Cable tie outside serrated small diameter, 200.0x4.9mm, ⌀1.0-50.0mm, black, 1000pcs.
Art.-No. 118-00270 | S50ROS-PP-BK | Details

The S50ROS features a significantly lower CO₂ footprint compared to cable ties made of standard material, in line with sustainability goals in various industries
The outside serration design ensures gentle handling of sensitive cables and bundles, reducing the risk of damage during installation and maintenance
With an anti-slip feature on the inside, the S50ROS prevents undesired lateral movement of cables and bundles, maintaining tidy and organized cable management within vehicles
Resistant to various chemicals including salt and acid, the S50ROS is ideal for automotive applications where exposure to harsh environments is common, ensuring long-lasting performance and reliability

Package size

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Application	S-Series cable ties made from Polypropylene (PP) are non hydroscopic, offer a higher chemical resistance and reduced CO2 footprint compared to a standard cable tie material. These cable ties are used to bundle and secure cables, pipes and/or hoses.
Colour	Black (BK)
Fixation Method	Cable Tie
Identification Plate Position	none
Key product features	small diameter
Material	Polypropylene (PP)
PART DESCRIPTION	S50ROS-PP-BK
Pack Cont.	1000pcs.
Package Content packed in	bag
Product Family	S-Series
Product Group	Cable ties for thin-walled bundles
Releasable Closure (Yes/No)	No
Tie Closure	plastic pawl
Type	S50ROS
Variant	Outside Serrated

ELV compliant (Article 4 - 2)	YES
Halogen-free	Yes
Hazardous Goods	No
Operating Temperature	-40 °C to +110 °C, (3000 h)
ROHS compliant	Yes
Specifications
	Source products are manufactured with plastics recovered from recycled waste or marine environments, derived from renewable plant-based sources, or use materials with lower equivalent emissions. HellermannTyton also offers product solutions that – by design – reduce waste or support reusability and recyclability. ReSource highlights HellermannTyton products that are made from reccled waste or from virgin materials with relatively lower carbon emissions.