Review the current excavator weighing system
Use the current product record to review the touchscreen indicator, angle-sensor, hydraulic-pressure-sensor, printer and installation-accessory description.
Open product pageOn-machine weighing for excavator loading cycles
Excavator Weighing Systems for Bucket Loads and Job Totals
What an excavator weighing project needs to define
An excavator weighing system estimates and records material during a defined dig, lift and loading cycle. FMSCales reviews the excavator, boom and arm configuration, attachment, hydraulic and position inputs, operator motion, material and required job records before confirming the system scope.
- Measure within the work cycleDefine where the boom, arm and attachment enter the accepted measurement region and when a bucket result is committed to the total.
- Match the system to the machine geometryReview the excavator, boom, arm, coupler, bucket or grapple, hydraulic circuit and available sensor positions before configuration.
- Handle normal and invalid movementsDocument loading, swing, partial dump, rehandle, aborted lift and attachment-change conditions so operators know which results are accepted.
- Create traceable job recordsSpecify bucket, truck, material, job, operator, time and accumulated-total information together with printing or export needs.
Product category
A machine-specific weighing category for construction and bulk-material partners
Excavator dealers, weighing distributors and quarry operators can compare excavator scales and mining excavator weighing systems for bucket-loading projects. Match the sensors, attachment, operating cycle and required records to the machine.
The system is reviewed for the identified excavator, attachment and operating cycle. This page does not promise one configuration, result or acceptance route for every machine.
Product and decision routes
Choose the next route for your excavator weighing project
Excavator Weighing Systems: Open a product page for model-specific specifications, images and configuration details.
Prepare machine selection and site acceptance
Define the machine and attachment baseline, measurement cycle, reference method, acceptance matrix, exception tests and handover evidence before award.
Open product pageCompare with loader payload weighing
Keep excavator bucket geometry and motion separate from wheel-loader hydraulic and lift-cycle requirements when comparing onboard systems.
Open product pageDefine the job-data route
Clarify which truck, material, operator and job fields remain at the indicator and which must move to another reporting system.
Open product page
View product details
Excavator Weighing System
The excavator weighing system is designed for real-time weighing during excavator loading operations. It helps operators measure each bucket load and automatically calculate the accumulated total weight without interrupting normal working efficiency.
- Measurement route
- Hydraulic-pressure and angle-sensing configuration
Quick comparison
Excavator scale, loader scale or truck scale?
These systems measure at different points in the material flow and require different machine, site and acceptance evidence.
| Route | Best suited to | Key questions before selection |
|---|---|---|
| Excavator weighing system | Bucket and accumulated information during a defined excavator dig, lift, swing and loading cycle. | Machine geometry, coupler and attachment, hydraulic and position inputs, valid motion, job records and site acceptance. |
| Wheel loader scale | Payload guidance during a wheel-loader lift and truck or stockpile loading workflow. | Loader and bucket, hydraulic arrangement, lift region, material, operator cycle and loading records. |
| Truck scale or weighbridge | Complete-vehicle weighing at a prepared fixed traffic lane and transaction point. | Vehicle flow, platform and foundation, gross and tare process, software, approvals and legal-use requirements. |
Buyer problems and project response
Common excavator loading problems and the project response
Truck or job totals are only known after material leaves the excavator work area.
Evaluate bucket and accumulated information within the defined excavator loading cycle. The operator and supervisor can review the agreed onboard record before the downstream reconciliation step.
A system is quoted from excavator tonnage without boom, arm or attachment data.
Collect the exact machine, geometry, coupler, attachment, hydraulic and sensor-position information first. The quotation is tied to the working configuration rather than a broad machine class.
Every motion returns a plausible value even when the cycle is not suitable.
Define valid measurement states, warnings and correction rules for partial dump, rehandle or aborted cycles. Operators have a documented response to exceptions instead of silently accepting every number.
Bucket totals cannot be traced to the correct truck, material or job.
Define record opening, identifiers, load commitment, correction, close-out and export behaviour before configuration. Measurement and job-data ownership can be tested together during site acceptance.
Selection inputs
What determines an excavator weighing configuration
A machine name and operating mass are not enough to define an excavator bucket-weighing system. Include the working configuration and decision that follows the result.
- Machine, boom and armRecord the excavator make, model, serial series, operating configuration, boom and arm arrangement and any non-standard modification.
- Coupler and attachment profilesIdentify every bucket, grapple or other work tool to be used, including dimensions, mass, nominal volume, wear condition and coupler.
- Hydraulic and position inputsReview the relevant circuit, pressure range, accessible connection points, sensor mounting positions, articulation and protected cable routes.
- Operating motion and exceptionsDescribe the dig, lift, swing and dump sequence together with partial loads, tip-off, rehandle and invalid-cycle behaviour.
- Reference, records and acceptanceDefine the bucket or truck result, job fields, reference arrangement, test conditions, repetitions, pass rule and handover evidence.
Project workflow
From excavator survey to field acceptance
- 01
1. Define the payload decision
State whether the result guides target loading, internal production records, truck dispatch or another named decision.
- 02
2. Freeze the machine configuration
Record the excavator, boom, arm, coupler, attachment, hydraulics, power, existing displays and environmental conditions.
- 03
3. Confirm sensing and data scope
Identify the sensors, indicator, printer, accessories, measurement states, job fields and installation responsibilities.
- 04
4. Install, configure and calibrate
Use the approved safe-work and product procedures, create the accepted attachment profile and document settings and reference conditions.
- 05
5. Test valid cycles, exceptions and records
Run representative loads and operators, verify correction and invalid-cycle handling, reconcile job records and retain the acceptance file.
Applications
Excavator weighing applications to discuss
The material and industry help define the workflow, but the identified machine, attachment and acceptance plan still control the configuration.
Quarry and aggregate loading
Review bucket loads, haul-truck targets, stock movement, material IDs and reconciliation with the site’s downstream weighing route.
Review the applicationEarthmoving and mass-haul records
Define cut, fill, zone, truck, subcontractor or job totals and how attachment or site changes are controlled.
Review the applicationMining and bulk-material handling
Account for machine duty, material variation, environmental exposure, shift records, truck flow and maintenance support.
Review the applicationRecycling and waste operations
Review grapples or buckets, variable material, rehandle cycles, contamination, operator exceptions and material classification.
Review the applicationPorts and transfer yards
Clarify whether records follow vessel, stockpile, truck, rail, shift or job and how onboard totals are reconciled.
Review the applicationReview and acceptance
A review and acceptance process for machine-specific weighing
A component list or changing display value does not establish field accuracy, legal approval or acceptance. Those conclusions require the configured machine and documented test evidence.
- Confirm that the excavator, boom, arm, coupler, attachments, hydraulics and operating decision are identified.
- Record the sensor, indicator, accessory, data and installation scope with every field dependency still open.
- Review the safe-work method, sensor and cable protection, attachment profiles and configuration ownership with qualified parties.
- Agree the reference method, test range, valid and invalid cycles, repetitions, pass rules and required records before commissioning.
- Retain the accepted configuration, raw test evidence, operator training, service responsibilities and re-verification triggers.
Company capability
Project support from machine review to documented handover
FMSCales can coordinate the current excavator weighing system record, machine and attachment questions, quotation scope, document requests and job-data requirements with equipment dealers and weighing partners. The project record can retain the reviewed machine and configuration so service or repeat enquiries start from an identified baseline.
- Machine safety, hydraulic work and attachment suitability remain with qualified and authorised project parties.
- Field performance and acceptance depend on the installed configuration, representative cycle, reference and agreed test method.
- Excavator-system availability, current documents, branding, packaging and destination requirements are confirmed in the project quotation.
Production Capability
Our Factory
Our production environment supports fabrication, assembly and project preparation for selected industrial weighing equipment and system configurations.
Inspection & Calibration Preparation
Our Laboratory
Model-specific inspection, functional checks and calibration preparation help align the selected equipment, documentation and project requirements before delivery.
Technical resources
Documents to request for the quoted excavator system
Ask for current documents tied to the exact quoted product and machine route. Application, revision and availability must be confirmed before installation or acceptance.
Request current model documents
- Current product datasheet or configuration summary
- Available sensor, mounting, hydraulic, wiring and installation information
- Touchscreen indicator, attachment-profile and operator information
- Printer, export, communication and supported record-field information
- Component, accessory and packing list
- Available calibration, configuration-backup and site-acceptance guidance
- Service, inspection and change-control information for sensors and attachments
- Destination-specific compliance or legal-metrology document requests, subject to exact-system review
Review current product options
Excavator Weighing System
The excavator weighing system is designed for real-time weighing during excavator loading operations. It helps operators measure each bucket load and automatically calculate the accumulated total weight without interrupting normal working efficiency.
Selection and application guides
Excavator Weighing Selection and Site Acceptance
Selection and application guides
Loader Scale Selection Guide
Selection and application guides
Loader Scale Accuracy and Operating Conditions
Selection and application guides
Onboard Payload Weighing
Selection and application guides
Dealer, distributor and OEM support
Support for excavator dealers, weighing distributors and project integrators
Channel partners can use one machine-and-cycle questionnaire to qualify the opportunity and separate product interest from the field engineering required for a usable proposal. Recording the machine, attachment, sensing, data and acceptance scope also creates a clearer reference for later service or repeat supply.
- Excavator, boom, arm, coupler, attachment and hydraulic qualification checklist
- Product, sensor, indicator and accessory scope recorded for the identified machine
- Current product media and documents where available for the quoted configuration
- Job records, printer, export and host-system questions routed for technical review
- OEM, branding and packaging requests reviewed against product, quantity and availability
- Installer and end-customer questions coordinated before order confirmation
- Repeat-order and service reference based on the accepted configuration
Frequently asked questions
Excavator weighing questions from equipment and project buyers
Can one excavator weighing system fit every excavator?
No. The machine, boom, arm, coupler, attachment, hydraulic arrangement, sensor positions, operator motion and required records must be reviewed before configuration.
What excavator information is required for a quotation?
Send the make, model, serial series, boom and arm configuration, coupler, attachments, hydraulic information, work cycle, material, job records, quantity and destination.
How does an excavator scale calculate bucket load?
The current product description uses hydraulic-pressure and angle or position inputs with an indicator. The exact sensing points, valid motion and calculation conditions remain configuration-specific.
Can the system record truck and job totals?
The current product record describes individual load, accumulated weight, truck, cargo, loading-count and time information. Confirm the exact fields, workflow, printer and export route in the quotation.
How is excavator weighing performance accepted on site?
Freeze the machine and attachment configuration, define the reference and calculation basis, test representative load bands and cycles, include exceptions and retain every indicated and reference result.
Does an excavator scale replace a weighbridge?
Not automatically. An excavator system supports an onboard bucket and loading decision, while a weighbridge records the complete vehicle at a prepared transaction point. Intended use determines the route.
Are excavator weighing systems legal for trade?
That cannot be inferred from the category or a calibration record. Confirm exact-system approval, installation, verification and jurisdictional requirements before any regulated use.
Excavator weighing project review
Tell us about the excavator, attachment and loading cycle
Include excavator make and model, boom and arm, coupler and attachment, hydraulic information, material and cycle, required records, reference plan, quantity and destination.
B2B PROJECT INQUIRY
Request Excavator Weighing Advice
Share the working configuration and result needed so the first response addresses the actual machine and project.
- No account required
- Model-specific review
- Tel / WhatsApp optional