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Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V,

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V, image 1

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V, image 2

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V, image 3

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V, thumbnail 1

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V, thumbnail 2

Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V,

Name: Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V,
Brand: Weidmüller
Price: 0.650 EUR
Availability: PreOrder

In stock: No Vendor stock: No Minimal order quantity: 100

Price (excl. VAT):

0,65 €

This price is valid until 31.12.24

Subtotal: 65,00 € MOQ: 100

EAN: 4008190333195

MPN: 1712760000

Box: 1

Technical Information

Item condition	New
Manufacture name	Feed-through terminal block, Tension-clamp connection, 2.5 mm², 800 V,
Brand	Weidmüller
Categories	Cable caps and connectors, clamps
Country of origin	DE
Harmonized System Code	8536 9010 00
Mounting method	DIN rail (top hat rail) 15 mm
Colour	Blue
Width	5.1 mm
Height	33.5 mm
Depth	31 mm
Rated voltage	800 V
Operating temperature	-50-120 °C
Inflammability class of insulation material according to with UL94	V0
Closing plate required	Yes
Type of electrical connection 1	Spring clamp connection
Number of levels	1
Number of clamp positions per level	2
Internally connected stages	No
Connectable conductor cross section solid-core	0.5-4 mm²
Connectable conductor cross section fine-strand with cable end sleeve	0.5-1.5 mm²
Connectable conductor cross section fine-strand without cable end sleeve	0.5-2.5 mm²
Material insulation body	Thermoplastic
Rated current In	24 A
Explosion-tested version 'Ex e'	Yes

Packing details

Packing level 1

4008190333195

Description

Terminal block for connecting or joining conductors with permanently secure contact. Hardened steel withstands the mechanical forces, tin-coated copper ensures top conductivity.