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Schneider Electric BCH0602O12F1C Lexium BCH Series Servo Motor

Schneider Electric BCH0602O12F1C Lexium BCH Series Servo Motor

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Brand:Schneider PLC
Item No.:Schneider Electric BCH0602O12F1C
Product Origin:France
Product Dimensions:166.8 mm
Product Weight:1.6 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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140ACI03000 2140ACI03000 3140ACI03000140ACI03000 4

The Schneider Electric BCH0602O12F1C is a 0.4 kW AC servo motor from the Lexium BCH series, engineered for compact but high-precision motion control systems in industrial automation.

It is designed for use with Lexium servo drives (especially Lexium 23 Plus systems) and is widely applied in packaging machines, pick-and-place units, labeling systems, light robotics, and electronic assembly equipment, where stable positioning accuracy and fast dynamic response are required.

Compared with the standard BCH0602O12A1C, this version integrates a holding brake, making it suitable for vertical axes, load-holding positioning, and safety-critical motion control.

Its 60 mm flange design, dual-stack rotor construction, and 20-bit encoder feedback enable smooth motion performance in compact machine architectures.


Technical Specifications

ParameterSpecification
ModelBCH0602O12F1C
SeriesLexium BCH
Device TypeAC Servo Motor
Rated Power0.4 kW (400 W)
Rated Voltage220 V AC, single-phase
Rated Current2.6 A
Rated Speed3000 rpm
Maximum Speedup to 5000 rpm
Rated Torqueapprox. 1.27 N·m
Peak Torqueup to ~3.82 N·m
Encoder Type20-bit incremental encoder
BrakeYes (holding brake integrated)
Shaft TypeKeyed shaft (14 mm)
Cooling MethodNatural convection
Mounting60 mm flange industrial standard
Protection ClassIP40 (typical configuration)

Physical Dimensions & Weight

AttributeValue
Motor Length166.8 mm
Flange Size60 mm
Shaft Diameter14 mm
Key Size5 mm
Weightapprox. 1.6 kg

This structure is optimized for medium-inertia motion systems requiring stable torque, compact installation, and reliable positioning under repeated cycles.


Recommended Related Models

  • Schneider BCH0602O12A1C – brake-less standard version
  • Schneider BCH0601O12F1C – lower power brake-equipped variant
  • Schneider BCH0801O12F1C – higher torque servo motor series
  • Lexium 23 Plus Servo Drives – matched drive platform
  • Lexium 32 Servo System – higher-performance motion upgrade

Popular Schneider Electric Motion Products

  • Lexium BCH Servo Motor Series
  • Lexium 23 Plus Servo Drives
  • Lexium 32 Advanced Motion Systems
  • Lexium ILA Integrated Servo Drives
  • PacDrive automation platforms 


Applications

The BCH0602O12F1C is widely used in:

  • Vertical axis positioning systems
  • Packaging and labeling machines
  • Automated assembly lines
  • Small robotics and handling systems
  • Textile and printing equipment
  • Precision pick-and-place machinery

It is particularly effective in applications requiring load holding, precise positioning, and stable motion control in compact automation environments.


Advantages

  • Integrated holding brake for vertical and safety-critical axes
  • High-resolution 20-bit encoder for precise positioning
  • Compact 60 mm flange for space-saving integration
  • Strong torque output for its size class
  • Smooth low-speed performance and stability
  • Compatible with Lexium servo ecosystem
  • Reliable operation in continuous industrial duty
  • Optimized for repetitive high-cycle automation 


Technical FAQs

1. What is the main difference between A1C and F1C?
F1C includes a holding brake, while A1C does not.

2. What is its rated power?
0.4 kW (400 W).

3. What is the maximum speed?
Up to 5000 rpm.

4. Does it include a brake?
Yes, this model has an integrated holding brake.

5. What encoder does it use?
A 20-bit incremental encoder.

6. What is the shaft size?
14 mm keyed shaft.

7. What drive is compatible?
Schneider Lexium 23 Plus servo drives.

8. Is it suitable for heavy-duty machinery?
No, it is designed for light-to-medium precision automation.

9. What industries use it?
Packaging, electronics manufacturing, robotics, and light industrial automation.

10. Why is the brake important?
It prevents load drop in vertical axes when power is removed.


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