Product Details


SKU:   LC-GZ-10
Gozinta® Force Transducer

An innovative approach to sensor design combined with proven strain gage technology has resulted in a small, accurate stainless steel sensor with wide-ranging application possibilities. The Gozinta overcomes a number of current sensor problems and limitations such as installation ease, size, load limit, location and operating temperature conditions. In addition, the Gozinta has unchallenged application versatility and a wide range of machines, devices or structures can use Gozinta sensors as a cost-effective, accurate solution to sensing needs. The Gozinta sensor is mounted into the machine or structure and the sensor’s output can be calibrated to meet the system needs. As a result, the maximum load of the system is determined by the structure, rather than by the sensor. Sensitivity to thermal effects is minimal due to the Gozinta’s unique patented design. The Gozinta is configured with a full bridge circuit for low non-linearity, hysteresis and non-repeatability. A certain degree of care should be taken when positioning or locating the sensor in a structure. In addition, the number of sensors used in a structure, the amount of strain an individual Gozinta senses, and the material of the structure will affect the overall accuracy. Installation is optimized through the use of specific installation tools, supported by extensive application notes.


• Simple press fit mounting

• Stainless steel construction

• Hermetically sealed

• Corrosion resistant

• Low temperature sensitivity

• Field installable into existing structures

• Measures tension, compression, shear, bending, torsion

• Full double bridge configuration

• Single capacity for all applications


• Agricultural equipment

• Rolling mill sensing

• Stamping press control

• Lift trucks

• Machine tool wear sensing

• Intrusion alarms

• Structural load measuring

• Moment sensing

• Tank weighing systems

• In-rail weighing systems

PARAMETER VALUE UNIT Excitation voltage up to 15 VAC/VDC Zero balance 0.00±0.05 (Prior to installation) mV/V Bridge configuration Full/Double bridge Input resistance 700±20 Ω Output resistance 700±20 Ω Insulation resistance ≥5000 MΩ Nonlinearity ±1.0 % FS1 Hysteresis ±0.05 % FS1 Non-repeatability ±0.1 % FS1 Temperature coefficient: Output 0.036 % of reading/°C Zero 0.35 (–1° to +45°C) % FS/°C Temperature range: Storage –50 to +90 °C Temperature range: Operating –40 to +80 °C Maximum safe output(2) Tension 2.5 mV/V Compression 2.5 mV/V Shear 4.0 mV/V

(1) Specifications for the Gozinta GZ-10 installed into a mild steel test block (90 x 38 x 305) and subjected to a tensile force of 24000N. Nominal output is 1mV/V. Other specifications are given for uninstalled GZ-10.

(2) The maximum safe output for the Gozinta based on 104 full negative to full positive operating cycles (zero to minus to plus to zero).

Caution: The endurance limits of the beam must be determined separately.

All specifications subject to change without notice

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GZ-10 - Small accurate stainless steel sensor with wide-ranging application possibilities

Promotional Material


Load Cells and Indicators - Databook


Helping You Feed the World - Solutions for the Agricultural Market

Technical Note


Technical Note VPG-07 - Wind Forces


Technical Note VPG-03 - Legal Metrology


Technical Note VPG-01 - Load Cell Technology


Technical Note VPG-08 - Load Cell Troubleshooting


Technical Note VPG-02 - Load Cell Accuracy in Relation to the Conditions of Use


Technical Note VPG-04 - Environmental Conditions


Technical Note VPG-05 - Current Calibration


Technical Note VPG-06 - Vessel Weighing