800.632.9060
Monitoring Solutions
Wireless Condition-Based Monitoring
Engineered visibility for critical equipment—designed to detect developing faults early, reduce downtime, and turn raw machine data into clear maintenance guidance.
Engineered Deployment
Continuous Monitoring
Expert Analysis
Guided Resolution
A guided monitoring program.
Many platforms stop at dashboards. MTI Wireless delivers engineered system design, alarm refinement, and experienced interpretation—so monitoring drives action.
Why Most Monitoring Systems Underperform
Unplanned failures rarely occur without warning—but those warning signs are often missed. The gap is usually not the data. It is engineering, context, and follow-through.
Blind Spots
Sensors placed without strategy can miss the early indicators of real failure modes.
Alarm Noise
Thresholds set once and forgotten create nuisance alarms—or miss developing trends.
Dashboards Only
Data without interpretation becomes another tool that is rarely acted upon.
No Follow-Through
Alerts without a structured response plan create uncertainty and delayed action.
MTI Wireless closes the gap with engineered deployments, ongoing refinement, and expert analysis—so monitoring drives informed maintenance decisions.
Assets and Systems We Monitor
Wireless Condition-Based Monitoring (WCBM) provides maintenance and reliability teams with continuous visibility into equipment health. Systems may incorporate wireless, wired, or hybrid sensor configurations depending on operational requirements.
What we measure
Sensors installed on critical assets continuously track key operating parameters such as:
- Vibration (overall + frequency-specific trends)
- Temperature
- Electrical current and motor load
- Pressure
- Tank and vessel levels
- Environmental conditions when applicable
What it reveals
These measurements provide early visibility into the conditions that directly impact uptime and operational continuity:
- Mechanical degradation, imbalance, misalignment, and looseness
- Bearing wear and developing failure trends
- Electrical irregularities and load behavior changes
- Fluid level changes and process instability
- Environmental risks such as condensation and corrosion potential
Every system is engineered around the assets, risks, and production priorities that matter most. The goal is not to collect more data. The goal is to monitor what matters.
How the Monitoring Program Operates
A structured, guided process that turns signals into decisions—without creating noise or internal burden.
1
Engineered Design
On-site evaluation of assets, environment, and infrastructure to build a practical monitoring plan.
2
Secure Transmission
Wireless or hybrid infrastructure engineered for signal integrity and long-term scalability.
3
Cloud Trending
Data is organized into dashboards that show trends, operating bands, and meaningful change over time.
4
Alarm Strategy
ISO-based thresholds are established and refined using real equipment behavior to reduce nuisance alarms.
5
Expert Review
Analysts evaluate alarms in context, identify probable cause, classify severity, and recommend next steps.
Continuous monitoring eliminates blind spots and reduces reliance on route-based inspections and reactive maintenance.
Engineered Deployment and Analytical Support
Many monitoring platforms stop at delivering dashboards. MTI Wireless delivers engineered system design, alarm refinement, and analytical interpretation.
Site-Specific System Engineering
Every deployment begins with a structured evaluation of your operation, including asset criticality, environment, and infrastructure.
- On-site survey for environmental and infrastructure conditions
- Critical and semi-critical asset identification
- Strategic sensor placement based on bearing configuration and failure modes
- Wireless/hybrid layout planning for reliable coverage and scalability
Proper sensor placement is not guesswork. Mounting location, machine orientation, operating speed, and load variation directly affect data quality.
Alarm Strategy & Threshold Optimization
Thresholds are established using ISO standards and refined using real trending data so they reflect actual operating conditions.
- Reduce nuisance alarms
- Improve early detection of upward trends
- Separate process variation from mechanical degradation
- Maintain sensitivity without overwhelming teams
Effective monitoring is not about more alerts. It is about meaningful alerts that drive informed decisions.
Fault Diagnosis & Severity Classification
When alarms occur, our analysts evaluate patterns, frequency signatures, and trend velocity to determine probable cause and urgency.
- Correlated sensor review across the asset
- Frequency band analysis and signature patterns
- Mechanical, electrical, and process-related condition identification
- Severity guidance with actionable timelines
We do not simply report that something is wrong. We provide context, probable cause, and recommended next steps.
Structured Reporting & Maintenance Guidance
Data without interpretation creates uncertainty. MTI Wireless provides clear findings and guidance to support confident decisions.
- Issue explanation and severity classification
- Recommended corrective actions
- Suggested timeline for intervention
- Documentation supporting internal decision-making
Operational Impact and Business Benefits
By identifying developing faults early, maintenance can be scheduled during planned outages rather than during costly production interruptions.
Reduce Downtime
Catch issues early so corrections happen on your schedule, not during production loss.
Improve Planning
Align interventions with outages, labor availability, parts readiness, and risk.
Lower Emergency Costs
Reduce emergency labor, expedited parts, and collateral damage from failures.
Extend Asset Life
Address faults before they accelerate wear and shorten equipment life.
Wireless Condition-Based Monitoring transforms maintenance from reactive to predictive and strategic—delivering control, confidence, predictability, and visibility.
Secure and Reliable Data Transmission
Monitoring must remain reliable across complex facilities without adding burden to internal IT resources.
900 MHz Signal
Long-range communication designed for industrial environments with reduced interference.
- Facility-wide coverage options
- Multi-hop configurations available
- Built for real-world layouts
FHSS Security
Frequency Hopping Spread Spectrum supports secure communication and resilient signal performance.
- Reliable performance in noisy environments
- Secure transmission behavior
- Consistent data flow
IT Independent
Designed to operate without depending on your corporate Wi-Fi or core IT network infrastructure.
- Reduced internal IT burden
- Supports secure cloud access
- Practical deployment options
Want to integrate existing signals (4–20mA, discrete I/O)? Explore Snap Signal Integration.
Build a Monitoring Program That Delivers Results
Monitoring should reduce uncertainty—not create more dashboards. Talk with MTI Wireless about a structured, engineered monitoring solution designed around your most critical assets and operational priorities.
What you get
- Engineered deployment based on critical assets
- Alarm bands tuned to operating conditions
- Dashboards for trends, bands, and visibility
- Guidance that supports maintenance decisions
Email: wireless@motortechnologyinc.com
Phone: 800.632.9060
