Page 3 - Shimadzu HITS-X Series

Equipped with State-of-the-Art Technology

High test speeds Design to minimize the effects of impacts

The hydraulic operation allows impact tests to be The HITS Series incorporates various features to minimize the
conducted at any speed between* 0.0001 m/s and 20 m/s effects of impacts, including metal springs with superior vibration
(72 km/h). It allows a wide range of testing speeds using absorption capacity, the displacement detector resistant to
a single machine. vibration and shock, a striker integrated with a load detector
* HITS-PX: 1 m/s~20 m/s (HITS-PX), a load detector integrated with grips (HITS-TX), and a
speed reduction and stopping function that combines braking
control with hydraulic cushioning (patent pending).

Specialized approach jig (HITS-TX) State-of-the-art software
Allows target speed to The software uses standard Windows 10 wizard format to
be reached rapidly. allow intuitive and simple operation even for beginners. The
software provides information such as load-displacement curve,
Reduction in maximum test force, displacement, energy, and inclination.
acceleration time
Advanced processing, such as overlaying results from multiple
tests or statistical analysis are standard functions.

Environmentally friendly energy-saving design Comprehensive safety features

The HITS Series employs an energy-saving operation system The HITS Series is equipped with comprehensive safety
that changes the motor speed and supply pressure for the features, such as a protection cover, protection mat, and
hydraulic power unit depending on the operating status of the dual switch system for starting tests. In addition, for extra
testing machine (patented). In addition, the hydraulic power safety, the piston uses a mechanism that allows high-speed
unit is air cooled, so water is not necessary for cooling. travel only in the test direction.

Temperature dependency for high-speed behavior (optional)
Information on the temperature dependency for specimens‘
high-speed behavior can be obtained using the optional
thermostatic chamber (-40 to +150˚C).