Product Overview
When maintaining legacy SIMOVERT MASTERDRIVES systems, finding reliable spare parts is critical. The Siemens 6SE7018-0EP60-Z Vector Control Converter Unit offers a direct replacement for vector control inverters in Compact Plus design. As an obsolete but essential component, this spare part ensures uninterrupted operation of your industrial drives.
Technical Specifications
| Specification |
Value |
| Manufacturer |
Siemens |
| Model |
6SE7018-0EP60-Z |
| Range |
SIMOVERT |
| Subrange |
MASTERDRIVES |
| Type of Product |
Vector control inverters |
| Protection Degree |
IP20 |
| Input Voltage |
3AC 380-480 V |
| Frequency |
50/60 Hz |
| Rated Current |
8 A |
| Nominal Power |
3 kW |
| Dimensions (cm) |
48.00 x 25.00 x 10.00 |
| Weight |
4.10 kg |
| Product Phase |
Obsolete |
| Documentation |
Included on CD |
Applications and Use Cases
The Siemens 6SE7018-0EP60-Z is designed for vector control applications requiring precise motor speed and torque control. Typical scenarios include conveyor systems, pumps, fans, and extruders in industrial automation. Its Compact Plus design allows integration into existing MASTERDRIVES cabinets. For replacement of older units, this spare part ensures direct form, fit, and function compatibility.
Selection Guide and Purchasing Advice
When purchasing the Siemens 6SE7018-0EP60-Z, verify that your system voltage matches 380-480 V AC and your current requirements do not exceed 8 A. This unit is a spare part for obsolete systems, so ensure compatibility with your existing MASTERDRIVES configuration. At PLC Source PRO (ubest101), we stock genuine Siemens spares to support your legacy automation assets. Contact our team for assistance with cross-referencing or system upgrades.
Maintenance and Reliability Considerations
Although the Siemens 6SE7018-0EP60-Z is an obsolete product, regular inspection of cooling fans and power connections ensures reliable operation. Keep the IP20 enclosure clean and free of dust. As a spare part, storing a backup unit can minimize downtime in critical processes.