AM6 – 60mm A/F

Plan and side view diagrams of the Termate standoff insulators in the AU6 footprint. Labels show width across flats is 60mm, width across corners is 65mm, base diameter is 53mm, and shoulder height is 22.5mm. Other dimensions are labelled with a letter, indicating a specific measurement in the table below.


STEP files available for download, click part number.

Part number Height [H]  (mm) Thread Size*  [M] Thread Depth [D] (mm) Maximum Tightening Torque (Nm) Tensile Strength** (N) Cantilever Strength **  (N) Box Qty.
AM6-060-08 60 M8 11 28 18100 8600 20
AM6-060-10 60 M10 16 55 24500 12600 20
AM6-060-12 60 M12 16 95 30300 17000 20
AM6-060-16 60 M16 22 130 41800 24500 20
AM6-070-08 70 M8 11 28 16900 7900 20
AM6-070-10 70 M10 16 55 23400 11300 20
AM6-070-12 70 M12 16 95 28300 14900 20
AM6-070-16 70 M16 22 130 31500 21400 20
AM6-100-08 100 M8 11 28 13500 5700 10
AM6-100-10 100 M10 16 55 20300 7300 10
AM6-100-12 100 M12 16 95 22200 8700 10
AM6-100-16 100 M16 22 130 35300 12400 10


*Fixing details: Hole diameter = Standoff thread size [M]+1 mm. e.g. M6 Thread = 7 mm hole diameter

** Tensile and Cantilever Strength figures are based on tests carried out at normal room temperature, nominal 23ºC

UL Recognised Component UL recognised logo File Number E505645


Material Glass Reinforced Polyamide 6.6
Insert Material Brass
Operating Temperature -20°C to +130°C
Flammability UL94-V0
Oxygen Index 32%
Glow Wire 960°C


Equipment Voltage, Ue 1000 V AC/1500 V DC
Insulation Voltage, Ui 1000 V AC/1500 V DC
Impulse Voltage, Uimp 12 kV




 +44 (0) 1159 784 652       sales@termate.com

The AM6 low voltage standoff insulator range provides excellent mechanical strength and electrical insulation, making it suitable for a wide range of low-voltage assemblies. Post insulators, egg insulators, bobbin insulators, and busbar isolators are also other names for standoff insulators. Termate AM6 standoff insulators are available in thread sizes of M8 to M16, including heights ranging from 60mm to 100mm. Our datasheet and the table above list the heights, thread depths and diameters, cantilever and tensile strengths, maximum tightening torques, and box quantities. 

They also possess the following characteristics: 

  • Halogen Free 
  • Relative Thermal Index ranging from -20°C up to +130°C (-4°F up to +266°F)   
  • Equipment voltage of up to 1000 V AC / 1500 V DC  
  • Insulation voltage of up to 1000 V AC / 1500 V DC  
  • Made from UL94-V0 rated, self-extinguishing material 
  • UL Recognised Component; file number E505645 

You can also try our standoff insulator cross reference tool. 


Termate AM6 standoff insulators are made from a halogen-free glass-reinforced material with threaded brass inserts for better corrosion resistance. The injection moulding method, which we utilise to make the bulk of our low-voltage power distribution parts, including our standoff insulators, enhances overall product quality and allows for close dimensional tolerances.  


Any component that will be used in an electrical or mechanical system must be thoroughly tested. The AM6 standoff insulator has undergone extensive, rigorous, and independent testing to ensure functionality when installed correctly in its intended application. 

UL 94 is one of the most widely employed methods of evaluating the flammability and self-extinguishing ability of plastic products. The AM6 low voltage insulator is manufactured from material meeting the UL94-V0 flammability rating for plastics. 

For low-voltage switchgear and control devices, the AM6 standoff insulator range has been developed and tested in accordance with the IEC/BS EN 61439 Standard. Termate insulators have been thoroughly tested, including cantilever, torque, and tensile tests, to help ensure that they meet the specific ratings when installed correctly. 


AM6 standoff insulators are designed to safely and securely support and insulate busbars and other active conductors by maintaining a space between two surfaces. It is suitable for assemblies up to 1000 V AC and 1500 V DC. In these types of systems, the support’s electrical insulation and mechanical strength are crucial. The following are examples of common installations: 

  • Electrical panel boards  
  • Control panels  
  • Switchboards  
  • Power factor correction  
  • Distribution boards  
  • Generators  
  • Switchgear  
  • Controlgear  
  • Drives 

These electrical installations are utilised in a variety of industries, including power distribution, rail (rolling stock and trackside), UPS (temporary and emergency power), data centre power distribution, and renewable energy.  

For more than 60 years, Termate has been expertly manufacturing specialised insulating products and components in Nottingham, UK. We are committed to using our engineering knowledge to create and produce top-of-the-line parts, so you can be confident in the quality of our goods. For our customers, our in-house product development team is continually working to improve existing parts and develop new, unique components. 


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