Schneider Electric LXMMC12MS06S100 Longstator motor, Lexium MC12 multi carrier, straight, 300mm, IP65
Schneider Electric
LXMMC12MS06S100
Longstator motor, Lexium MC12 multi carrier, straight, 300mm, IP65
MPN: LXMMC12MS06S100
PPN: SCH-LXMMC12MS06S100
Spec sheet
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Description
Longstator motor, Lexium MC12 multi carrier, straight, 300mm, IP65
Specifications
Complementary Attributes
Maximum Acceleration
120 m/s²
Maximum Length Of Track Per Controller
40 m
Maximum Operating Force
120 N
Minimum Distance Between Carriers
0 m
Maximum Actuation Speed4 m/s
Maximum Number Of Carrier Per Controller200
Maximum Permissible End Of Travel Force380 N
Minimum Number Of Carrier Per Controller6
Important Information Attributes
Persona Type Ids
EU, OM
Carbon Footprint Of The Distribution Phase A4
1.1173, 1 kg CO2 eq.
Carbon Footprint Of The Installation Phase A5
0.041145, 0 kg CO2 eq.
Carbon Footprint Of The Use Phase B2 B3 B4 B6
20 601 kg CO2 eq., 20601
Local Publishable Date
2026-01-12
Stocking Flag
Y
Device Type
Motion - drive & motor
Traceability
Yes
Average Life Duration
15 year(s)
Distribution Carbon Footprint
1.1173
End Of Life Carbon Footprint
1.8118
Scope Perimeter
At least in Europe
End Of Life Doc Ref
ENVEOLI2110002EN
Reach Full Compliance Status Id
CONTAINS_SVHC
Rohs Eur In Scope
Yes
Rohs Eur Conformity Date
2140
China Rohs In Scope
Yes
With Recycled Cardboard
Yes
Product Contributes To Saved And Avoided Emissions
No
Tier
3
Function Option
Advanced
Market Segmentation
Industrial
Installation Direction
straight
Maximum Number Of Carrier Per Controller
200
Minimum Distance Between Carriers
0 m
Peak Stall Torque
120 N.m
Product Or Component Type
longstator motor
Returnability
No
Sustainable Packaging
No
Carbon Footprint Kg Co2 Eq Total Life Cycle
20799
Pep Code
ENVPEP2110002EN
Pep Verification Date
2021-12-01
Type Of Verification For The Pep
Independent internal review
Functional Unit Description
To drive the multi carrier system, with segment equipped with electronic type plates which enables the controller to identify the segments and the resulting track geometry automatically, at 460W with a 100% use rate during 10 years.