DC servo motors are generally better suited to simple applications across various industries where high dynamic performance, precise control and a high torque-to-inertia ratio are required. They are characterised by durability, robustness and a long MTBF (mean time between failures).
Choose a DC servo drive to suit your needs
Axor CD180 DC servo drives
Four-quadrant operation (8–50 A)
Integrated four-quadrant, bidirectional driver for controlling DC servo motors
A bidirectional drive for controlling DC servo motors
Traditional analogue transistor converter
Matador DC servo motor
The rapid current switching capability allows the Matador to be used in applications where rapid acceleration is required without current limitation at maximum torque and high speeds
Torque range from 0.32 Nm to 15 Nm
Degree of protection IP54
Drives no longer in production
Maestro DC servo drives
speed and torque (3–25 A)
Their application is in machine tool drives, where they are often controlled by a master controller
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Find out how DC servo drives can improve the dynamics and precision of your system
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Expert insights
Find out how correctly selected switch disconnectors improve safety, make maintenance work easier and protect your installation against unforeseen incidents.
Be confident in your choice of motors and switch disconnectors
Speak to an expert and find solutions that are perfectly suited to your system
What should you look out for when choosing isolating switches?
Switch disconnectors play a key role in every electrical installation, protecting it from the effects of short circuits and overloads. Therefore, the purchasing decision requires not only analyses of technical parameters (e.g. rated current, mechanical endurance, IP rating), but also an assessment of other factors that affect the safety of the installation and personnel. Here are a few of them:
- features – find out whether the switch disconnectors can lock the drive in a specific position and whether they offer the option to change the up/down direction of movement. Check whether they allow for contactless replacement of fuse links and remote monitoring;
- safety – verify standards compliance with Polish and European standards, confirmed by certificates. Check the design for optimal heat dissipation, flammability class and level of protection against direct contact;
- installation flexibility – assess the speed and ease of installing the switch disconnectors for staff. Check which mounting systems the device is compatible with (e.g. busbars, mounting plates, DIN TH-35 rails);
- infrastructure compatibility – enquire about related solutions, e.g. switchgear monitoring software, busbar systems or product standardisation within a single solution group.
If you are unsure whether a particular switch disconnector is the right choice for your installation, please contact us. We will help you make a decision and support you through the subsequent stages of implementation.