FMS web handling equipment
Web Tension & Guiding Equipment Selector
Compare FMS tension sensors, electronics, segmented measuring rollers and web-guiding equipment for your machine and process.
Start with what the system must do. The selector then checks roller support, force range, wrap and geometry, web width, guiding location, environment, controls, communications, and other application limits before building a preliminary system.


Interactive equipment selector
Build the web-handling profile
Use the five-step guide or the quick form. Both use the same process details, force calculations and equipment limits to suggest a starting system.
Loading the Web Tension & Guiding Equipment Selector…
iAfter the recommendation appears, Request Pricing With These Results carries the active criteria and preliminary FMS system into an editable Gauge Advisor contact form. You can review the summary before submitting it.

About FMS
Tension measurement and web guiding built around the real machine
FMS develops force sensors, measuring electronics, tension controllers, segmented rollers, steering frames, actuators, material sensors, and guide controllers for converting and continuous-web processes. Gauge Advisor is an authorized FMS sales and applications support representative and welcomes equipment project inquiries worldwide. Direct representation, quotation and local support arrangements are confirmed for the project location.
Start with the measuring-roller support
The selector uses the mechanical installation as the first tension-sensor filter. Live-shaft, dead-shaft, pillow-block, and cantilever arrangements do not share one interchangeable sensor family.

Force Measuring Bearings
The roller shaft rotates with the roll. A force-measuring bearing at each end senses the reaction while supporting the rotating shaft.
Selector inputs: shaft and bearing size, force range, wrap geometry, environment, precision, and available installation height.

Dead-Shaft Force Sensors
The shaft remains stationary while the roller rotates around it. The sensor is selected around the dead-shaft journal and machine mounting arrangement.
Selector inputs: journal diameter, nominal force, adapter and mounting details, replacement constraints, temperature, and environment.

Pillow-Block Force Sensors
Force-measuring blocks mount beneath external bearing housings. Standard, sealed, high-temperature, heavy-duty, and documented retrofit options cover different installations.
Selector inputs: bearing arrangement, shaft size, force range, environment, temperature, and whether an existing sensor must be replaced.

Cantilever Measuring Rollers
A complete measuring roller and force sensor mount from one side, simplifying threading and installation where access or machine space is limited.
Selector inputs: required roller face, nominal force, preferred standard or configurable construction, surface, speed, and mounting space.
Analyze the profile or correct lateral position
Cross-web tension analysis and lateral web guiding solve different problems. segFORCE measures multiple tension zones; webMASTER and winderGLIDE equipment move the web or roll stand.

FMS segFORCE
A segmented measuring roller provides independent tension values across a continuous web or individual slit lanes. It can expose baggy edges, uneven lane loading, winding problems, and localized variation that end-mounted sensors average together.
Selector inputs: full web or slit arrangement, width, lane pattern, desired zone spacing, environment, PLC interface, visualization, and wrap reference.

webMASTER & winderGLIDE
Steering frames correct a running web while electromechanical actuators shift unwind or rewind stands. Material sensors can follow one edge, the web center, or a printed line.
Selector inputs: correction location, material reference, sensor technology, web width, frame travel, stand thrust and stroke, environment, and communications.
Process the signal and close the control loop
Mechanical equipment establishes what can be measured or moved. The electronics determine how the signal is scaled, displayed, sent to the machine, or used for automatic control.

Measuring Amplifiers
Convert the force-sensor millivolt signal into a usable analog, digital, or industrial-network value for monitoring, alarms, display, and PLC integration.

Tension Controllers
Compare measured force with the setpoint and regulate an unwind brake, unwind drive, intermediate drive, or rewind drive. Each independent zone needs its own control loop.

Web Guide Controllers
Process the material-position signal and command a steering frame or actuator. Standard Ethernet and EtherNet/IP paths support local setup and machine integration.

Edge & Line Sensors
Ultrasonic sensors detect clear webs, optical sensors track opaque material edges, two matched edge sensors support center guiding, and digital line sensors follow printed references.
Problem-to-system map
Choose the function before the product family
The same visible defect can originate in force measurement, the control loop, variation across the width, or lateral position. The selector keeps those systems distinct.
Force sensors + EMGZ
Use a mechanically compatible sensor family and measuring electronics when the goal is visibility, alarms, display, or PLC input.
Force sensors + CMGZ
A closed-loop controller uses measured tension to correct an unwind, driven process section, or rewind as conditions change.
segFORCE
A segmented roller separates tension zones across the web or slit pattern instead of reporting only the combined end reaction.
webMASTER / winderGLIDE
Material sensors, guide controls, steering frames, and actuators keep an edge, centerline, or print reference in position.
Why FMS and Gauge Advisor
Equipment matched to your machine, with application support
Mechanical fit comes first
Sensor families are organized around the roller and bearing arrangement, which prevents a force-range match from overriding an incompatible installation.
Stable force measurement
Full-bridge strain-gauge designs, mechanical overload protection, and purpose-built constructions support repeatable measurement in demanding production.
System-level integration
Sensors, amplifiers, controllers, segmented rollers, guide mechanics, material detection, and network interfaces can be reviewed as one system.
Authorized application support
Gauge Advisor coordinates application review, FMS confirmation, quotation, implementation planning, and ongoing equipment support.
What helps turn the selector result into a quotation
You can start with partial information. A marked-up photo, web-path sketch, and available operating values make the final review faster.
- Machine function, material, maximum web width, line speed, tension range or setpoint, and the process problem being addressed
- Measuring-roller support, shaft or journal dimensions, bearing information, wrap geometry, roller weight, mounting direction, and available space
- For guiding: correction location, edge/center/line reference, expected sensing window, frame correction, stand travel, moving mass, and environment
- Desired signal, display, analog or industrial-network interface, PLC model, control function, enclosure, cable lengths, and independent zone count
Quick answers
Before the final FMS application review
Is the selector result a final FMS equipment specification?
What is the difference between live-shaft and dead-shaft sensing?
Why do wrap angle, roller weight, and mounting direction matter?
When is segFORCE useful instead of conventional end-mounted sensors?
What happens after I send the selector results?
Manufacturer technical references
Review the manufacturer guidance behind the force-sensor, cross-web tension, and guiding paths above.
- FMS force-sensor sizing guidance — Sizing tool, measuring-direction reference, and calculator instructions.
- FMS segFORCE technical information — Segmented tension measurement, data sheet, and application data forms.
- FMS web-guiding material sensors — Ultrasonic, optical, and line-sensing choices for the material reference.
Ready to match the FMS system to the real machine?
Gauge Advisor provides authorized FMS sales and application support. Use the selector result to begin final configuration, factory review, and quotation with the machine details already organized.
Gauge Advisor Tool
Web Tension & Guiding Equipment Selector
Find the right equipment for web tension measurement, automatic tension control, cross-web tension analysis, and web guiding.
1What are you working on?
Choose the solution area that best matches the application. We’ll only show the questions needed for that path.
2What should the tension system do?
Choose whether you only need measurement or also want automatic closed-loop control.
3How is the measuring roller supported?
This is the most important detail for selecting the correct force-sensor family.
Replacement compatibility is reviewed separately from performance preferences because dimensions, bolt patterns, force direction, and electrical details may control the selection.
The Philips PR 9951 is the only documented drop-in replacement path in the supplied standard sheets.
Live-shaft, dead-shaft, cantilever, and unknown pillow-block replacements require dimensional and electrical review.
RMGZ9M covers documented compact combinations up to 500 N. RMGZ9 covers the configurable standard family up to 1,000 N.
4Known force range and conditions
Choose the approximate sensor force or measurement range you already know. If you only know material tension, use the optional calculator below to estimate the resultant force at the measuring roller.
This tie-breaker appears only when the force, support, and environment leave more than one practical sensor family. It is not required to continue.
Environment is a compatibility requirement. It can change the sensor family, material, sealing, temperature option, and whether a standard product can be selected.
Standard and optional temperature limits differ by sensor family. A value is required before an elevated-temperature configuration is suggested.
Calculate from material tension and wrap angle
Need help finding material tension or wrap angle?
Choose the information you already have
Sensor force cannot be determined reliably from web type or speed alone. Start with any tension value already available from the machine, a handheld reading, a process specification, or brake/drive torque. This helper guides you to the right input without guessing.
Enter the minimum and maximum material tension in the calculator above. Use the machine value as a starting point and note that the tool does not independently verify the setpoint.
Enter the lowest and highest stable readings from the handheld meter above. Measure under representative running conditions whenever possible.
The calculator will multiply the entered tension-per-width value by the material width to estimate total material tension.
Use net torque acting at the roll whenever possible. Motor torque may require adjustment for gearbox ratio, efficiency, acceleration, bearing drag, and machine losses.
Use 1 when the torque is already stated at the roll.
Enter percent.
Send Gauge Advisor a machine sketch or photo showing the web path, measuring roller, and any available HMI, brake, or drive information. No standard sensor should be selected until a usable force range is established.
The selected value is a preliminary estimate. Use exact incoming and outgoing directions below when available.
Use exact web-path geometry and speed details (optional)
Used only to check red-point alignment and estimate the measured component. Sensor sizing remains based on the full mechanical reaction, not the reduced projection.
Used only with exact incoming and outgoing web directions because weight has a direction.
Add mechanical fit or special-construction details (optional)
Used to narrow the family to documented bearing, journal, or adapter sizes.
5Signal, display, and machine integration
Choose how the measured tension should be viewed or connected to the machine.
6Closed-loop tension control
Choose the machine function, communication method, and housing. One CMGZ controller is required for each independent control zone.
7Cross-web tension analysis
For a complete-system review, choose whether segmented cross-web measurement should be included.
8Cross-Web Tension Setup
Tell us how the material runs so we can estimate the roller layout, measuring zones, and sleeve widths.
9Data and Engineering Details
Choose the PLC interface and visualization path. Exact tension values and wrap angle are optional and are not used to finalize segment force ranges.
Standard segFORCE electronics are IP40 and rated –10 to +50°C.
Operating conditions
9Web guiding requirements
Choose the guiding station, reference, sensing condition, and the station-specific sizing details that apply.
Standard BKS015 uses integrated control electronics. BKS030 and winderGLIDE stations use external BKS309 control electronics.
Unwinder actuator
Rewinder actuator
The guide reference and sensor family selected above are applied to all chosen stations. If the unwind, running web, and rewind use different references or materials, request a station-by-station application review.
Running-web and dynamic details
✓Recommended equipment
One primary recommendation is provided per equipment category, with alternates only when a meaningful tradeoff exists. Final sizing should be reviewed with Gauge Advisor and confirmed with FMS.
Carry this recommendation and the application details you entered into Gauge Advisor's contact form for final FMS sizing, configuration, and pricing.
Your active criteria and preliminary FMS recommendation will be added to the contact form. Review or edit the details, then enter your name and work email.
Explore Film & Sheet Measurement Solutions →Preliminary guidance only. Final force-sensor sizing, roller geometry, tension-control setup, segFORCE layout, guiding equipment, environment, communications, and integration should be confirmed using the actual machine and process conditions. © 2026 Gauge Advisor LLC. Terms of Use.