Fulltext results:
- Glossary
- A move referenced from a fixed zero position.\\ **Acceleration: **Change in velocity as a function of time, goin... he required position at a predefined velocity and acceleration. Encoder feedback is required to calculate the mo... of gravity acting on a body. Weight equals mass x acceleration due to gravity.\\ **Working** **Envelope** \\ The
- Requirements on the design
- evel. ==== Mass reduction ==== To ensure a high acceleration capability, the mass of the moved machine element... ures).\\ If there are no requirements for extreme acceleration, masses up to several tons can be moved without a... ritical. ==== Reactive forces ==== Initiated by acceleration, deceleration or process forces of the moved axis
- Faults Diagnosys and reset @integrated_drive_motors
- _I2T|Motor overload due to RMS current|Reduce the acceleration rate or increase the waiting time between the mot... VERTEMP|Motor & Drive over temperature|Reduce the acceleration rate or increase the waiting time between the mot... 0|Motor thermal sensor overtemperature|Reduce the acceleration rate or increase the waiting time between the mot
- Application range
- lly driven movements with extreme performances in acceleration, speed and precision. Conventional systems consis... ficant benefits including: * High velocity and acceleration * Excellent control quality and positioning beh
- Can Open standard SDOs @integrated_drive_motors
- t> | <font 11pt/inherit;;black;;inherit>Profile acceleration</font> |Read and write | | <font 11pt/inherit;... nt> | <font 11pt/inherit;;black;;inherit>Homing acceleration</font> |Read and write | | <font 11pt/inherit;
- Force vs. speed curve
- are concerned, voltage drops – from simultaneous acceleration of several axes, for example - must be taken into
- Xtrapulspack Servo drive SIN/COS 1Vpp @green_drive_motors
- ied using **Position profile mode** the speed and acceleration requirements for your application. ==== Step 7) P
- Xtrapulspack Servo drive TTL Incremental Encoder @green_drive_motors
- ied using **Position profile mode** the speed and acceleration requirements for your application. ==== Step 7) P
- Position table @gtw_ethercat
- 5→Force).\\ Target position (in microns), A_TIME (acceleration time), B_TIME (constant velocity time), C_TIME (d
- Can Open standard and extended PDOs @integrated_drive_motors
- ont 10pt/inherit;;black;;inherit>0x604A</font> |ACCELERATION RATE (m/sec2)| | <font 10pt/inherit;;black;;inher
- Can Open Mode of Operation @integrated_drive_motors
- |0x6081|Profile velocity|UINT32| |0x6083|Profile acceleration|UINT32| |0x6084|Profile deceleration|UINT32| ===
- NLiP Parallel Kinematic Robot @integrated_pick_and_place
- p and release the parts extremely fast, with high acceleration in a small space. It is easy to program using NiL
- NLNS ironless Linear motors @ironless_motor_nlns
- used in dynamic applications demanding feed rate, acceleration, precision and low weight of the drive. It is pr
- Example of performance @lma_actuator
- 400 N| |Rated force|7200 N| |Moving mass of the actuator|52 kg| |Max stroke|100 mm| |Max acceleration|30,2 Gs|
- OPMODE “Analog Speed”: software setting @mbd_servo_drive
- jpg?nolink&700x246|ana_1.jpg}} In this mode, the acceleration ramp (Acc Ramp and Dec.Ramp) is enabled. If you d