VEX-ELIMECS company logo
Catalog>ABB>Control products>Contactors>Block Contactors>Abb – 1SFN084706R1005
Previous Product

Abb – 1SFN084706R1005

CONTACTORS ⍾ Abb – 1SFN084706R1005
Qty
Busbar kit for connecting contactor to T-max type MCCB in a vertical mounting position
Catalog descriptionBEA185/T4 Connection Set
Customs tariff number85389099
Weight0.01 kg
Dimensions(WxHxD/L) 20 mm x 73 mm x 14.5 mm
EAN7320500338759
Search Icon Browse BLOCK CONTACTORS catalog

Downloads

PDF
ABB 1SFN084706R1005 Datasheet PDF (en)
Download
PDF
ABB 1SFN084706R1005 Datasheet PDF (de)
Download
PDF
ABB 1SFN084706R1005 Datasheet PDF (ru)
Download
PDF
ABB 1SFN084706R1005 Datasheet PDF (pl)
Download
Next Product

Related in Block Contactors ⍾ Page 1

Abb – SK829090-H
Product details
SK829090-H - Abb
BSS1000 Connection Kit
Abb – SK829090-E
Product details
SK829090-E - Abb
BSS550 Connection Kit
Abb – SK829075-C
Product details
SK829075-C - Abb
PN210-22 Mounting Plate
Abb – SK829071-B
Product details
SK829071-B - Abb
Mechanical interlock for two horizontally mounted contactors designed to prevent one of the contactors from closing while the other contactor is closed
Abb – SK829071-A
Product details
SK829071-A - Abb
Mechanical interlock for two horizontally mounted contactors designed to prevent one of the contactors from closing while the other contactor is closed
Abb – SK829090-G
Product details
SK829090-G - Abb
BSS160/BSS210 Connection Kit
Abb – SK829090-F
Product details
SK829090-F - Abb
BSS145 Connection Kit
Abb – SK829090-B
Product details
SK829090-B - Abb
BSS100 Connection Kit
Abb – SK829075-E
Product details
SK829075-E - Abb
PN300-22 Mounting Plate
Abb – SK829007-B
Product details
SK829007-B - Abb
RC type surge suppressor designed to reduce overvoltage surge effects from coil operation
Abb – SK829007-D
Product details
SK829007-D - Abb
RC type surge suppressor designed to reduce overvoltage surge effects from coil operation
Abb – SK829007-A
Product details
SK829007-A - Abb
RC type surge suppressor designed to reduce overvoltage surge effects from coil operation