← Back to products and systems
Product route and evidence boundary
MW-6000
Bale moisture scanning system
Incoming bale inspection with scanning, software and line integration.
MW-6000Application conditions
Recommended conditions and intended use
Incoming bale inspection with scanning, software and line integration.
Incoming-material inspection on a controlled line
Repeatable scan start, end and bale position
Classification after a documented acceptance study
System configuration
Documented components; confirm the ordered configuration
Seven official product systems cover online process sensing, incoming-material inspection and continuous product analysis, with configurations adapted to material and installation conditions.
- 01MW-6000E transmitter probe
- 02MW-6000R receiver probe
- 03DS-6000 ultrasonic probe
- 04MPC6000 industrial-PC control unit
- 05Dedicated software system
Inside the measurement route
How this system fits into a working production line
Incoming bale inspection with scanning, software and line integration.
Measurement principle and represented volume
MW-6000 scans packed fibre or bales through repeatable positions while distance and temperature information support compensation.
How installation conditions influence the result
Create a controlled inspection zone with known bale position, scan start and end, safe movement and a reference-sampling rule for incomplete or damaged bales.
Signal, status and process context
Transmit the moisture value together with engineering units, valid and fault states, product or recipe identity, calibration version and timestamp. Align the value with transport delay before it reaches trends, alarms, PLC logic or quality records.
Calibration, acceptance and maintenance
Collect reference samples across the expected operating range, keep a separate acceptance set and record the installed geometry. Routine checks should cover sensor condition, reference residuals, invalid states and changes in material, density, temperature or product format.
The model name identifies a platform, while the working solution is defined by its transmitter or sensor option, controller, mechanical arrangement, signal interfaces and calibration. Product performance therefore remains linked to the supplied configuration and the application range demonstrated during validation.
Project cases
Where this system is already applied
Review the installation conditions, decision route and commissioning results for this model.
Recovered paper and fibre
03Inspecting moisture across a moving bale before grading the load
A typical MW-6000 recovered-paper and fibre-bale project with repeatable scan coverage.
- System
- MW-6000
- Operating decision
- Normal grade, targeted check or exception
Project result38 s/bale
Read project case
Average inspection cycle
Before · 95 s/baleProject cases
04View all project cases
Conveyor control, coal blending, bale inspection and truck receiving use different baselines, validation plans and success measures. Each case follows the decision made at that process point.
- 01
Continuous raw-mix moisture visibility before the next process step
- 02
Finding sustained coal-moisture changes without chasing every fluctuation
- 03
Inspecting moisture across a moving bale before grading the load
- 04
Turning a recovered-paper truck pass into a sectional moisture record
All blog articles
Related engineering guidance
Bale moisture inspection: design coverage, spacing and reference sampling
A bale is a compressed, heterogeneous load. Moisture inspection must distinguish the measured path from the unmeasured core, edges and gaps, then align reference sampling with the same coverage.
Recycled paper moisture at receiving: from bale variability to supplier decisions
Recovered-paper bales vary by grade, source, compression and internal distribution. Receiving decisions need coverage and reference sampling that reveal this variability without turning one scan into an unsupported settlement claim.
Representative sampling: connect the laboratory sample to the online value
A laboratory result is useful only when the sample represents the material volume and time associated with the online reading.
Complete knowledge centre
Continue through the full moisture decision library
Compare measurement routes, sampling, calibration, validation and production-control guidance.
34professional articles
Content paths
Browse all articles - Online & laboratory
- Measurement technology
- Calibration and validation
- Production applications
Tell us about your material and measurement point
Share your material, moisture range and process conditions to receive a focused measurement recommendation.