Datasheet

U.I. Lapp
GmbH
DATA SHEET
SERVO LK SMS FX8PLUS SIGNAL
DB 00277101EN
valid from: 30.03.2011
Originator: H. Huber / PCM
approved: H. Pfeffer/ PDC
27.8.2011: V3_Correction: V Huber
Document: DB00277101EN_V3 page 1 of 7
All deviations from this specification are subject to explicit consent of U.I. Lapp GmbH. All rights reserved acc. to DIN 34.
PD 0019/2.1_11.09EN
Application
LAPP servo cables according to Siemens®* (see footnote) Standard FX8008 PLUS SIGNAL are a new genera-
tion of very highly flexible screened signal (encoder and resolver)- cables (P/Ns 00277101 to 00277171), with
PUR outer sheath and UL/CSA approvals. They are suitable in very high dynamically operating power chain
applications under accelerations up to 50m/s² as well as for static use. Lapp FX8PLUS Signal cables are made
in accordance to Siemens Motion Connect* typically used for interconnection in between encoders, resolvers and
similar devices and servo drive controllers of Siemens SINAMICS* drive systems. Typical kind of application: In
power chains of modern high speed/high efficient machine tools, production plants, car body presses, trans-
fer lines...
USA: According NFPA 79 Ed. 2007 AWM is accepted only, when part of a listed assembly. Cables can be used
in dry and damp areas and also outdoor provided the recommended temperatures of use are respected. Usage
of these cables in moving cable carriers, respectively on motor drum guidance or under a strain of more than 20
N/mm² is not allowed. LK SMS-FX8PLUS cables are increased oil-resistant, halogen-free and free of lacquer
destructive substances (“free of silicones”).
Table A LK SMS FX8PLUS Signal
Performance level
Common data of all signal cables:
Conductors: stranded tinned copper wires,
Insulation: PP Polypropylene
Conductor ID code see P/N’s individual Add-on datas
Jacket TMPU Polyurethane EN 50363-10-2. Green (~RAL6018)
Rated voltage UL AWM & CSA AWM: U = 30V
Temperature range Operating: - 20°C up to +60°C
Dynamic Characteris
tic
0
10
20
30
40
50
60
70
0
3
5
10
15
20
25
30
35
40
45
50
STROKE ( m)
Acceleration (m/sec²) required

Summary of content (7 pages)