MB4A

151-28349 HELLERMANNTYTON | Alldatasheet

Document overview

• Manufacturer or author: Provided By alldatasheet.com(free datasheet download site)
• PDF pages: 4

Technical content

1.7 131 Further information at www.HellermannTyton.com/fixings Date of issue: October 2015 Cable Ties and Fixings Cable Tie Mounts Where speed, simplicity and a firm fixing base are required these self adhesive clips are ideal. Particularly suitable for use in control cabinets, telecoms equipment or domestic appliances where the use of holes, screws or nuts and bolts are impractical or undesirable. Features and Benefits Screw or self-adhesive versions

• Simple to install with a screw or bolt
• Excellent security, particularly in ar eas of high vibration
• Maximum adhesive surface area to achieve high pul l-off force
• 4-way entry for cable tie for quicker and more flexible installation Self Adhesive, Screw Fixing Cable Tie Mounts MB-Series Mounts with square design / screwable, self adhesive. MB-Series Square-Cut, self adhesive, screwable TYPE Width (W) Length (L) Height (H) Hole Ø (FH) Strap Width max. (G) Material Colour Adhesive Pack Cont. Article-No. All dimensions in mm. Subject to technical changes. Minimum Order Quantity (MOQ) may differ from package content. Other packaging options may also be available. * Plastic box Material specification please see page 24. For more information on the types of adhesive please see page 129. Cable Tie Mount MB2A (side and plan view) G LH W Cable Tie Mount MB4CA (side and plan view) G W LH FH Cable Tie Mount MB3A in application MB-Series Square-Cut, screwable MB3-MB5 (side view) TYPE Width (W) Length (L) Height (H) Fixing Hole Centres (F) Hole Ø (FH) Strap Width max. (G) Material Colour Pack Cont. Article-No. All dimensions in mm. Subject to technical changes. Minimum Order Quantity (MOQ) may differ from package content. Other packaging options may also be available. WFH L F G MB3-MB5 (plan view) For product specific approvals and specifications please refer to the Appendix.

1.0 24 Further information at www.HellermannTyton.com/fixings Date of issue: October 2015 Material Specification Overview Cable Ties and Fixings Material Information MATERIAL Material Shortcut Operating Temperature Colour** Flammability Material Properties* Material Specifications Aluminium-alloy AL -40 °C to +180 °C Natural (NA)

• Corrosion resistant
• Antimagnetic Chloroprene CR -20 °C to +80 °C Black (BK) • Weather-resistant
• High yield strength Ethylene Tetrafluoroethylene E/TFE -80 °C to +170 °C Blue (BU) UL94 V0
• Resistance to radioactivity
• UV-resistant, not moisture sensitive
• Good chemical resistance to: acids, bases, oxidizing agents Polyacetal POM -40 °C to +90 °C, (+110 °C, 500 h) Natural (NA) UL94 HB
• Limited brittleness sensitivity
• Flexible at low temperature
• Not moisture sensitive
• Robust on impacts Polyamide 11 PA11 -40 °C to +85 °C, (+105 °C, 500 h) Black (BK) UL94 HB
• Bio-plastic, derived from vegetable oil
• Strong impact resistance at low temper ature
• Very low moisture absorption
• Weather-resistant
• Good chemical resistance Polyamide 12 PA12 -40 °C to +85 °C, (+105 °C, 500 h) Black (BK) UL94 HB
• Good chemical resistance to: acids, bases, oxidizing agents UV-resistant Polyamide 4.6 PA46 -40 °C to +150 °C (5000 h), +195 °C (500 h) Natural (NA), Grey (GY) UL94 V2
• Resistance to high temperatures
• Very moisture sensitive
• Low smoke sensitive Polyamide 6 PA6 -40 °C to +80 °C Black (BK) UL94 V2 • High yield strength Polyamide 6, high impact modified PA6HIR -40 °C to +80 °C Black (BK) UL94 HB • Limited brittleness sensitivity
• Higher flexibility at low temperature Polyamide 6.6 PA66 -40 °C to +85 °C, (+105 °C, 500 h) Black (BK), Natural (NA) UL94 V2 • High yield strength Polyamide 6.6, glass-fibre reinforced PA66GF13, PA66GF15 -40 °C to +105 °C Black (BK) UL94 HB • Good resistance to: lubricants, vehicle fuel, salt water and many solvents Polyamide 6.6, heat and UV stabilised PA66HSW -40 °C to +105 °C Black (BK) UL94 V2
• High yield strength
• Modified elevated max. temperature
• UV-resistant Polyamide 6.6, heat stabilised PA66HS -40 °C to +105 °C Black (BK), Natural (NA) UL94 V2 High yield strength
• Modified elevated max. temperature Polyamide 6.6, high impact modified PA66HIR -40 °C to +80 °C, (+105 °C, 500 h) Black (BK) UL94 HB
• Limited brittleness sensitivity
• Higher flexibility at low temperature Polyamide 6.6, high impact modified, heat and UV stabilised PA66HIRHSW -40 °C to +110 °C Black (BK) UL94 HB Limited brittleness sensitivity
• Higher flexibility at low temperature
• Modified elevated max. temper ature
• High yield strength, UV-resistant Polyamide 6.6, high impact modified, heat stabilised PA66HIRHS -40 °C to +105 °C Black (BK) UL94 HB Limited brittleness sensitivity
• Higher flexibility at low temperature
• Modified elevated max. temperature Polyamide 6.6, high impact modified, scan black PA66HIR(S) -40 °C to +80 °C, (+105 °C, 500 h) Black (BK) UL94 HB • Limited brittleness sensitivity
• Higher flexibility at low temperature Polyamide 6.6, UV-resistant PA66W -40 °C to +85 °C, (+105 °C, 500 h) Black (BK) UL94 V2 • High yield strength
• UV-resistant Tefzel® is a registered trademark of DuPont. 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. **More colours on request. * These details are only rough guide values. They should be regar ded as a material specification and are no substitute for a suitability test. Please see our datasheets for further details. HF = Halogenfree LFH = Limited Fire Hazard RoHS = Restriction of Hazardous Substances

1.0 25Further information at www.HellermannTyton.com/fixings Date of issue: October 2015 Cable Ties and Fixings Material Information MATERIAL Material Shortcut Operating Temperature Colour** Flammability Material Properties* Material Specifications Polyamide 6.6, with metal particles PA66MP -40 °C to +85 °C, (+105 °C, 500 h) Blue (BU) UL94 HB • High yield strength

• Metal and X-Ray detectable Polyamide 6.6 V0 PA66V0 -40 °C to +85 °C White (WH) UL94 V0 • High yield strength
• Low smoke emission Polyamide 6.6 V0, High Oxygen Index PA66V0-HOI -40 °C to +85 °C, (+105 °C, 500 h) White (WH) UL94 V0 • High yield strength
• Low smoke emissions Polyester SP -50 °C to +150 °C Black (BK) Halogen free
• UV-resistant
• Good chemical resistance to: most acids, alkalis and oils Polyetheretherketone PEEK -55 °C to +240 °C Beige (BGE) UL94 V0
• Resistance to radioactivity
• Not moisture sensitive
• Good chemical resistance to: acids, bases, oxidizing agents Polyethylene PE -40 °C to +50 °C Black (BK), Grey (GY) UL94 HB
• Low moisture absorption
• Good chemical resistance to: most acids, alcohol and oils Polyolefin PO -40 °C to +90 °C Black (BK) UL94 V0 • Low smoke emissions Polypropylene PP -40 °C to +115 °C Black (BK), Natural (NA) UL94 HB
• Floats in water
• Moderate yield strength
• Good chemical resistance to: organic acids Polypropylene, Ethylene- Propylene-Dien- Terpolymere-rubber free of Nitrosamine PP , EPDM -20 °C to +95 °C Black (BK) UL94 HB Good resistance to high temperatures
• Good chemical and abrasion resistance Polypropylene with metal particles PPMP -40 °C to +115 °C Blue (BU) UL94 HB
• Floats in certain liquids
• Metal and X-Ray detectable
• Heat resistant
• Moderate yield strength
• Good chemical resistance Polyvinylchloride PVC -10 °C to +70 °C Black (BK), Natural (NA) UL94 V0
• Low moisture absorption
• Good chemical resistance to: acids, ethanol and oil Stainless Steel, Stainless Steel SS304, SS316 -80 °C to +538 °C Natural (NA) Non burning
• Corrosion resistant
• Antimagnetic
• Weather resistant
• Outstanding chemical resistance Thermoplastic Polyurethane TPU -40 °C to +85 °C Black (BK) UL94 HB High elasticity
• Good chemical resistance to: acids, bases and oxidizing agents Tefzel® is a registered trademark of DuPont. 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. **More colours on request. * These details are only rough guide values. They should be regar ded as a material specification and are no substitute for a suitability test. Please see our datasheets for further details. HF = Halogenfree LFH = Limited Fire Hazard RoHS = Restriction of Hazardous Substances

1.7 129 Further information at www.HellermannTyton.com/fixings Date of issue: October 2015 Information and installation instructions for self-adhesive mounting bases Cable Ties and Fixings Technical Information HellermannTyton uses different types of adhesives for self-adhesive bases: acrylate and synthetic rubber. These differ in the operating temperature range and the 'pull off' force of the adhesive. Synthetic rubber has an excellent initial grip, allowing for almost immediate use. Acrylate adhesive has less initial grip, so there is a need to wait for a few hours before use, but has a higher 'pull off' force than synthetic rubber. This enables a permanent fixing lasting months or even years. To use these adhesives the surface must be dry, and free of dust, oil, oxides, parting agents and other impurities. For this the use of isopropane / water (50/50) is recommended. After cleaning allow the surface to dry completely. Peel off the protective backing on the self-adhesive base, ensuring the adhesive is not touched. Apply the part to the surface and press down firmly for several seconds. Instructions for use 1. The surface must be dry, fr ee from dust, oil, oxides, parting agents and other impurities. The surface to be glued should be cleaned using a clean cloth and isopropanol / water (50/50). When using other appropriate cleaning agents, ensure that they do not attack the surface nor leave any residues. 2. After cleaning allow the surface to air -dry completely. ADHESIVE Adhesive Operating Temperature Synthetic rubber with base of polyethylene foam Synthetic rubber T50 -20 °C to +50 °C Synthetic rubber T60 -40 °C to +60 °C Acrylate with base of polyurethane foam Acrylate to +105 °C Acrylate with base of acrylic foam mod. Acrylate -40 °C to +90 °C 3. Peel off protective backing and ensure the ad hesive area is not touched. 4. Press down firmly on the base with the thumbs for sever al seconds. 5. Depending on the type of adhesive, wait for sever al minutes (synthetic rubber) or hours (acrylate) so that the adhesive can bond completely with the surface. We will be happy to send you on request an up-to- date technical datasheet for whichever adhesive you are using.