Fulltext results:
- Glossary @en
- st high-speed motion applications.\\ **Continuous Current:** The current required to heat the motor phases to their maximum operating temperature when the ambient t... s Force:** The force produced when the continuous current is applied to the motor. It is the product of the force constant and the continuous current. The motor is not moving and there is no cooling.
- Elmo Servo Drive @en:miniature_motors
- .jpg?direct&1024x354|feedback_setting.jpg}} ==== Current Limits ==== {{:miniature_motors:current_limits.jpg?direct&1024x313|current_limits.jpg}} ==== Current Identification ==== Perform current identification by pressing the Identify bu
- How a Tubular Linear Motor Works @engineersguide
- perating Principle ==== === Lorentz Force — From Current to Linear Motion === The operating principle is the **Lorentz force law**: a current-carrying conductor in a magnetic field experiences a force perpendicular to both the current direction and the magnetic field vector. In a tubular motor, current flows circumferentially through each winding coil
- How a Tubular Linear Motor Works @en:engineersguide
- perating Principle ==== === Lorentz Force — From Current to Linear Motion === The operating principle is the **Lorentz force law**: a current-carrying conductor in a magnetic field experiences a force perpendicular to both the current direction and the magnetic field vector. In a tubular motor, current flows circumferentially through each winding coil
- Siemens Sinamics S120 / G120 @en:green_drive_iso
- .online/new_websmart/read_datasheet.php]]\\ Rated current of the motor must be fullfilled from the rated current of the drive. ==== G120 (230 VAC power lines) ====... tion** |**GDI250QS** |**GD350ES** | |P305|Nominal current|1.2 A|3.7 A| |P311|Nominal speed|100 m/min|100 m/... A| |P322|Max speed|100 m/min|100 m/min| |P323|Max current|4.8 A|16 A| |P338|Current limit|4.8 A|16 A| |P341
- Siemens Sinamics S120 / G120 @en:green_drive_motors
- .online/new_websmart/read_datasheet.php]]\\ Rated current of the motor must be fullfilled from the rated current of the drive. ==== G120 (230 VAC power lines) ====... tion** |**GDI250QS** |**GD350ES** | |P305|Nominal current|1.2 A|3.7 A| |P311|Nominal speed|100 m/min|100 m/... A| |P322|Max speed|100 m/min|100 m/min| |P323|Max current|4.8 A|16 A| |P338|Current limit|4.8 A|16 A| |P341
- How an Ironcore Flat Linear Motor Works @engineersguide
- is the magnetic flux density [T], **I** the phase current [A], **L** the effective conductor length [m] and... to align themselves with the magnets even without current. In a well-designed motor the effect is minimised... FOC). The servo drive generates three sinusoidal current waveforms, phase-shifted by 120°, applied to the ... ion angle) from this position and distributes the current among the three phases so that the current vector
- Elmo-Servoregler @de:miniature_motors
- pg}} ==== Stromgrenzen ==== {{:miniature_motors:current_limits.jpg?direct&1024x313|current_limits.jpg}} ==== Stromidentifikation ==== Führen Sie die Stromidenti... lt durch einen Faktor von 2. {{:miniature_motors:current_identification.jpg?direct&1024x353|current_identification.jpg}} ==== Stromauslegung ==== Drücken Sie die
- EtherCAT to MODBUS RTU Gateway @en:gtw_ethercat
- n** | |0x800D Subindex 1|SLAVE_MODBUS_STATUS_WORD|Current MODBUS RTU status word related to the current slave ID \\ Possible Value: \\ 0 → Init State \\ 1 → Ready \... ult| |0x800D Subindex 2|SLAVE_MODBUS_CONTROL_WORD|Current MODBUS RTU control word related to the current slave ID \\ Possible value: \\ 0 → No Command \\ 1 → Start
- Servo azionamento Elmo @it:miniature_motors
- ==== Limiti di corrente ==== {{:miniature_motors:current_limits.jpg?direct&1024x313|current_limits.jpg}} ==== Identificazione corrente ==== Esegui l'identificazi... divise per un fattore di 2. {{:miniature_motors:current_identification.jpg?direct&1024x353|current_identification.jpg}} ==== Design corrente ==== Premi il pulsa
- Technical data @en:green_drive_iso_rotolinear
- 7|N| |Peak Force (Linear)|500|N (5% duty)| |Rated Current (Linear)|2|Arms| |Peak Current (Linear)|9|A| |Pole pitch (Linear)|60|mm| |Force constant (Linear)|56|N/A| ... tary)|2.4|Nm| |Peak Torque (Rotary)|10|Nm| |Rated Current (Rotary)|2|Arms| |Peak Current (Rotary)|8|A| |Voltage constant|88|V/krpm| |Torque constant|1.46|Nm/A| |Pha
- Technical data - Electrical data @en:lm_linear_axes
- t|N/A|Fc|58|58| |Max speed|m/s|Vn|7,8|7,8| |Rated current|A|In|2.6|5.2| |Peak current|A|Ip|7|14| |Back EMF|V/rms/m/s|Ke|34.6|34.6| |Phase resistance|ohm|Rph|5.6|2.8... t|N/A|Fc|97|97| |Max speed|m/s|Vn|4.6|4.6| |Rated current|A|In|2.6|5.8| |Peak current|A|Ip|8|17| |Back EMF|V/rms/m/s|Ke|57.5|57.5| |Phase resistance|ohm|Rph|7.6|3.8
- Starter Status Area @en:nilab_starter
- screen.jpg}}|On the top of the list we have: \\ * Current ID ⇒ Modbus address. This can be changed in order... l communicaiton. \\ \\ The STATUS text shows the current status of the motor. For example READY (Motor is ... start \\ - MANUAL HOMING - Set the 0 axis on the current position of the motor slide \\ \\ Digital input and output state section show the current status of the digital inputs and outputs. \\ \\
- How a Linear Motor Can Help Your Application @engineersguide
- is the magnetic flux density [T], **I** the phase current [A], **L** the effective conductor length [m] and... f turns. Because the force is proportional to the current, the servo drive can command **force as directly ... n angle (field-oriented control, FOC) so that the current vector stays at 90° to the magnet flux — the cond... mmable Force === Since thrust is proportional to current (F = B · I · L · N), the drive can regulate **for
- How a Linear Motor Can Help Your Application @en:engineersguide
- is the magnetic flux density [T], **I** the phase current [A], **L** the effective conductor length [m] and... f turns. Because the force is proportional to the current, the servo drive can command **force as directly ... n angle (field-oriented control, FOC) so that the current vector stays at 90° to the magnet flux — the cond... mmable Force === Since thrust is proportional to current (F = B · I · L · N), the drive can regulate **for