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LXM62DD27F21000 Lexium 62 2 x 9A Embedded Safety Double Drive

Product Details

Place of Origin: France

Model Number: LXM62DD27F21000

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Specifications
Highlight:
Product Family:
Lexium 62 Modular Multi-axis Servo System
Product Type:
Servo Drive Module
Axis Configuration:
Two Servo Axes In One Module
Continuous Output Current:
2 X 9 A
3-Second Peak Output Current:
2 X 27 A
Continuous Motor Power Class:
2 X 4.3 KW
DC Bus Voltage:
250 To 700 VDC
Control Supply:
24 VDC
Communication Interface:
SERCOS III
Safety Configuration:
Embedded Safety Double-drive Variant For Safety Over SERCOS Applications
Switching Frequency:
8 KHz
Protection Rating:
IP20 For Cabinet Installation
Operating Environment:
5 To 55 °C, Subject To Installation And Derating Rules
Hardware Generation:
Current Lexium 62 Hardware Generation
System Context:
PacDrive 3 And Lexium 62 System Architecture
Product Family:
Lexium 62 Modular Multi-axis Servo System
Product Type:
Servo Drive Module
Axis Configuration:
Two Servo Axes In One Module
Continuous Output Current:
2 X 9 A
3-Second Peak Output Current:
2 X 27 A
Continuous Motor Power Class:
2 X 4.3 KW
DC Bus Voltage:
250 To 700 VDC
Control Supply:
24 VDC
Communication Interface:
SERCOS III
Safety Configuration:
Embedded Safety Double-drive Variant For Safety Over SERCOS Applications
Switching Frequency:
8 KHz
Protection Rating:
IP20 For Cabinet Installation
Operating Environment:
5 To 55 °C, Subject To Installation And Derating Rules
Hardware Generation:
Current Lexium 62 Hardware Generation
System Context:
PacDrive 3 And Lexium 62 System Architecture
Description
LXM62DD27F21000 Lexium 62 2 x 9A Embedded Safety Double Drive

The LXM62DD27F21000 is a high-current double drive with embedded safety capability for two Lexium 62 servo axes. Each channel is rated at 9 A continuous, 27 A for three seconds, and a 4.3 kW continuous motor power class.

The F suffix differentiates this module from standard D-generation double drives by providing the embedded-safety hardware variant used in Safety over SERCOS architectures. It combines dense two-axis control with synchronized motion, diagnostic visibility, and safety-oriented project integration.

Key Features

· Two 9 A continuous servo channels in one module

· 27 A three-second peak and 4.3 kW power class per axis

· F-suffix embedded-safety double-drive architecture

· Designed for validated Safety over SERCOS machine projects

· SERCOS III communication for real-time motion and diagnostics

· Shared DC bus integration for compact multi-axis cabinet design

Typical Applications

· Two-axis handling systems with integrated safety requirements

· Paired servo mechanisms in guarded packaging machinery

· Synchronized process axes requiring high short-term torque

· PacDrive 3 projects standardized on F-suffix embedded-safety modules

Compatibility and Selection Note

The embedded-safety designation does not by itself prove that every safety function is available in a specific machine. Verify controller type, firmware, safety project, licensed function set, motor feedback, cable system, SERCOS configuration, risk assessment, and validation records before selection or replacement.

 

LXM62DD27F21000 | FAQ AND SEO

FAQ

1. What does the F suffix mean?

It identifies the embedded-safety double-drive hardware variant intended for supported Safety over SERCOS system designs.

2. How is it different from LXM62DD27D21000?

The current and power classes are similar, but the D model uses the standard hardwired safety interface while the F model is the embedded-safety variant.

3. Are both axes rated at 27 A continuously?

No. Each axis is rated 9 A continuous and 27 A for a three-second peak under the specified conditions.

4. Does embedded safety eliminate machine validation?

No. The complete safety function must still be engineered, configured, tested, documented, and validated for the machine.

5. Can the channels control different motors?

They may be commissioned independently within supported rules, but each motor, feedback device, cable, current profile, and safety function must be verified.

6. What should be compared for a replacement?

Compare the complete model suffix, safety architecture, firmware, option set, connector kit, motor data, SERCOS project, DC bus capacity, and cabinet dimensions.

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