Cable Ties and Fixings 1.2 Cable Ties Outside Serrated Cable ties with low prole head LPH-Series Designed primarily for use within the electrical supply industry, these ties are particularly useful in areas with limited space due to their low prole head. Features and Benets Outside serrated cable tie with a smooth surface to the bundle Protects against damage to insulation Broad contact area with cable, minimising risk of damage Low prole head for use in restricted areas Parallel bundling for secure applications LPH-Series. Application tools LPH175 please see page 302. LPH275, LPH350 Width Length Bundle Pack TYPE (W) (L) max. Material Colour Cont. Article-No. LPH175 9.0 175.0 40.0 310 PA66 Black (BK) 100 112-00203 LPH275 9.0 265.0 62.0 480 PA66 Black (BK) 100 112-00303 LPH350 9.0 355.0 92.0 480 PA66 Black (BK) 100 112-00403 All dimensions in mm. Subject to technical changes. Minimum Order Quantity (MOQ) may differ from package content. Other packaging options may also be available. Please note Not all products listed on this page may have this approval. For product specic approvals please refer to the Appendix. Further information and products at www.HellermannTyton.co.uk/a49 49 Date of issue: January 2014Cable Ties and Fixings 1.1 Material Information Material Specication Overview Natural Corrosion resistant Aluminium-alloy AL -40 C to +180 C (NA) Antimagnetic Black Weather-resistant Chloroprene CR -20 C to +80 C (BK) High yield strength Resistance to radioactivity Ethylenterauori- UV- resistant, not moisture sentitive E/TFE -80 C to +170 C Blue (BU) UL94 V0 neethylen Good chemical resistance to: acids, bases, oxidizing agents Limited brittleness sensitivity -40 C to +90 C, Natural Flexible at low temperature Polyacetal POM UL94 HB (+110 C, 500 h) (NA) Not moisture sensitive Robust on impacts Bio-plastic, derived from vegetable oil Strong impact resistance at low temperature -40 C to +85 C, Black Polyamide 11 PA11 UL94 HB Very low moisture absorption (+105 C, 500 h) (BK) Weather-resistant Good chemical resistance Good chemical resistance to: -40 C to +85 C, Black Polyamide 12 PA12 UL94 HB acids, bases, oxidizing agents (+105 C, 500 h) (BK) UV- resistant Natural -40 C to +150 C Resistance to high temperatures (NA), Polyamide 4.6 PA46 (5000 h), +195 C UL94 V2 Very moisture sensitive Grey (500 h) Low smoke sensitive (GY) Black Polyamide 6 PA6 -40 C to +80 C UL94 V2 High yield strength (BK) Black -40 C to +85 C, (BK), Polyamide 6.6 PA66 UL94 V2 High yield strength (+105 C, 500 h) Natural (NA) Polyamide 6.6, PA66GF13, Black Good resistance to: lubricants, vehicle fuel, salt -40 C to +105 C UL94 HB Glassbre reinforced PA66GF15 (BK) water and many solvents Polyamide 6.6 High yield strength Black heat and UV sta- PA66HSW -40 C to +105 C UL94 V2 Modied elevated max. temperature (BK) bilised UV-resistant Black Polyamide 6.6 (BK), High yield strength PA66HS -40 C to +105 C UL94 V2 Heat Stabilised Natural Modied elevated max. temperature (NA) Polyamide 6.6 Limited brittleness sensitivity Black High Imp. Mod., PA66HIRHS -40 C to +105 C UL94 HB Higher exibility at low temperature (BK) Heat Stab. Modied elevated max. temperature Polyamide 6.6 -40 C to +80 C, Black Limited brittleness sensitivity High Imp. Mod. PA66HIR(S) UL94 HB (+105 C, 500 h) (BK) Higher exibility at low temperature scan black Polyamide 6.6 -40 C to +80 C, Black Limited brittleness sensitivity High Impact Mo- PA66HIR UL94 HB (+105 C, 500 h) (BK) Higher exibility at low temperature died Tefzel is a registered trademark of DuPont. **More colours on request. General linguistic usage for cable ties made from raw material E/TFE is Tefzel-Tie. In additon to Tefzel from DuPont HellermannTyton is also using equivalent E/TFE raw material from other suppliers. * These details are only rough guide values. They should be regarded as a material specication and are no substitute for a suitability test. Please see our datasheets for further details. = Minimum Tensile Strength 22 Further information and products at www.HellermannTyton.co.uk/a22 Material Shortcut Operating Temperature Colour** Flammability Material Properties* Date of issue: January 2014