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    114 Products

    M23 Connectors

    Reliably power or control servomotors, controllers, drives, and other devices where high power can interfere with control signals. You can find these connectors in high-vibration environments, such as near automated equipment and assembly lines.
    When mating connectors, the gender and pole layout must be opposite. Poles are numbered on the face of the connector.
    For Control
    Image of Product. Plug. Front orientation. Metric Circular Connectors. M23 Connectors, For Control, Plugs.
    Image of Product. Socket. Front orientation. Metric Circular Connectors. M23 Connectors, For Control, Sockets.
    Image of Product. Male Receptacles. Front orientation. Metric Circular Connectors. M23 Connectors, For Control, Male Receptacles.
    Image of Product. Male Receptacles with Mounting Holes. Front orientation. Metric Circular Connectors. M23 Connectors, For Control, Male Receptacles with Mounting Holes.

    Plug

    Socket

    Male

    Receptacles

    Male

    Receptacles

    with

    Mounting

    Holes

    Plugs, Sockets, and Receptacles
    Caps
    Replacement
    Housings
    Replacement
    Inserts
    Low
    Current
    High
    Current
    No. of
    Poles
    Pole Layout
    Voltage
    No. of
    Poles
    Current,
    amp
    No. of
    Poles
    Current,
    amp
    Wire Connection
    Method
    Enclosure Rating
    Each
    Each
    Each
    Each
    Plugs
    12Clockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T220000001807T62000001807T920000001807T81000000
    12Counterclockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T23000001807T6200001807T92000001807T7800000
    16Clockwise160V AC/160V DC168SolderIP67, IP69K, NEMA 4X
    1807T24000001807T6200001807T92000001807T8300000
    17Clockwise160V AC/160V DC178SolderIP67, IP69K, NEMA 4X
    1807T25000001807T6200001807T92000001807T8500000
    19Clockwise100V AC/100V DC168310SolderIP67, IP69K, NEMA 4X
    1807T26000001807T6200001807T92000001807T8700000
     
    Sockets
    12Clockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T13000001807T61000001807T91000001807T7900000
    12Counterclockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T12000001807T61000001807T91000001807T7700000
    16Counterclockwise160V AC/160V DC168SolderIP67, IP69K, NEMA 4X
    1807T15000001807T61000001807T91000001807T8200000
    17Counterclockwise160V AC/160V DC178SolderIP67, IP69K, NEMA 4X
    1807T16000001807T61000001807T91000001807T8400000
    19Counterclockwise100V AC/100V DC168310SolderIP67, IP69K, NEMA 4X
    1807T17000001807T61000001807T91000001807T8600000
     
    Male Receptacles
    12Clockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T42000001807T6200001807T94000001807T8100000
    12Counterclockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T43000001807T6200001807T94000001807T7800000
    16Clockwise160V AC/160V DC168SolderIP67, IP69K, NEMA 4X
    1807T44000001807T6200001807T94000001807T8300000
    19Clockwise100V AC/100V DC168310SolderIP67, IP69K, NEMA 4X
    1807T46000001807T6200001807T94000001807T8700000
     
    Male Receptacles with Mounting Holes
    12Clockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T32000001807T6200001807T93000001807T8100000
    12Counterclockwise200V AC/200V DC128SolderIP67, IP69K, NEMA 4X
    1807T33000001807T6200001807T93000001807T7800000
    16Clockwise160V AC/160V DC168SolderIP67, IP69K, NEMA 4X
    1807T34000001807T6200001807T93000001807T8300000
    17Clockwise160V AC/160V DC178SolderIP67, IP69K, NEMA 4X
    1807T35000001807T6200001807T93000001807T8500000
    19Clockwise100V AC/100V DC168310SolderIP67, IP69K, NEMA 4X
    1807T36000001807T6200001807T93000001807T8700000
     

    Mil. Spec. Compatible Connectors

    Connectors secure with a quarter turn when mated, yet unlock and pull apart with minimal force. All have the same pin and socket configurations as MIL-DTL-26482, so they are compatible with other products that meet the same standard. They’re rated IP67 to protect against dust and temporary submersion. When mating connectors, the gender and housing lock location must be opposite. Poles are labeled with letters on the face of the connectors to ensure proper connection.
    Crimp-On Plugs—Internal Housing Lock
    Image of Product. Front orientation. Contains Annotated. Mil. Spec. Connectors. Mil. Spec. Compatible Connectors, Plugs, Male, Internal Housing Lock.
    Image of Specification. 6 Poles (Clockwise). Front orientation. Contains Annotated. 6 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 10 Poles (Clockwise). Front orientation. Contains Annotated. 10 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 19 Poles (Clockwise). Front orientation. Contains Annotated. 19 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 26 Poles (Clockwise). Front orientation. Contains Annotated. 26 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 32 Poles (Clockwise). Front orientation. Contains Annotated. 32 Poles. Mil. Spec. Compatible Connectors, Clockwise.

    6 Poles

    (Clockwise)

    10 Poles

    (Clockwise)

    19 Poles

    (Clockwise)

    26 Poles

    (Clockwise)

    32 Poles (Clockwise)

    Crimpers—Crimpers are required for wire installation.
    Mil. Spec. Plugs
    Crimpers
    No. of
    Poles
    Pole
    Layout
    Voltage
    Current,
    amp
    For Wire Ga.
    For Cable OD
    OD
    Lg.
    Housing Material
    Temp. Range,
    ° F
    Connector
    Shell Size
    Each
    Each
    6Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.12" to 0.2"0.9"2.7"Nickel-Plated Zinc Alloy-40 to 220106168T110000006168T3000000000
    10Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.24" to 0.39"1"2.9"Nickel-Plated Zinc Alloy-40 to 220126168T12000006168T300000000
    19Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.24" to 0.39"1.2"2.9"Nickel-Plated Zinc Alloy-40 to 220146168T13000006168T300000000
    26Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.35" to 0.57"1.3"3.1"Nickel-Plated Zinc Alloy-40 to 220166168T14000006168T300000000
    32Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.35" to 0.57"1.4"3.1"Nickel-Plated Zinc Alloy-40 to 220186168T15000006168T300000000
    Crimp-On Sockets—Internal Housing Lock
    Image of Product. Front orientation. Contains Annotated. Mil. Spec. Connectors. Mil. Spec. Compatible Connectors, Internal Housing Lock, Sockets, Female.
    Image of Specification. 6 Poles (Counterclockwise). Front orientation. Contains Annotated. 6 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 10 Poles (Counterclockwise). Front orientation. Contains Annotated. 10 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 19 Poles (Counterclockwise). Front orientation. Contains Annotated. 19 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 26 Poles (Counterclockwise). Front orientation. Contains Annotated. 26 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.

    6 Poles

    (Counterclockwise)

    10 Poles

    (Counterclockwise)

    19 Poles

    (Counterclockwise)

    26 Poles

    (Counterclockwise)

    Crimpers—Crimpers are required for wire installation.
    Mil. Spec. Sockets
    Crimpers
    No. of
    Poles
    Pole Layout
    Voltage
    Current,
    amp
    For Wire Ga.
    For Cable OD
    OD
    Lg.
    Housing Material
    Temp. Range,
    ° F
    Connector
    Shell Size
    Each
    Each
    6Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.12" to 0.2"0.9"2.7"Nickel-Plated Zinc Alloy-40 to 220106168T310000006168T3000000000
    10Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.24" to 0.39"1"2.9"Nickel-Plated Zinc Alloy-40 to 220126168T32000006168T300000000
    19Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.24" to 0.39"1.2"2.9"Nickel-Plated Zinc Alloy-40 to 220146168T43000006168T300000000
    26Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 200.35" to 0.57"1.3"3.1"Nickel-Plated Zinc Alloy-40 to 220166168T34000006168T300000000
    Male Panel-Mount Crimp-On Receptacles—External Housing Lock
    Image of Product. Front orientation. Contains Annotated. Mil. Spec. Connectors. Mil. Spec. Compatible Connectors, Receptacles, External Housing Lock, Male.
    Image of Specification. 6 Poles (Clockwise). Front orientation. Contains Annotated. 6 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 10 Poles (Clockwise). Front orientation. Contains Annotated. 10 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 19 Poles (Clockwise). Front orientation. Contains Annotated. 19 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 26 Poles (Clockwise). Front orientation. Contains Annotated. 26 Poles. Mil. Spec. Compatible Connectors, Clockwise.
    Image of Specification. 32 Poles (Clockwise). Front orientation. Contains Annotated. 32 Poles. Mil. Spec. Compatible Connectors, Clockwise.

    6 Poles

    (Clockwise)

    10 Poles

    (Clockwise)

    19 Poles

    (Clockwise)

    26 Poles

    (Clockwise)

    32 Poles (Clockwise)

    Crimpers—Crimpers are required for wire installation.
    Mil. Spec. Receptacles
    Crimpers
    No. of
    Poles
    Pole
    Layout
    Voltage
    Current,
    amp
    For Wire Ga.
    Lg.
    Wd.
    Ht.
    Housing Material
    For Panel
    Cutout Dia.
    Temp. Range,
    ° F
    Connector
    Shell Size
    Each
    Each
    6Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"0.9"0.9"Nickel-Plated Zinc Alloy0.72"-40 to 220106168T510000006168T3000000000
    10Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1"1"Nickel-Plated Zinc Alloy0.81"-40 to 220126168T52000006168T300000000
    19Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.1"1.1"Nickel-Plated Zinc Alloy0.91"-40 to 220146168T53000006168T300000000
    26Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.2"1.2"Nickel-Plated Zinc Alloy1"-40 to 220166168T54000006168T300000000
    32Clockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.3"1.3"Nickel-Plated Zinc Alloy1.1"-40 to 220186168T55000006168T300000000
    Female Panel-Mount Crimp-On Receptacles—External Housing Lock
    Image of Product. Front orientation. Contains Annotated. Mil. Spec. Connectors. Mil. Spec. Compatible Connectors, Receptacles, Female, External Housing Lock.
    Image of Specification. 6 Poles (Counterclockwise). Front orientation. Contains Annotated. 6 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 10 Poles (Counterclockwise). Front orientation. Contains Annotated. 10 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 19 Poles (Counterclockwise). Front orientation. Contains Annotated. 19 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 26 Poles (Counterclockwise). Front orientation. Contains Annotated. 26 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.
    Image of Specification. 32 Poles (Counterclockwise). Front orientation. Contains Annotated. 32 Poles. Mil. Spec. Compatible Connectors, Counterclockwise.

    6 Poles

    (Counterclockwise)

    10 Poles

    (Counterclockwise)

    19 Poles

    (Counterclockwise)

    26 Poles

    (Counterclockwise)

    32 Poles

    (Counterclockwise)

    Crimpers—Crimpers are required for wire installation.
    Mil. Spec. Receptacles
    Crimpers
    No. of
    Poles
    Pole Layout
    Voltage
    Current,
    amp
    For Wire Ga.
    Lg.
    Wd.
    Ht.
    Housing Material
    For Panel
    Cutout Dia.
    Temp. Range,
    ° F
    Connector
    Shell Size
    Each
    Each
    6Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"0.9"0.9"Nickel-Plated Zinc Alloy0.72"-40 to 220106168T710000006168T3000000000
    10Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1"1"Nickel-Plated Zinc Alloy0.81"-40 to 220126168T72000006168T300000000
    19Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.1"1.1"Nickel-Plated Zinc Alloy0.91"-40 to 220146168T73000006168T300000000
    26Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.2"1.2"Nickel-Plated Zinc Alloy1"-40 to 220166168T74000006168T300000000
    32Counterclockwise250V AC/250V DC7.530, 29, 28, 27, 26, 25, 24, 23, 22, 21, 201.3"1.3"1.3"Nickel-Plated Zinc Alloy1.1"-40 to 220186168T75000006168T300000000

    Build-Your-Own Molex Circuit Board Connectors

    Connect wires to your circuit board with these Molex KK push-in connectors. A good choice for prototyping, they require less force to disassemble than Amphenol PV connectors. However, this means that they are less secure in more demanding applications.
    For a complete connection, choose a plug and housing with the number of poles that matches the number of wires you need to connect. You’ll also need one sleeve for each wire.
    Sleeves
    Image of Product. Front orientation. Molex Connectors. Build-Your-Own Molex Circuit Board Connectors, Sleeves.
    No. of
    Poles
    Voltage,
    V AC
    Current,
    amp
    For Wire Ga.
    Wire Connection
    Method
    Sleeve Material
    Pkg.
    Qty.
    Pkg.
    Molex KK 254 Connection
    1500430, 28, 26, 24, 22
    Crimp OnGold-Plated Bronze158193N11000000
     
    Crimpers

    Build-Your-Own Molex Compact Connectors

    Configure a connector for your application—combine housings with pins and sleeves for different wire sizes.
    Pins
    Image of Product. Front orientation. Molex Connectors. Build-Your-Own Molex Compact Connectors, Pins.
    Voltage,
    V AC
    Current,
    amp
    For Wire Ga.
    Wire Connection
    Method
    Pin
    Dia.
    Pkg.
    Qty.
    Pkg.
    Molex Standard 0.062" Connection
    250530, 29, 28, 27, 26, 25, 24Crimp On0.062"10069295K11200000
     
    Accessories for Molex Connectors
    Sleeves
    Image of Product. Front orientation. Molex Connectors. Build-Your-Own Molex Compact Connectors, Sleeves.
    Voltage,
    V AC
    Current,
    amp
    For Wire Ga.
    Wire Connection
    Method
    For Pin
    Dia.
    Pkg.
    Qty.
    Pkg.
    Molex Standard 0.062" Connection
    250530, 29, 28, 27, 26, 25, 24Crimp On0.062"10069295K11600000
     
    Accessories for Molex Connectors

    Space-Saving Modular DIN-Rail Mount Terminal Blocks

    Image of System. Front orientation. Contains Annotated. Terminal Blocks. Space-Saving Modular DIN-Rail Mount Terminal Blocks.
    These handle the same voltage and power as our other modular blocks while taking up about half the vertical space. Snap them onto DIN 2 rail (also known as mini rail), which is lower in height than DIN 3 rail.
    The screw-clamp or spring-clamp terminals flatten your wire so it stays put when vibrated or pulled. For an even stronger and more conductive connection, crimp a terminal or wire ferrule onto the end of the wire.
    Mix and match blocks to get the exact number of circuits you need in a single setup. Add terminal blocks for fuses and grounding wire as needed. The blocks clip side by side onto DIN rail in control panels, creating tidy rows of circuits that you can identify and access on the spot.
    Terminal Blocks with Screw-Clamp Terminals
    Image of Product. Front orientation. Terminal Blocks. Space-Saving Modular DIN-Rail Mount Terminal Blocks, Terminal Blocks with Screw-Clamp Terminals.
    A screw presses the clamp onto the wire for a secure hold.
    Covers—Snap onto the exposed side of a terminal block to prevent accidental contact with a live wire.
    End Stops—Mount at the end of a group of terminal blocks so they don't slide when vibrated or bumped.
    Bar Jumpers—Metal poles create an electrical connection between blocks, so you can connect multiple components with a single wire. Blocks must be the same width for the jumpers to fit. Cut jumpers to size with a hacksaw or high-force wire cutter. Add covers so jumpers don't touch the screws on the outermost blocks.
    Noninsulated—Terminal blocks with noninsulated jumpers lose their IP20 rating for touch protection because the jumpers introduce exposed metal to the circuit.
    Terminal Blocks
    Covers
    End Stops
    Bar Jumpers
    Each
    No. of
    Circuits
    No. of Terminals
    per Circuit
    For Wire
    Ga.
    Wd.,
    mm
    Ht.,
    mm
    For DIN Rail
    Trade Size
    Enclosure
    Rating
    Color
    1-24
    25-Up
    Each
    Each
    Insulation
    Each
     
    250V AC—20 amp per Circuit
    1228 to 12527.52IP20
    Gray7641K6100000000007641K66000007641K6900000Noninsulated7641K56000000
     
    Markers

    Quick-Connect Modular DIN-Rail Mount Terminal Blocks

    Image of System. Front orientation. Contains Annotated. Terminal Blocks. Quick-Connect Modular DIN-Rail Mount Terminal Blocks.
    Pop wire in and out of these terminal blocks without adjusting a screw. Lift the clamp with a screwdriver or built-in lever, then release the clamp down onto the wire. Once clamped in place, the wire will stay put when vibrated, bent, or pulled.
    Mix and match these terminal blocks to get the exact number of circuits you need in a single setup. Add blocks for thermocouples, fuses, and grounding wire as needed. The blocks clip side by side onto DIN rail in control panels, creating tidy rows of circuits that you can identify and access on the spot.
    Terminal Blocks with Spring-Clamp Terminals
    Image of Product. Front orientation. Terminal Blocks. Quick-Connect Modular DIN-Rail Mount Terminal Blocks, Terminal Blocks with Spring-Clamp Terminals.
    Covers—Snap onto the exposed side of a terminal block to prevent accidental contact with a live wire.
    End Stops—Mount at the end of a group of terminal blocks so they don't slide when vibrated or bumped.
    Adjacent Jumpers—Metal poles create an electrical connection between adjacent terminal blocks, so you can connect multiple components with a single wire. Blocks must be the same width for the jumpers to fit.
    Alternate Jumpers—Connect terminals on two blocks of the same width, skipping a block in between. This reduces wire clutter and gives you flexibility to adjust your set-up in the future.
    Terminal Blocks
    Covers
    End Stops
    Adjacent Jumpers
    Alternate Jumpers
    Each
    No. of
    Circuits
    No. of Terminals
    per Circuit
    For Wire
    Ga.
    Wd.,
    mm
    Ht.,
    mm
    For DIN Rail
    Trade Size
    Choose a Color
    1-24
    25-Up
    Each
    Each
    Insulation
    Each
    Insulation
    Each
     
    300V AC/300V DC—15 amp per Circuit
    2228 to 125643Blue, Gray9473T15100000000009473T154000009473T14400000Insulated9473T11200000Insulated9473T11300000
    3228 to 1251033Blue, Gray9473T16200000000009473T16500009473T1440000Insulated9473T1120000Insulated9473T1130000
     
    600V AC/600V DC—20 amp per Circuit
    1228 to 125533Black, Blue, Gray, Orange, Red, Yellow9473T1000000009473T13100009473T1440000Insulated9473T1120000Insulated9473T1130000
    1228 to 126593Black, Blue, Gray, Orange, Red, Yellow9473T24000000009473T13400009473T1440000Insulated9473T1150000Insulated9473T1160000
    1328 to 125643Black, Blue, Gray, Orange, Red, Yellow9473T8000000009473T13200009473T1440000Insulated9473T1120000Insulated9473T1130000
    1328 to 12673.53Black, Blue, Gray, Orange, Red, Yellow9473T32000000009473T13500009473T1440000Insulated9473T1150000Insulated9473T1160000
    1428 to 125753Black, Blue, Gray, Orange, Red, Yellow9473T16000000009473T13300009473T1440000Insulated9473T1120000Insulated9473T1130000
    1428 to 126863Black, Blue, Gray, Orange, Red, Yellow9473T39000000009473T13600009473T1440000Insulated9473T1150000Insulated9473T1160000
    2228 to 12673.53Blue, Gray9473T1570000000009473T16100009473T1440000Insulated9473T1150000Insulated9473T1160000
     
    Markers
    Ground Terminal Blocks with Spring-Clamp Terminals
    Image of Product. Front orientation. Terminal Blocks. Quick-Connect Modular DIN-Rail Mount Terminal Blocks, Ground Terminal Blocks with Spring-Clamp Terminals.
    Connect grounding wire to DIN rail so fault currents can safely flow to ground. These terminal blocks should only be used for grounding circuits.
    Covers—Snap onto the exposed side of a terminal block to prevent accidental contact with a live wire.
    End Stops—Mount at the end of a group of terminal blocks so they don't slide when vibrated or bumped.
    Adjacent Jumpers—Metal poles create an electrical connection between adjacent terminal blocks, so you can connect multiple components with a single wire. Blocks must be the same width for the jumpers to fit.
    Terminal Blocks
    Covers
    End Stops
    Adjacent Jumpers
    Each
    No. of
    Circuits
    No. of Terminals
    per Circuit
    For Wire
    Ga.
    Wd.,
    mm
    Ht.,
    mm
    Color
    For DIN Rail
    Trade Size
    1-24
    25-Up
    Each
    Each
    Insulation
    Each
    1228 to 12553Green/Yellow39473T820000000000009473T131000009473T14400000Insulated9473T11400000
    1228 to 12659Green/Yellow39473T8600000000009473T13400009473T1440000Insulated9473T1170000
    1328 to 12564Green/Yellow39473T8300000000009473T13200009473T1440000Insulated9473T1140000
    1328 to 12673.5Green/Yellow39473T8700000000009473T13500009473T1440000Insulated9473T1170000
    1428 to 12564Green/Yellow39473T15500000000009473T15400009473T1440000Insulated9473T1140000
    1428 to 12575Green/Yellow39473T8400000000009473T13300009473T1440000Insulated9473T1140000
    1428 to 12686Green/Yellow39473T8800000000009473T13600009473T1440000Insulated9473T1170000
     
    Markers
    Fuse Terminal Blocks with Spring-Clamp Terminals
    Image of Product. Front orientation. Terminal Blocks. Quick-Connect Modular DIN-Rail Mount Terminal Blocks, Fuse Terminal Blocks with Spring-Clamp Terminals.
    Install a fuse in the built-in fuse holder so excess current doesn't damage your equipment. If the current exceeds the limit, the fuse will blow and cut power to connected components.
    Blown Fuse Indicator—A light goes on when the fuse blows, so you can spot an overloaded circuit without cutting power or touching equipment.
    Covers—Snap onto the exposed side of a terminal block to prevent accidental contact with a live wire.
    End Stops—Mount at the end of a group of terminal blocks so they don't slide when vibrated or bumped.
    Adjacent Jumpers—Metal poles create an electrical connection between adjacent terminal blocks, so you can connect multiple components with a single wire. Blocks must be the same width for the jumpers to fit.
    Terminal Blocks
    Covers
    End Stops
    Adjacent Jumpers
    For Fuse
    Each
    No. of
    Circuits
    No. of Terminals
    per Circuit
    For Wire
    Ga.
    Wd.,
    mm
    Ht.,
    mm
    Trade
    Size
    Overall
    Dia.
    Overall
    Lg., mm
    Type
    Circuit Status
    Indicator Type
    Color
    For DIN Rail
    Trade Size
    1-24
    25-Up
    Each
    Each
    Insulation
    Each
     
    110V AC/110V DC—10 amp per Circuit
    1228 to 128605 mm20Ceramic, GlassBlown FuseGray39553T110000000000009553T2000009473T14400000Insulated9473T11500000
    1228 to 1210603AG1/4"GlassBlown FuseGray39553T1300000000009553T200009473T1440000Insulated9473T1150000
     
    600V AC/600V DC—10 amp per Circuit
    1228 to 128605 mm20Ceramic, GlassGray39553T100000000009553T200009473T1440000Insulated9473T1150000
    1228 to 1210603AG1/4"GlassGray39553T300000000009553T200009473T1440000Insulated9473T1150000
     
    Markers
    Disconnect Terminal Blocks with Spring-Clamp Terminals
    Image of Product. Front orientation. Terminal Blocks. Quick-Connect Modular DIN-Rail Mount Terminal Blocks, Disconnect Terminal Blocks with Spring-Clamp Terminals.
    Test and troubleshoot circuits without removing any wire. Flip the tab by hand or with a screwdriver to open and close the circuit.
    Covers—Snap onto the exposed side of a terminal block to prevent accidental contact with a live wire.
    End Stops—Mount at the end of a group of terminal blocks so they don't slide when vibrated or bumped.
    Adjacent Jumpers—Metal poles create an electrical connection between adjacent terminal blocks, so you can connect multiple components with a single wire. Blocks must be the same width for the jumpers to fit.
    Alternate Jumpers—Connect terminals on two blocks of the same width, skipping a block in between. This reduces wire clutter and gives you flexibility to adjust your set-up in the future.
    Terminal Blocks
    Covers
    End Stops
    Adjacent Jumpers
    Alternate Jumpers
    Each
    No. of
    Circuits
    No. of Terminals
    per Circuit
    For Wire
    Ga.
    Wd.,
    mm
    Ht.,
    mm
    Color
    For DIN Rail
    Trade Size
    1-24
    25-Up
    Each
    Each
    Insulation
    Each
    Insulation
    Each
     
    600V AC/600V DC—15 amp per Circuit
    1228 to 12569.5Gray39473T1680000000000009473T167000009473T14400000Insulated9473T11200000Insulated9473T11300000
     
    Markers

    USB Connectors

    Often used to prototype or replace damaged connections, these connectors allow you to access and connect to individual USB pins. They are shielded, so they reduce electrical interference from nearby equipment and devices.
    USB-A Screw-Terminal Plugs
    Image of Product. Front orientation. USB Connectors. USB Connectors, USB-A Screw-Terminal Plugs.
    Connectors with screw terminals can be quickly wired onto cable leads and do not require tools such as soldering irons or crimpers to attach.
    USB
    Std.
    Transmission
    Speed, Mbit/s
    For Wire
    Ga.
    For Cable
    OD, mm
    Housing
    Material
    Color
    Each
    Shielded
    2.048028
    4.1 to 4.4PlasticBlack6282N13000000
     
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