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Standards• IEC 61439 parts 1-2

• IEC 61439-6

• PSK 1801

Other standards (applicable parts)• IEC 60092-302

• IEC TR 61641:2008

Rated insulation voltage• 1000 VAC

Rated operational voltage• ≤690 VAC, 50/60 Hz

Rated nominal current (max.)• 5000 A

Rated impulse to withstand the voltage of main circuits• 12 kV

Short-circuit withstand strength (max.)• Main bus bars:

– Thermal limit current Icw (1 sec) 100 kA – Dynamic limiting current Ipk 220 kA

• Distribution bus bars: – Thermal limit current Icw (1 sec) 80 kA – Dynamic limiting current Ipk 176 kA

Arc withstand• 50 kA, 300 ms

Degree of protection by enclosure• IP21–IP55, EN 60529

• Against mechanical impact, EN 62262: IK10

Support and lead-through insulators• Ball pressure test, EN 61439-3: 185°C

• Glow-wire test, EN 61439-3: 960°C

• Tracking test, IEC 112: > 400 V

Surface finish• SFS 5225 SP 60/1 ZnFo

• Paint thickness 60 um

• Colour shade RAL 7035

• Shockproof effect surface

Recommended environmental classification for switchgear room• EN 721-3K3/372/374/3B1/3C1/3S1

Dimensions mm• Height 2050, 2250

• Depth 640, 840, 1040

The unique VEDA system is the culmination of VEO’s expertise and true understanding of our customers’ needs.

VEDA low-voltage switchgear is designed for maximum reliability, safety, serviceability and usability. The switchgear can be implemented in fixed or withdrawable configurations and can easily be adapted to several specific applications and industries operating at land and sea.

Flexibility by VEO

The fully type-tested VEDA is exceptionally reliable to ensure personal safety. Spreading of arc flashes is effectively prevented with sheet metal walls between different sections. Enhanced arc flash protection can be achieved by utilising state-of-the-art arc relays and quenchers. Efficient touch protection for live parts is implemented to further improve personal safety.

For maximum cooling performance, the natural cooling can be increased by using fans or even air-to-water heat exchangers in certain applications.

VEDA has been type tested (TTA) by the Helsinki University of Technology laboratories,FIMKO and Zkusebnictvi A.S., Prague. In addition to fulfilling the IEC 60439/61439 standard, the tests have been extended to meet the requirements of all customer groups and national safety requirements.

Every switchgear goes through comprehensive routine testing to ensure that requirements are met. Equipment settings and parameters can be set during testing to minimise the work needed on site.

Thanks to the modular system, the VEDA switchgear can be modified according to customer preferences and project-specific requirements. Quick installations and fast serviceability allow for minimised downtime.

The spare spaces are easily utilised and if specified at the design phase, future switch-gear extensions can be prepared to allow for smooth installations when the need arises.

Both the design and manufac-turing of VEDA follow the principles of ISO 14001 to optimise the use of material from our local main suppliers and to reduce the carbon footprint.

The origins of the VEDA applications are primarily found in hydropower. Over the years, utilisation in wind, thermal and solar power has grown significantly. Nowa-days different types of energy-efficient hybrid solutions in both land and marine applications are taking a large role in our business.

Energy is our business, and we want to reduce the waste of it.

Supreme Safety

Technical dataFully Tested Reliability

Quick Installations, Smooth Service

Lean and Green

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• Valokaaripaineiden testattu ja hallittupurkautuminen keskuksen taakse

• Keskuksen taakse asennettavissa valokaarisuojaseinä

- Keskus voidaan asentaa myös keskelle huonetta

VEDA 5000Valokarikestoisuus

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Technical dataStandards• IEC 61439• SGS Fimko• DNV

Nominal current • Up to 5000 A

Short-circuit withstand strength• Icw max100 kA• Ipk max 220 kA

Arc withstand • 50 kA, 300 ms

Degree of protection by enclosure• IP31 by default

• Up to IP54 available

VEDA MCC is designed to be fully compatible with the requirements set by the heavy industry with a nominal current capacity of up to 5000 A.

The VEDA MCC switchgear is based on Form 4 partition making it exceptionally safe. The metal clad construction efficiently prevents arc flashes to spread to other cells.

Tailor-made testing is done to ensure that every switchgear fulfils the needs of our customers. The air circuit breakers are typically tested installed in the switchgear to ensure their current carrying capacity.

Protection relays and devices are tested with primary setting currents according to customer specifications.

VEDA Drives switchgear is optimised to fit both new instalments as well as retrofits of old equipment.

In retrofit solutions, section placement and alignment utilise old cablings when possible to minimise the need for new installations.

Maximum enclosure ventilation of VEDA Drives allows for high loadability and efficient removal of heat loss. To meet customer preferences and project-specific requirements, the ventilation solution can be air cooled or liquid cooled. For further flexibility, the VEDA Drives switchgear can also have a mix of section types from VEDA MCC and vice versa.

VEDA MCC VEDA Drives

Technical dataStandards• IEC 61439• SGS Fimko• DNV

Nominal current • Up to 5000 A

Short-circuit withstand strength• Icw max100 kA• Ipk max 220 kA

Arc withstand • 50 kA, 300 ms

Degree of protection by enclosure• IP21 by default

• Up to IP54 available

SHEET

KI.XXXXX

AI

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69.9.2019 5MADE

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APPR 9.9.2019

9.9.2019 PROJECT Nr - DRAWING Nr

CONTINUE

IDCAD FILE

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This drawing is the property of VEO and shall neither be copied, shown nor communicated to a third party without the consent of the owner

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HYBRIDISAATIOSuunnittelija

MSB PS

MSB busbar 1

MSB SB

MSB Busbar 2

MSB PS

BIDIRECTIONAL DRIVE

BATTERY

FILTER FILTER

MAIN ENGINE

AUX. GEN 1 AUX. GEN 2SYNCHRONOUSSHAFT GENERATOR

-T1 -T2

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VEDA Marine VEDA Hybrid

Technical dataStandards• IEC 61439

• SGS Fimko

• DNV

Nominal current• From 250 to 4200 A

Short-circuit withstand strength• Icw max100 kA

• Ipk max 220 kA

Arc withstand• 50 kA, 300 ms

Degree of protection by enclosure• IP21 by default

• Up to IP54 available

Technical dataStandards• IEC 61439, IEC 60092-302

• SGS Fimko

• DNV

Nominal current• Up to 4060 A

Short-circuit withstand strength• Icw max100 kA

• pk max 220 kA

Arc withstand• 50 kA, 300 ms

To meet the requirements for marine and offshore applications, VEDA Marine is based both on our own standardised and customised solutions and on marine-approved components.

VEDA Marine can be implemented in fuseless configurations using a space-saving solution based on Form2 partitioning. This allows four to five moulded case circuit breakers to be placed in the same cubicle cell. The solution improves the applicability and space effectiveness of the switchgear in marine applications where space is limited.

VEDA Marine fulfils the safety requirements of LVD (2014/35/EU) and has gone through additional testing to ensure it meets the national safety regulations and even the most demanding requirements of marine and offshore applications.

VEDA Hybrid combines traditional combustion engine technology with the benefits of energy storage.

This optimised piece of equipment can operate with any existing energy solution in any industry and is thus the perfect switchgear when you gradually want to shift to greener power generation.The hybrid solution significantly cuts energy consumption and balances voltage variations in the grid. It offers high-quality, reliable energy generation as it reduces power supply noise during consumption, thereby lowering maintenance costs.

The bidirectional drive converts produced energy for storage in the

battery until needed in other parts of the connected grid.

veo.fi

VEO is an energy expert offering electrification and automation solutions for power generation, transmission, distribution and utilisation. Half of the company’s revenue comes from renewable energy solutions. VEO’s headquarter is located in Vaasa, Finland and the company also has subsidiaries in Sweden, Norway and the UK.

Contact us!

4.2.2020