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.|
*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||File Number E505645|
|Material||Glass Reinforced Polyamide 6.6|
|Operating Temperature||-20°C to +130°C|
|Equipment Voltage, Ue||1000 V AC/1500 V DC|
|Insulation Voltage, Ui||1000 V AC/1500 V DC|
|Impulse Voltage, Uimp||12 kV|
|AVAILABLE FOR DOWNLOAD:||Data Sheet|
Suitable for a variety of low-voltage assemblies, the AM4 low-voltage standoff insulator range supplies excellent mechanical strength and electrical insulation. Post insulators, egg insulators, bobbin insulators, and busbar isolators are all terms used to describe standoff insulators as well. Our AM4 insulating standoffs come in different heights from 30mm to 60mm, as well as insert sizes of M6 to M12. Heights, thread depths and sizes, maximum tightening torques, cantilever and tensile strengths, and box quantities are all listed on our datasheet or in the table above.
The AM4 insulators have the following properties:
Termate AM4 standoff insulators are manufactured from halogen free glass-reinforced polyamide 6.6 material and contain precision threaded brass alloy inserts for greater corrosion resistance. The injection moulding process we use to manufacture our electrical insulating parts improves overall product quality and design accuracy.
Product testing is critical for any component that will be used in an electrical or mechanical system. Professional, thorough, and independent testing has been performed on the AM4 standoff insulator range to assure efficacy when installed correctly in their intended assembly.
One of the most widely used tests for determining the ability of plastic parts to self-extinguish after the heat source has been removed is UL 94. All Termate low voltage standoffs meet V0 requirements for the UL94 test standard.
AM4 insulating standoff spacers are designed and tested in line with the relevant clauses of IEC / BS EN 61439 for low voltage switchgear and controlgear assemblies. Our standoff insulators have undergone comprehensive testing, including cantilever, torque, and tensile tests, to give you peace of mind that they will fulfil specified ratings when fitted appropriately.
These standoff insulators are designed to hold live busbars and other active conductors as an insulating support, safely and securely, by keeping a gap between two surfaces and is appropriate for assemblies up to 1000 V AC & 1500 V DC. The electrical insulation and mechanical strength of the support are critical in these types of systems.
Here is a list of some of the most common applications for our insulators:
Power distribution, rail (rolling stock & trackside), renewable energy, UPS (temporary and emergency power), and data centre power distribution are all examples of sectors where these electrical installations and assemblies are used.
For over 60 years, Termate has designed and manufactured electrical insulating parts and components at our UK-based site. Every insulating plastic product we make is of the highest quality so that we can provide electrical insulating solutions that are safe and suitable for purpose. By becoming a part of our portfolio of trusted customers, we can provide time-effective results for your projects.