MPDB UL1953 CU INT 1000V 310A 2-pole 1 350-#6 in-8 #2-#14 out Box/Box
- Produttore:
- Mersen/Ferraz Shawmut
- Prezzo (IVA esclusa)
- € 297.83
- Codice Nuova Elva
- MPDB66632
- Codice produttore
- MPDB66632
- Disponibilità
- Invia RdO
The Next Generation Power Distribution Block (PDB). Mersen power distribution blocks provide a safe and easy method of splicing cables, splitting primary power into secondary circuits and fulfilling requirements for fixed junction tap-off points. All blocks are UL and CSA approved while meeting spacing requirements for feeder and branch circuits in conjunction with UL508A and the National Electrical Code®. PDB options include single or dual conductor primary inputs and up to 30 secondary outputs. Specialty blocks are available allowing for up to 7 primary inputs. The MPDB series is offered in three size categories miniature (MPDB62 and MPDB63 series), intermediate (MPDB66 and MPDB67 series), and large (MPDB68 and MPDB69 series), in both aluminum and copper.
Features
UL Listed to subject 1953, File E352417 unless noted otherwise
CSA Certified Class 6228 01
Specifications
Amperage | 310 A |
---|---|
Connector Material | Tin-plated Copper |
Country of Origin | Mexico |
Max. Operating Temperature | 80 °C |
Number of Poles | 2 |
Voltage | 1000 V |
Specifications | |
Adder Poles | All sizes have optional adder poles for increased flexibility and ease-of-use. Adder poles can be stacked to form multi-pole units in the field without the use of tools. Adder poles allow for customization of primary and secondary wire combinations. End barriers are also available for sale, catalog numbers can be found in the catalog number selection tables for each size block. |
Rated Voltage Dc Ul | 1000 V |
Short Circuit Rating Standalone | 10 kA |
Short Circuit Rating Class Cc | 30 kA |
Short Circuit Rating Class G | 60 kA |
Short Circuit Rating Class J | 400 kA |
Short Circuit Rating Class L | 400 kA |
Short Circuit Rating Class Rk1 | 200 kA |
Short Circuit Rating Class Rk5 | 100 kA |
Short Circuit Rating Class T | 400 kA |
Ampere Rating Cu | 310 A |
Wire Connectors | Standard aluminum and copper wire connectors are available. Aluminum connectors accept both AL or CU wire while copper connectors accept CU wire only. Connectors are all 1-piece tin-plated. Many part numbers are rated to accept DLO-type fine-strand wire, allowing users to connect flexible conductors. |
Hole Diameter Primary | 0.75 in |
Hole Diameter Secondary | 0.31 in |
Country Of Origin | MX |
Product Line | MPDB Series UL 1953 Open-Style Power Distribution Blocks |
Wire Insulation Rating | 60/75C |
Wire Type | Solid/Stranded CU |
Body Insulating Material | GFPC |
Installation Mounting | Direct Screw Mount |
Number Of Poles | 2-pole |
Flammability Rating | 94 V-0 |
Insulators | Insulators are virtually unbreakable, made of glass-filled polycarbonate. “See-through,” hinged safety covers are optional and provide a greater degree of safety and shock resistance where required. Hinged covers can be installed without tools. |
Connector Material | Tin-plated Copper |
Connector Type Primary | Box |
Connector Type Secondary | Box |
Hex Screw Size And Type Primary | 11/16-16 x .88 |
Hex Screw Size And Type Secondary | 5/16-24 x .38 |
Number Of Openings Per Pole Primary | 1 |
Number Of Openings Per Pole Secondary | 8 |
Torque Rating Primary | 350-#6 275 |
Torque Rating Secondary | #2-#3 50; #4-#6 35; #8 25; #10-#14 20 |
Wire Range Primary | 350-#6 |
Spacings | 1 inch through air and 2 inches over surface between uninsulated live parts of opposite polarity meets requirements for feeder and branch circuit applications of UL508A. |
Wire Range Secondary | #2-#14 |
Safety Covers | Polycarbonate safety covers provide dead-front protection. One cover is needed for each pole. Each cover has a test probe hole in the center for circuit checking. Covers are optional accessories and catalog numbers can be found in the catalog selection tables for each size block. |
Max Operating Temp | 80 °C |
Max Storage Temp | 80 °C |
Min Storage Temp | -25 °C |
Rated Voltage Ac Ul | 1000 V |