These single-pin housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male or female headers and solderless breadboards. They are sold in packs of 25. These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 1 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 10 Spacing: 0.1 in

These two-pin housings work with our wires with pre-crimped terminals to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male or female headers and solderless breadboards. They are sold in packs of 25. These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:   The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings:

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 3 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 5 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 6 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 7 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 9 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 12 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 3 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 4 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 5 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 6 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 7 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 8 Spacing: 0.1 in

This connector is a single-row, 2-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of five. These 0.1" straight female header strips are commonly used as low-cost connectors for custom-made cables or perforated prototyping PCBs. The standard spacing is the same as on most solderless breadboards and matches 0.1" male header strips. Our female headers are available in a variety of commonly used pin counts. Dimensions   Dimensions for 0.1 ″ female headers in millimeters.   Dimensions Pins: 1 x 2 Spacing: 0.100 in Weight: 0.18 g General specifications Gender: female Pin type: straight Current rating: 3 A

This gearmotor is a miniature high-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specs at 6 V: 3000 RPM and 120 mA with no load, 4 oz-in (0.3 kg-cm) and 1.6 A at stall. These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).   Details for item #999 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specifications: voltageno-load performancestall extrapolation 6 V 3000 RPM, 70 mA 0.22 kg⋅cm (3.0 oz⋅in), 1.6 A Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 3000 rpm No-load current @ 6V: 0.07 A Stall current @ 6V: 1.6 A Stall torque @ 6V: 0.22 kg·cm Max output power @ 6V: 1.6 W Extended motor shaft?: N Motor type: 1.6A stall @ 6V (HP 6V) Performance at maximum efficiency Max efficiency @ 6V: 43 % Speed at max efficiency: 2300 rpm Torque at max efficiency: 0.046 kg·cm Current at max efficiency: 0.42 A Output power at max efficiency: 1.1 W Notes 1.  Output shaft adds 9 mm to the 26 mm length. 2.  D Shaft.  

This gearmotor is a miniature high-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Key specs at 6 V: 3000 RPM and 120 mA with no load, 4 oz-in (0.3 kg-cm) and 1.6 A at stall. These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm). Details for item #2211 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Key specifications: voltageno-load performancestall extrapolation 6 V 3000 RPM, 70 mA 0.22 kg⋅cm (3.0 oz⋅in), 1.6 A Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 3000 rpm No-load current @ 6V: 0.07 A Stall current @ 6V: 1.6 A Stall torque @ 6V: 0.22 kg·cm Max output power @ 6V: 1.6 W Extended motor shaft?: Y Motor type: 1.6A stall @ 6V (HP 6V) Performance at maximum efficiency Max efficiency @ 6V: 43 % Speed at max efficiency: 2300 rpm Torque at max efficiency: 0.046 kg·cm Current at max efficiency: 0.42 A Output power at max efficiency: 1.1 W Notes 1.  Output shaft adds 14 mm to the 26 mm length. 2.  D Shaft.    

This gearmotor is a miniature high-power, 12 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specifications: voltageno-load performancestall extrapolation 12 V 3000 RPM, 60 mA 0.17 kg⋅cm (2.4 oz⋅in), 0.75 A These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).     Details for item #3037 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 12 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 12V: 3000 rpm No-load current @ 12V: 0.06 A Stall current @ 12V: 0.75 A Stall torque @ 12V: 0.17 kg·cm Max output power @ 12V: 1.5 W No-load speed @ 6V: 1500 rpm3 No-load current @ 6V: 0.05 A3 Stall current @ 6V: 0.38 A3 Stall torque @ 6V: 0.09 kg·cm3 Extended motor shaft?: N Long-life carbon brushes?: Y Motor type: 0.75A stall @ 12V (HPCB 12V - carbon brush) Performance at maximum efficiency Max efficiency @ 12V: 37 % Speed at max efficiency: 2500 rpm Torque at max efficiency: 0.043 kg·cm Current at max efficiency: 0.25 A Output power at max efficiency: 1.1 W Notes: 1.  Output shaft adds 9 mm to the 26 mm length. 2.  D shaft. 3.  This motor will run at 6 V but is intended for operation at 12 V.  

This gearmotor is a miniature high-power, 12 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Key specs at 12 V: 3000 RPM and 100 mA with no load, 4 oz-in (0.3 kg-cm) and 0.8 A at stall. These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm). Details for item #3048 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 12 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Key specifications: voltageno-load performancestall extrapolation 12 V 3000 RPM, 60 mA 0.17 kg⋅cm (2.4 oz⋅in), 0.75 A Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 12V: 3000 rpm No-load current @ 12V: 0.06 A Stall current @ 12V: 0.75 A Stall torque @ 12V: 0.17 kg·cm Max output power @ 12V: 1.5 W No-load speed @ 6V: 1500 rpm3 No-load current @ 6V: 0.05 A3 Stall current @ 6V: 0.38 A3 Stall torque @ 6V: 0.09 kg·cm3 Extended motor shaft?: Y Long-life carbon brushes?: Y Motor type: 0.75A stall @ 12V (HPCB 12V - carbon brush) Performance at maximum efficiency Max efficiency @ 12V: 37 % Speed at max efficiency: 2500 rpm Torque at max efficiency: 0.043 kg·cm Current at max efficiency: 0.25 A Output power at max efficiency: 1.1 W Notes 1.  Output shaft adds 14 mm to the 26 mm length. 2.  D Shaft.  3.  This motor will run at 6 V but is intended for operation at 12 V.  

This gearmotor is a miniature high-power, 6 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specifications: voltageno-load performancestall extrapolation 6 V 3000 RPM, 100 mA 0.17 kg⋅cm (2.4 oz⋅in), 1.5 A These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).     Details for item #3061 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 6 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 3000 rpm No-load current @ 6V: 0.10 A Stall current @ 6V: 1.5 A Stall torque @ 6V: 0.17 kg·cm Max output power @ 6V: 1.3 W Extended motor shaft?: N Long-life carbon brushes?: Y Motor type: 1.5A stall @ 6V (HPCB 6V - carbon brush) Performance at maximum efficiency Max efficiency @ 6V: 33 % Speed at max efficiency: 2300 rpm Torque at max efficiency: 0.042 kg·cm Current at max efficiency: 0.51 A Output power at max efficiency: 1.0 W Notes: 1.  Output shaft adds 9 mm to the 26 mm length. 2. D shaft.  

This gearmotor is a miniature high-power, 6 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Key specifications: voltageno-load performancestall extrapolation 6 V 3000 RPM, 100 mA 0.17 kg⋅cm (2.4 oz⋅in), 1.5 A These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).   Details for item #3071 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature high-power, 6 V brushed DC motor with long-life carbon brushes and a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. This version also has a 4.5 × 1 mm extended motor shaft. Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 3000 rpm No-load current @ 6V: 0.10 A Stall current @ 6V: 1.5 A Stall torque @ 6V: 0.17 kg·cm Max output power @ 6V: 1.3 W Extended motor shaft?: Y Long-life carbon brushes?: Y Motor type: 1.5A stall @ 6V (HPCB 6V - carbon brush) Performance at maximum efficiency Max efficiency @ 6V: 33 % Speed at max efficiency: 2300 rpm Torque at max efficiency: 0.042 kg·cm Current at max efficiency: 0.51 A Output power at max efficiency: 1.0 W Notes: 1.  Output shafts add 14 mm to the 26 mm length. 2.  D shaft.

These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).   Details for item #1099 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature low-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specifications: voltageno-load performancestall extrapolation 6 V 1300 RPM, 20 mA 0.10 kg⋅cm (1.4 oz⋅in), 0.36 A   Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 1300 rpm No-load current @ 6V: 0.02 A Stall current @ 6V: 0.36 A Stall torque @ 6V: 0.10 kg·cm Extended motor shaft?: N Motor type: 0.36A stall @ 6V (LP 6V)   Notes 1.  Output shaft adds 9 mm to the 26 mm length. 2.  D Shaft.

This gearmotor is a miniature medium-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Key specifications: voltageno-load performancestall extrapolation 6 V 2200 RPM, 40 mA 0.11 kg⋅cm (1.5 oz⋅in), 0.67 A These tiny brushed DC gearmotors are available in a wide range of gear ratios—from 5:1 up to 1000:1—and with five different motors: high-power 6 V and 12 V motors with long-life carbon brushes (HPCB), and high-power (HP), medium power (MP), and low power (LP) 6 V motors with shorter-life precious metal brushes. The 6 V and 12 V HPCB motors offer the same performance at their respective nominal voltages, just with the 12 V motor drawing half the current of the 6 V motor. The 6 V HPCB and 6 V HP motors are identical except for their brushes, which only affect the lifetime of the motor. The HPCB versions (shown on the left in the picture below) can be differentiated from versions with precious metal brushes (shown on the right) by their copper-colored terminals. Note that the HPCB terminals are 0.5 mm wider than those on the other micro metal gearmotor versions (2 mm vs. 1.5 mm), and they are about 1 mm closer together (6 mm vs. 7 mm).   Details for item #2363 Exact gear ratio: 35×3713×10≈9.96:135×3713×10≈9.96:1 This gearmotor is a miniature medium-power, 6 V brushed DC motor with a 9.96:1 metal gearbox. It has a cross section of 10 × 12 mm, and the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Dimensions Size: 10 × 12 × 26 mm1 Shaft diameter: 3 mm2 General specifications Gear ratio: 9.96:1 No-load speed @ 6V: 2200 rpm No-load current @ 6V: 0.04 A Stall current @ 6V: 0.67 A Stall torque @ 6V: 0.11 kg·cm Extended motor shaft?: N Motor type: 0.67A stall @ 6V (MP 6V) Notes: 1.  Output shaft adds 9 mm to the 26 mm length. 2.  D shaft.

These cylindrical brushed DC gearmotors are available in a wide range of gear ratios, from 25:1 up to 488:1, and with three different motors: 6 V and 12 V motors with long-life carbon brushes (CB), and a 6 V motor with shorter-life precious metal brushes. All three motors offer similar performances at their respective nominal voltages, just with the 12 V motor drawing approximately half the current of the 6 V motor and with the carbon brush versions having longer lifetimes than the one with precious metal brushes. The CB versions,can be differentiated from versions with percious metal brushes (shown on the left) by their copper-colored terminals. These gearmotors are optionally available with an additional 2 mm-diameter output shaft that protrudes 6 mm from the rear of the motor.This rear shaft rotates at the same speed as the input to the gearbox and offers a way to add an encoder, such as our magnetic encoder for 20D mm metal gearmotors as shown in the right picture below, to provide motor speed or position feedback. The gearmotors all have 20 mm diameter gearboxes and 4 mm diameter gearbox output shafts, so it is generally easy to swap one version for another if your design requirements change (though the length of the gearbox tends to increase with the gear ratio). Dimensions Size: 20D × 46.2L mm1 Weight: 46 g Shaft diameter: 4 mm2 General specifications Gear ratio: 100:1 No-load speed @ 6V: 140 rpm No-load current @ 6V: 0.15 A Stall current @ 6V: 2.9 A3 Stall torque @ 6V: 5.4 kg·cm3 Max output power @ 6V: 2.0 W Extended motor shaft?: Y Long-life carbon brushes?: Y Motor type: 2.9A stall @ 6V CB (carbon brush) Performance at maximum efficiency Max efficiency @ 6V: 30 % Speed at max efficiency: 120 rpm Torque at max efficiency: 0.10 kg·cm Current at max efficiency: 0.63 A Output power at max efficiency: 1.1 W Notes: Not including output shafts; output shafts add 24 mm to the total length. D shaft. Stalling is likely to damage the gearmotor. Stall parameters come from a theoretical extrapolation of performance at loads far from stall. As the motor heats up, as happens as it approaches an actual stall, the stall torque and current decrease.

This gearmotor is a powerful 12V brushed DC motor with a 102.08:1 metal gearbox and an integrated quadrature encoder that provides a resolution of 64 counts per revolution of the motor shaft, which corresponds to 6533 counts per revolution of the gearbox’s output shaft. The gearbox is composed mainly of spur gears, but it features helical gears for the first stage for reduced noise and improved efficiency. These units have a 16 mm-long, 6 mm-diameter D-shaped output shaft. This gearmotor is also available without an encoder. Key specifications: voltageno-load performancestall extrapolation 12 V 100 RPM, 150 mA 34 kg⋅cm (470 oz⋅in), 5.5 A These motors are intended for use at 12 V, though in general, these kinds of motors can run at voltages above and below the nominal voltage (they can begin rotating at voltages as low as 1 V). Lower voltages might not be practical, and higher voltages could start negatively affecting the life of the motor. The gearboxes are composed mainly of spur gears, but they feature helical gears for the first stage for reduced noise and improved efficiency:   37D Gearmotor (Helical Pinion) with the gearbox removed showing the helical pinion gear and first mating gear.   The encoder portion is protected by a black plastic end cap: The end cap is easily removable if you need to access the encoder or want to slightly reduce the overall gearmotor size, but there is a little bit of base plastic that will remain, as shown in the pictures below: Exact gear ratio: 25×30×28×28×30/10×10×12×12×12≈102.083:1 Dimensions   Dimensions of the 37D mm metal gearmotor with 64 CPR encoder. Units are mm over [inches].   Specifications Dimensions Size: 37D × 72.5L mm1 Weight: 210 g Shaft diameter: 6 mm2 General specifications Gear ratio: 102.08:1 No-load speed @ 12V: 100 rpm No-load current @ 12V: 0.15 A Stall current @ 12V: 5.5 A3 Stall torque @ 12V: 34 kg·cm3 Max output power @ 12V: 8 W No-load speed @ 6V: 49 rpm4 No-load current @ 6V: 0.1 A4 Stall current @ 6V: 3.0 A5 Stall torque @ 6V: 21 kg·cm5 Performance at maximum efficiency Max efficiency @ 12V: 44 % Speed at max efficiency: 87 rpm Torque at max efficiency: 4.2 kg·cm Current at max efficiency: 0.72 A Output power at max efficiency: 3.8 W General specifications Lead length: 20 cm6 Encoders?: Y Encoder resolution: 64 CPR Notes: Length measurement is from gearbox face plate to back of encoder cap (it does not include the output shaft). See dimension diagram for details. D shaft. Stalling is likely to damage the gearmotor. Stall parameters come from a theoretical extrapolation of performance at loads far from stall. As the motor heats up, as happens as it approaches an actual stall, the stall torque and current decrease. This motor will run at 6 V but is intended for operation at 12 V. Stalling is likely to damage the gearmotor. Stall parameters come from a theoretical extrapolation of performance at loads far from stall. This motor will run at 6 V but is intended for operation at 12 V. May vary by a few centimeters.