High-current test system

Kaakkois-Suomen Ammattikorkeakoulu Oy

South-Eastern Finland University of Applied Sciences (Xamk) is purchasing AC High-current test system for temperature rise testing of power grid switchgear and control gear components according to this tender documentation. Equipment will be located to the Electronics 3K-factory in Savonlinna. The floor space available for the device in the laboratory is roughly 10m x 15m. South-Eastern Finland University of Applied Sciences (Xamk) asks offers for the Electronics 3K-factory in Savonlinna about an AC High-current test system for temperature rise testing especially on LV and HV switchgear and control gear as well as transformer substation in accordance with IEC 60060 and IEC 62271. It basically consists of a switchgear cubicle, regulating transformers and the high-current transformers. The capacitive compensation integrated in each high-current transformer is required to improve the power factor (cos phi) and thereby to minimize the input power rating of the test system. In addition, an automatic compensation unit in each cable loop minimizes the feeding power requirements. The first sample (primary loop) is the test object and stressed with high current and high voltage at the same time according to IEC, because the cable conductor is heated inductively and therefore on floating potential. The heating current is induced by the high-current transformers where the cable sample itself forms the secondary winding. The complete test system is controlled by the operating device. The control device allows easy programming of the load cycle procedure. The test results are saved in the PLC memory and can be transferred to the PC. Main components of the AC High-current test system: - 3 pcs. High-current transformers 6000-7000 A - 1 pcs. Switchgear cabinet - 1 pcs. Automatic compensation unit to improve the power factor (cos phi), total 200 kvar with 25 kvar steps - 3 pcs. Single-phase Regulating transformers to regulate the voltage and current - 1 pcs. Cabinet for measuring systems for currents and test object temperatures, set of temperature sensors - 1 pcs. Control system with operator device, display, keyboard, remote diagnostics module and Web interface - 1 pcs. Control firmware to control all functions Main functions of the AC High-current test system: - inductive heating test system which can operate in conventional operation mode (current-temperature-calibration without reference cable, only for constant temperature tests). - compact design of test setup. - fully automated test procedures for short- and long-term tests including data recording. - easy operation: The system uses uniform control conception for all kinds of test systems. The operator knows the general operation principle and is familiar with it. - protection measures to prevent over-temperature and logic controls for monitoring cycle state. - automatic test interruption in case of non-compliance of test time or temperature. - free choice of heating cycle parameters such as heating up time, time at constant temperature and cooling time. - advanced computer-aided test system for fully automatic testing including data processing and test results saving to PC. - AC high-current transformers of low noise. - control system based on world-wide proven industrial components. Power supply requirements - Rated voltage 400 v - Rated current/primary loop 300 A - Rated current reference loop 100 A - Duty cycle, continuous operation - Frequency 50 Hz Some other absolute requirements - The warranty time is min. 2 years, the warranty covers all main components and control devices - the capacity of the primary loop high-current level must be 6000 to 7000 A - the system must fulfill European Union safety regulations and has to be CE-approved and marked

Määräaika

Tarjousten vastaanottamisen määräaika oli 2024-06-19. Hankinta julkaistiin 2024-05-17.

Toimittajat

Seuraavat toimittajat mainitaan hankintapäätöksissä tai muissa hankinta-asiakirjoissa:

• HIGHVOLT Prueftechnik Dresden

Kuka?

• Kaakkois-Suomen Ammattikorkeakoulu Oy

Mitä?

• Laboratoriolaitteet, optiset ja tarkkuuslaitteet (lukuun ottamatta silmälaseja) › Testaus- ja koelaitteet

Missä?

• Helsinki-Uusimaa › Helsinki-Uusimaa
• Pohjois- ja Itä-Suomi › Etelä-Savo

Hankintojen historia

Päivämäärä	Asiakirja
2024-05-17	hankintailmoitus
2024-05-28	hankintailmoitus
2024-07-18	Ilmoitus tehdystä sopimuksesta

hankintailmoitus (2024-05-17)
Kohde
Hankinnan laajuus
Otsikko: High-current test system
Viitenumero: 377/02.06.02/2024
Lyhyt kuvaus:

Lyhyt kuvaus

South-Eastern Finland University of Applied Sciences (Xamk) is purchasing AC High-current test system for temperature rise testing of power grid switchgear and control gear components according to this tender documentation. Equipment will be located to the Electronics 3K-factory in Savonlinna. The floor space available for the device in the laboratory is roughly 10m x 15m.

South-Eastern Finland University of Applied Sciences (Xamk) asks offers for the Electronics 3K-factory in Savonlinna about an AC High-current test system for temperature rise testing especially on LV and HV switchgear and control gear as well as transformer substation in accordance with IEC 60060 and IEC 62271.

It basically consists of a switchgear cubicle, regulating transformers and the high-current transformers. The capacitive compensation integrated in each high-current transformer is required to improve the power factor (cos phi) and thereby to minimize the input power rating of the test system. In addition, an automatic compensation unit in each cable loop minimizes the feeding power requirements.

The first sample (primary loop) is the test object and stressed with high current and high voltage at the same time according to IEC, because the cable conductor is heated inductively and therefore on floating potential. The heating current is induced by the high-current transformers where the cable sample itself forms the secondary winding.

The complete test system is controlled by the operating device. The control device allows easy programming of the load cycle procedure. The test results are saved in the PLC memory and can be transferred to the PC.

Main components of the AC High-current test system:
- 3 pcs. High-current transformers 6000-7000 A
- 1 pcs. Switchgear cabinet
- 1 pcs. Automatic compensation unit to improve the power factor (cos phi), total 200 kvar with 25 kvar steps
- 3 pcs. Single-phase Regulating transformers to regulate the voltage and current
- 1 pcs. Cabinet for measuring systems for currents and test object temperatures, set of temperature sensors
- 1 pcs. Control system with operator device, display, keyboard, remote diagnostics module and Web interface
- 1 pcs. Control firmware to control all functions

Main functions of the AC High-current test system:
- inductive heating test system which can operate in conventional operation mode (current-temperature-calibration without reference cable, only for constant temperature tests).
- compact design of test setup.
- fully automated test procedures for short- and long-term tests including data recording.
- easy operation: The system uses uniform control conception for all kinds of test systems. The operator knows the general operation principle and is familiar with it.
- protection measures to prevent over-temperature and logic controls for monitoring cycle state.
- automatic test interruption in case of non-compliance of test time or temperature.
- free choice of heating cycle parameters such as heating up time, time at constant temperature and cooling time.
- advanced computer-aided test system for fully automatic testing including data processing and test results saving to PC.
- AC high-current transformers of low noise.
- control system based on world-wide proven industrial components.

Power supply requirements
- Rated voltage 400 v
- Rated current/primary loop 300 A
- Rated current reference loop 100 A
- Duty cycle, continuous operation
- Frequency 50 Hz

Some other absolute requirements
- The warranty time is min. 2 years, the warranty covers all main components and control devices
- the capacity of the primary loop high-current level must be 6000 to 7000 A
- the system must fulfill European Union safety regulations and has to be CE-approved and marked

Sopimustyyppi: Tavarat
Tuotteet/palvelut: Testaus- ja koelaitteet 📦
Arvioitu arvo ilman arvonlisäveroa: 400 000 EUR 💰
Kuvaus
Sisäinen tunniste: 731806
Tämä hankinta soveltuu myös pienille ja keskisuurille yrityksille (pk-yrityksille) ✅
Edistettävä sosiaalinen tavoite: Ihmisoikeuksia koskeva due diligence -velvoite maailmanlaajuisissa toimitusketjuissa
Postitoimipaikka: Savonlinna
Maa: Suomi 🇫🇮
Suorituspaikka: Etelä-Savo 🏙️
Myöntämisperusteet
Hinta ✅
Otsikko
Erän tunnistenumero: LOT-0000

Menettely
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Oikeusperusta: Direktiivi 2014/24/EU
Hallinnolliset tiedot
Tarjousten tai osallistumishakemusten vastaanottamisen määräaika: 2024-06-19 09:00:00 📅
Tarjousten avaamista koskevat ehdot: 2024-06-19 09:15:00 📅
Kielet, joilla tarjoukset tai osallistumishakemukset voidaan jättää: englanti 🗣️
suomi 🗣️
Vähimmäisaika, jonka kuluessa tarjoajan on pidettävä tarjous voimassa: 6 kuukautta
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Tarjousten avaamisen päivämäärä: 2024-06-19 09:15:00 📅
Sähköinen laskutus: Sallittu
Lisätietojen pyytämisen määräaika: 2024-06-07 13:00:00 📅

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The economic operator is in any analogous situation like bankruptcy arising from a similar procedure under national laws and regulations.

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The economic operator itself or any person who is a member of its administrative, management or supervisory body or has powers of representation, decision or control therein has been the subject of a conviction by final judgment for participation in a criminal organisation, by a conviction rendered at the most five years ago or in which an exclusion period set out directly in the conviction continues to be applicable.

The economic operator has entered into agreements with other economic operators aimed at distorting competition.

The economic operator has breached its obligations in the field of environmental law.

… money laundering or terrorist financing, by a conviction rendered at the most five years ago or in which an exclusion period set out directly in the conviction continues to be applicable.

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The economic operator is aware of any conflict of interest, as indicated in national law, the relevant notice or the procurement documents due to its participation in the procurement procedure.

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Hankintaviranomainen
Nimi ja osoitteet
Nimi: Kaakkois-Suomen Ammattikorkeakoulu Oy
Kansallinen rekisterinumero: 2472908-2
Postiosoite: Patteristonkatu 3 D
Postinumero: 50100
Postitoimipaikka: Mikkeli
Alue: Etelä-Savo 🏙️
Maa: Suomi 🇫🇮
Yhteyspiste: Nuutti Teräsalmi
Sähköposti: nuutti.terasalmi@xamk.fi 📧
Puhelin: +358 406373890 📞
URL: http://www.xamk.fi 🌏
Hankintaviranomaisen tyyppi
Julkisoikeudellinen yhteisö
Päätoimi
Koulutus
Viestintä
Osallistumisen URL-osoite: https://tarjouspalvelu.fi/xamk?id=512129&tpk=e5467c44-4c12-4d18-898c-1e4b283b4cfd 🌏
Hankinta-asiakirjoihin pääsyä on rajoitettu
Tarjouksen/hakemuksen jättäminen sähköisesti: Pakollinen

Täydentävät tiedot
Arvostelurunko
Nimi: Markkinaoikeus
Kansallinen rekisterinumero: 3006157-6
Postiosoite: Radanrakentajantie 5
Postinumero: 00520
Postitoimipaikka: Helsinki
Alue: Helsinki-Uusimaa 🏙️
Maa: Suomi 🇫🇮
Sähköposti: markkinaoikeus@oikeus.fi 📧
Puhelin: +358 295643300 📞
URL: http://www.oikeus.fi/markkinaoikeus 🌏
Tietoa sähköisistä työnkuluista
Sähköinen laskutus hyväksytään
Lähde: OJS 2024/S 097-297666 (2024-05-17)

hankintailmoitus (2024-05-28)
Kohde
Hankinnan laajuus
Lyhyt kuvaus:

South-Eastern Finland University of Applied Sciences (Xamk) is purchasing AC High-current test system for temperature rise testing of power grid switchgear and control gear components according to this tender documentation. Equipment will be located to the Electronics 3K-factory in Savonlinna. The floor space available for the device in the laboratory is roughly 10m x 15m. Please note attachment "HighCurrent_Test_device_lay_out.pdf". South-Eastern Finland University of Applied Sciences (Xamk) asks offers for the Electronics 3K-factory in Savonlinna about an AC High-current test system for temperature rise testing especially on LV and HV switchgear and control gear as well as transformer substation in accordance with IEC 60060 and IEC 62271. It basically consists of a switchgear cubicle, regulating transformers and the high-current transformers. The capacitive compensation integrated in each high-current transformer is required to improve the power factor (cos phi) and thereby to minimize the input power rating of the test system. In addition, an automatic compensation unit in each cable loop minimizes the feeding power requirements. The first sample (primary loop) is the test object and stressed with high current and high voltage at the same time according to IEC, because the cable conductor is heated inductively and therefore on floating potential. The heating current is induced by the high-current transformers where the cable sample itself forms the secondary winding. The complete test system is controlled by the operating device. The control device allows easy programming of the load cycle procedure. The test results are saved in the PLC memory and can be transferred to the PC. Main components of the AC High-current test system: - 3 pcs. High-current transformers 6000-7000 A - 1 pcs. Switchgear cabinet - 1 pcs. Automatic compensation unit to improve the power factor (cos phi), total 200 kvar with 25 kvar steps - 3 pcs. Single-phase Regulating transformers to regulate the voltage and current - 1 pcs. Cabinet for measuring systems for currents and test object temperatures, set of temperature sensors - 1 pcs. Control system with operator device, display, keyboard, remote diagnostics module and Web interface - 1 pcs. Control firmware to control all functions Main functions of the AC High-current test system: - inductive heating test system which can operate in conventional operation mode (current-temperature-calibration without reference cable, only for constant temperature tests). - compact design of test setup. - fully automated test procedures for short- and long-term tests including data recording. - easy operation: The system uses uniform control conception for all kinds of test systems. The operator knows the general operation principle and is familiar with it. - protection measures to prevent over-temperature and logic controls for monitoring cycle state. - automatic test interruption in case of non-compliance of test time or temperature. - free choice of heating cycle parameters such as heating up time, time at constant temperature and cooling time. - advanced computer-aided test system for fully automatic testing including data processing and test results saving to PC. - AC high-current transformers of low noise. - control system based on world-wide proven industrial components. Power supply requirements - Rated voltage 400 v - Rated current/primary loop 300 A - Rated current reference loop 100 A - Duty cycle, continuous operation - Frequency 50 Hz Some other absolute requirements - The warranty time is min. 2 years, the warranty covers all main components and control devices - the capacity of the primary loop high-current level must be 6000 to 7000 A - the system must fulfill European Union safety regulations and has to be CE-approved and marked

Lyhyt kuvaus

South-Eastern Finland University of Applied Sciences (Xamk) is purchasing AC High-current test system for temperature rise testing of power grid switchgear and control gear components according to this tender documentation. Equipment will be located to the Electronics 3K-factory in Savonlinna. The floor space available for the device in the laboratory is roughly 10m x 15m. Please note attachment "HighCurrent_Test_device_lay_out.pdf".

South-Eastern Finland University of Applied Sciences (Xamk) asks offers for the Electronics 3K-factory in Savonlinna about an AC High-current test system for temperature rise testing especially on LV and HV switchgear and control gear as well as transformer substation in accordance with IEC 60060 and IEC 62271.

It basically consists of a switchgear cubicle, regulating transformers and the high-current transformers. The capacitive compensation integrated in each high-current transformer is required to improve the power factor (cos phi) and thereby to minimize the input power rating of the test system. In addition, an automatic compensation unit in each cable loop minimizes the feeding power requirements.

The first sample (primary loop) is the test object and stressed with high current and high voltage at the same time according to IEC, because the cable conductor is heated inductively and therefore on floating potential. The heating current is induced by the high-current transformers where the cable sample itself forms the secondary winding.

The complete test system is controlled by the operating device. The control device allows easy programming of the load cycle procedure. The test results are saved in the PLC memory and can be transferred to the PC.

Main components of the AC High-current test system:
- 3 pcs. High-current transformers 6000-7000 A
- 1 pcs. Switchgear cabinet
- 1 pcs. Automatic compensation unit to improve the power factor (cos phi), total 200 kvar with 25 kvar steps
- 3 pcs. Single-phase Regulating transformers to regulate the voltage and current
- 1 pcs. Cabinet for measuring systems for currents and test object temperatures, set of temperature sensors
- 1 pcs. Control system with operator device, display, keyboard, remote diagnostics module and Web interface
- 1 pcs. Control firmware to control all functions

Main functions of the AC High-current test system:
- inductive heating test system which can operate in conventional operation mode (current-temperature-calibration without reference cable, only for constant temperature tests).
- compact design of test setup.
- fully automated test procedures for short- and long-term tests including data recording.
- easy operation: The system uses uniform control conception for all kinds of test systems. The operator knows the general operation principle and is familiar with it.
- protection measures to prevent over-temperature and logic controls for monitoring cycle state.
- automatic test interruption in case of non-compliance of test time or temperature.
- free choice of heating cycle parameters such as heating up time, time at constant temperature and cooling time.
- advanced computer-aided test system for fully automatic testing including data processing and test results saving to PC.
- AC high-current transformers of low noise.
- control system based on world-wide proven industrial components.

Power supply requirements
- Rated voltage 400 v
- Rated current/primary loop 300 A
- Rated current reference loop 100 A
- Duty cycle, continuous operation
- Frequency 50 Hz

Some other absolute requirements
- The warranty time is min. 2 years, the warranty covers all main components and control devices
- the capacity of the primary loop high-current level must be 6000 to 7000 A
- the system must fulfill European Union safety regulations and has to be CE-approved and marked

Arvioitu arvo ilman arvonlisäveroa: 400 000 EUR 💰

Menettely
Hallinnolliset tiedot
Tarjousten tai osallistumishakemusten vastaanottamisen määräaika: 2024-06-26 09:00:00 📅
Tarjousten avaamista koskevat ehdot: 2024-06-26 09:15:00 📅
Tarjouspyynnön ehdot
Tarjousten avaamisen päivämäärä: 2024-06-26 09:15:00 📅
Lisätietojen pyytämisen määräaika: 2024-06-14 13:00:00 📅

Muutokset
Alkuperäiseen ilmoitukseen korjattava teksti
Jakson numero: PROCEDURE
Erän tunnistenumero: LOT-0000
Muut lisätiedot
Added an attachment describing the device's general lay-out.
Muutoksen pääasiallinen syy: Ajantasaiset tiedot
Tiedot muutoksista
Muutettavan ilmoituksen edellinen versio: 73cb1699-51f0-4b0e-89c3-ef2eff1cbcde-01
Lähde: OJS 2024/S 103-317582 (2024-05-28)

Ilmoitus tehdystä sopimuksesta (2024-07-18)
Kohde
Hankinnan laajuus
Lyhyt kuvaus:

South-Eastern Finland University of Applied Sciences (Xamk) asked offers for the Electronics 3K-factory in Savonlinna about an AC High-current test system for temperature rise testing especially on LV and HV switchgear and control gear as well as transformer substation in accordance with IEC 60060 and IEC 62271. The tender competition was earlier published in "Tarjouspalvelu", Hilma (2024-010354) and TED-forum (317582-2024) on 28th of may 2024. The procurement decision was announced on 28.6.2024. XAMK has decided to make a permitted contract change for which this notice is published. The specific information of the changes in the contract are presented in the eForms-form.

Tuotteet/palvelut: Laboratoriolaitteet, optiset ja tarkkuuslaitteet (lukuun ottamatta silmälaseja) 📦
Hankinnan kokonaisarvo (ilman arvonlisäveroa): 460 000 EUR 💰
Kuvaus
Sisäinen tunniste: 747245

Sopimuksen tekeminen
Erän tunnistenumero: LOT-0000
Sopimuksen numero: 165759
Sopimuksen tekopäivä: 2024-06-28 📅
Otsikko: High-current test system (377/02.06.02/2024)
Tiedot sopimuksen/erän arvosta (ilman alv:tä)
Sopimuksen/osuuden kokonaisarvo: 460 000 EUR 💰
Tarjouksen tunniste: 3733534
Osan tai osien ryhmän tunniste: LOT-0000
Toimeksisaajan nimi ja osoite
Nimi: HIGHVOLT Prueftechnik Dresden
Kansallinen rekisterinumero: DE811935782
Postiosoite: Marie-Curie-Strasse 10
Postinumero: 01139
Postitoimipaikka: Dresden
Alue: Dresden, Kreisfreie Stadt 🏙️
Maa: Saksa 🇩🇪
Yhteyspiste: Sophia Winter
Sähköposti: s.winter@highvolt.com 📧
Puhelin: 00493518425643 📞

Hankintaviranomainen
Nimi ja osoitteet
Yhteyspiste: Maiju Kellola
Sähköposti: maiju.kellola@xamk.fi 📧
Puhelin: +358 447028976 📞

Muutokset
Muut lisätiedot

The original tender from HIGHVOLT Prueftechnik Dresden consisted of three pieces of High-current transformers (6000A). XAMK has noticed that for larger efficiency capacity of the future, they wish to uprade the three pieces of high-current transformers to 7000A each. The original tender document allowed the offers to be made with high-current transformers of power in the range of 6000A - 7000A. The change of the contract does not violate the terms of the original tender document nor will it have impact on the end result of the tender competition. As there were no other offers, change of the transformers and their pricing would not have had an impact on the rankings of the tender competition.

HIGHVOLT Prueftechnik Dresden alkuperäinen tarjous koostui kolmesta kappaleesta 6000A tehoisia suurvirtamuuntajia. XAMK on huomannut, että suuremman tehokkuuden tarve tulevaisuudessa voi olla oleellista, joten he haluavat muuttaa sopimusta siten, että kolme suurvirtamuuntajaa vaihdetaan 6000A tehosta 7000A. Alkuperäinen tarjouspyyntö mahdollisti tarjouksen jättämisen suurvirtamuuntajille, joiden tehokkuus on välillä 6000A - 7000A. Koska alkuperäisessä tarjouspyynnössä on näin esitetty, suurvirtamuuntajien vaihtaminen tehokkaampiin ei ole ristiriidassa alkuperäisen tarjouspyynnön kanssa, eikä sopimuksen muuttaminen olisi vaikuttanut alkuperäisen tarjouskilpailun lopputulokseen. Muita tarjouksia ei tullut, joten suurvirtamuuntajien vaihtaminen ja sen hintavaikutus eivät olisi vaikuttaneet tarjouskilpailun tarjousten sijoitusjärjestykseen.

Muutoksen pääasiallinen syy: Tarve alkuperäiseltä toimeksisaajalta hankittaviin lisäurakoihin, -palveluihin tai -tavaroihin.
Alkuperäiseen ilmoitukseen korjattava teksti
Jakson numero: CON-0001
Uusi arvo
Teksti:

Kolme kappaletta suurvirtamuuntajia vaihdetaan tehokkaampiin yksikköihin (6000A -> 7000A). Muutoksen hinta on 9500 €, joka on noin kahden (2) prosentin muutos alkuperäisestä 460 000 € tarjoushinnasta.

Lähde: OJS 2024/S 140-435372 (2024-07-18)

Uudet hankinnat asiaan liittyvissä luokissa 🆕

Laboratoriolaitteet, optiset ja tarkkuuslaitteet (lukuun ottamatta silmälaseja) (19 uudet hankinnat)

Testaus- ja koelaitteet (1)