JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

Phoenix Contact Rail Terminal Block Screwed 2 Wire 1 Level 1.5-25mm Grey Polyamide

$Phoenix_Contact\Phoenix_Contact_3044_Terminal_Grey.jpg$

Description

Feed Through Terminal Block, 1.5-25 mm, 2 Conductors, 1000 Volt, 8 kV Rated Surge Voltage, 76 Amp, 14 mm Wire Strip Length, 2.5-3 Nm Tightening Torque, 2 Conductor Wiring Format, 2 Connection Points, 1 Potential, 1 Level, Screw Terminal, NS 35/15 - NS 35/7,5 Mounting, Polyamide Insulation, Grey, -60 to 110 deg C, UL94 V0 Flammability, 55.5 mm Height, 12.2 mm Width, 54.4 mm; 55 mm NS 35/7,5; 62.5 mm NS 35/15 Depth

Key Specifications

SKU	PHO3044199
Brand	Phoenix Contact
Product Type	Termninal Blocks

Technical Specifications

Looking for something specific? Search with keywords to help filter your required specifications.

Additional Information

Features	The reducing bridges can be used to connect terminal blocks with different connection technologies, e.g., UT 35 screw terminal block with push-in technology 2, 5 push-in terminal blocks, to form power blocks The flexible options for reducing bridging in the CLIPLINE complete system can be found in Accessories for the CLIPLINE complete modular terminal block system Easy and time-saving potential supply and distribution of large currents and cross sections up to 35 sq-mm with reducing bridges Tested for railway applications
Standard Pack Size	50
UNSPSC Class	39121400
UOM	EA
Vendor Product	3044199
Colour	Grey
Conductor Size	1.5-25mm
Current Rating	76 Amp
Depth	54.4 mm - 55 mm NS 35/75 - 62.5 mm NS 35/15
Height	55.5 mm
Flammability	UL94 V0
Insulation Material	Polyamide
Mounting Method	NS 35/15 - NS 35/75
Number of Conductors	2
Number of Connection Points	2
Number of Potentials	1
Number of Levels	1
Rated Surge Voltage	8 kV
Temperature	-60 to 110 deg C
Terminal Type	Screw
Tightening Torque	2.5-3 Nm
Voltage Rating	1000 Volt
Width	12.2 mm
Wire Strip Length	14 mm
Wiring Format	2 Conductor