LAPP 0036910 Screened Encoder Cable With PUR Outer Sheath Instructions

June 12, 2024
LAPP

LAPP 0036910 Screened Encoder Cable With PUR Outer Sheath

Screened encoder cable with PUR outer sheath for highly dynamic power chain application – certified
ÖLFLEX® SERVO FD 798 CP – Screened encoder cable for high dynamic power chain application in harsh conditions with UL/CSA AWM certification

Info

  • Extended Line Performance – Long travel lengths or high acceleration
  • Fits to various encoder systems
  • AWM certification for USA and Canada

LAPP-0036910-Screened-Encoder-Cable-With-PUR-Outer-Sheath-FIG-
\(1\)

FEATURES

  • Halogen-free
  • Mechanical resistance
  • Oil-resistant
  • Power chain
  • Interference signals
  • UV-resistant

Benefits

Allows much faster speed and accelerations which increases the economic efficiency of the machines Suitable for use with encoders & resolvers from leading manufacturers
Thin, optimised for weight and volume Increased durability under harsh conditions thanks to robust PUR outer sheath Resistant to contact with many mineral oil-based lubricants, diluted acids, aqueous alkaline solutions and other chemical media

Last Update (28.12.2021)
©2021 Lapp Group – Technical changes reserved
Product Management www.lappkabel.de
You can find the current technical data in the corresponding data sheet. PN 0456 / 02_03.16
Wide temperature range for applications in harsh climatic environments

Application range

  • Connecting cable between servo controller and encoder/resolver
  • Connecting cable between servo controller and speed generators
  • In power chains or moving machine parts
  • Particularly in wet areas of machine tools and transfer lines
  • Assembly lines, production lines, in all kinds of machines
  • For indoor and outdoor use

Product features

Flammability:

  • UL/CSA: VW-1, FT1
  • IEC/EN: 60332-1-2
  • Halogen-free materials
  • Low-capacitance design
  • Abrasion and notch-resistant
  • Oil-resistant

Norm references / Approvals

  • UL AWM Style 20236
  • CSA AWM IA/B; IIA/B FT 1
  • UL File No. E63634
  • For use in power chains: Please comply with assembly guideline Appendix T3

Product Make-up

  • Fine-wire or extra-fine wire, tinned-copper conductor
  • Core insulation: polypropylene (PP)
  • Cores (or core pairs) twisted in layers or bundles
  • Refer to data sheet for more details
  • Non-woven wrapping
  • PUR outer sheath, green (RAL 6018)

Technical Data

  • Classification ETIM 5: ETIM 5.0 Class-ID: EC000104
  • ETIM 5.0 Class-Description: Control cable
  • Classification ETIM 6: ETIM 6.0 Class-ID: EC000104
  • ETIM 6.0 Class-Description: Control cable
  • Core identification code: Details see datasheet ÖLFLEX® SERVO FD 798 CP
  • Conductor stranding: Fine wire or extra-fine wire
  • Minimum bending radius: Flexing: up from 7.5 x outer diameter
  • Fixed installation: 4 x outer diameter
  • Nominal voltage: IEC: 30 V
  • UL & CSA: 30 V
  • Test voltage: Core/core: 1500 V rms
  • Core/screen: 750 V rms
  • Temperature range: Flexing: -40°C to +90°C (UL/CSA: +80°C)
  • Fixed installation: -50°C to +90°C (UL/CSA: +80°C)

Note

  • Unless specified otherwise, the shown product values are nominal values at room temperature. Detailed values (e.g. tolerances) are available upon request.
  • Copper price basis: EUR 150/100 kg. Refer to catalogue appendix T17 for the definition and calculation of copper-related surcharges.
  • Please find our standard lengths at: www.lappkabel.de/en/cable-standardlengths
  • Packaging size: coil ≤ 30 kg or ≤ 250 m, otherwise drum
  • Please specify the preferred type of packaging (e.g. 1 x 500 m drum or 5 x 100 m coils).
  • DESINA – Decentralized and standardized installation technology for machine tools and manufacturing systems
  • Photographs and graphics are not to scale and do not represent detailed images of the respective products.
  • Prices are net prices without VAT and surcharges. Sale to business customers only.

PRODUCT INFORMATION

Article number| Number of cores and mm² per conductor| Outer diameter [mm]| Copper index (kg/km)| Weight (kg/km)
---|---|---|---|---
ÖLFLEX® SERVO FD 798 CP
0036910| (4x2x0,34+4×0,5)| 8.9| 79| 125
0036949| (3x(2×0,14)+(2x(0,5))| 9.6| 70| 120
0036912| (3x(2×0,14)+4×0,14+2×0,5)| 8.8| 68| 110
0036913| (3x(2×0,14)+4×0,14+2×0,5+4×0,22)| 9.4| 80| 130
0036942| (2x2x0,18)| 5.0| 24| 47
0036924| (4x2x0,18)| 6.4| 30| 52
0036923| (8x2x0,18)| 7.8| 51| 85
0036926| (12×0,22)| 7.1| 44| 73
0036915| (4x2x0,25+2×1,0)| 8.8| 63| 109
0036927| (4x2x0,25+2×0,5)| 8.5| 62| 98
0036943| (4×1+4x2x0,14+(4×0,14))| 9.7| 103| 175
0036944| (3x(2×0,25)+3×0,25+2×1,0))| 9.3| 96| 162
0036929| (2x(2×0,25)+2×0,5)| 8.7| 46| 98
0036930| (2x2x0,25+2×0,5)| 7.3| 38| 72
0036914| (9×0,5)| 8.8| 71| 110
0036946| 3x(2×0,14)+(2×0,5)| 10.0| 68| 142
0036941| 3x(2×0,14)+(3×0,14)| 9.2| 57| 125
0036945| 4x(2×0,14)+2x(1)| 11.4| 92| 115
0036916| (6x2x0,25+2×0,5)| 10.3| 67| 121
0036917| (10×0,14+2×0,5)| 7.7| 41| 82
0036918| (10×0,14+4×0,5)| 8.1| 54| 98
0036928| (2x2x0,14+2x(2×0,14)+4×0,5+(4×0, 14))| 9.1| 79| 135
0036921| (4x2x0,25)| 7.6| 38| 75
0036947| (5x2x0,25)| 9.0| 50| 126
0036940| (6x2x0,25)| 9.3| 71| 143
0036948| (5x2x22AWG)| 8.7| 75| 109
0036920| (4x2x0,14+4×0,5)| 8.2| 51| 95
0036911| (3x(2×0,14)+2x(0,5))| 9.6| 70| 120
0036931| (3x(2×0,14)+2x(1))| 9.1| 74| 137
0036932| (4x2x0,14+4×0,50+(4×0,14))| 8.3| 88| 134
0036933| (3x2x0,25+2×0,5)| 8.4| 50| 86
0036934| (5x2x0,25+2×0,5)| 9.5| 69| 113
0036935| (3x2x24AWG)| 6.5| 36| 70
Weight (kg/km)| 101| 110| 113| 70
---|---|---|---|---
Copper index (kg/km)| 51| 62| 79.2| 41
Outer diameter [mm]| 7.8| 7.6| 8.7| 6.2
Number of cores and mm² per conductor| (5x2x0,14+2×0,5)| (2x2x0,18+5×0,5)| (5x2x0,18+6×0,5)| (10x2x28AWG)
Article number| 0036936| 0036937| 0036938| 0036939

LAPP-0036910-Screened-Encoder-Cable-With-PUR-Outer-Sheath-FIG-
\(4\) LAPP-0036910-Screened-
Encoder-Cable-With-PUR-Outer-Sheath-FIG- \(5\) LAPP-0036910-Screened-Encoder-Cable-With-PUR-Outer-Sheath-
FIG- \(6\)

Last Update (28.12.2021) ©2021 Lapp Group – Technical changes reserved
Product Management www.lappkabel.de
You can find the current technical data in the corresponding data sheet. PN 0456 / 02_03.16

References

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