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The application of Heavy Duty Battery Connector is not limited to manufacturing industry, but is designed to withstand the most severe industrial environment, such as high voltage current, high mechanical strength, high frequency vibration and contact with corrosive substances. Therefore, it is used to build a strong Ethernet connection in harsh environment, which is stronger, stronger and more resistant than previous connectors.
SMICO heavy duty battery connectors provide a large number of industrial-grade plug-ins, shells and more than 6,000 kinds of supporting products.
This includes: AC and DC connectors for heavy industrial applications;
Multi-pole connectors for the connection of electronic equipment, robots, electrical control panels, power supplies, control or signal circuits;
Covers for standard, harsh and EMC environments;
Plastic and metal cable glands.
All products are designed with top materials and meet international standards and UL/CSA requirements.
The main parts of Heavy Duty Battery Connector are composed of die-cast aluminum alloy and polyester powder surface or self-extinguishing thermoplastic material. Connection stability and accidental opening protection are achieved through two locking systems. Protective sealing ring is used inside, which is dustproof, waterproof and anti-corrosive solvent.
4 Poles+PE,10A,screw male insert
Inserts | Suitable Shell:3AHood/Housing |
Number of contacts | 4 |
Electrical data acc. to EN 61 984 | |
---Rated current | 10A |
---Rated voltage conductor | 230/400V |
---Rated impulse voltage | 4kV |
---Pollution degree | 3 |
---Pollution degree 2 also | 16A 250V 4kV 3 |
Rated voltage acc. to UL/CSA | 600V |
Insulation resistance | ≥1010Ω |
Material | polycarbonate |
Limiting temperatures | -40℃...+125℃ |
Flammability acc. to UL 94 | V0 |
Mechanical working life(mating cycles) | ≥500 |
Contacts | |
Material | copper alloy |
Surface | hard-gold plated |
hard-silver plated | |
Contact resistance | ≤1mΩ |
Screw terminal | |
---Wrie gauge | 1.0-2.5mm2 |
---AWG | 18-14 |
---Tightening/Test torque | 0.25N·m |
---Stripping length | 7.0mm |
The function of the heavy-duty connector
1. Electrical insulation between connectors to avoid interference between signals.
2. Fix the position of the connector, which is conducive to plugging and unplugging and the stability of the position.
3. Provide mechanical protection and support for the insert body.
4. Separate the connector from the application environment, reduce environmental pollution and corrosion of the connector, and extend the service life of the connector.
The advantages of heavy-duty connectors
1. Realize pre-installation, pre-installation of a large number of complicated circuits, which can greatly improve the efficiency of equipment installation and reduce the rate of wiring errors.
2. The heavy-duty connector provides a highly integrated connection, and the abundant combination methods maximize the effective utilization of the equipment space.
3. Heavy-duty connector The connector conveniently and efficiently realizes the modular structure of each functional template block in the equipment, so that the equipment can be transported, installed, maintained and repaired conveniently and safely. Connectors are widely used in the field of power transmission and distribution.
4. The high protection level (IP65, IP68) provided by the heavy-duty connector is incomparable to the advantages of the equipment connection system in the harsh environment. Provide effective protection in harsh environments such as sand, dust, rain, cold, ice and snow, and oil pollution.
heavy-duty connector wiring method
1. Loosen the screw with a screwdriver, put the wire into the side hole of the insert, and then tighten the screw.
2. To install the upper shell of the heavy-duty connector, use a screwdriver to unscrew the fixing screws of the insert, put the insert into the upper shell, and then tighten the fixing screws.
3. For the installation of the lower shell of the heavy-duty connector, use the same method to fix the lower shell, and insert the upper shell and the lower shell of the inserted body into each other.
The application of Heavy Duty Battery Connector is not limited to manufacturing industry, but is designed to withstand the most severe industrial environment, such as high voltage current, high mechanical strength, high frequency vibration and contact with corrosive substances. Therefore, it is used to build a strong Ethernet connection in harsh environment, which is stronger, stronger and more resistant than previous connectors.
SMICO heavy duty battery connectors provide a large number of industrial-grade plug-ins, shells and more than 6,000 kinds of supporting products.
This includes: AC and DC connectors for heavy industrial applications;
Multi-pole connectors for the connection of electronic equipment, robots, electrical control panels, power supplies, control or signal circuits;
Covers for standard, harsh and EMC environments;
Plastic and metal cable glands.
All products are designed with top materials and meet international standards and UL/CSA requirements.
The main parts of Heavy Duty Battery Connector are composed of die-cast aluminum alloy and polyester powder surface or self-extinguishing thermoplastic material. Connection stability and accidental opening protection are achieved through two locking systems. Protective sealing ring is used inside, which is dustproof, waterproof and anti-corrosive solvent.
4 Poles+PE,10A,screw male insert
Inserts | Suitable Shell:3AHood/Housing |
Number of contacts | 4 |
Electrical data acc. to EN 61 984 | |
---Rated current | 10A |
---Rated voltage conductor | 230/400V |
---Rated impulse voltage | 4kV |
---Pollution degree | 3 |
---Pollution degree 2 also | 16A 250V 4kV 3 |
Rated voltage acc. to UL/CSA | 600V |
Insulation resistance | ≥1010Ω |
Material | polycarbonate |
Limiting temperatures | -40℃...+125℃ |
Flammability acc. to UL 94 | V0 |
Mechanical working life(mating cycles) | ≥500 |
Contacts | |
Material | copper alloy |
Surface | hard-gold plated |
hard-silver plated | |
Contact resistance | ≤1mΩ |
Screw terminal | |
---Wrie gauge | 1.0-2.5mm2 |
---AWG | 18-14 |
---Tightening/Test torque | 0.25N·m |
---Stripping length | 7.0mm |
The function of the heavy-duty connector
1. Electrical insulation between connectors to avoid interference between signals.
2. Fix the position of the connector, which is conducive to plugging and unplugging and the stability of the position.
3. Provide mechanical protection and support for the insert body.
4. Separate the connector from the application environment, reduce environmental pollution and corrosion of the connector, and extend the service life of the connector.
The advantages of heavy-duty connectors
1. Realize pre-installation, pre-installation of a large number of complicated circuits, which can greatly improve the efficiency of equipment installation and reduce the rate of wiring errors.
2. The heavy-duty connector provides a highly integrated connection, and the abundant combination methods maximize the effective utilization of the equipment space.
3. Heavy-duty connector The connector conveniently and efficiently realizes the modular structure of each functional template block in the equipment, so that the equipment can be transported, installed, maintained and repaired conveniently and safely. Connectors are widely used in the field of power transmission and distribution.
4. The high protection level (IP65, IP68) provided by the heavy-duty connector is incomparable to the advantages of the equipment connection system in the harsh environment. Provide effective protection in harsh environments such as sand, dust, rain, cold, ice and snow, and oil pollution.
heavy-duty connector wiring method
1. Loosen the screw with a screwdriver, put the wire into the side hole of the insert, and then tighten the screw.
2. To install the upper shell of the heavy-duty connector, use a screwdriver to unscrew the fixing screws of the insert, put the insert into the upper shell, and then tighten the fixing screws.
3. For the installation of the lower shell of the heavy-duty connector, use the same method to fix the lower shell, and insert the upper shell and the lower shell of the inserted body into each other.
