Jaw crushers

Comprehensive bearing vibration and structural integrity monitoring

13
failures prevented / year
$270K
annual savings
125%
ROI in year one
5.3 mo
payback period
Monitoring systems

Solutions for jaw crushers

We match the right system to your site goals and budget

Bently Nevada Orbit 60 / DCM

Permanent Monitoring

Continuous 24/7 monitoring. Optimal for critical crushers with API 670 requirements.

  • Orbit 60 / DCM — multi-channel vibration monitoring
  • Proximity probes for eccentric shaft bearings
  • Velocity sensors for the crusher frame
  • System 1 management platform
  • Alarm levels and automatic protection
Learn more →

Artesis e-MCM

AI · Portable / Permanent

AI diagnostics from the motor electrical signature. No sensors on rotating parts required.

  • AI-driven analysis without mechanical sensors
  • Monitoring without setup or training
  • Defect detection up to 6 months ahead, 90% accuracy
  • Mobile measurements across all crushers
  • Cloud analytics and trending
Learn more →

SDT Ultrasound Solutions

Ultrasound + Vibration

Combined ultrasonic and vibration monitoring. Best choice for lubrication control.

SDT340 — ultrasound + vibration in one instrument
LUBExpert — precision bearing lubrication control
Online4US — multi-channel online monitoring
SonaVu — acoustic camera for hard-to-reach areas
Learn more →
Monitoring points

What the system monitors

Critical nodes and detectable defects with lead-time indicators

Eccentric shaft bearings

4–6 sensors. BPFO/BPFI/BSF monitoring — characteristic defect frequencies.

Material fatigue3–6 mo
Insufficient lubrication2–4 wk
Contamination / pitting1–2 mo

Frame, jaws and side plates

Structural monitoring accelerometers. Low-frequency resonance analysis.

Weld cracks1–2 mo
Loosened bolts1–4 wk
Liner plate weartrend

Shaft, pulley and drive

Imbalance, misalignment and belt drive monitoring.

Pulley imbalance3–6 wk
Shaft deformation1–3 mo
Misalignment2–4 wk
Recommended products

Recommended products

Bently Nevada, SDT and Artesis products for this application

Comparison

Bently Nevada vs SDT vs Artesis

CriterionBently Nevada Orbit 60SDT UltrasoundArtesis e-MCM
24/7 monitoringYesOnline4US optionYes
UltrasoundNoYes (key strength)No
AI / machine learningSystem 1NoPatented algorithm
Lubrication controlNoLUBExpertNo
SCADA / DCSOPC-UA, ModbusOnline4USOPC-UA
Sensors on shaftRequiredRequiredNot required
Lead time to failure3–6 mo2–5 moup to 6 mo
API 670YesNoNo
Case studies

Successful deployments

SDT Ultrasound / SPM HD
Boliden Renström mine — damage detected 4 months early
Mining · Sweden

Jaw crusher at 840 m depth, 181 RPM. Two outer race bearing defects detected at an early stage. Planned maintenance instead of emergency shutdown.

4 mo
early warning
0
emergency stops
840 m
shaft depth
181 RPM
operating speed
Bently Nevada · Orbit 60
Limestone quarry — metal-to-metal contact prevented
Quarry · Limestone

Bently Nevada sensor connected to the PLC. Vibration threshold stops the crusher before catastrophic failure. Repair cost reduced by 80%.

100%
failure prevention
−80%
repair cost
PLC
auto shutdown
24/7
monitoring
Artesis e-MCM · KEG TRK
Kazakhstan mining complex — 125% ROI in year one
Mining · Kazakhstan

Fleet of jaw and cone crushers. Artesis e-MCM detected defects without stopping production. 13 failures prevented, $270,000 saved in the first year.

13
failures prevented
$270K
year 1 savings
125%
year 1 ROI
5.3 mo
payback
Results

Measurable outcomes

13
failures prevented / year
$270K
maintenance savings
125%
ROI in year one
5.3 mo
payback period

Risk reduction

Emergency stops−85%
Spare parts costs−35%
Unplanned downtime−70%

Productivity gains

Crusher availability+12%
Maintenance efficiency+40%
Bearing service life+30%
FAQ

Frequently asked questions

Estimate savings for your equipment

We will recommend a monitoring system for your asset type, operating conditions and budget.

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