Brushless servomotor MAC320-L series
DC48 Vpermanent magnet

Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet
Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet
Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet - image - 2
Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet - image - 3
Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet - image - 4
Brushless servomotor - MAC320-L series - JVL A/S - DC / 48 V / permanent magnet - image - 5
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Characteristics

Type
brushless, DC
Voltage
48 V
Configuration
permanent magnet, stainless steel
Protection class
IP67, IP69K
Other characteristics
high-power, integrated-drive, with built-in encoder
Power

320 W
(0.44 hp)

Description

320 W MAC motor® - Double Power but SAME size – with new generation of absolute multiturn encoder, based on the Wiegand principle (harvesting) where no battery is required! JVL has developed a new addition to our Mini-MAC series. The MAC320 - 320 W servo motor. We have developed our most powerful integrated motor in the NEMA23 size. The target application is high power positioning in a small all-in-one package. Key features - Double Power – but SAME Size as MAC141 (134 W) - Very high torque-to-volume ratio - Special DC brushless motor for OEM applications - 3 times peak torque (900 W) - Recommended supply voltage 48 VDC from PSU or battery - Absolute multiturn encoder option. No battery or gear needed - Use JVL standard expansion modules for Ethernet, CAN bus and PLC applications - Option for STO connector Shaft ø8 mm to handle higher torque and power - ±0,4° position precision (±9.1 counts) due to magnetic encoder Not recommended for - Applications requiring precise or smooth speed due to the motors high cogging torque - Applications requiring more than 60% duty cycle @nominal power - Constant speeds outside the best constant speed performance range of 1000-4000 RPM The high power is due to the high magnetic forces which on one side creates a high shaft torque but the compromise is the high cogging torque. In comparison to the other MAC motor®s the same level of speed precision is therefore not reachable. For positioning applications this has normally no consequences.

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Exhibitions

Meet this supplier at the following exhibition(s):

All About Automation Zürich
All About Automation Zürich

26-27 Aug 2026 Zürich (Switzerland)

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    SPS Nuremberg
    SPS Nuremberg

    24-26 Nov 2026 Nuremberg (Germany) Hall 4 - Stand 301

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.