The TORBAL FC ZEUS is ideal for advanced tension and compression applications which require ultimate speed and precision. Packed with features and functions that increase productivity during force measurement and testing.

• Built-in wireless
• 1000 Hz data capture
• MicroSD card
• Interchangeable load-cell
• USB and RS232 interface
• Analog output and input
• Stats and analytics

The FCk series ranges from 200 lbF (1 kN) with a resolution of 0.05 lbF (0.2 N) to 10000 lbF (50 kN) with a resolution of 2 lbF (10 N)

Every function is optimized with statistical analysis, onscreen graphs, and a histogram. The force gauge is overload protected up to 200% at full scale, and equipped with a used-capacity-indicator which displays the amount of capacity used during force measurements. Backlit auto-rotate display automatically adjusts to the position of the force gauge. Excellent battery life with four powerful and easily removable Ni-MH 2700 mAh batteries. The unit is supplied with heavy duty swivel bearing joints designed to protect and secure the external loadcells against uneven and rapid movements. The FCk offer utmost fixability and increased productivity with the loadcell interchangeability feature which allows users to use multiple external loadcells with one force gauge indicator. Ideal for applications that require multiple result resolutions and capacities.

Premium design and superior performance make the FCk ideal for even the most demanding tension and compression applications. The FCk guarantees utmost accuracy and productivity with ultra-fast 1000 Hz real time sampling and data capture. Loaded with hardware features such as built-in wireless, expandable microSD memory card, USB, RS232, and an I/O output port. The analog input-output allows to connect external peripherals such as Pass / Fail buzzer, light signalization, or an external trigger switch. Peak and Multi Peak modes are enhanced with configurable features such as peak detection sensitivity, measurement time delay, force trigger, auto zeroing, and automatic data storing.