MultiPro 3G

Flexible in price and performance with the DSM licence model
… only as much as you actually need.

• Extension level S (Small) – Programming only on the PC via the MPEC software, 16 startable programs, Measured data storage for 50 data sets (ring buffer), Graphics memory for 5000 measuring points per graphic curve
• Extension level M (Medium) – Programming only on the PC via the MPEC software, 64 startable programs, Measured data storage for 500 data sets (ring buffer), Graphics memory for 10000 measuring points per graphic curve
• Extension level L (Large) – Programmierung direkt am Gerät oder am PC über die MPEC-Software, 128 startable programs, Measured data storage for 1000 data sets (ring buffer), Graphics memory for 20000 measuring points per graphic curve

The individual features of the expansion stage can also be activated at a later date by means of individual licences. For example, it is possible to implement the feature “Programming on the unit (licence for programme editing)” into the expansion stage S.

Flexible in price and performance with the DSM licence model
… only as much as you actually need.

• Sensor controlled MDW – Use of the MultiPro 3G with
  MDW nutrunners (direct torque measurement)
• Current controlled SA – Use of the MultiPro 3G with
  SA nutrunners (indirect torque measurement)
• Sensor controlled FL – Use of the MultiPro 3G with
  force / stroke controlled press-in units

Flexible in price and performance with the DSM licence model
… only as much as you actually need.

• Result selection – With the result selection you specify the result values for the evaluation of the process. This will evaluate the result relevant to your process.
• Unit adjustable – The unit of torque / force can be set.
• Filter – DSM filter functions for blending out high-frequency (unwanted) interferences of the measuring signal.
• Gradient detection – Function for detection of a defined gradient, detects positive as well as negative peaks and their quantity.
• Direct control via fieldbus – Controls the DSM tool by the specifications in the dynamic fieldbus protocol via fieldbus with the PLC.
• Cyclic values via fieldbus – The measured values selected in the dynamic fieldbus are transmitted cyclically to the fieldbus in real time.
• Parameter via fieldbus (dynamic) – Defined parameters of a stage can be temporarily modified at runtime via the fieldbus.
• Parameter via fieldbus (static) – Defined parameters of a stage can be permanently modified via the field bus.
• Correction factor MD / F – The correction factor serves to matching the torque / force.
• Envelope – Additional evaluation element for control of the process. The measuring curve may not break the upper and/or lower envelope.
• Linearisation MD – Linearisation / multi-range calibration Torque with higher accuracy requirements for specific torque points.
• Linearisation WI – Linearisation / multi-range calibration Rotation angle to compensate for occurring torsional losses.
• Yield strength procedure – Tighten until the defined switch-off gradient is reached.
• Head contact – Tighten to head contact with the specially developed DSM algorithm for head contact detection for self-forming / self-tapping tightening processes.
• Thread entry detection – Rotation against the screw-in direction – detection of the jump of thread entry into the first thread by using a length measuring sensor.
• Turn in to external sensor – Tightening until a defined external target value is reached with monitoring of torque and angle of rotation.
• Turn and hold – After switch-off, the torque or the position (angle of rotation) measured at this time is held for a defined period of time.
• Linearisation F – Linearisation / multi-range calibration Force with higher accuracy requirements for specific force points.
• Linearisation L – Linearisation / multi-range calibration Length (stroke) for compensation of load-dependent deflection.
• Press and hold – After switch-off, the force or the position (length) measured at this time is held for a defined period of time.
• External length – Direct and high-precision measurement on the component with an external length sensor; measures the actual stroke (relative height), regardless of influences such as bending, different heights or tolerances on the tool carrier.
• Move to gradient – Move until the defined switch-off gradient [kN/ms] is reached – display of the gradient curve with the second Y axis. Control of force and length.
• Review window – The function can be used to generate a window within a procedure, which is defined by means of a start and end value and evaluated retrospectively.

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