Logstrup Modular System

Transcription

1 Logstrup Modular System The Logstrup Modular System is designed in modules of 190 mm. It is modular in all 3 axis, XYZ. The system enables you to build nearly all possible configurations of Switchboards and Motor Control Centres with Fixed, Removable or Withdrawable outgoing units. The Logstrup Modular System consists of: Base frame Framework (2 mm framework in aluzinc, 5 bends to ensure maximum strength) Cladding (Plates, Doors in 1,5 mm or 2,0 mm steel) up to IP44 Standard (IP54 optional in fixed type) a number of other items, e.g. Copper, Internal parts. 1

2 What is Logstrup? The Logstrup modular system is equally suited for: Main Power distribution boards Sub-distribution panels Motor Control Centers Control panels, Rack systems Drive system enclosures The Logstrup system: Meets (and exceeds) IEC requirements Has UL and CSA approval Approved by 5 major marine classes

3 What is Logstrup? The Logstrup modular system is proven to be fit for purpose in a large range of applications, industries and world wide locations. Critical process industries Food & Dairy Heavy power consumption (steel, mining, aluminium etc.) Petrochemical Off-shore and Marine Stress environments (Dredging & naval vessels) Energy sector (Hydro-power, wind, nuclear, geothermal, fossile etc.) Infrastructure Building services

4 Logstrup Dimensions Framework: Height: Max.: 12 modules (2280mm) (Standard 11 modules (2090mm)). Width: Max.: 12 modules. Depth: Standard: 3 or 4 modules. Base frame: Height: 95 mm. Width: Max.: 12 modules. Depth: Short (ABA) or Long (AZB). Standard color RAL7032 Plain Structure All colors available 4

5 Principle of the Logstrup System Front Access Incommer Functional unit + Cable section Front view Top view 5

6 Front view Principle of the Logstrup System Rear Access Incommer Functional unit + Cable section Top view 6

7 Incommer Main busbar placed on top 7

8 Functional unit + Cable section - Front Access Main busbar placed on top 8

9 Functional unit + Cable section - Front Access Main busbar placed at the bottom 9

10 Functional unit + Cable section - Rear Access Main busbar placed on top Rear Access 10

11 Buscoupler Main busbar placed on top Buscoupler 11

12 Main Busbar XY or Z XY: The original design The copper bars are placed on top of each other. Advantage: No bending is needed for the copper connections. Disadvantage: The copper bars heat one another in this position. Z: By later investigations, it was discovered that you can increase the rating by 25% when the copper bare are placed in Z direction. 12

13 1. Horizontal Busbar Z + Vertical Busbar Flat Main Busbar 2. Horizontal Busbar Z + Vertical Busbar XY 3. Horizontal Busbar Z + Vertical Busbar Z 4. Horizontal Busbar XY + Vertical Busbar XY 5. Horizontal Busbar XY + Vertical Busbar Flat 13

14 Examples of Main Busbars Placements Busbar rating can be delivered from 250A 8500A fully type tested. Main Busbar: Z, 6300A Main Busbar: Z, 8500A Main Busbar: XY, 3000A Short-time withstand current (Icw): 135 ka/sec Peak withstand current Ipk): 300 ka 3 frames Main busbar built in a separate frame 14

15 Logstrup Copper Logstrup Copper is either 6 or 12 mm in width. (Catalogue Section 4) 6x6mm 6x12mm 12x12mm 12x18mm 12x24mm 12x30mm 12x42mm 12x66mm 12x90mm 12x114mm 12x150mm 1 module in height 2 modules in height Copper Busbar: Type BSD Length: 4.58 Meters 15

16 Logstrup Busbar Support Logstrup Copper is either supported by Single or Double Support. (Catalogue Section 4) 6x6mm 6x12mm 12x12mm 12x18mm 12x24mm 12x30mm 12x42mm 12x66mm 12x90mm 12x114mm 12x150mm Single Support 50kA/sec. or 65kA/sec. Double 100kA/sec. 16

17 Logstrup Busbar System: (Catalogue Section 4) Logstrup Busbar System At the top. At the bottom. 2 parallel (2//) 2+2 parallel (2+2//) Is possible in 2, 3 or 4 modules depth. Is only possible in 4 modules depth. N, L3, L2, L1 Front N, L3, L2, L1 + N, L3, L2, L1 Front 17

18 Vertical Busbars Distribution busbars (Droppers) The power plugs are connected here. 18

19 Functional unit + Cable section Vertical Busbar Box 4 sizes: 6 x 50 mm (800A) (Ik = 50kA/sec) 6 x 80 mm (1000A) (Ik = 50kA/sec) 6 x 100 mm (1250A) (Ik = 70kA/sec) 6 x 50 mm + 6 x 100 mm (1600A) (Ik = 70kA/sec) Ratings based on: Ambient Temp. 35 C & Max. Busbar Temp. 120 C Main busbar placed at the top Main busbar placed at the bottom Vertical Busbars: Tin covered IP2X protected 19

20 Unit Types The Logstrup Switchgear and Controlgear System offers unlimited flexibility with a large range of unit types: 1. Withdrawable Units (WDU) 2. Removable Units (RMU) 3. Mini-withdrawable Units (MDU) 4. Slimline Units (ABB Slimline and Jean Muller Sasil Products) Accommodates components from all manufacturers High protection against contact Fully re-configurable while live High operational safety 1. WDU 2. RMU 3. MDU 4. Slimline 20

21 WDU Withdrawable Units Incoming side: Power plugs directly connected with the vertical busbars. 160A: 160A Power plugs 400A: 400A Power plugs 630A: 2x400A Power plugs Outgoing side: Power plugs and Harting plugs (Power and/or control plugs). 60A: 60A Harting 80A: 80A Harting 160A: 160A Power plugs 250A: 400A Power plugs 400A: 400A Power plugs 630A: 2x400A Power plugs Module sizes: X = 3, 4. Y = ½, 1, 1½, 2, 2½, 3, 3½, 4 Rating up to 630A / 250 kw Unique safety interlocking mechanism Front or rear access DeviceNet & ProfiBus compatible 21

22 WDU Withdrawable Units Front view Rear view Outgoing side: Harting plugs (Power and/or control plugs) Top view Rear view Outgoing side: Power plugs 22

23 RMU Removable Units Incoming side: Power plugs directly connected with the vertical busbars. 160A: 160A Power plugs 400A: 400A Power plugs 630A: 2x400A Power plugs Outgoing side: Connection with cables (no plugs). Module sizes: X = 3, 4. Y = 1, 1½, 2, 2½, 3, 3½, 4 Rating up to 630A / 250 kw Unique safety interlocking mechanism Front or rear access DeviceNet & ProfiBus compatible 23

24 RMU Removable Units Front view Rear view Outgoing side: Connection with cables Top view Rear view Outgoing side: Connection with cables 24

25 MDU Mini Withdrawable Units Incoming side: Interface box with Power plugs directly connected with the vertical busbars. 160A: 160A Power plugs Outgoing side: Connection with cables to the Interface box. Up to 80A power plugs with 46 control pins Removable interface box Interface box can be pre-wired DeviceNet & ProfiBus compatible Module sizes: Y = 1 X = 1 (7,5 kw) X = 1½ (15kW) X = 2 (22kW) X = 3 (30kW) 25

26 Two Solutions for the Switch: 1. Kraus & Naimer switch Includes a mechanical test function Works by a disc Is offered from Logstrup Incl. disc, bracket, shaft, handle. MDU Mini Withdrawable Unit 2. GV2 solution Does not include a mechanical test funtion. Test function should be made electrically Works by a triangular key Electrical GV2 component is purchased locally (not offered from Logstrup) 26

27 MDU With Kraus & Naimer Switch Main breaker disconnected position 1. Main breaker disconnected position 2. Control contact open 3. Main contact open. 4. Drawer mechanically independent from the frame. Main breaker Off position 1. Main breaker Off position 2. Control contact open 3. Main contact open. 4. Drawer mechanically locked in the frame. Main breaker test position 1. Main breaker test position 2. Control contact closed a. Contact test closed 3. Main contact open. 4. Drawer mechanically locked in the frame. Main breaker electric power position 1. Main breaker electric power position 2. Control contact closed a. Contact test open 3. Main contact closed. 4. Drawer mechanically locked in the frame. 27

28 Internal Arc Test according to IEC Logstrup Arc Control System Section Arc Control: When a Section Arc Control occurs, the pressure is released through flaps in the top. Unit Arc Control: Flaps close in the chimney when a Unit Arc Control occurs, the pressure is released through the chimney and then through flaps in the top. 28

29 Worldwide References 29

30 Korinthos Power S.A, Greece MCC Rating: 4000A Type: WDU No. Of units: 48 Year: 2010 The major Power Plant project of Korinthos Power S.A. has been equipped with the new and innovative Omega Draw-out system. The key characteristics of the project is the engineering, procurement, construction and commissioning of a MW combined cycle gas turbine power plant with an efficiency higher than 57%. Requirements for safety and minimum downtime have been essential when choosing the OMEGA system. This new unit presents a number of significant advantages, as it will be one of the most modern power plants to operate in Greece with very high energy efficiency. It is located near regions with high energy consumption requirements and uses existing infrastructure for its interconnection to the power grid and the Natural Gas system. 30

31 Nalco Aluminium Plant, India MCC Rating: 890A Type: WDU & MDU Network: Profibus No. of units: 50 Year: 2008 This Omega Withdrawable project was manufactured in Germany and supplied to Nalco s Aluminium Smelter Expansion Project in Angul, India. All the large drives had air-conditioning built into the drawers, as the ambient temperature is 50 degree Celsius. Nalco has plans to set up an Aluminium Park in Angul, as a joint venture with Orissa Industrial Infrastructure Development Corporation (IDCO). Switchboard built by Kreutzpointner, Germnay 31

32 Mondi Paper Mill, Slovakia MCC Rear Access Rating: 1600A Type: WDU & MDU No. Of units: 56 Year: 2007 Mondi Paper Mill is located in the town of Ruzomberok in the Northern part of Slovakia in the Tatra Mountains. The abundance of the raw materials such as wood, water and energy in this area has had a favourable influence on the development of the mill. Switchboard built by 3D, Slovakia 32

33 Ostroleka Coal Burning Plant, Poland Switchboard Rating: 2.500A Type: WDU No. Of units: 48 Year: 2006 The Power Plant Complex is situated in the city of Ostroleka in the North-Eastern part of Poland about 120 km from Warsaw. The installation of the switchboard is a part of the modernization and adjustment process of the power plant in order to comply with EU standards. The coal burning Power Plant Complex consists of a thermal power station with an output of 367 MW each. With a position among the top 15 of over 50 power plants in Poland, Ostroleka is a respected player in the market. Switchboard built by Elektromontaz Poznan, Poland 33

34 L-Shaped draw-out MCC, Dredging vessel for U.A.E Switchboard built by Bakker Sliedricht, Netherlands 34

35 Omega Withdrawable Panel for Luxury Yacht Type: WDU Protection: MCCB MCC: X Rating: 1000A Switchboard built by AAU Lübeck, Germany 35

36 Power Generation, Russia MCC / Power distribution Rear Access. Rating: 4000A Type: WDU & No. of Units: 30 Year:

37 Great Belt Bridge, Denmark Over 1 km of switchboards - panels placed next to each other. Switchboard built by Logstrup Denmark. 37

38 Different solutions Face to face with busbar duct. Switchboard for Computer servers Swedish Newspaper Stockholm

39 Power Distribution, Vujé in Slovakia 1600 A main busbar Switchboard built by 3D. Slovakia 39

40 Klärwerk Gut-Grosslappen Wastewater treatment WDU Switchboard built by ELG Elektroanlagen, Germany 40

41 MCC for Oil Refinery Built by Davenham Engineering, Ireland 41

42 Auckland Casino, New Zealand Switchboards built by Lynn Electrical Ltd. Auckland, New Zealand 42

43 Leipzig Exhibition Centre, Germany Switchboards built by Frankenluk Energieanlagenbau, Germany 43

44 Neue Messe München Switchboard built by Frankenluk Energieanlagenbau, Germany 44

45 SARCELLE Incineration Plant outside Paris 3 lines with each MSB1, MSB2 and COM of 4000A 60 Drawers in total Intelligent panels using profibus supplied from logstrup and ready to be installed in 12 weeks Built by Group Reyes Construction Eurocablage 45

46 NGHE SUGAR MILL FACTORY in VIETNAM 1600 A main busbar IP 44 WDU with 46 aucilliary control signals Form 4b Supplied as partly build from Ireland Build by Sang Tao Joint stock company Hochimin 46

47 PTT oil and GAS Thailand 960 A main busbar IP 44 WDU with 24 aucilliary control signals Form 4b Rear access and arch fault protection Build by TIC Modular systems Bankok 47

48 CEVITAL ALGERIE (sugar plant) 3500 A main busbar back to back IP 44 WDU with 24 aucilliary control signals Form 3b Build by EDBS Marocco 48

49 BARKA (Qatar desalination plant) //12*90 IP 54 WDU with 24 aucilliary control signals Form 4b Build by Soreel SAS France installateur DEGREMONT SAS 49

50 Marine Main Switchboard Built by Interschalt, Germany 50

51 Different Solutions 51

52 Rear view WDU 160A/160A (3.1½.3) 52

53 Sigma. Jean Muller Slimline Switchfuses 53

54 Customised to your design Full concept generation and design to your specification 54

55 Customised desks to your design! Full concept generation and design to y our specification 55

56 Customised cut-outs on doors Make your own templates through our website. 56

57 PANEL ELEKTRO REFERENCES

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68 PANEL ELEKTRO REFERENCES WITHDRAWABLE MCC