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The VMS range provides a flexible, high-performance solution for single-phase applications in both AC and DC systems.

Each support can hold one, two, or three conductors and achieve fault ratings up to 100 kA for 1 s at 300 mm spacing.

Used with or without spacers, VMS supports allow custom conductor centres, or fixed options at 110 mm, 122.5 mm, and 130 mm, giving engineers precise control over layout and clearances.

Manufactured from glass-reinforced polyamide 6.6, they combine mechanical strength, thermal stability, and ease of installation.

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Key Features

  • Icw fault rating: up to 100 kA for 1 s
  • Conductor capacity: 1, 2, or 3 per support
  • Configurable centres: 110, 122.5, or 130 mm with spacers
  • Application: single-phase AC or DC systems
  • Voltage rating: Ue / Ui 1000 V AC, 1500 V DC
  • Impulse withstand: 12 kV
  • Material: Glass-reinforced polyamide 6.6
  • Continuous conductor temperature: 140 °C (max. 145 °C)
  • Flammability: UL 94 V-0, Glow wire 960 °C
  • UL Recognised Component
    (Files E505645 (US) and E505645 (CA))

Need a bespoke solution?

Our compression & injection moulding expertise allows us to design & manufacture tailored components to your specification.

Technical Information for VMS Range Busbar Supports

You will find useful technical information below but, if you have any questions, please contact our technical team for support.

  • Material: Glass Reinforced Polyamide 6.6
  • Conductor Temp.: 140 °C†
  • Flammability: UL 94 V-0
  • 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
  • UL Recognised Component:
    (Files E505645 (US) and E505645 (CA))

† In line with the limits set out in IEC 61439, insulating components in contact with conductors may be required to continuously operate at an average of 140 °C (max. 145 °C).

This range of products meets the requirement, the material for them being assigned thermal class F established using methods similar to IEC 60085.

Part Number3D ModelConductorsSupport
Phase Centres
Termate
Icw Rating
DurationSpacer
Part Number
Spacer
3D Model
Spacer
Requirement
VMS3-10VMS3-10 STEP file2 × 100×1011065 kAsVMS-S110VMS-S110 STEP fileOptional
VMS3-10VMS3-10 STEP file2 × 100×1011080 kAsVMS-S110VMS-S110 STEP fileOptional
VMS3-10VMS3-10 STEP file2 × 100×10122.580 kA*#sVMS-S122.5VMS-S122.5 STEP fileOptional
VMS3-10VMS3-10 STEP file3 × 100×10 ‡13065 kAsVMS-S130VMS-S130 STEP fileOptional
VMS3-10VMS3-10 STEP file3 × 100×10 ‡13080 kAsVMS-S130VMS-S130 STEP fileOptional
VMS3-10VMS3-10 STEP file3 × 100×10 ‡130100 kAsVMS-S130VMS-S130 STEP fileRequired

* Fault level extrapolated from data achieved for the VMS-S110

# Part not included in UL Recognised Component File

‡ Extrapolation from tests performed at 110 centres allows 2 bars or 3 bars at 130 centres.

3 pole assembly at 130 mm phase centres using spacers

Diagram showing the VMS Busbar Supports for a 3 Pole Assembly at 130 mm Phase Centres using VMS-S130 Spacers

4 pole assembly at 110 mm phase centres using spacers

Diagram showing the VMS Busbar Supports for a 4 pole assembly at 110mm phase centres with the VMS-S130 Spacers

3 pole assembly—versatile mounting

Diagram showing the VMS Busbar Supports in a versatile mounting

Termate is committed to the highest standard of customer focus and we have made every effort to maintain the accuracy and completeness of the information provided in this data.

Where improvements to our products affect their installation and usage we endeavour to contact any customers who may be affected.

Warranty as stated in our Terms and Conditions of Trading is void if any modification is made to the warranted product.

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