial
Contact us to find the best load cell configuration for your specific application. Part of the breakthrough Leap Sensors® system. Build your quote here:wireless strain sensor demonstration and tutorial
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Sensor transceiver node designed to integrate with all types of pins to monitor weight and force on pulleys and rollers.Wireless Load Cell Demonstration and Tutorial
Contact us to find the best load pin configuration for your specific application. Part of the breakthrough Leap Sensors® system. Build your quote here:wireless strain sensor demonstration and tutorial
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Sensor transceiver node designed to integrate with a wide range of linear position sensors and crack monitors with common outputs such as 0-5V, 4-20 mA, and RS485. The crack monitor is powered from the battery in the Leap transceiver node. When combined with a wireless transmitter, these sensors are very effective at monitoring changes in cracks or other movement over time in remote locations. Part of the breakthrough Leap Sensors® system. The linear sensor that meets your specific requirements will be integrated and tested with this device node. Contact us to find the best linear position configuration for your specific application. This external linear crack sensor is not included in this price but will be included in a final quote. Build your quote here: -
The Leap wireless 4-20 mA transceiver node can integrate with every type of sensor with a 4-20mA output.Configured to Your Exact Application
The external industrial sensor may be powered by an optional 12 or 24V power supply driven from the over-sized Leap Sensor node battery. No external power source is needed with the 12/24V power supply option (LP-1PXX). See below for other options to configure this industrial wireless sensor node to your exact needs. Contact us to let us help you make your selected 4-20 mA sensor wireless. Part of the breakthrough Leap Sensors® system. Build your quote here: -
The Leap wireless pressure transceiver can integrate with every type of sensor with a 0 - 10 V output. The sensor is powered by the Leap Sensor device battery with a power supply that can be specified from 0 to 24 volts. No external power source is needed. Contact us to let us help you make your selected 0 - 10 V sensor wireless. Part of the breakthrough Leap Sensors® system. Build your quote here: -
The Leap wireless pressure transceiver can integrate with every type of sensor with a 0 - 5 V output. The sensor is powered by the Leap Sensor device battery with a power supply that can be specified from 0 to 24 volts. No external power source is needed. Contact us to let us help you make your selected 0 - 5 V sensor wireless. Part of the breakthrough Leap Sensors® system. Build your quote here: -
This Leap wireless transceiver node integrates two standard industrial pressure sensors along with two thermocouples. (Type K is standard, but other types can also be integrated). The sensor is powered by the Leap Sensor device battery with a power supply that can be specified - 12 or 24 volts. No external power source is needed. Contact us to let us help you make your selected pressure sensors and thermocouples wireless. Part of the breakthrough Leap Sensors® system. Build your quote here: Contact us for pricing for your unique configuration. -
Integrate any sensor with an RS485, RS485 Modbus, or RS232 output into the Leap Sensors system to convert it to a wireless sensor. The sensor is powered by the battery in the Leap transceiver node with a power supply that can be specified from 3.6V to 24 volts. No external power source is needed. Contact us to let us help you make your selected RS485 or RS232 sensor wireless. Part of the breakthrough Leap Sensors® system. Build your quote here: -
A true leap advancement in wireless sensing, our multisensor node will support large number of sensors of different types on one Leap transceiver node. Part of the breakthrough Leap Sensors® system. Contact us for an exact quote to your specific application. Build your quote here: -
Breakthrough technology uses CAN bus to "daisy chain" multiple load cell interface modules to one wireless Leap transceiver node. Anywhere from 2 to 30 load cell modules can be added to the bus. Each load cell module can support 2 full-bridge mV/V load cells, for a total of up to 60 load cells per transceiver node. Edge processing at the strain sensor level assures a high-quality conversion of the sensor voltage reading to a digital reading, which can then be reliably sent via the CAN bus to the wireless transceiver node. Industrial CAN bus cables can be over 600 feet long. Ideal for wireless monitoring loads and force in several places along structural components such as I-beams, girders, support columns, etc. Contact us to find the best strain sensor configuration for your specific application. Part of the breakthrough Leap Sensors® system. Contact us for pricing on your specific configuration. Build your quote here: -
The Leap wireless humidity sensor has the sensor "tethered" outside the enclosure to get an accurate reading. The sensor also reports temperature as part of its relative humidity reading. Part of the breakthrough Leap Sensors® system. Build your quote here: -
Wireless gateway receives the sensor data over the air from the Leap wireless transceiver nodes, then passes the data to the Leap software. This version connects to a local network via standard Ethernet cable and RJ-45 connector. When the software resides on the gateway, the software may also be directly accessed using the USB port on the gateway. Easy to install - plug in the gateway, open a web browser, log in, and the Leap Sensors system is ready to manage. Part of the breakthrough Leap Sensors® system. Build your quote here: -
Wireless gateway receives the sensor data over the air from the Leap wireless transceiver nodes, then passes the data to the Leap software. This version connects to a PC via a USB cable. By changing the software configuration, it may be connected to a Local Area Network via an Ethernet Cable. The Leap web-based User Interface and database software run on a powerful single-board computer inside the gateway. Just plug in the gateway, open a web browser, log-in, and you are ready to interact with your Leap Wireless Sensor system. Part of the breakthrough Leap Sensors® system. Build your quote here:
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Wireless gateway receives the sensor data over the air from the Leap wireless transceiver nodes, then passes the data to the Leap software. This version connects to a local network via a cellular network. Easy to install - plug in the gateway, open a web browser, log in, and the Leap Sensors system is ready to manage. Part of the breakthrough Leap Sensors® system. Build your quote here:
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The wireless Range Extender acts as a repeater to extend the wireless transmission distance between sensor nodes and the gateway. When a sensor is out of range of the gateway, one or two range extenders may be placed between the two devices to bridge the wireless transmission gap. Range Extenders are powered by 5VDC from a 120VAC wall transformer. Part of the breakthrough Leap Sensors® system. Build your quote here: -
The gateway continually runs off of the 5V from the battery module. When power is lost, the battery back up module supplies power to the gateway for approximately 2 days. The battery backup module plugs into a wall outlet to stay charged. Easy to install - plug the battery backup module into a wall outlet using a wall transformer. Connect the gateway to the battery backup module using the supplied cable. LEDs on the battery module show that battery charge level. Gateway is not included. Part of the breakthrough Leap Sensors® system. Build your quote here: -
Put all of your most important sensor data and graphs on one page with the Dashboard option in the Leap software. Dashboards can be configured for you by the Phase IV Engineering team - or select the option to configure your own dashboards.Contact us for pricing on your specific requirements.Contact UsPrices, Quotes, Questions...
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This Leap software option installs on the Leap gateway. The software is comprised of two main parts - a user interface and a database. The software allows the user to monitor the sensor data, graph data, set email and text alerts, change sensor settings. The software is web-based - so a user logs into the software using a standard web browser, such as Chrome. There is no software or app to install. For PC-based systems, the software runs on a powerful single-board computer inside the Leap gateway. Cloud or server-based systems can be accessed with any web-connected device and the user password.Contact UsPrices, Quotes, Questions...
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This popular K-Type Thermocouple uses a strong magnet to attach to ferrous (such as steel) surfaces. Comes with a mini connector to quickly plug in to Phase IV sensors. Add to quote here: