PreviousUL Screened 7G2.5

NextScreened UL Flex 7G2.5

Screened UL Flex 7G2.5

Name: Screened UL Flex 7G2.5
SKU: LAPP-0015907
Price: 54.40 AUD
Availability: InStock

ÖLFLEX® 150 QUATTRO UL/CSA Screened Flex Numbered Cores 7G2.5 (6 + E)

$54.40 (Per/m excl GST)

(Per/m excl GST)

Global Stock

SKU: LAPP-0015907 Manufacturer part number: 0015907 Price breaks available:

Select or Type Quantity

SKU: LAPP-0015907 Manufacturer part number: 0015907 Price breaks available:

Free shipping on Web orders over $100

Overview
Specifications
Downloads
Ask A Specialist

Application range

Plant engineering
Industrial machinery
Heating and air-conditioning systems
In EMC-sensitive environments
(electromagnetic compatibility)
Mainly used in dry, damp and wet interiors (including water-oil mixtures), but not for outdoor use
For fixed installation under medium mechanical load conditions, and applications with occasional flexing at free, non-continuously recurring movement without tensile load or compulsory guidance
Note: for the use of AWM (Appliance Wiring Material) cables in industrial machinery (USA) according to NFPA 79 Ed. 2015: please see the catalogue appendix table T29

Benefits

Wide application range due to multiple certifications

Product Make-up

Fine-wire strand made of bare copper wires
PVC core insulation
Cores twisted in layers
PVC inner sheath, grey
Tinned-copper braiding
PVC outer sheath, high oil-resistance, grey (RAL 7001)

Norm references / Approvals

H05VVC4V5-K (EN 50525-2-51)
UL AWM Style 21098
CSA AWM I A/B II A/B
Multi-standard cables have conductor strands with nominal sizes in mm² or AWG/kcmil. The master size is mentioned in the table below, while the equivalent size of the other system can be found in the Appendix T16 of this catalogue. For this related secondary size the cross-section of the conductor mostly works out to be greater than the
specified nominal value.

Product features

Flame-retardant according to IEC 60332-1-2
and UL 1581 §1061 Cable Flame Test
Oil-resistant according to EN 50363-4-1: TM5
High degree of screening
low transfer impedance
(max. 250 O/km at 30 MHz)

SKU

LAPP-15907

SKU

LAPP-0015907

SKU

LAPP-0015907

We strive to provide you with the best information we can, considering the images are not to scale and do not represent detailed perspectives of the respected products. If you notice any errors or omissions in this information, please let us know using the contact us tab on this page.

Products specifications

Attribute name	Attribute value
Locally Stocked in NZ	Only Show Stocked Items
Number of Conductors	7
Conductor Size	2.5mm
Colour	Grey

Product Files

Type Name

Datasheet

LAPP-Main-Catalogue-2018-19 _ 52

Your name *

Your email *

Enquiry *

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Application range

Plant engineering
Industrial machinery
Heating and air-conditioning systems
In EMC-sensitive environments
(electromagnetic compatibility)
Mainly used in dry, damp and wet interiors (including water-oil mixtures), but not for outdoor use
For fixed installation under medium mechanical load conditions, and applications with occasional flexing at free, non-continuously recurring movement without tensile load or compulsory guidance
Note: for the use of AWM (Appliance Wiring Material) cables in industrial machinery (USA) according to NFPA 79 Ed. 2015: please see the catalogue appendix table T29

Benefits

Wide application range due to multiple certifications

Product Make-up

Fine-wire strand made of bare copper wires
PVC core insulation
Cores twisted in layers
PVC inner sheath, grey
Tinned-copper braiding
PVC outer sheath, high oil-resistance, grey (RAL 7001)

Norm references / Approvals

H05VVC4V5-K (EN 50525-2-51)
UL AWM Style 21098
CSA AWM I A/B II A/B
Multi-standard cables have conductor strands with nominal sizes in mm² or AWG/kcmil. The master size is mentioned in the table below, while the equivalent size of the other system can be found in the Appendix T16 of this catalogue. For this related secondary size the cross-section of the conductor mostly works out to be greater than the
specified nominal value.