BL Series, 400-6400 A

A Flexible, Safe, and Reliable Low Voltage Power Distribution Solution

The Busway BL Series from Delta are made from epoxy using vacuum casting. Superior to traditional cables or sandwich type busway solutions, Delta’s Busways significantly improve the protection ratings, safety and reliability of products, are ideal for use in harsh environmental conditions, and can be extensively applied to a range of industries. Thanks to the outstanding electrical and mechanical properties of resin, these busways have reduced dimensions, a simplified structure, extended service life, and improved reusability. More importantly, Delta’s Busways provide excellent energy-savings to help our customers enjoy substantial savings on their electricity bills.

System Architecture

busway system_BL 400A-6400A - System Architecture


Product available regions :

EMEA North America Latin America SEA & OCEA India China Taiwan South Korea Japan
• 250-5000 A • • • • • • •

For region-specific product details and variations in specifications, please download the local leaflet or visit the local website.


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Product Introduction

Features & Benefits

Customer Value

 
  • Flexible modular design allows easy disassembly, reconstruction, and expansion as well as high re-usability
  • Excellent safety, as well as waterproof, dustproof, fireproof, shock-proof, and corrosion-proof
  • Certified according to market-specific or customer-specific needs, such as by the IEC, CNS, GB, and others
  • Highly compact
 

Key Specifications and Functions

     
  • Copper 600-6400 A, Aluminum 400-5000 A
  • Rated voltage up to 1000 V
  • Operating ambient temperature -20°C to 50°C, daily average up to 35°C, altitude up to 2,000 meters
  • Model 3P3W or 3P4W, 50%G or 100%G
  • IP68 at busway feeder section, IP54 at plug-in section
  • Modular design, easy disassembling and reassembling, and highly expandable
  • Integrated cast resin block, with detachable bridge-type joints
  • Easy installation, effective foolproof design to prevent installation errors
  • Design and Standards
    IEC60439-2, IEC61439, IEC60529, IEC60331, IEC60332
    JIS C8364, JIS A1304, JIS H3140
    GB7251.1,GB7251.2, ANSI/UL857,NEMA BU-1
 

Innovative Energy-saving Materials

     
Normal busways have high power-consuming resistors in conductors, leading to expensive electricity bills. Delta’s Busway uses state-of-the-art technology to not only cut electricity costs, but also effectively reduce electromagnetic interference, preventing damage to precision equipment.
  • CoAlly Technology
    Conductors are set to the optimum low-resistance state to reduce energy consumption as well as carbon footprints, while contributing to environmental protection and low power costs.
  • SiShield Technology
    With a low-impedance electrolytic copper plate, the conductor has optimum low resistance, effectively reducing loss and voltage drops. In addition, the internally coated composite significantly mitigates electromagnetic interference to protect precision equipment.
 

Flexible and Cost-saving

     
  • Delta’s Cast Resin Busway system is only 60% of the size of traditional sandwich busways, and 30% of the size of traditional electrical cable wiring.
  • The busway joint is constructed as moving connecting modules, easy to assemble, disassemble, expand, and reuse when changing layout.
  • The plug-in unit works with MCCB from major manufacturers allowing live line operations at anytime to change loads without cutting off power and saving both time and money.
  • Maintenance-free throughout its service life, reducing OPEX.
Applications
With the rapid growth of global IT industry, factories are built to increasingly large scales. This adds to the demand for quality power supply, safe power transfer and efficient systems, as well as greater expandability. As busway development has reached higher levels of reliability, safety and flexibility due to fast delivery and flexible engineering changes, busways are now used extensively in a variety of industries.

In addition to power transmission/distribution, Delta’s Busways also feature high protection ratings and are ideal for harsh environmental conditions and mission critical applications required high reliability and safety.
 
  Emergency, outdoor applications Petro-chemistry, marine, oil & gas Critical equipment, datacenters Electronics, semiconductor, wafer fabrication Water treatment Wind farms
Waterproof, dustproof IP68 ● ● ● ● ● ●
Fireproof and burning-proof ● ●     ● ●
Explosion-proof ● ● ● ● ● ●
Resistance to chemical corrosion ● ● ● ● ● ●
Shock-proof   ●   ● ● ●
Specifications
  1. Busway
  2. Rating: 400/ 600/ 800/ 1000/ 1250/ 1600/ 2000/ 2500/ 3200/ 4000/ 5000/ 6400 A
  3. Rated voltage: 1000 V
  4. Frequency: 50/60 Hz
  5. Conductor:
    Copper purity: 99.9%, conductivity: 99.9% IACS
    Aluminum purity: 98.0%, conductivity: 56.0% IACS
  6. Conductor plating: Tin plating
  7. Insulation material: Epoxy cast resin
  8. Insulation class: Class F (155℃)
  9. Fire Resistance
    IEC60331 750°C 3 hrs, IEC60332
    CNS12514 840°C 30 mins (Special made-C)
  10. Ingress Protection rating: IP68
  11. Earthquake Test: 0.8 g (magnitude > 7)
  12. Explosive-symbol: ExmII
  13. Mechanical Impact: IK10
  15. Plug-in Unit
  16. Type: Plug-in type / Bolt-on type
  17. Pole: 1P/2P/3P/4P
  18. Max. Rating
    Plug-in type 630 A
    Bolt-on type 2000 A
  19. MCCB Brands: Mitsubishi, Fuji, GE, Schneider (MG), or Customer specified
  20. Protection Rating: IP42 / IP55 (Optional)
  21. Panel Coating: Powder coated paint
  22. Coating Thickness: Indoor 40μm / outdoor 50μm
  23. Color: RAL7047 / RAL7043
  25. General Data
  26. Standards:
    IEC60439-2,IEC61439,IEC60529,IEC60331,IEC60332
    JIS C8364,JIS A1304,JIS H3140
    GB7251.1,GB7251.2, ANSI / UL857,NEMA BU-1
  27. Ambient temperature: -20℃ /+50℃ avg. 35℃
  28. Altitude: ≤ 2,000 m

Busway - Cooper Busway BL series, Copper
  1. Model: BLC06
  2. Rated current: 600 A
  3. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 106.3 μΩ/m
    Resistance R85: 133.5 μΩ/m
    Resistance X50: 112.3 μΩ/m
    Impedance Z50: 174.5 μΩ/m
  4. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 106.3 μΩ/m
    Resistance R85: 133.5 μΩ/m
    Resistance X50: 134.8 μΩ/m
    Impedance Z50: 189.7 μΩ/m
  5. Conductor Cross-section Area:
    L1,L2,L3: 145 mm²
    N (100%): 145 mm²
    G (Internal): 72.5 mm²
  6. Dimensions (H x W): 100 x 55 mm
    Joint (H x W): 152 x 93 mm
  8. Model: BLC08
  9. Rated current: 800 A
  10. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 68.7 μΩ/m
    Resistance R85: 86.2 μΩ/m
    Resistance X50: 79.9 μΩ/m
    Impedance Z50: 117.5 μΩ/m
  11. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 68.7 μΩ/m
    Resistance R85: 86.2 μΩ/m
    Resistance X50: 95.9 μΩ/m
    Impedance Z50: 128.9 μΩ/m
  12. Conductor Cross-section Area:
    L1,L2,L3: 232 mm²
    N (100%): 232 mm²
    G (Internal): 116 mm²
  13. Dimensions (H x W): 100 x 70 mm
    Joint (H x W): 152 x 93 mm
  15. Model: BLC10
  16. Rated current: 1000 A
  17. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 50.2 μΩ/m
    Resistance R85: 63.0 μΩ/m
    Resistance X50: 57.3 μΩ/m
    Impedance Z50: 85.2 μΩ/m
  18. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 50.2 μΩ/m
    Resistance R85: 63.0 μΩ/m
    Resistance X50: 68.8 μΩ/m
    Impedance Z50: 93.3 μΩ/m
  19. Conductor Cross-section Area:
    L1,L2,L3: 307.4 mm²
    N (100%): 307.4 mm²
    G (Internal): 153.7 mm²
  20. Dimensions (H x W): 100 x 83 mm
    Joint (H x W): 152 x 106 mm
  22. Model: BLC12
  23. Rated current: 1250 A
  24. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 34.7 μΩ/m
    Resistance R85: 43.5 μΩ/m
    Resistance X50: 42.3 μΩ/m
    Impedance Z50: 60.7 μΩ/m
  25. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 34.7 μΩ/m
    Resistance R85: 43.5 μΩ/m
    Resistance X50: 50.8 μΩ/m
    Impedance Z50: 66.9 μΩ/m
  26. Conductor Cross-section Area:
    L1,L2,L3: 464 mm²
    N (100%): 464 mm²
    G (Internal): 232 mm²
  27. Dimensions (H x W): 100 x 110 mm
    Joint (H x W): 152 x 133 mm
  29. Model: BLC16
  30. Rated current: 1600 A
  31. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 23.0 μΩ/m
    Resistance R85: 28.9 μΩ/m
    Resistance X50: 28.0 μΩ/m
    Impedance Z50: 40.2 μΩ/m
  32. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 23.0 μΩ/m
    Resistance R85: 28.9 μΩ/m
    Resistance X50: 33.6 μΩ/m
    Impedance Z50: 44.3 μΩ/m
  33. Conductor Cross-section Area:
    L1,L2,L3: 696 mm2
    N (100%): 696 mm2
    G (Internal): 348 mm2
  34. Dimensions (H x W): 100 x 150 mm
    Joint (H x W): 152 x 173 mm
  36. Model: BLC20
  37. Rated current: 2000 A
  38. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 17.9 μΩ/m
    Resistance R85: 22.5 μΩ/m
    Resistance X50: 22.1 μΩ/m
    Impedance Z50: 31.5 μΩ/m
  39. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 17.9 μΩ/m
    Resistance R85: 22.5 μΩ/m
    Resistance X50: 26.5 μΩ/m
    Impedance Z50: 34.8 μΩ/m
  40. Conductor Cross-section Area:
    L1,L2,L3: 928 mm²
    N (100%): 928 mm²
    G (Internal): 464 mm²
  41. Dimensions (H x W): 100 x 190 mm
    Joint (H x W): 152 x 213 mm
  43. Model: BLC25
  44. Rated current: 2500 A
  45. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 15.1 μΩ/m
    Resistance R85: 18.9 μΩ/m
    Resistance X50: 17.7 μΩ/m
    Impedance Z50: 25.9 μΩ/m
  46. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 15.1 μΩ/m
    Resistance R85: 18.9 μΩ/m
    Resistance X50: 21.2 μΩ/m
    Impedance Z50: 28.4 μΩ/m
  47. Conductor Cross-section Area:
    L1,L2,L3: 1160 mm²
    N (100%): 1160 mm²
    G (Internal): 580 mm²
  48. Dimensions (H x W): 100 x 230 mm
    Joint (H x W): 152 x 253 mm
  50. Model: BLC32
  51. Rated current: 3200 A
  52. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 11.6 μΩ/m
    Resistance R85: 14.5 μΩ/m
    Resistance X50: 13.4 μΩ/m
    Impedance Z50: 19.7 μΩ/m
  53. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 11.6 μΩ/m
    Resistance R85: 14.5 μΩ/m
    Resistance X50: 16.1 μΩ/m
    Impedance Z50: 21.7 μΩ/m
  54. Conductor Cross-section Area:
    L1,L2,L3: 1392 mm²
    N (100%): 1392 mm²
    G (Internal): 696 mm²
  55. Dimensions (H x W): 100 x 270 mm
    Joint (H x W): 152 x 293 mm
  57. Model: BLC40
  58. Rated current: 4000 A
  59. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 9.0 μΩ/m
    Resistance R85: 11.3 μΩ/m
    Resistance X50: 10.0 μΩ/m
    Impedance Z50: 15.1 μΩ/m
  60. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 9.0 μΩ/m
    Resistance R85: 11.3 μΩ/m
    Resistance X50: 12.0 μΩ/m
    Impedance Z50: 16.5 μΩ/m
  61. Conductor Cross-section Area:
    L1,L2,L3: 1856 mm²
    N (100%): 1856 mm²
    G (Internal): 928 mm²
  62. Dimensions (H x W): 100 x 395 mm
    Joint (H x W): 152 x 418 mm
  64. Model: BLC50
  65. Rated current: 5000 A
  66. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 7.6 μΩ/m
    Resistance R85: 9.5 μΩ/m
    Resistance X50: 8.8 μΩ/m
    Impedance Z50: 12.9 μΩ/m
  67. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 7.6 μΩ/m
    Resistance R85: 9.5 μΩ/m
    Resistance X50: 10.6 μΩ/m
    Impedance Z50: 14.2 μΩ/m
  68. Conductor Cross-section Area:
    L1,L2,L3: 2320 mm²
    N (100%): 2320 mm²
    G (Internal): 1160 mm²
  69. Dimensions (H x W): 100 x 475 mm
    Joint (H x W): 152 x 498 mm
  71. Model: BLC64
  72. Rated current: 6400 A
  73. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 6.1 μΩ/m
    Resistance R85: 7.7 μΩ/m
    Resistance X50: 6.3 μΩ/m
    Impedance Z50: 9.9 μΩ/m
  74. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 6.1 μΩ/m
    Resistance R85: 7.7 μΩ/m
    Resistance X50: 7.6 μΩ/m
    Impedance Z50: 10.8 μΩ/m
  75. Conductor Cross-section Area:
    L1,L2,L3: 2784 mm²
    N (100%): 2784 mm²
    G (Internal): 1392 mm²
  76. Dimensions (H x W): 100 x 555 mm
    Joint (H x W): 152 x 578 mm
  78.  
Busway - Aluminum Busway BL series, Aluminum
  1. Model: BLA04
  2. Rated current: 400 A
  3. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 110.2 μΩ/m
    Resistance R85: 138.2 μΩ/m
    Resistance X50: 128.0 μΩ/m
    Impedance Z50: 188.4 μΩ/m
  4. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 110.2 μΩ/m
    Resistance R85: 138.2 μΩ/m
    Resistance X50: 153.6 μΩ/m
    Impedance Z50: 206.6 μΩ/m
  5. Conductor Cross-section Area:
    L1,L2,L3: 232 mm²
    N (100%): 232 mm²
    G (Internal): 116 mm²
  6. Dimensions (H x W): 100 x 70 mm
    Joint (H x W): 152 x 93 mm
  8. Model: BLA06
  9. Rated current: 600 A
  10. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 84.8 μΩ/m
    Resistance R85: 106.3 μΩ/m
    Resistance X50: 76.5 μΩ/m
    Impedance Z50: 131.0 μΩ/m
  11. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 84.8 μΩ/m
    Resistance R85: 106.3 μΩ/m
    Resistance X50: 91.8 μΩ/m
    Impedance Z50: 140.5 μΩ/m
  12. Conductor Cross-section Area:
    L1,L2,L3: 307.4 mm²
    N (100%): 307.4 mm²
    G (Internal): 153.7 mm²
  13. Dimensions (H x W): 100 x 83 mm
    Joint (H x W): 152 x 106 mm
  15. Model: BLA08
  16. Rated current: 800 A
  17. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 55.1 μΩ/m
    Resistance R85: 69.1 μΩ/m
    Resistance X50: 56.9 μΩ/m
    Impedance Z50: 89.5 μΩ/m
  18. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 55.1 μΩ/m
    Resistance R85: 69.1 μΩ/m
    Resistance X50: 68.3 μΩ/m
    Impedance Z50: 97.2 μΩ/m
  19. Conductor Cross-section Area:
    L1,L2,L3: 464 mm²
    N (100%): 464 mm²
    G (Internal): 232 mm²
  20. Dimensions (H x W): 100 x 110 mm
    Joint (H x W): 152 x 133 mm
  22. Model: BLA10
  23. Rated current: 1000 A
  24. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 47.0 μΩ/m
    Resistance R85: 58.9 μΩ/m
    Resistance X50: 49.8 μΩ/m
    Impedance Z50: 77.1 μΩ/m
  25. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 47.0 μΩ/m
    Resistance R85: 58.9 μΩ/m
    Resistance X50: 59.8 μΩ/m
    Impedance Z50: 83.9 μΩ/m
  26. Conductor Cross-section Area:
    L1,L2,L3: 580 mm²
    N (100%): 580 mm²
    G (Internal): 290 mm²
  27. Dimensions (H x W): 100 x 130 mm
    Joint (H x W): 152 x 153 mm
  29. Model: BLA12
  30. Rated current: 1200 A
  31. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 39.3 μΩ/m
    Resistance R85: 49.3 μΩ/m
    Resistance X50: 38.6 μΩ/m
    Impedance Z50: 62.6 μΩ/m
  32. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 39.3 μΩ/m
    Resistance R85: 49.3 μΩ/m
    Resistance X50: 46.3 μΩ/m
    Impedance Z50: 67.6 μΩ/m
  33. Conductor Cross-section Area:
    L1,L2,L3: 696 mm²
    N (100%): 696 mm²
    G (Internal): 348 mm²
  34. Dimensions (H x W): 100 x 150 mm
    Joint (H x W): 152 x 173 mm
  36. Model: BLA15
  37. Rated current: 1500 A
  38. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 29.8 μΩ/m
    Resistance R85: 37.4 μΩ/m
    Resistance X50: 28.9 μΩ/m
    Impedance Z50: 47.3 μΩ/m
  39. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 29.8 μΩ/m
    Resistance R85: 37.4 μΩ/m
    Resistance X50: 34.7 μΩ/m
    Impedance Z50: 51.0 μΩ/m
  40. Conductor Cross-section Area:
    L1,L2,L3: 928 mm²
    N (100%): 928 mm²
    G (Internal): 464 mm²
  41. Dimensions (H x W): 100 x 190 mm
    Joint (H x W): 152 x 213 mm
  43. Model: BLA16
  44. Rated current: 1600 A
  45. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 24.8 μΩ/m
    Resistance R85: 31.1 μΩ/m
    Resistance X50: 22.3 μΩ/m
    Impedance Z50: 38.3 μΩ/m
  46. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 24.8 μΩ/m
    Resistance R85: 31.1 μΩ/m
    Resistance X50: 26.8 μΩ/m
    Impedance Z50: 41.1 μΩ/m
  47. Conductor Cross-section Area:
    L1,L2,L3: 1160 mm²
    N (100%): 1160 mm²
    G (Internal): 580 mm²
  48. Dimensions (H x W): 100 x 230 mm
    Joint (H x W): 152 x 253 mm
  50. Model: BLA20
  51. Rated current: 2000 A
  52. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 21.8 μΩ/m
    Resistance R85: 27.4 μΩ/m
    Resistance X50: 17.4 μΩ/m
    Impedance Z50: 32.5 μΩ/m
  53. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 21.8 μΩ/m
    Resistance R85: 27.4 μΩ/m
    Resistance X50: 20.9 μΩ/m
    Impedance Z50: 34.5 μΩ/m
  54. Conductor Cross-section Area:
    L1,L2,L3: 1392 mm²
    N (100%): 1392 mm²
    G (Internal): 696 mm²
  55. Dimensions (H x W): 100 x 270 mm
    Joint (H x W): 152 x 293 mm
  57. Model: BLA25
  58. Rated current: 2500 A
  59. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 15.7 μΩ/m
    Resistance R85: 19.7 μΩ/m
    Resistance X50: 12.9 μΩ/m
    Impedance Z50: 23.5 μΩ/m
  60. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 15.7 μΩ/m
    Resistance R85: 19.7 μΩ/m
    Resistance X50: 15.5 μΩ/m
    Impedance Z50: 25.1 μΩ/m
  61. Conductor Cross-section Area:
    L1,L2,L3: 1392 mm²
    N (100%): 1392 mm²
    G (Internal): 696 mm²
  62. Dimensions (H x W): 100 x 270 mm
    Joint (H x W): 152 x 293 mm
  64. Model: BLA32
  65. Rated current: 3200 A
  66. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 13.6 μΩ/m
    Resistance R85: 17.1 μΩ/m
    Resistance X50: 10.0 μΩ/m
    Impedance Z50: 19.8 μΩ/m
  67. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 13.6 μΩ/m
    Resistance R85: 17.1 μΩ/m
    Resistance X50: 10.0 μΩ/m
    Impedance Z50: 20.9 μΩ/m
  68. Conductor Cross-section Area:
    L1,L2,L3: 2320 mm²
    N (100%): 2320 mm²
    G (Internal): 1160 mm²
  69. Dimensions (H x W): 100 x 475 mm
    Joint (H x W): 152 x 498 mm
  71. Model: BLA40
  72. Rated current: 4000 A
  73. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 10.9 μΩ/m
    Resistance R85: 13.7 μΩ/m
    Resistance X50: 8.3 μΩ/m
    Impedance Z50: 16.0 μΩ/m
  74. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 10.9 μΩ/m
    Resistance R85: 13.7 μΩ/m
    Resistance X50: 9.9 μΩ/m
    Impedance Z50: 16.9 μΩ/m
  75. Conductor Cross-section Area:
    L1,L2,L3: 2784 mm²
    N (100%): 2784 mm²
    G (Internal): 1392 mm²
  76. Dimensions (H x W): 100 x 555 mm
    Joint (H x W): 152 x 578 mm
  78. Model: BLA50
  79. Rated current: 5000 A
  80. Impedance values - at 50 Hz frequency/ 85°C temperature:
    Resistance R20: 9.3 μΩ/m
    Resistance R85: 11.6 μΩ/m
    Resistance X50: 5.1 μΩ/m
    Impedance Z50: 13.0 μΩ/m
  81. Impedance values - at 60 Hz frequency/ 85°C temperature:
    Resistance R20: 9.3 μΩ/m
    Resistance R85: 11.6 μΩ/m
    Resistance X50: 7.0 μΩ/m
    Impedance Z50: 13.5 μΩ/m
  82. Conductor Cross-section Area:
    L1,L2,L3: 2784 mm²
    N (100%): 2784 mm²
    G (Internal): 1392 mm²
  83. Dimensions (H x W): 100 x 555 mm
    Joint (H x W): 152 x 578 mm
 
 
 

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