The Schneider Electric LXM62DU60F21000 is a Lexium 62 double-axis servo drive module with an embedded safety feature level. It integrates two servo axes in one cabinet-mounted module. Each axis provides 2 A continuous current, 6 A peak current and approximately 0.95 kW continuous output. The module operates through the Lexium 62 common DC bus and communicates using Sercos III.
| Model | LXM62DU60F21000 |
| Series | Lexium 62 |
| Module Type | Double-Axis Servo Drive |
| Axes | 2 |
| Variant | F |
| Safety Feature | Embedded Safety |
| Continuous Current | 2 A per axis |
| Peak Current | 6 A per axis |
| Continuous Output | Approximately 0.95 kW per axis |
| DC Bus Voltage | 250–700 VDC |
| Control Voltage | 24 VDC |
| Motion Network | Sercos III |
| Encoder Interface | Hiperface / SinCos |
| Protection Rating | IP20 |
| Approximate Net Weight | 3 kg |
The LXM62DU60F21000 is suitable for Lexium 62 machinery requiring two synchronized servo axes with embedded safety functions. Typical applications include dual-axis feeding, coordinated pick-and-place mechanisms, packaging stations, assembly cells and compact handling equipment. Confirm the controller project, safety configuration, Sercos III network, power supply module and connected motors before installation.
The F variant is a double-axis embedded-safety module and should be matched by the complete commercial reference. Check the nameplate, firmware, hardware revision, controller project and safety configuration. Confirm the cable set, communication network and motor matching for both axes. The brake option, encoder type and shaft configuration of each connected motor should also be verified before quotation.
LXM62DU60C21000, LXM62DU60D21000, LXM62DU60E21000, LXM62DU60G21000, LXM62DD15F21000 and other Lexium 62 double-axis drive modules.
Please submit the full model, nameplate photographs and installed system information. Hardware revision, firmware, safety configuration, availability, product condition and delivery schedule require confirmation before quotation.
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