1-Rollers / Technical Information

- Technical Information -

 

Technical Information about Radial Force Sensor

Easy mounting, nearly none influence of the measurement trough the lever-arm. Without guide-rollers, equiped with a journal-bearing only. On this journal-bearing, an existing or Tensometric standard - roller can be mounted and used direct for measuring tensile forces.

 

Measuring principle : The sensor transforms the - on the journal-bearing - active radial forces into a linear electric signal. This signal is proportional to the radial forces, which have an influence on the measuring roller. For measuring tensile forces, the material is turned round, by means of the measuring roller, which is mounted on the journal-bearing. The radial-force-sensor is measuring the resulting forces.Having a known angle of contact, the tensile force of the material to be measured, can easy be destined. By changing the angle of contact around the measuring roller, the measuring range can be varied.

 

Tensometric radialforce sensors are components for multi-purpose use to measure tensile forces. Pulley - still existing in the machine - is mounted on the journal bearing. Mount the sensor in a position, that the material which should be measured, will deviated in a defined angle. In doing so, reliable tensionmeasurement will be held. Angle of contacts, of the material to be measured - around the measuring roller - between 3° and 180° are possible. Built-in amplifier in series. An analog outputsignal 0 - 10 V can be used for control- andregulation purposes.

 

Built-in measuring amplifier with Analog output signal

All Tensometric sensors are equiped with potentiometer to adjust the electrical zero and for calibration. By it, for users handling these sensors is simplified. Optionally : service voltages are available for 5V, 12V, 24V or +-15V. Analog outputsignal of 0-10V can be used for control- and regulation purposes

 
 

Frictionmeter / RK

- RK -

Friction coefficient measuring unit RK
The frictionmeter ‚RK’ is a device which determines the coefficient of friction µ. The coefficient of friction µ is a measure of the frictional properties of a test specimen.

The device is used to examine the surface structure of thread guides and friction elements or the influence of different preparations on the running characteristics of POY, yarns, filaments, wires or other flexible materials.

Measuring priciple
 
A test specimen (thread or thin wire) is drawn over a friction body at a defined wrapping angle and a defined speed. During this operation the tensile force on the test thread is measured before and after the friction body. An increase in the tensile force (thread tension) is a measure of the coefficient of friction µ. µ is calculated according to the Eithelwein formula.
Friction factor measurement

The friction factor is measured at the contact points of two materials:


- Thread (or wire) against a solid body, such as ceramic or metal.
Any form of friction body can be used. Round friction bodies with diameters between 2 mm and 60 mm.

- Thread against thread.
In measuring the thread/thread friction factor the thread is wrapped around itself so that it forms a friction body at the contact points.

Options
 
- Friction factor measurement on heated ceramic and steel friction body. - Stick-slip measurement (static friction measurement)

Stick-slip friction measurements are carried out at an extremely slow thread speed (approx. 1 mm/min !!). At this speed a constantly increasing force builds up in the test thread after it has passed the frictin body. This tensile force falls quite suddenly when the test thread gets into sliding friction (slip). The level of this self-buildingtensile force is a measurement of static friction.

The extremely low speed is generated and digitally displayed by the SS26 drawing-off device. The same measuring sensors and measuring arrangements are used as for friction factor measurement.

- Extraction equipment for taking up the drawn-off threads.

Evaluation per PC
 

The evaluation of a coefficient of friction µ measurement is done with the RK-WIN software . This software has been specially developed for the requirements of the friction factor and stick-slip measurements.It offers the graphical representation of the measurement sequence, a measuring report and lots more. An A/D converter card is also provided with the software package for installing in the PC.

Tensometric Win friction value measurement software RK-WIN

 





The friction value measurement software RK -WIN is used for the precise measurement of the coefficient of friction µ. It is adapted to our tried and tested frictionmeter RK and replaces the friction value measurement program RK PC 9400.

The software now uses the features of the Windows operating system, such as the clipboard, use of any printer, and simple operation using a mouse. Naturally, settings and projects, i.e. set scales andlabels, can be saved, activated and managed. In addition, the measurement screens may besaved in BMP format.The evaluation of the measurement can be seen directly in a continuously updated result block.

The measuring log is automatically copied to the clipboard.It can then easily be inserted in your word processing software.

Apart from the time driven measurement, which determines the friction coefficient µ at a pre - set measuring time, another interesting measuring option has been added:

the result driven measurement (automatic mode).

In this mode the measurement does not finish until the friction coefficient µ approaches a limiting value. The tolerance of the limiting value can be preset. The duration of the measuring process is therefore not predetermined at the start, but is rather dependent on the desired accuracy of the experimental result.

 

Data sheet:

Data sheet RK-WIN (Download)

Data sheet RK-Info (Download)

Data sheet RK-FHS200 (Download)

Data sheet RK-SS26 (Download)

 

Amplifier

KMV 10

A DC voltage measuring amplifier for sensors with DMS system. Mounted preferably close to the sensor it converts the output voltage of the measuring bridge into a standard voltage for distant signal interpretation. With potentiometers for zero setting and sensor calibration. Sensor and output connexions are made by the provided connector. The KMV 10 can be connected with voltage supply sources of the machine control system. For feeding the DMS measuring bridge it provides a highly constant supply voltage.

2 KMV 10, without illustration, as
KMV 10 however with 2 amplifiers
in one housing.

 

Data sheet:

Datasheet KMV 10 (Download)

Data sheet:

Datasheet 2KMV 10 (Download)



MV 110

Measuring amplifier for DMS measuring systems, Europe board size 100x160 mm, for installation in 19“ subrack. Applied for measuring and control. Adjusting zero-point and amplifying on front panel. The MV 110 - 2 contains two measuring amplifiers independent of each other and also an adder which adds up both input signals. The output signals are available by the check plug socket on the front panel. A highly constant supply voltage is available for loading the DMS measuring bridge.

no data sheet available


SA 310 DMS

Digital built-in display device for connecting sensors with DMS measuring bridge applied for measuring andcontrolling. The output signal is available by the check plug socket on the front panel. Adjusting zero-point, amplifier and damper on the front panel. A highly constant supply voltage is available for loading the DMS measuring bridge. Option: alarm output via optocoupler.SA 310 (without illustration) as SA 310-DMS, however for connecting capacitive Tensometric sensors or DMS sensors with built-inmeasuring amplifier.

SA 310 (without illustration) as
SA 310-DMS, however for
connecting capacitive Tensometric
sensors or DMS sensors with
built-in measuring amplifier or
amplifier KMV 10.

 

Data sheet:

Datasheet SA 310 (Download)


SA 610

Digital built-in display device for connecting sensors with built-in measuring amplifier or DMS systems. All-round applicable by programmable functions. With MIN-MAX display, storage and MIN-MAX relay, serial interface,taring, filtering, synchronization with production process et all.

 

Data sheet:

Datasheet SA 610 (Download)


Mini 710

Portable, smart, small electronic tensile force display device. For connecting capacitive Tensometric tensile force sensors. Digital display : direct reading of measured tensile force. With analog output signal 0-1 V. At the push of a button the last indicated measuring value is held. Battery operated.

Measuring ranges:

Depending upon connected sensor.

The device recognizes the connected sensor and shows correctly the measured tensile force.

Available accessories: Storage battery and charger.

 

Data sheet:

Datasheet Mini 710-D (Download)


Digital Tensile Force Indicating Instrument
Series KT871-PAX

The KT 871-PAX is a high precise digital tensile force programmable indicating instrument.

It is optimal suited for direct connection of Tensometric tensile force sensors:
- with integrated amplifier (Series 3xx and 13xx, service voltage 24V)
- with strain gage measuring bridge (Series 11xx).

The operating mode can be selected by switch.

Big red digits, readable from afar, indicate the measuring results. Indicators show the actual working condition.

On the basis of the high solution and interference-stability, application is as well in rough production as in labs and testing departments.

 

Data sheet:

Datasheet KT871-PAX (Download)


PID- 48
Small, very efficient PID control unit with many functions, such as self-optimisation, MIN-MAX - alarm, serial interface et al. Easy handling.

Input: 0 - 10 V or 0 - 20 mA


Measuringcycle: 100 ms, reaction-time: 300ms typ.: 460 ms max.


Accuracy: 0,3% of the range +- 1 Digit


Protecting the data: EEPROM, min. 10 years
Power-supply: AC-Version: 85 - 250 VAC, 50-60 Hz, 8 VA


DC-Version 18 - 36 VDC / 24V AC


Protection: from the front IP 65


Housing: flame- and scratch -resistant tinted plastic material. Housing destined for installation.
Front-page can be drawn out. Controllers can be mounted direct together.


Dimensions : B 50 x H 50 x T 106 mm.


Panel cutout DIN B 45 x 45 mm.


Mounting via clamping-screws
Electrical connection At the rear - with screw-clip

Data sheet:

Datasheet PID 48 (Download)


tensile force display
DMS-TENS
Small portable electronic force ldisplay device, battery operated. For connecting our sensors with type designations M 11xx, LCxx, STAK11xx.

Direct reading of measured values.

Stable and smooth display by effective damping.

Strong aluminium housing.
Measuring range: Determined
by connected sensor

Max. display: 0 - 1999

Option: Peak indication

 

Data sheet:

Datasheet DMS TENS (Download)


complete
STAK 310
A precise and compact measuring instrument for measuring tensile forces of running materials. The STAK 310 combines all necessary components in a stable housing:

- Measuring value display
- Measuring system with
measuring and guiding rollers
- Measuring amplifier with
analog output
- Zero point setting (calibration)
- Setting amplification (calibration)


With minimal effort it can be installed in the production line and is immediately ready for operation.
 

Measuring ranges:
0 - 199,9 cN, 0 - 300cN,
0 - 500cN, 0 - 10,00N,
0 - 19,99 N

With integrated measuring amplifier.

With integrated measuring
value display.

Measuring amplifier with
analog output.

Zero point setting (calibration)
and amplification (calibration)

 

Data sheet:

Datasheet Stak310 (Download)


complete - M 1356
M 1356
A complete measuring device: Sensor, measuring amplifier and display device in one housing. Very slim design with minimum required space. For measuring tensile forces of: thin wires, strands, fibre optics and textile material. Option: Equipped with cylindical guiding rollers, suitable for small ribbons. For installation in machines.
 

Analog output signal

Measuring ranges:
from 0,1-2 N bis 10-200N

Depending from built-in measuring
system and diameter of the assembled guiding rollers.

 

Data sheet:

Datasheet M1356 (Download)

 

Accessories

Clamping
 
Z1190 Ø 24 mm, hold on forces 50 N

This clamping device permits a fast and safe fixing of cylindrical bodies having a diameter of 24 mm, p.e. Tensometric radial force sensor series M 1191, M 1192, M 1391, M 1392

 

 

 

Data sheet:

Data sheet Clamping-E (Download)


 
Z1191 Ø 24 mm, hold on forces 500 N

It permits to suit the sensor infinitely variable in height and angle, into the running process. By means of 4 inside hexagon screws the sensor can be fixed in the measuring position. To fix the clamping device it needs only 4 bore-holes, Ø 5,2 mm or 4 thread-holes M5 and a bore hole Ø 25 mm for the sensor.

 

 

 

Data sheet:

Data sheet Clamping-E (Download)


 
Z1391 Ø 24 mm, hold on forces 500 N

To fix clamping devices and sensors, it is only necessary to have a bore-hole of approx. Ø 30mm in the machine-panel. In this bore-hole, the clamping device is fixed by means of its two nuts.
Put in the sensor into the clamping-device Z 1391. By countering the two nuts, the bore-hole of the clamping-device Z 1391 reduces itself. by radial forces the sensor clamps are unremovable.

 

 

 

Data sheet:

Data sheet Clamping-E (Download)


 
Z 40 A Ø 40 mm, hold on forces 5000 N

To fix rollers and sensors having a diameter of 40 mm in a mounting-panel.

 

 

 

Data sheet:

Data sheet Clamping-E (Download)


 
Z 40 B Ø 40 mm, hold on forces 5000 N

To fix rollers and sensors having a diameter of 40 mm on a holder.

 

 

 

Data sheet:

Data sheet Clamping-E (Download)


 
Z25B Ø 25 mm, hold on forces 200 N

To fix rollers and sensors having a diameter from 24 mm up to 25 mm on a holder.

 

 

 

Data sheet:

Data sheet Clamping-E (Download)

Tripods

 
Z-150

The tripod Z 150 is destined for a reliable mounting of Tensometric measuring stations. By means of its three holes Æ 13,5 mm, it can be fixed on the ground. By this way, the mounted measuring-station will be kept in a safe position. The easy adjustment of vertical-interval poses no problem to find the best measuring-position.

Steel - construction, capacity: 240 kg

Vertical-interval: approx. 600 mm up to 950 mm
Colour: dark-grey RAL 7015-2

Suited for Tensometric measuring - station 3 R50 A, 3 R50 B, 3 R100 B500; 3 R100 B1000; 5 R50 A, 2 R80 .

 

 

 

Data sheet:

Data sheet Z150 (Download)


 
Umschlingungswinkel(Tabelle) (german language)

Die Tabelle zeigt die Abhängigkeit der resultierenden Kraft (in %) vom Umschlingungswinkel (a). Sie errechnet sich nach der Formel: Resultierende (%) = 2 * sin(a) *100

 

 

 

Data sheet:

Data sheet Umschlingungswinkeltabelle (Download)

Guiding the material

 
Variation A

The material, which should be measured, run over the sensor and the guiding-elements. This arrangement is preferably for measurements of high tensile-forces at material having a bigger diameter. A negligible small deviation of the material is realizable. An alteration of the diameter of the material does not change the angle around the measuring-roller.

 

 

 

Data sheet:

Data sheet Materialführungen (german) (Download)


 
Variation B

The material to be measured run over the sensor and under the guiding elements. Usual way to guide the material. There is no difference between run-in and run-out for the material which is measured. Advantageous for material which is flexible. In case the diameter of the material will be changed, either a reproducible measuring-error must be taken into consideration or it needs a new calibration. For measuring stiff material, a higher distance between the two guiding elements is necessary.

 

 

 

Data sheet:

Data sheet Materialführungen (german) (Download)


 
Variation C

The material to be measured is guided under the first guiding-element, over the sensor and the second guiding-element.A combination of material-guiding A) and B). Especially usable for measurement by hand. It offers an easy threading. Simply turn the sensor.

 

 

 

Data sheet:

Data sheet Materialführungen (german) (Download)


Most of the 3-roller sensors are executed in a manner, that the customer themselves can adjust the guiding elements like A) B) or C).
 

Handheld

Small and easily managed these electronic tensile force measuring instruments are always ready, and are indispensible for short-time measurements. The characteristic feature of our measuring devices is the easy threading of current material. The display damping can be activated and provides a stable and smooth display when tensile forces are fluctuating. So a direct reading of the measured tensile force is guaranteed.

HANDY-TENS

Electronic tensile force measuring device. Application: textile yarns and threads, fine wires. Easy threading of current material.
Small and handy, always ready, suitable for short-time measurements.
Direct reading of measured tensile force. Display damping can be activated, stable and smooth display even during fluctuating tensile forces. At the push of a button the last indicated measured value will be held.

Nominal loads:
100cN, 200cN, 300cN

Measuring ranges:
0-100cN, 0-200cN or 0-300cN

Safe-keeping of HANDY-TENS in leather sheath.

Battery operated.

Available accessories:
storage battery and charger

Option: Peak indication

 

Data sheet:

Datasheet_HANDY-TENS (Download)


HANDY-TENS VK

Electronic tensile force measuring device with large measuring range. Can be equipped with rollers for measuring wires or textile materials.

Easy threading of material by adjusting mechanism.

2 measuring ranges available.

Handy-Tens VK:

Nominal loads: 20N
Measuring ranges: 0 - 2000cN
Resolution: 1cN-steps

 

Handy-Tens VK2:

Nominal loads: 80N
Measuring ranges: 0 - 80,0N
Resolution: 0,1N steps
Analog output signal 0 - 1 V

Safe-keeping of HANDY-TENS in leather sheath.

Battery operated.

Available accessories:
storage battery and charger

Option: Peak indication

 

Data sheet:

Datasheet HANDY-TENS VK (Download)


HANDY-TENS LC

Electronic tensile force measuring device for measuring thin wires, strands and textile materials. Equipped with rollers of 10 mm (or 11 mm zylindrical roller 5 to 45 mm wide) diameter, also suitable for measuring fiber optic cable. Direct reading of measured tensile force. Display damping can be activated, i.e. stable and smooth display even during fluctuating tensile forces. At the push of a button the last indicated measuring value will be held.

Nominal loads: 20N, 100N
Measuring ranges:
0-2000cN, 0-10daN
Analog output signal 0 - 1 V

Safe-keeping of HANDY-TENS in leather sheath.

Battery operated.

Available accessories:
storage battery and charger

Option: Peak indication

 

Data sheet:

Datasheet HANDY-TENS LC (Download)


HANDY-TENS LWL

Electronic tensile force measuring device. Equipped with rollers of 50 mm diameter and therefore suitable for measuring fiber optic cable. Least deflection of material to be measured. Direct reading of measured tensile force. Display damping can be activated, i.e. stable and smooth indication even during fluctuating tensile forces. At the push of a button the last indicated measured value will be held.

Nominal load: 20N (2000cN)
Solution: 0,01N (1cN) steps
Measuring range: 0-20N, 0-100N

Battery operated

Available accessories:
Storage battery and charger

Option: Peak indication

 

Data sheet:

Datasheet HANDY-TENS LWL (Download)


Combi 490

Robust electronic tensile force measuring device with built-in sensor type M 156. Least deflection, 6° only.
For measuring: Wires, strands and textile materials. Easy threading by transposition of guiding rollers. 3 material guides are possible. Direct reading of measured tensile force. Display damping can be activated, stable and smooth display even during fluctuating tensile forces. At the push of a button the last indicated measured value will be held.

Nominal loads: 50N - 1 kN

The measuring range is
depending on the built-in
sensor. Tensile forces up to
100 daN can be measured.

Analog output signal 0 - 1 V

Battery operated

Available accessories:
storage battery and charger

Option: Peak indication

 

Data sheet:

Datasheet Combi 490 (Download)


Combi M600

Electronic tensionmeter, battery-operated, for short-time measurement, one - hand - operation, direct reading of measured value on the digital display.
Easy threading into material. Measurement of pretensioned cables.

Tension measurement on guy ropes and similar applications, up to a diameter of 18 mm.


Specifics: The measured cable is fixed with two clamps on the cable guides and the measured value can then be read, independently of the diameter, on the digital display.

Nominal loads: 50,0N, 100,0N, 199,9N, 300N, 500N 1000N and 1999N

Guides spacing: X = 180mm for measuring wires, up to 480 mm for measuring cables; can be customized according to measuring task.

Meas. error: Error of integrated measuring system: <0,5 %

Output signal: Analogue output signal 0 to +1V

Housing: Material aluminium alloy

Weight: Ca. 600 grams up to ca. 1000 grams according to design.

Data sheet:

Datasheet Combi M600 (Download)


tensile force display
DMS-TENS

Small portable electronic force ldisplay device, battery operated. For connecting our sensors with type designations M 11xx, LCxx, STAK11xx.

Direct reading of measured values.

Stable and smooth display by effective damping.

Strong aluminium housing.

Measuring range: Determined by connected sensor

Max. display: 0 - 1999

Option: Peak indication

 

Data sheet:

Datasheet DMS TENS (Download)


tensile force display
MINI 710

Small smart portable electronic tensile force display device, for connecting capacitive Tensometric tensile force sensors.
Digital display: direct reading of measured tensile force.

At the push of a button the last indicated measuring value is held.

Analog output signal: 0 - 1 V

Battery operated

Available accessories:
Storage battery and charger.

 

Data sheet:

Datasheet Mini 710-D (Download)


tensile force display
KT871

The KT 871-PAX is a high precise digital tensile force programmable indicating instrument.

It is optimal suited for direct connection of Tensometric tensile force sensors:
- with integrated amplifier (Series 3xx and 13xx, service voltage 24V)
- with strain gage measuring bridge (Series 11xx).

The operating mode can be selected by switch.

 

Data sheet:

Datasheet KT871-PAX (Download)


M124

Series M 124 and M 134 are compact sensors for measuring tensile forces.

By means of its smooth and precise ball-bearings as well very less tension on elastic yarn can be measured. Easy threading of the material, turn the sensor. By means of the outer precise guide-rollers, the material is guided in a defined angle around the measuring-roller.

Due to the deviation - the resulting radialforce - is measured by the sensor. It is proportional to the tensile force.

 

Nominal loads: M 124: 5 dN (50cN), 1 N, 2 N, 3 N, 5N

Measuring principle: capacitive
the sensor transforms the, on the measuring-roller active radial force, into a porportional electric outputsignal.
Roller material: AlCuMgPb
Material speed: up to 2000 m/min.
Option: ceramic coated roller, built-in amplifier

 

Accessories: connection cable, amplifier - with or without display

 

Data sheet:

Datasheet M124 (Download)


M134

Series M 124 and M 134 are compact sensors for measuring tensile forces. By means of its smooth and precise ball-bearings as well very less tension on elastic yarn can be measured. Easy threading of the material, turn the sensor. By means of the outer precise guide-rollers, the material is guided in a defined angle around the measuring-roller.

Due to the deviation - the resulting radialforce - is measured by the sensor. It is proportional to the tensile force.

 

Nominal loads: M 134: 5 N, 1 daN, 2 daN, 3 daN, 4 daN

Measuring principle: capacitive
the sensor transforms the, on the measuring-roller active radial force, into a porportional electric outputsignal.
Roller material: AlCuMgPb
Material speed: up to 2000 m/min.
Option: ceramic coated roller, built-in amplifier

 

Accessories: connection cable, amplifier - with or without display

 

Data sheet:

Datasheet M134 (Download)


M150

Head series M 150 is a compact system to measure tensile forces on : cables, belts, profiles, tapes etc.
The smooth, in precise ball-bearing running rollers, can be adjusted to the material, which should be measured.
It is not necessary to thread the material. Press the measuring head only light against the material you like to measure.
Both the outer guide-rollers guide the material in a defined angle over the measuring roller.

Due to the deviation, the resulting radial force is measured by the head. It is proportional to the tensile force.

 

Nominal loads: 5 daN, 10 daN, 3 hN, 5 hN, 1 kN, 2 kN, 3 kN

Measuring principle: measuring system = capacitive

Optional : distance between the outer guide-rollers of 180 mm, 280 mm or 380 mm are as well available

Option: cylindrical rollers, ceramic coated rollers

Accessories available: connection cable, amplifier with or without display

 

Data sheet:

Datasheet M150 (Download)


M156

Head series M 156 is a compact system to measure tensile forces on: cables, stranded-wire, wires, tapes etc.

The smooth, in ball-bearing running rollers, can be adjusted to the material, which should be measured. By means of a light turn, the measuring head can easy be threaded in the running material too. Both the outer guide-rollers guide the material in a defined angle over the measuring roller. Due to the deviation, the resulting radial force is measured by the head. It is proportional to the tensile force.

 

Nominal loads: 5 daN, 10 daN, 2 hN, 5 hN, 1 kN

Measuring principle: measuring system = capacitive

Optional : distance between both the outer guide-rollers : 280 mm ( for stiff material )

Option: cylindrical rollers, ceramic coated rollers

Accessories available: connection cable, amplifier with or without display

 

Data sheet:

Datasheet M156 (Download)


warp tension measuring
KETT 03

The compact KETT03 tensionmeter has been developed for measuring the tension forces of warp threads. A special mechanism enables the threading of warp threads, even when threads are close together. The total force of a warp up to a maximum width of 50 mm is measured and indicated on a separate gauge. The streight design of the unit allows the measurement of tensions even at the edges of the warp.The unit is versatile, measurements of the running warp may be taken vertically or horizontally.

Data sheet:

Datasheet KETT 03 (Download)


warp tension measuring
KETT 08

The compact Kett-08 tensionmeter has been developed for measuring tensile forces of warp threads. The total of the forces of a warp of 20mm in width is measured and indicated on a separate display instrument. The slim design permits measurements at the edges of the warp. The measuring position is optional, measurements can be made at horizontally as well as vertically running warps.

Nominal loads: 1999cN, 30,0N with 20mm measuring width.

 

Data sheet:

Datasheet KETT 08 (Download)


for minimum forces

M 120, M 130 capacitive measuring system

Sensor for measuring very small thread tensions resp. tensile forces within the centiNewton range. With ceramic material guides, for measuring of high-speed materials - or with ball-bearing material guides for avoiding additional friction. A relocatable attachment facilitates catching the material to be measured.

Available with integrated measuring amplifier or with connection plug for Tensometric display devices.

 

Measuring ranges:
0-10cN, 0-20cN, 0-30cN,
0-50cN, 0-100cN,

0-200cN, 0-300cN With guiding rollers type:
M120With fixed ceramic guides type: M130

For connecting the display devices MINI 710 and KT871

Integrated measuring amplifier
is possible.

 

Data sheet:

Datasheet M120 (Download)


M1356-LC

The head series M 1356-LC is a compact system to measure tensile forces on :
cables, stranded-wire, wires, tapes etc.

The smooth, in ball-bearing running rollers, can be adjusted to the material, which should be measured.

By means of a light turn, the measuring head can easily be threaded in the running material too

Suitable for installation in machines, labs, or measurement by hand.

Characteristics: By changing the 2 outer guide-rollers, 3 various material guidings are possible.

Nominal loads: 5 daN, 10 daN, 2 hN, 5 hN, further ones on request

 

Data sheet:

Data sheet M1356-LC (Download)


measuring sheets

M 160-1 for machine clothing

Tensile force measuring oft horizontally or vertically running sheets. For measuring machine clothing and dryer fabrics. The sensor is cable connected with the display device. The value daN/cm sheet width is shown.

 

Measuring ranges:
0-2daN/cm, 0-5daN/cm,
0-10daN/cm, 0-20daN/cm
Measuring roller width: 25mm
Guide roller width: 300mm

 

Data sheet:

Datasheet M160 (Download)


measuring sheets

M 161

The measuring unit M161 has been developed for measuring tensile forces of belts and webs.By special arrangement of the guide rollers and measuring roller the sensor is only lightly pressed against the web.

 

Measuring ranges: From 0 – 10 daN to 0 - 500 daN available

Measuring widths: 7 versions from 0 – 50 mm to 0 – 400 mm available.

 

Data sheet:

Data sheet M161 (Download)

 

Special rollers

 
Description
Special roller
Special rollers
  • Matched to the requirements of your materials
  • several materials
  • wear protection through special coating
  • short delivery periods
  • small series
  • dancer roll by custom made

 

Data sheet

custom made

 


Special roller for round and flat material.
RO-11-12-20+V-TI-Version
 

Data sheet:

Data sheet RO 11-12-20 (Download)


Example for a cylindrical roller.
RO-40x220z
 
 


Data sheet:

Data sheet RO 40x220z (Download)


Example for a 100-roller

RO-100x120xB7
 

Data sheet:

Data sheet RO 100x120xB7 (Download)