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Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg

Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
Tension Force Sensor For Thin Film, With Bearing, 2.5kg-50kg
from
$612.94
Ex Tax: $612.94
  • Stock: In Stock
  • Model: RDDLZ-FS-108
  • Weight: 1.00
  • SKU: RDDLZ-FS-108

Available Options

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After purchasing one RDDLZ load cell, you can buy a special digital panel meter to obtain readings directly, or buy a transmitter to output standard signal to PLC, DCS and other systems. Customized output signal is 0-5V, 0-10V, or 4-20mA.

Note: The load cell cannot be connected to both the transmitter and the controller at the same time — only one can be selected.

If you need a high precision thin-film tension force measuring device, RDDLZ's tension sensors with bearings are the ideal choice. Different ranges of 2.5kg, 5kg, 15kg, 25kg and 50kg are available to meet a wide range of industrial needs. The use of high-strength 42CrMoA material ensures that the sensor works stably in a wide temperature range of -20℃ to 80℃.

Specification

ModelRDDLZ-DYZL-108
Capacity Rang2.5/5/15/25/50kg (optional)
Matched Display ControllerRDDLZ-DPM-DY800 (Click it to the controller page)
Matched TransmitterRDDLZ-LCTR-OA (Click it to the transmitter page)
Output Sensitivity1.0~2.0mV/V
Zero Output±1%F.S.
Non-linear0.5%F.S.
After Full0.5%F.S.
Repeatability0.3%F.S.
Droop (30 minutes)0.3%F.S.
Temperature Sensitivity Drift0.05%F.S./°C
Zero Temperature Drift0.05%F.S./°C
Response Frequency1kHz
Material42CrMoA
Impedance350Ω
Insulation Resistance≥5000MΩ/100V DC
Operating Voltage10~15V
Operating Temperature Range-20°C ~ 80°C
Safety Overload150%R.C.
Limit Overload300%R.C.
Cable Wire SpecificationΦ5.5*2mm
Ultimate Cable Pull98N


Features

  1. A Wheatstone full-bridge measuring circuit consisting of semiconductor strain gauges inside each force sensor detects web tension, ensuring high accuracy, reliability and stability of tension measurement.
  2. It can be flange-mounted to the side structure of the equipment with 4 bolts.
  3. Supports web tension detection and control of various types of web materials such as paper, wire, film, and strip.

Dimension (unit: mm)

Connection

Installation

Figure 1 Shows the Direction of Sensor Plugs

  • Standard plug direction: 12-point direction
  • Optional plug direction: 3/6/9

Figure 2 Shows the Installation Diagram

  • T = material tension, F = force applied to the sensor.
  • The standard combined force direction is inverse to the connector direction.
  • That is, if the direction of the force is 6 o'clock, the 12 o'clock direction is the plug outlet.

Figure 3 Shows the Installation Diagram

  1. Mount the 1203 spherical bearing on the shaft at the end of the roller, where one side of the bearing is mounted on the shaft to be fixed with an elastic gear ring, and the other side of the bearing is on the shaft.
  2. There is some room for movement.
    In the illustration, (B) is a sensor mounted with a fixed bearing, and (A) is a tension sensor with a floating bearing.

Caution

  1. The weight of the tension roller must not exceed 50% of the full range of the sensor.
  2. Roll length is less than 1500mm.

Tips: What is a tension sensor?

A tension transducer is a device used to measure the force exerted by an object or material in a stretched state. It is commonly used in engineering, manufacturing and materials testing. By attaching the sensor to the object to be tested, the sensor is able to convert the change in force into a readable electrical signal, helping to analyze the magnitude and trend of the tensile force.

Tension sensors are widely used in many industries including, but not limited to: machine building, construction, aerospace, automotive industry, textiles, and quality control. Common applications include: testing loads on lifting equipment, monitoring cable tension, verifying material strength, measuring automotive pulling force, and more. In these areas, tension sensors can help improve product reliability and safety by ensuring that equipment and materials are within their allowable load capacity.

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