Wireless Vibration Sensors
What is a Wireless Vibration Sensor
A Wireless Vibration Sensor is a device that includes an Accelerometer and is capable of measuring vibration and send it to a receiver using a Wireless protocol. Depending on the wireless protocol used, some of these sensors may even transmit data in real time. Hence having the capability to connect via peer to peer or mesh network.
Wireless Vibration Sensors are used today for multiple purposes, being online Condition Monitoring the most important one. A big variety of Wireless protocols allow Wireless Accelerometers to be used in multiple ways replacing existing wired solutions. Bluetooth 5.0 mesh network technology allows to easily build big networks of sensors.
Additionally, Erbessd Instruments include the capability of Modbus Communication which is an excellent feature that allows automation to be integrated to the condition monitoring at the same time.
WiSER 3X is an Ultra-Portable Triaxial Wireless Vibration Sensor compatible with WiSER Vibe and Digivibe vibration analysis applications. It is the latest generation of wireless accelerometers, capable of sending 4 vibration channels in real time for X, Y and Z axes as well as an additional reference channel for phase comparison. In addition to being ultra-portable, WiSER 3X incorporates start and stop functionality in the same power button, to save valuable time during data collection.
WiSER is a wireless accelerometer and vibration analyzer based on iOS mobile devices. This vibration analyzer is ultra-portable, literally pocket-sized, and on the other hand, with the capability of an advanced analyzer. WiSER Vibe application is able to save the data on the mobile device, as well as export it to the cloud. In fact, the data registered by WiSER Vibe can be viewed with Digivibe with 100% compatibility.
WiSER 3X Mini is a Wireless Vibration Sensor designed for on route and off route data collection with WiSER Vibe App. It records vibration FFT from 3 axes simultaneously X, Y and Z. And you can change the recording time according with the resolution lines selected.
WiSER 3X Mini is a Wireless Vibration Sensor designed for on route and off route data collection with WiSER Vibe App. It records vibration FFT from 3 axes simultaneously X, Y and Z. And you can change the recording time according with the resolution lines selected.
Phantom Expert (EPH-V11E) is a Wireless Vibration Sensor designed for permanent mounting. EPH-V11E records vibration FFT from 3 axes simultaneously X, Y and Z. In addition, it includes a battery that can last to measure up to 65,000 recordings that can be changed at the end of its useful life.
The new member of the Phantom family. Same specs (except battery) as the Phantom Expert but now with ATEX Certification (Ex ic IIC T6 Gc X & Ex ic III Dc X) for gas and dust environments!
Phantom ATEX (EPH-ATX15 & ATX16) is a Triaxial Wireless Vibration Sensor able to send 3 simultaneous FFT and Time waveform recordings at once. Also, our Wireless Vibration Sensor wakes up on high vibration levels in order to send data and alarms.
As an additional value, our Wireless Vibration Sensor have a built-in integrator, as a result, it can internally calculate velocity parameters for alarms. This way, RMS values can be sent as well with a selectable periodicity.
The new Wireless Vibration Sensor of the Phantom Family. With may of the characteristics as the other vibration Phantom but smaller!. Phantom Gen 2 (EPH-V17 & V18) records vibration FFT from 3 axes simultaneously X, Y and Z. In addition, it includes a battery that can last to measure up to 12,000 recordings that can be changed at the end of its useful life.
Wireless Accelerometer Phantom EPH-V10E is a wireless vibration sensor designed for permanent mounting. Phantom records vibration FFT from 3 axes simultaneously X, Y and Z. In addition, it includes a battery that can last measure up to 65,000 recordings that can be changed at the end of its useful life.
Meet the new member of the Phantom family. Phantom All in One (EPH-U14) take 3 types of measurement parameters with only one module: Vibration, Current and Temperature. Our Phantom condition monitoring system will help you to predict machine failures and save huge amount of costs due to non-programmed downtimes in production.
EPH-T25 is a Wireless temperature Sensor designed for long term exposure to your machines and surfaces. Phantom temperature sensor can record accurately from -210ºC up to 1,800ºC. As every other phantom, it includes a battery with an estimated life of 2 to 5 years depending on user’s configurations.
Modbus is available in this sensor for Automation processes.
This Wireless Temperature Sensor embeds an IR sensor and brings you the commodity of technology: no wires. The sensor can read temperature with a distance of 1 meter using a high technology thermo receptor with an amazing accuracy. His battery lasts as long as any other Phantom sensor and can be easily replaced if needed.
Additionally Modbus is available in this sensor for Automation processes.
This Wireless Speed sensor uses a Hall effect switch and a neodymium magnet, all included in the kit. You can easily analyze the revolutions per minute of any rotor, turbine or vent with incredible precision.
Modbus’ communication included for automation.
EPH-C31 is a 3 channels Wireless Current / Power Sensor (Amperage) which uses a simple installation to easily monitor the electrical current of your machines and devices. From 1 to 500 AMP our sensors can measure with precision the power consumption of your electrical devices. Each sensor, includes 4 simultaneous channels to measure each phase.
Modbus available for Automation and Scada systems.
EPH-G63 is a general purpose wireless sensors able to monitor virtually any type of signal and is compatible with other kind of sensors including: Displacement, speed and proximity. All our General Purpose wireless sensors come with the capability to collect up to 2 channels.
Modbus Available
EPH-G61 is a 4-20 mA sensors to Wireless converter. ERP-GP1 features an upgraded version with 24 bits and 4-20 mA input interfaces. This means that you can use any other sensor that can provide a 4-20 signal to implement your data into an integrated wireless system.
Modbus available.
