Lapp ÖLFLEX CONTROL TM Control Cable, 12 Cores, 1 mm², YY, Unscreened, 50m, Grey Thermoplastic Polymer Sheath, 17 AWG

Subtotal (1 reel of 50 metres)*

£410.63

(exc. VAT)

£492.76

(inc. VAT)

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Reel(s)
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Per Metre*
1 +£410.63£8.213

*price indicative

RS Stock No.:
807-9679
Mfr. Part No.:
281812
Brand:
Lapp
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Brand

Lapp

Series

ÖLFLEX CONTROL TM

Number of Cores

12

Cross Sectional Area

1 mm²

American Wire Gauge

17 AWG

Conductor Material

Bare Copper

Sheath Material

Thermoplastic Polymer

Sheath Colour

Grey

Control Cable Type

YY

Screen Type

Unscreened

Screened/Unscreened

Unscreened

Minimum Bend Radius

5 x Diameter

Length

50m

Outer Diameter

12mm

Voltage Rating

600 V

Standards Met

CE, CSA, UL

Maximum Operating Temperature

+90°C

Fire Behaviour

Flame Retardant

Minimum Operating Temperature

-40°C

Oil Resistant

Yes

Cable Shape

Multicore

Insulation Material

PVC

Drain Wire

Yes

COO (Country of Origin):
DE

LAPP ÖLFLEX CONTROL TM Series Control Cable, 12 Cores, 1mm² Cross Sectional Area - 281812


This control cable is designed for a multitude of applications in industrial machinery and plant engineering. It features 12 cores with a cross-sectional area of 1 mm², ensuring effective power and control transmission. With a robust outer diameter of 12mm, this unscreened cable is constructed from a thermoplastic polymer sheath with a grey finish, making it suitable for demanding operational environments.

Features & Benefits


• Oil-resistant, ensuring durability in harsh conditions
• Low minimum bending radius supports flexible installations
• Wide temperature range from -40°C to +90°C allows versatile usage
• PVC insulation further safeguards against environmental factors

Applications


• Ideal for use in industrial machinery and plant
• Suitable for unprotected operations on cable trays
• Can be utilised in wind turbine tray cable installations
• Appropriate for running exposed cable in UK settings

What is the significance of the cable's flame-retardant feature?


The flame-retardant feature helps prevent the spread of fire, making it suitable for environments where safety regulations are stringent, particularly in industrial applications.

How does the cable's torsion resistance benefit its functionality?


Torsion resistance is crucial for applications that involve movement or bending, such as in wind turbines, where cables are subject to dynamic twisting during operation.

What maintenance requirements should be followed for optimal performance?


Regular inspections for wear and damage are recommended, along with ensuring the cable is routed properly to maintain the minimum bending radius and prevent mechanical stress.

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