M60 Motor Protection Controller
The M60 motor protection controller is a low-voltage protection and control device for three-phase asynchronous motors, an Artel-trademark device from Shenzhen, China, supplied through LOGGON TECH. It is designed for motors rated below 800 A at 50 Hz and 380 VAC, and combines electrical parameter measurement, start/stop control, history record management and remote communication in a single unit. The controller is intended for panel builders and plant engineers who need coordinated overload protection, operating control and data access at the motor feeder rather than at the MCC section level. Four product combinations are available, so the unit can be matched to the switching device and communication architecture of the installation: standard type M60-1S and M60-3S, popular type M60-2M, and integrated type M60-2P.
What it measures and does
The M60 motor protection controller measures the electrical parameters of the motor circuit. In a low-voltage motor feeder these parameters form the basis for protection decisions, operating indication and load analysis; the controller uses them for protection and control rather than as a stand-alone power meter.
Operating control covers the start and stop functions of the motor. The controller therefore acts as the control point for the feeder, working with the upstream switching device according to the selected product combination.
History record management stores the operating history of the motor circuit, giving maintenance staff a record of events at the feeder for fault analysis and service planning. The M60 documents operating control and remote communication as separate functions; which data points the interface exposes and whether remote commands are supported is confirmed against the selected variant's manual.
Protection and control functions are implemented with reference to GB/T14048.4-2003, IEC947 and JB/T 10613-2006. These references define the low-voltage switchgear and controlgear context and the motor protection requirements against which the controller is specified; they should be cited in the project documentation when the feeder is designed.
Key features
- Comprehensive protection and control for low-voltage asynchronous motors, combining measurement, operating control, history records and remote communication in one device.
- Rating scope covering motors below 800 A, 50 Hz, 380 VAC.
- Electrical parameter measurement of the motor circuit for protection and operating decisions.
- Start/stop operating control at the motor feeder.
- History record management for fault analysis and maintenance planning.
- Remote communication for integration with supervisory systems.
- Four product combinations — standard type M60-1S and M60-3S, popular type M60-2M, integrated type M60-2P — to match different feeder arrangements.
- Specification references GB/T14048.4-2003, IEC947 and JB/T 10613-2006.
- Manufactured in Shenzhen, China, under the Artel trademark.
Specifications
| Model | M60 |
|---|---|
| Product designation | Protection Controller for Low Voltage Motor M60 |
| Trademark | Artel |
| Origin | Shenzhen, China |
| Purpose | Comprehensive protection and control for low-voltage asynchronous motors |
| Rated motor current scope | Motors below 800 A |
| Rated frequency | 50 Hz |
| Rated voltage | 380 VAC |
| Measured quantities | Electrical parameters of the motor |
| Control functions | Start/stop operating control |
| Data functions | History record management; remote communication |
| Product combinations | Standard type M60-1S and M60-3S; popular type M60-2M; integrated type M60-2P |
| Specification references | GB/T14048.4-2003; IEC947; JB/T 10613-2006 |
Options and configuration
Selection starts with the product combination. The standard type is available as M60-1S and M60-3S; the popular type is M60-2M; the integrated type is M60-2P. The combination determines how the controller is arranged in the feeder and how it interfaces with the switching device and the communication network, so the choice should be made together with the starter or contactor arrangement and the supervisory system architecture.
Confirm that the motor falls within the rating scope: below 800 A, 50 Hz, 380 VAC. Motor full-load current, starting method and the co-ordination with the upstream protective device should be checked against the feeder design before ordering, and the specification references GB/T14048.4-2003, IEC947 and JB/T 10613-2006 should be stated in the project documents. Where remote communication is required, plan the network route and the required data points and any proposed remote commands — subject to confirmation against the selected variant's manual — at the engineering stage rather than after panel assembly.
Applications
The M60 motor protection controller is applied to low-voltage asynchronous motors below 800 A at 50 Hz and 380 VAC. Typical installations are motor control centre feeders in industrial plants, where the controller provides protection, start/stop control and history records at the individual motor, and where remote communication links the feeder to the plant supervisory system. It suits panel builders integrating motor feeders into switchgear assemblies, and plant buyers specifying a coordinated protection and control device for new panels or feeder upgrades.
FAQ
What motor range does the M60 cover?
The controller is designed for low-voltage asynchronous motors rated below 800 A, 50 Hz, 380 VAC.
Which functions are integrated in one unit?
The M60 measures the motor's electrical parameters, provides start/stop operating control, manages history records and supports remote communication.
What is the difference between the product combinations?
Four combinations are offered: standard type M60-1S and M60-3S, popular type M60-2M, and integrated type M60-2P. The combination is selected according to the feeder arrangement and the required interface with the switching device and supervisory system.
Which standards are referenced?
The specification references are GB/T14048.4-2003, IEC947 and JB/T 10613-2006.
For the full technical datasheet, terminal and wiring details and combination drawings, contact the LOGGON TECH sales team through the contact page and state the model and product combination required.