ÖLFLEX® CLASSIC 415 CP 7G1
Power and control cable; 7G1; U0/U: 300/500 V; PUR; Core identification: Numbers; Shielded; Flexible
Benefits
- Durable, resistant product thanks to the outer sheath PU material that is resistant to abrasions, notches and cuts.
- Doing away with the inner sheath results in lower weight and smaller outer diameters.
- Ideal protection against electromagnetic interference thanks to copper screening braiding with a high degree of coverage.
- Classified fire behaviour according to EU Directive 305/2011 (BauPVO/CPR) with article number selection on the LAPP website.
Applications
- For universal use for wiring machine-internal and cross-plant control circuits.
- Typical areas of application are industrial machinery, machine tools and transfer lines.
- Especially for environments where electromagnetic compatibility (EMC) is required.
- For fixed installation and occasional flexing without tensile strain.
- Can be used in dry, wet and especially in harsh and oily environments.
- The PUR outer sheath withstands high mechanical loads.
- PUR outer sheath is highly chemical resistant and highly oil resistant.
- Suitable for outdoor use, subject to the temperature range.
Technical Attributes
General Information
Brand
ÖLFLEX®
Product type
Power and control cable
Weight
192 kg/km
Copper index
112.000 kg/km
copper index (lb)
1209.540 lb/10,000 ft
Electrical Characteristics
Nominal voltage
U0/U: 300/500 V AC rms according to IEC
test voltage conductor/conductor
4 kV
Test voltage core/screening
2 kV
Current rating according to
VDE 0298-4
Max. conductor resistance at 20°C
19.5 Ω/km
Product Design
Cable dimension
7G1
Conductor cross-section (mm2)
1 mm²
Conductor material
Bare Copper
Conductor design
IEC 60228 class 5: fine-wire
Including protective conductor
Yes
Number of cores
7
Stranding type
Layered Stranding
Wrapping over stranding
Plastic film
Shielded
Yes
Type of overall screen
Tin-plated copper braiding
Nominal outer diameter
8.8 mm
Shape of cable
Round
Core insulation base material
Polyvinylchloride
Core insulation base material, shortname
PVC
Base material of outer sheath
Polyurethane
Base material of outer sheath, shortname
PUR
Cable insulation colour
grey
Cable insulation RAL colour
RAL 7001
Core identification
Numbers
Core colour code
EN 50334VDE 0293-1
Product Characteristics
Application area
FlexibleFixed Installation
Minimum bending radius, fixed installation
6 x outer diameter
Minimum bending radius in mm, stationary
52.8 mm
Minimum bending radius, occasionally moved
20 x outer diameter
Minimum bending radius in mm, occasionally flexing
176.0 mm
temperature, fixed installation
-40 °C to 80 °C
Temperature, occasionally moved
-5 °C to 70 °C
Storage temperature min.
-25 °C
Storage temperature max.
55 °C
Flame-retardant
No
UV-resistant
Yes
UV-resistant according to
EN ISO 4892-2, method A (colour change permitted)EN 50618EN 50620
weather resistant
Yes
Chemical resistant
Yes
hydrolysis resistant
Yes
Halogenfree
No
Oil-resistant
Yes
Oil resistance according to
EN 50363-10-2
PWIS-free
Yes
PWIS-free according to
VDMA 24364-B2-L
Certifications and Standards
CE marked
Yes
UKCA marked
Yes
EAC certified
Yes
EAC certification number
ЕАЭС N RU Д-DE.АЮ64.В.00130/20
UL recognised
No
UL listed
No
cUR recognized
No
cUL listed
No
CSA certified
No
VDE certified
No
HAR-certified
No
Flame retardance tested according to UN/ECE-R118
No
Ecolab certified
No
Documentation
-
Notes
- Photographs and graphics are not to scale and do not represent detailed images of the respective products.
- Unless specified otherwise, the product values shown are rated values at room temperature. You can receive further values, such as tolerances, upon request if they are available and have been released for publication.
Product Family List
All articles from ÖLFLEX® CLASSIC 415 CP
| Article number | Number of cores | Including protective conductor | Conductor cross-section (mm2) | Copper index | Weight | |
|---|---|---|---|---|---|---|
| 1314000 | 2 | No | 0.5 mm² | 36.000 kg/km | 45 kg/km | |
| 1314001 | 3 | Yes | 0.5 mm² | 43.000 kg/km | 59 kg/km | |
| 1314002 | 3 | No | 0.5 mm² | 43.000 kg/km | 59 kg/km | |
| 1314003 | 4 | Yes | 0.5 mm² | 49.000 kg/km | 83 kg/km | |
| 1314004 | 4 | No | 0.5 mm² | 49.000 kg/km | 83 kg/km | |
| 1314005 | 5 | Yes | 0.5 mm² | 57.000 kg/km | 96 kg/km | |
| 1314006 | 5 | No | 0.5 mm² | 57.000 kg/km | 96 kg/km | |
| 1314007 | 7 | Yes | 0.5 mm² | 69.000 kg/km | 136 kg/km | |
| 1314008 | 7 | No | 0.5 mm² | 69.000 kg/km | 136 kg/km | |
| 1314010 | 12 | Yes | 0.5 mm² | 104.000 kg/km | 200 kg/km | |
| 1314011 | 12 | No | 0.5 mm² | 104.000 kg/km | 200 kg/km | |
| 1314012 | 18 | Yes | 0.5 mm² | 141.000 kg/km | 275 kg/km | |
| 1314013 | 18 | No | 0.5 mm² | 141.000 kg/km | 275 kg/km | |
| 1314014 | 25 | Yes | 0.5 mm² | 211.000 kg/km | 350 kg/km | |
| 1314015 | 25 | No | 0.5 mm² | 211.000 kg/km | 350 kg/km | |
| 1314017 | 2 | No | 0.75 mm² | 43.000 kg/km | 56 kg/km | |
| 1314018 | 3 | Yes | 0.75 mm² | 52.000 kg/km | 70 kg/km | |
| 1314019 | 3 | No | 0.75 mm² | 52.000 kg/km | 70 kg/km | |
| 1314020 | 4 | Yes | 0.75 mm² | 61.000 kg/km | 95 kg/km | |
| 1314021 | 4 | No | 0.75 mm² | 61.000 kg/km | 95 kg/km | |
| 1314022 | 5 | Yes | 0.75 mm² | 72.000 kg/km | 130 kg/km | |
| 1314023 | 5 | No | 0.75 mm² | 72.000 kg/km | 130 kg/km | |
| 1314024 | 7 | Yes | 0.75 mm² | 89.000 kg/km | 168 kg/km | |
| 1314025 | 7 | No | 0.75 mm² | 89.000 kg/km | 168 kg/km | |
| 1314026 | 12 | Yes | 0.75 mm² | 138.000 kg/km | 232 kg/km | |
| 1314027 | 18 | Yes | 0.75 mm² | 211.000 kg/km | 315 kg/km | |
| 1314028 | 25 | Yes | 0.75 mm² | 280.000 kg/km | 435 kg/km | |
| 1314029 | 25 | No | 0.75 mm² | 280.000 kg/km | 435 kg/km | |
| 1314032 | 2 | No | 1 mm² | 51.000 kg/km | 84 kg/km | |
| 1314033 | 3 | Yes | 1 mm² | 62.000 kg/km | 110 kg/km | |
| 1314034 | 3 | No | 1 mm² | 62.000 kg/km | 110 kg/km | |
| 1314035 | 4 | Yes | 1 mm² | 74.000 kg/km | 130 kg/km | |
| 1314036 | 4 | No | 1 mm² | 74.000 kg/km | 130 kg/km | |
| 1314037 | 5 | Yes | 1 mm² | 88.000 kg/km | 156 kg/km | |
| 1314038 | 5 | No | 1 mm² | 88.000 kg/km | 156 kg/km | |
| 1314039 | 7 | Yes | 1 mm² | 112.000 kg/km | 192 kg/km | |
| 1314040 | 7 | No | 1 mm² | 112.000 kg/km | 192 kg/km | |
| 1314041 | 12 | Yes | 1 mm² | 185.000 kg/km | 285 kg/km | |
| 1314042 | 18 | Yes | 1 mm² | 268.000 kg/km | 395 kg/km | |
| 1314043 | 25 | Yes | 1 mm² | 354.000 kg/km | 656 kg/km | |
| 1314046 | 2 | No | 1.5 mm² | 65.000 kg/km | 97 kg/km | |
| 1314047 | 3 | Yes | 1.5 mm² | 82.000 kg/km | 125 kg/km | |
| 1314048 | 3 | No | 1.5 mm² | 82.000 kg/km | 125 kg/km | |
| 1314049 | 4 | Yes | 1.5 mm² | 100.000 kg/km | 165 kg/km | |
| 1314050 | 4 | No | 1.5 mm² | 100.000 kg/km | 165 kg/km | |
| 1314051 | 5 | Yes | 1.5 mm² | 119.000 kg/km | 193 kg/km | |
| 1314052 | 5 | No | 1.5 mm² | 119.000 kg/km | 193 kg/km | |
| 1314053 | 7 | Yes | 1.5 mm² | 154.000 kg/km | 245 kg/km | |
| 1314054 | 7 | No | 1.5 mm² | 154.000 kg/km | 245 kg/km | |
| 1314055 | 12 | Yes | 1.5 mm² | 268.000 kg/km | 365 kg/km | |
| 1314056 | 18 | Yes | 1.5 mm² | 373.000 kg/km | 553 kg/km | |
| 1314057 | 25 | Yes | 1.5 mm² | 530.000 kg/km | 734 kg/km | |
| 1314058 | 34 | Yes | 1.5 mm² | 683.000 kg/km | 944 kg/km | |
| 1314061 | 3 | Yes | 2.5 mm² | 118.000 kg/km | 188 kg/km | |
| 1314062 | 4 | Yes | 2.5 mm² | 147.000 kg/km | 236 kg/km | |
| 1314063 | 5 | Yes | 2.5 mm² | 176.000 kg/km | 270 kg/km | |
| 1314064 | 7 | Yes | 2.5 mm² | 253.000 kg/km | 340 kg/km | |
| 1314065 | 12 | Yes | 2.5 mm² | 355.000 kg/km | 589 kg/km | |
| 1314066 | 18 | Yes | 2.5 mm² | 569.000 kg/km | 978 kg/km | |
| 1314067 | 25 | Yes | 2.5 mm² | 827.000 kg/km | 1358 kg/km | |
| 1314068 | 4 | Yes | 4 mm² | 248.000 kg/km | 305 kg/km | |
| 1314070 | 7 | Yes | 4 mm² | 355.000 kg/km | 500 kg/km | |
| 1314071 | 4 | Yes | 6 mm² | 343.000 kg/km | 440 kg/km | |
| 1314073 | 7 | Yes | 6 mm² | 505.000 kg/km | 672 kg/km | |
| 1314074 | 4 | Yes | 10 mm² | 535.000 kg/km | 710 kg/km | |
| 1314075 | 4 | Yes | 16 mm² | 800.000 kg/km | 1050 kg/km | |
| 1314076 | 4 | Yes | 25 mm² | 1075.000 kg/km | 1570 kg/km | |
| 1314077 | 4 | Yes | 35 mm² | 1576.000 kg/km | 2070 kg/km |
Why Choose Lapp ?
Why Choose LAPP as a Preferred Partner?
