Core Count: 2P, 3P, 4P, 5P, 6P, 7P, 8P, 12P, 17P
Category: Male
Installation Method: Screw type
Direction: 180°
Applications: Power, Signal
Straight-type all-metal welded type:
The housing is made of zinc alloy plated with nickel, and the surface has been nickel-plated. Its mechanical strength is much higher than that of plastic models. The 180° straight-out-line design allows the cables to extend naturally, reducing bending damage and signal attenuation, and is suitable for linear connection scenarios with ample space. Welded connection: For 2-core and above specifications, it adopts welded connection. For various specifications ranging from 2 to 17 cores, the contact points after welding are firmly fixed, effectively avoiding contact failure caused by vibration from the root. Strong environmental tolerance: The metal housing is resistant to impact, corrosion, and has a high protection level combined with a wide temperature design, enabling stable operation in harsh environments such as oil stains, humidity, and high dust. Application scenarios: Suitable for rail transit vehicle equipment (communication, lighting, door control system), industrial robot power connection, machine tool encoder signal transmission, etc.
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Product model
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Core
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Rated current
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Rated voltage
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Wire gauge / Dimension
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A/C
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D/C
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AWG
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mm²
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| MC12AM-02U2LSLSS101 |
2
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4A
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250V
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250V
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22
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0.34
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| MC12AM-03U2LSLSS101 |
3
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4A
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250V
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250V
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22
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0.34
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| MC12AM-04U2LSLSS101 |
4
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4A
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250V
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250V
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22
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0.34
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| MC12AM-05U2LSLSS101 |
5
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4A
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60V
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60V
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22
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0.34
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| MC12AM-06U2LSLSS101 |
6
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2A
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30V
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30V
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24
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0.25
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| MC12AM-08U2LSLSS101 |
8
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2A
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30V
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30V
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24
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0.25
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| MC12AM-12U2LSLSS101 |
12
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1.5A
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30V
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30V
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26
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0.14
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| MC12AM-17U2LSLSS101 |
17
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1.5A
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30V
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30V
|
26
|
0.14
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| Core | 2A | 3A | 4A | 5A |
| male end |
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| 6A | 8A | 12A | 17A | |
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| 4B | 5B | 3C | 4C | |
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| 5C | 6C | 4D | ||
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| Core | 2A | 3A | 4A | 5A |
| female connector |
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| 6A | 8A | 12A | 17A | |
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| 4B | 5B | 3C | 4C | |
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| 5C | 6C | 4D | ||
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The connector must not be plugged or unplugged under load. Failure to follow the instructions and improper use can result in personal injury.
The development of the connector is aimed at being applied in factory engineering, control and electrical equipment construction. Users are responsible for checking whether the connector can also be used in other applications.
Connectors used in circuits with dangerous voltages that cause electric shock must be installed and used only by personnel who have received training in electrical engineering, or under their supervision, while taking into account the applicable regulations and standards.
Users must take appropriate security measures to ensure that the connectors do not accidentally disconnect.
When installing, apply moderate force and use the special tool to tighten the nuts. Avoid excessive force to prevent the shell from deforming or the pins from bending. Ensure that the plug and socket are fully engaged. Do not power on the device when not locked in place to prevent arc discharge due to poor contact.
The plug connectors with an enclosure protection rating of IP67 and IP68 are not suitable for use in water. When used outdoors, the plug connectors must be protected against corrosion separately. For further information on IP protection ratings, please refer to "Technical Information".