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Busbar supports

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Busbar Supports

 

 

 

 

EB PA 15 13

 

Technical Specifications

 

• Designed to be used with busbars of 10mm thickness.

• Material: fiberglass reinforced polyamide

• Does not discharge halogen gas when burned (halogen-free)

• Tested maximum short circuit effective current 50kA

• Continuous operating temperature maximum 120°C

• Maximum current intensity applied in tests 87,5[A/mm

• Asymmetrical design makes it easier to make connections between board groups.

• Flexible material feature prevents cracking or breaking when tightened with bolt.

• Distance between phases is 65mm and maximum short circuit effective current provided depending on used conductor cross section and support distances is given in the table below.

 

 

 

 

 

 

EB PA 15 23

 

Technicial Specifications

 

• Designed to be used with busbars of 5mm and 10mm thickness.

• Material: fiberglass reinforced polyamide

• Does not discharge halogen gas when burned (halogen-free)

• Tested maximum short circuit effective current 43kA

• Continuous operating temperature maximum 120°C

• Maximum current intensity applied in tests 43[A/mm2]

• Asymmetrical design makes it easier to make connections between board groups.

• Flexible material feature prevents cracking or breaking when tightened with bolt.

• Distance between phases is 95/100mm and maximum short circuit effective current provided depending on used conductor cross section and support distances is given in the table below.

 

 

100kA CIRCUIT TYPE TESTED ACCORDING TO IEC 61439-1

 

 

 

 

EB (MA MB) 05 30 Vo

 

Technicial Specifications

 

• Designed to be used with busbars of 5mm thickness.

• Material: fiberglass reinforced polycarbonate

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 100kA

• Continuous operating temperature maximum 150°C

• Maximum current intensity applied in type tests 165 165 (A/mm2)

• Distances between phases can be increased in 25mm increments after 75mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.28 and P.29.

 

Product Codes

 

* Profiles used in 3 and 4 phase products are steel. Thus, completion of magnetic field circuit is prevented.
* Consult your customer representative for selection according to distances between mechanical connections and phases.

 

 

 

 

100kA CIRCUIT TYPE TESTED ACCORDING TO IEC 61439-1

 

 

EB (MA MB) 10 30 Vo

 

Technicial Specifications

 

• Designed to be used with busbars of 10mm thickness.

• Material: fiberglass reinforced polycarbonate

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 100kA

• Continuous operating temperature maximum 150°C

• Maximum current intensity applied in type tests 165 [A/mm2]

• Distances between phases can be increased in 25mm increments after 100mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.32 and P.33.

 

Product Codes

 

* Profiles used in 3 and 4 phase products are steel. Thus, completion of magnetic field circuit is prevented.
* Consult your customer representative for selection according to distances between mechanical connections and phases.

 

 

 

 

120kA CIRCUIT TYPE TESTED ACCORDING TO IEC 61439-1

 

 

EB MA 10 20 MO

 

Technicial Specifications

 

• Designed to be used with busbars of 10mm thickness

• Material: fiberglass reinforced polycarbonate

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 120kA

• Continuous operating temperature 120°C

• Distances between phases can be increased in 25mm increments after 125mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.36 and P.37.

 

Product Codes 

 

* Profiles used in 3 and 4 phase products are steel. Thus, completion of magnetic field circuit is prevented.
* Consult your customer representative for selection according to distances between mechanical connections and phases.

 

 

150kA CIRCUIT TYPE TESTED ACCORDING TO IEC 61439-1

 

 

EB EP 10

 

Technicial Specifications

 

• Material; fiberglass fabric reinforced epoxy plate

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 150 kA

• Continuous operating temperature maximum 120°C

• Maximum current intensity applied in type tests 75(A/mm2)

• Distances between phases can be increased in 50mm increments after 50mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.39.

 

70kA CIRCUIT TYPE TESTED ACCORDING TO IEC 61439-1

 

 

EB PT 10

 

Technicial Specifications

 

• Designed to be used with busbars of 10mm thickness.

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 70kA

• Continuous operating temperature maximum 120°C

• Maximum current intensity applied in type tests 23.5 (A/mm2)

• Distances between phases can be increased in 25mm increments after 125mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.42 and P.43.

 

Product Codes

 

 

 

 

 

 

 

100kA CIRCUIT TYPE TESTED FOR EB PP 25 ACCORDING TO IEC 61439-1

 

 

EB PP 10/25

 

Technicial Specifications

 

• Material: fiberglass reinforced polyester

• Does not discharge halogen gas when burned (halogen-free)

• Fire resistant V0 according to UL94

• Tested maximum short circuit effective current 100kA

– 70kA for EB PP 10 – when used alone
– 100kA for EB PP 25 – when used alone
– 120kA for EB PP 25 – when used alone
– When EB PP 10 is used

• Continuous operating temperature maximum 120°C

• Maximum current intensity applied in type tests

– 77 for EB PP 10 [A/mm2]
– 100 for EB PP 25 [A/mm2]

• Distances between phases can be increased in 50mm increments after 50mm.

• Maximum support distances based on short circuit currents for different phase distances are given in P.46, 47, 48 and 49.

 

 

 

For human safety, EB CB 08 bolt heads used for insulation must be preferred to be used with EB PP 10 and EB PP 25 busbar insulators.

 

Product Codes