Wi-care™ G23 - Wireless Vibration Sensor

Wireless Vibration Accelerometer & Temp Sensor for Large-Scale Monitoring & Analysis

The Wi-care™ G23 is an advanced wireless vibration sensor backed by our Wireless Vibration Monitoring and Analysis Complete Solution. The Wi-care G23 is designed to permanently monitor your mission critical equipment. The G23 Wireless Vibration Sensor addresses accessibility challenges helping you monitor your difficult to access and remotely located assets.

With long battery life, ATEX and Class I, Div 1 certification, and secure wireless connectivity, the Wi-care G23 provides maintenance teams a reliable way to expand visibility without adding unnecessary complexity.

Permanent monitoring fills the gaps between inspections by delivering real-time data and early warnings. This reduces failures, unplanned downtime, and costly production losses. 

Mounted IoT sensors safely monitor assets in dangerous, remote, or hard-to-access areas—like high-voltage panels or confined spaces—without sending personnel into risky conditions. 

Yes. These systems connect easily with SCADA, CMMS, and IoT platforms, enabling predictive analytics, automated alerts, and smarter, data-driven maintenance. 

Wi-care sensor used for permanent condition monitoring to enhance equipment reliability and prevent unplanned downtime.

Wireless Vibration Sensors Supported by Human-Verified Analysis

The Wi-care™ G23 is more than a wireless vibration sensor. It is the hardware behind our Wireless Vibration Monitoring and Analysis Solution, backed by qualified, certified vibration analysts, and AI Tools that enhance.

Data is collected daily, screened using AI-driven tools, and verified by a human analyst. This approach helps reduce noise, improve confidence in reported findings, and ensure that insights delivered on priority issues lead to action.

Built to Scale. Delivered Ready to Run.

Each Wi-care G23 sensor operates independently, making deployment simple across a wide range of assets and locations. The result is a scalable monitoring solution that helps reduce manual inspection routes, increase coverage, and free your team to focus on higher-value work.

Wi-care™ makes it easier to implement permanent monitoring without complex infrastructure. We handle installation and setup for you, delivering a system that is tested, configured, and ready to go from day one.

How Permanent Monitoring Addresses Reliability Challenges

When your machines fail unexpectedly, production stops, costs skyrocket, and your team is forced into a reactive firefighting mode. But the real reliability challenge is not the failure itself, but the lack of time, skilled manpower, and specialized tools to find and address these problems early. 

Without some kind of permanent monitoring, what little valuable analyst time there is, gets tied up searching for issues across large asset populations rather than diagnosing confirmed problems and driving corrective action. 

By reducing the need for manual, route-based inspections, permanent monitoring helps shifts the workload so your team spends more time addressing risk instead of looking for it. 

What Separates our Wireless Vibration Sensors

The Wi-care G23 is a piezoelectric-based, rugged wireless vibration, temperature, and high frequency sensor designed to permanently monitoring critical assets. It is available with a ATEX – Class 1, Div 1 Rating.

Rugged Industrial Design

The sensor’s IP67-rated sealed housing protects from dust and moisture in harsh operating environments.

Long Battery Life

With standard measurement intervals, the Wi-care G23 provides up to 5 years of operation with no routine maintenance.

Independent Data

Each sensor captures and processes its own vibration data for consistent and repeatable measurements. 

Wide Frequency Range

Boasting a wide base frequency range from 1 Hz to 20 kHz, the G23 accurately detects most mechanical issues.

IDNA High-Frequency

Proprietary 160 kHz signal processing helps identify early-stage bearing and gear defects before they escalate into bigger issues.

Cloud with connection lines representing wireless data transfer.

Native IoT Connectivity

Integrates into smart factory environments and CMMS for scalable data handling, automated alerts, and enhanced workflows.

Rugged Industrial Design

The sensor’s IP67-rated sealed housing protects from dust and moisture in harsh operating environments.

Long Battery Life

With standard measurement intervals, the Wi-care G23 provides up to 5 years of operation with no routine maintenance.

Independent Measurements

Each sensor captures and processes its own vibration data for consistent and repeatable measurements. 

Wide Frequency Range

Boasting a wide base frequency range from 1 Hz to 20 kHz, the G23 accurately detects most mechanical issues.

High-Frequency Detection with IDNA

Proprietary 160 kHz signal processing helps identify early-stage bearing and gear defects before they escalate into bigger issues.

Cloud with connection lines representing wireless data transfer.

Native IoT Connectivity

Integrates into smart factory environments and CMMS for scalable data handling, automated alerts, and enhanced workflows.

I-see™

All Wi-care G23 data flows to the I-see™ Predictive Maintenance Software. I-see™ is the secure, cloud-based, AI-driven brainpower behind the Wi-care™ G23 sensor. All the data it captures flows to I-see™. Within the software, advanced AI models and I-DNA resampling turn raw measurements into actionable intelligence for your team.   

The seamless connection between world-class hardware and powerful, AI-driven software empowers organizations to detect faults sooner, reduce downtime, and optimize their maintenance strategy.   

I-see platform analyzing machine health trends with AI models built on decades of condition monitoring data.
Wi-care Pure wireless vibration sensor mounted on electric motor for tri-axial analysis.

Key Applications of Wi-care™ 

Detect and analyze common motor bearing faults like wear, misalignment, looseness, imbalance, and the need for lubrication.

Detect cavitation before it causes damage, measure and trend looseness, and impeller & bearing issues to prevent costly process interruptions. 

Detect abnormal vibration on rollers and drive, and anything else impacting the reliability of your distribution or production line. 

Identify fan imbalance, blade damage, and other common defects that affect your air handling and ventilation systems. 

Detect issues like gear mesh and poor lubrication early to extend asset service life. 

Detect bearing faults, looseness, imbalance, and other developing issues in compressors that support manufacturing, utilities, and critical plant operations.

Monitor critical rotating equipment in turbine-driven assets common in power generation and other continuous process environments. 

Getting Results with the Wi-care™ G23

Wi-care™ sensors make large-scale automated vibration and temperature monitoring possible, even in tough or remote environments. 

The I-see™ software standardizes data storage and integrates seamlessly with your CMMS, SCADA, or other platforms. 

I-see™ bridges the gap between maintenance and management with streamlined reports, intuitive dashboards, and data-driven insights. 

Work with I-care’s team of expert vibration analysts to interpret results and guide the right actions at the right time. 

Wi-care vibration sensors enabling automated collection, connection, and analysis of industrial equipment data.

Working Together 

We make wireless vibration monitoring easy to implement, manage, and act on with a structured process tailored to your plant. 

Schedule a Consultation
Meet with our team to review your assets, reliability goals, and monitoring needs. We’ll help you identify where our Wireless Vibration Sensors can deliver the most value. 
Build Your Monitoring Plan
We define the right asset coverage, deployment scope, and service strategy based on your facility, equipment, and maintenance priorities. 
Install and Configure the System
Our team installs the wireless vibration sensors, maps the network, and ensures the system is fully configured, tested, and ready to operate correctly from day one.
Monitor, Verify, and Report
We begin daily monitoring, screen incoming data with AI-driven tools, verify findings with skilled-human analysts, and deliver reporting and review meetings that help your team act with confidence.