Are you struggling with these problems?
No calibration is needed!
Robot arm
A sensor needs to be installed while considering noise generated by a servo motor.
DSCB is noise & vibration resistant! You can use it without worries.
Press machine
The measurement is possible in real time by connecting to PC.
Digital load cell "DSCB" is a load cell which not only inherits high stiffness and high safe overload (500%) from Super Cell (i. e. SCB) but specializes in signal transmissions in noise environment and long distance.
The rated capacity of 20 kN and 50 kN are available.
Since an indicator is not necessary, we can offer it with a simple and an affordable price.
In addition, as DSCB is capable of measurement if you have a PC, it is ideal for those who carry a load cell or operate force measurement on a table.
DSCB dedicated software has a following functions:
5 types of holds listed above are equipped as standard.
They are easy to be set with the PC application, and data is automatically saved when in Hold.
With Trigger function, even instantaneous force can be drawn in graph!
Variable width can be calculated immediately with 2 cursors.
Waveform on triggering
Trigger function is capable of capturing and drawing instantaneous force.
Since it is calibrated at the time of factory shipment, DSCB can be used immediately as soon as it arrives.
The calibration value is saved, and can be read out anytime. It is useful for a regular maintenance.
The settings of "Moving average", "Low-pass filter" and "High-pass filter" can be configured according to noise at sites.
A comparison timing can be set.
DSCB saves "ID" and "Communication setting". No need to leave a note.
Search screen
Searches ID and Communication Setting and displays in a table format.
An extensive lineup of analog load cell is also available at UNIPULSE.
In combination with indicators, a waveform comparison and various Hold function can be used with analog load cells. Various types of interfaces are available too.
Please select UNIPULSE load cells that fit your applications and environments!