JVL MAC800-D2 Integrated AC Servo Motor Review: Specs, Price and Applications
Updated: 4 days ago
JVL MAC800-D2 integrates a servo motor, power electronics and control functions with a built-in mains power supply. It is an AC-supplied motor assembly, distinct from JVL low-voltage DC MAC models and from the brake-equipped MAC800-D5.
Quick Verdict
MAC800-D2 is a candidate for a roughly three-quarter-kilowatt machine axis where motor-mounted amplification can simplify the cabinet. Confirm mains and control supplies, expansion module, cooling access and braking behavior. Do not use the source-list claim of a 12–48 VDC main supply for this model.
JVL MAC800-D2 Integrated AC Servo Motor at a Glance
Specification | Details |
Exact model | MAC800-D2; without built-in holding brake |
Rated motor power | 746 W; S1 / 100% duty in current digital datasheet |
Rated / peak torque | 2.38 / 6.8 Nm; peak is not continuous |
Rated speed | 3,000 rpm |
Main supply | 115 or 230 VAC; current datasheet lists 90–260 VAC input range |
Control supply | 18–28 VDC nominal control range; distinct from main supply |
Feedback and cooling | 8,000-count incremental encoder; fan fitted |
Mechanical references | 80 × 80 mm flange; 19 mm shaft; 174 mm motor length |
Protection and safety scope | IP55; current base-model datasheet identifies no STO connector |
Design and Engineering Assessment
The supply correction is fundamental. Main AC power and low-voltage control power perform different roles, and neither should be inferred from another member of the MAC family. Design the power distribution and service isolation around the exact MAC800-D2 documentation.
The motor-mounted drive reduces one set of cabinet and motor connections, but places electronics and a fan at the machine axis. Include airflow, contamination exposure, connector access and replacement clearance in the installation comparison. The total machine envelope matters more than the bare motor length.
Rated and peak torque support different parts of a move profile. Size sustained process or holding demand against the continuous thermal capability, then check acceleration and deceleration against permitted transient behavior. A higher peak value is not a substitute for adequate cooling or continuous torque.
The D2 and D5 distinction affects load holding and the mechanical envelope. A drive with electronic stopping functions does not automatically include a mechanical holding brake. Confirm the required brake arrangement for the load rather than relying on a family-level option list.
Mains, Control Power and Fault Response
Specify the approved main supply and separate control requirements, then define how the machine behaves when either is interrupted. Keeping logic energized and removing motor power can have a different diagnostic and restart outcome from removing both together.
Plan how braking energy is managed using the exact product instructions. Repeated deceleration can create a different load on the power-dump arrangement from steady-speed running, so test the actual mechanism and cycle.
Cooling, Mechanical Interface and Service
Keep the fan airflow path usable after the motor is mounted and neighboring components are installed. Verify temperature with the final ambient conditions and repeated duty, and include the fan in the maintenance strategy.
Use the released CAD drawing for the complete envelope and module projection. Mounting flange size is not the overall housing width, and a short summary dimension should not replace an interference check in the machine model.
Module Selection and Safety Function
Select the expansion module for the actual host protocol and connector arrangement. Preserve the complete module, motor and firmware identity in the equipment records so a replacement restores the intended axis behavior.
The current base-model digital datasheet does not identify an STO connector. Do not borrow a safety claim from another JVL product. Implement and validate the required machine safety and load-holding functions using the actual configuration.
Applications and Selection
AC-supplied production-machine servo axes requiring an integrated motor and amplifier with a compatible expansion module and installation environment.
For JVL MAC800-D2 Integrated AC Servo Motor, define the actual machine duty before selecting an ordering configuration. Include the required operating point, available installation space, environment and control interfaces. The specification table describes the product or family; the surrounding machine determines which of those features matters for the intended job.
Price and Value
Price: Request a quote for the exact configuration. Compare the product, compatible control equipment, required mechanical parts, cabling and commissioning as one installed system. A component price alone does not represent the cost of a working automation axis.
Evaluate an alternative against the same duty and acceptance criteria. Match the continuous operating requirement first, then compare transient capability, feedback, mechanical fit and support. This avoids choosing between superficially similar products whose ratings describe different operating conditions.
Pros and Cons
Advantages
Motor, amplification and mains conversion are packaged at the axis
Current configuration data clearly separates rated and peak capability
Expansion modules support application-specific control integration
Limitations
Mains and control supplies require distinct installation design
Fan access and motor-location thermal exposure affect service
Base-model brake and safety capability must not be inferred from other variants
Who Should Consider JVL MAC800-D2 Integrated AC Servo Motor?
Consider JVL MAC800-D2 Integrated AC Servo Motor for aC-supplied production-machine servo axes requiring an integrated motor and amplifier with a compatible expansion module and installation environment. Establish the required operating point and installation interfaces before choosing the configuration, and use a representative loaded cycle as the acceptance basis.
JVL MAC800-D2 Integrated AC Servo Motor FAQ
Does MAC800-D2 run from a 12–48 VDC main supply?
No. The reviewed model uses mains AC power, with a separate low-voltage control supply. The smaller DC MAC family specifications must not be transferred to it.
Does D2 include a holding brake?
The current digital datasheet identifies D2 without a brake. The D5 is the brake-equipped family alternative; verify the full ordering configuration.
Can peak torque be used continuously?
No. Continuous and transient torque limits have different roles in the thermal and move-profile assessment.
Does the base model include STO?
The current digital datasheet identifies no STO connector for this base model. Check the actual configuration and design the required machine safety function accordingly.
Is the flange size the overall envelope?
No. Use the complete CAD drawing, including housing, module, fan and cable clearance.
What software is used for configuration?
The current digital datasheet identifies MacTalk. Match the workflow and parameters to the exact motor and module configuration.
What is the price?
Request a quote for MAC800-D2 with the selected expansion module, connections and required accessories.
What should commissioning test?
Test loaded motion, thermal behavior, fan airflow, braking-energy handling, power interruption, fault recovery and any separate holding or safety functions.
Prices are indicative and may change. Confirm the final configuration, commercial terms and delivery schedule before ordering.
