Number of products : 28
The JetMoves JM-1005 and JM-1008 are servo amplifiers for controlling motors from DC 24 ... 48 V up to 384 Watts with or without encoder in connection with Bucher Automation controllers via EtherCAT® or CANopen®.A great number of features with Bucher Automation's JC...-MCElectronic gearboxDynamically changeable cam discsSynchronizing of position and velocityPrint-mark correctionWinding functionFlying sawCross cutterTorque / force controlApplication in many sectors, such as Packaging and filling Mounting and handling Glass and window building machines Motor and encoder types Synchronous and asynchronous motors direct drives, linear motors BLDC, DC motors 2-phase stepper motors Resolver, incremental encoderHIPERFACE DSL®; LinMot®
The JetMoves JM-1005 and JM-1008 are servo amplifiers for controlling motors from DC 24 ... 48 V up to 384 Watts with or without encoder in connection with Bucher Automation controllers via EtherCAT® or CANopen®.A great number of features with Bucher Automation's JC...-MCElectronic gearbox Dynamically changeable cam discs Synchronizing of position and velocityPrint-mark correction Winding function Flying saw Cross cutter Torque / force control Application in many sectors, such as Packaging and filling Mounting and handling Glass and window building machines Motor and encoder types Synchronous and asynchronous motors direct drives, linear motors BLDC, DC motors 2-phase stepper motors Resolver, incremental encoder HIPERFACE DSL®; LinMot®
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted
in any order on a mounting plate to control synchronous
servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
Servo amplifiers of the JetMove 3000 series allow for modular design and expansion. They are connected with the supply unit via power bus system. Any servo amplifier of the JetMove 3000 series is available with a choice of 1-, 2- or 3-axis modules. This allows the creation of an individual, high-performance, multi-axis coordinated motion system. High rated currents and triple peak currents guarantee highly dynamic acceleration processes. Bus connection is via EtherCAT®.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
Die Servoverstärker der JetMove-2000-Serie stehen als Einzelachsen oder Doppelachsen zur Verfügung, die in beliebiger Reihenfolge auf eine Montageplatte montiert werden können um Synchron-Servomotoren zu regeln.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The servo amplifiers of the JetMove 2000 series are available as single axes or double axes which can be mounted in any order on a mounting plate to control synchronous servo motors.
The JM-3P10 power supply unit provides the DC link and 24 V control supply for the servo drives of the JM-3000 series, forming the central power supply of a multi‑axis drive system. It converts the incoming mains voltage into a stable DC supply and, via the busbar system, delivers both power and communication (EtherCAT®) to all connected axis modules. In addition, it handles energy management during regenerative operation, with an internal or external braking resistor safely dissipating excess braking energy as heat.
The JM-3P22 power supply unit provides the DC link and 24 V control supply for the servo drives of the JM-3000 series, forming the central power supply of a multi‑axis drive system. It converts the incoming mains voltage into a stable DC supply and, via the busbar system, delivers both power and communication (EtherCAT®) to all connected axis modules. In addition, it handles energy management during regenerative operation, with an internal or external braking resistor safely dissipating excess braking energy as heat.