Catalog navigation
CAD model selection
Selectable products: 1
HELP_VARIABLE
Company
Weidmüller
Description
2049670000 - SAKDK 4NV
Bill of material
Weidmueller 2049670000
PREVIEW
Preview
MANUID
Product number of the Manufacturer
2049670000
MANUTYPEDESC
Manufacturer Type Description
SAKDK 4NV
DESCSHORT
Short Description
Multi-tier modular terminal, Screw connection, 4 mm², 500 V, 32 A, Number of levels: 2, grey
DESCLONG
Long Description
Terminal block with several levels for connecting or joining conductors with permanently secure contact. Hardened steel withstands the mechanical forces, tin-coated copper ensures top conductivity. Space-saving design.
GTIN
4050118456578
MANUNAME
Manufacturer Name
Weidmueller Group
AAB787
max. connectable conductor cross-section fine wire with conductor end sleeve
4 mm²
AAB789
max. connectable conductor cross-section multiple wire
4 mm²
AAB937
min. connectable conductor cross-section fine wire with conductor end sleeve
0.500 mm²
AAB940
min. connectable conductor cross-section multiple wire
0.500 mm²
AAC820
Min. operating temperature
-50 °C
AAC821
Max. operating temperature
120 °C
AAF726
rated current
32 A
AAP403
Number of contact points per level
2
AAP530
Number of levels
2
AAS574
Rated current [In] for the power loss specification
32 A
BAA303
Power loss, static, current-independent [Pls]
1.020 W
BAA351
color
gray
BAC034
Connection type
Screw connection
BAC140
Combustibility class
V0
BAC487
material of insulation
PA
BAC676
Max. line cross section, flexible
4 mm²
BAC677
Max. line cross section, rigid
4 mm²
BAC739
Min. line cross section, flexible
0.500 mm²
BAC740
Min. line cross section, rigid
0.500 mm²
BAD123
Levels internally bridged
No
BAD124
Explosion tested design (EEx e)
Yes
BAD774
Closing plate required
Yes
BAG640
Assembly type
Top-hat rail TH35
BAH005
rated voltage
500 V
AAF040
Mass
0.015 kg
BAB577
depth
61.124 mm
BAA020
height
60 mm
BAF016
width
6.1 mm
AAD931
customs tariff number (TARIC)
85369010
URL
URL
Recommendations
No recommendations available.
Download CAD models
Previews
3D
2D