2000VAC Combination Line Connectors 1

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Part RoHS Manufacturer Connector Type Option Reliability Contact Gender Dielectric Withstanding Voltage (V) No. of Connectors Panel Mount Mating Contact Pitch (inch) Body Length Insulation Resistance Mixed Contacts Rated Current - Power EMI Shielded Filter Feature Body Width Termination Contact Finish Body Depth Rated Voltage MIL Conformity Insulator Material No. of Rows Loaded Maximum Operating Temperature (Cel) DIN Conformance Board Mounting Option PCB Contact Row Spacing (mm) Contact Design IEC Conformity Minimum Operating Temperature Empty Shell Shell Finish Plating Thickness (inch) No. of Ports No. of PCB Rows Contact Material UL Flammability Code Mating Contact Finish Polarization Key Additional Features Rated Current - Signal Reference Standard Insulator Color Polarization Total No. of Contacts Contact Arrangement Minimum Wire Size Durability Mating Contact Row Spacing (inch) Mounting Type Maximum Wire Size Characteristic Impedance Sub-Category Shell Material Terminal Pitch (mm) Cable Types Mating Info. PCB Contact Pattern Mains Connector Rating Contact Sizes Termination Type Minimum Withdrawal Force (N) Manufacturer Series Contact Resistance Body or Shell Style Mounting Style Minimum Insulation Diameter Contact Style JESD-609 Code Maximum Insertion Force (N) Mounting Option-2 Terminal Length Mounting Option-1 Maximum Operating Frequency Contact Pattern Shell Size

207119-3

TE Connectivity

COMBINATION LINE CONNECTOR

GENERAL PURPOSE

COMMERCIAL

MALE

2000VAC

ONE

0.196

.89 inch

100000000 ohm

NO

NO

.715 inch

.464 inch

NO

THERMOPLASTIC

2

130

NO

4.9784

NO

-55 Cel

NO

30u

2

COPPER ALLOY

94V-0

NOT SPECIFIED

POLARIZED HOUSING

PIN HEADER

7.5 A

CSA, UL

RED

4

250 Cycles

0.196

BOARD

Headers and Edge Type Connectors

POLYAMIDE

5.0038

207015-1

RECTANGULAR

SOLDER

.278

PLUG

STRAIGHT

RND PIN-SKT

4.8928

.181 inch

LOCKING

RECTANGULAR

Combination Line Connectors

Combination line connectors are a type of electrical connector that are designed to allow for the connection of multiple electrical lines or conductors using a single connector. They are commonly used in industrial applications, such as power distribution and motor control, where there is a need to connect multiple lines in a compact and efficient manner.

Combination line connectors are typically made from durable materials such as copper or aluminum, and feature a housing or enclosure that holds multiple connector blocks or terminals. The connectors are designed to accept a range of wire sizes and types, and may include features such as locking mechanisms or sealing to prevent moisture and dust from entering the connector.

One advantage of combination line connectors is their ability to simplify wiring and reduce the amount of space required for connections. By allowing multiple lines to be connected using a single connector, combination line connectors can reduce the overall size and complexity of electrical systems, and may also reduce the number of connectors and wiring points that need to be installed.

Combination line connectors are available in a variety of configurations, including screw terminals, crimp terminals, and insulation displacement connectors (IDCs). They may also include features such as fuse holders or circuit breakers for added safety and protection.