| Interface Type: | AC/DC |
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| Operating Frequency: | Low Frequency |
| Gender: | Female |
| Certification: | RoHS, CE, ISO9001 |
| Application: | Automation |
| Contact Resistance: | <3.0mΩ |
| Samples: |
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| Customization: |
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Audited Supplier The M8 Harness Connector is a common electrical connector that provides power and data transmission to electronic devices via cable or other means. This harness connector can be affected for a variety of reasons.
Electrical interference: The M8 Harness Connector can be affected by electrical interference from other electronic devices, which can cause an unstable connection or poor signal transmission.
Electromagnetic interference: The M8 Harness Connector may be subject to electromagnetic interference from outside sources, such as from electromagnetic pulses. This may result in a broken connection or poor signal transmission.
Environmental conditions: M8 Harness Connector may be affected by environmental conditions such as temperature, humidity, dust, water splash, and vibration. These environmental conditions may cause changes in the electrical characteristics of the connector and may also cause damage to the connector.
The effect of humidity on the Harness Connector Waterproofing is a technical indicator required by many M8 connectors. Because water corrodes metal components, it can also conduct electricity, reduce insulation, and thus reduce the efficiency of its use, so it is key to achieve high waterproof ability. The former requires M8 Harness Connector to have very good corrosion resistance, which can effectively resist the corrosive effects of various acids and fumes. Shock resistance is mainly required for some special occasions, such as the transportation and aviation industries.
The effect of temperature on the connector, temperature can change the physical state of the connector, it is an important factor affecting the performance of the M8 Harness Connector. Because of different seasons and different regions, the ambient temperature may vary greatly, and the M8 Harness Connector will generate heat when the current passes through after connectivity, and the final result is that the temperature rises, which may affect the use of the connector. A good M8 Harness Connector should have very good resistance to high and low temperatures, and the built-in metal components should be able to maintain a physical state at a certain temperature, no deformation, no expansion, no shrinkage, and so on. Usually the M8 connector can withstand a maximum of 85 degrees and a minimum of minus 25 degrees.
The connection form of M8 Harness Connector and structure are diverse, and are different with the use of objects, frequencies, power, and use environments.
Benefits of M8 harness connector:
1, improve the production process. Connectors simplify the assembly process of electronic products. It also simplifies the mass production process;
2, easy to repair. If an electronic component fails, the failed component can be quickly replaced with a harness connector;
3, easy to upgrade. With the advancement of technology, the meta parts can be updated when the connector is installed, and the old ones can be replaced with new and more complete meta parts;
4, improve the flexibility of design. Using the M8 harness connector gives engineers greater flexibility when designing and integrating new products, as well as composing systems with meta parts.
The size of the current is related to the thickness of the pin of the electrical harness connector, and the thicker the pin of the same series of products, the greater the allowable working current.
In the future, The demand for industrial robots will continue to increase, and its development will inevitably drive the development of harness connectors.
As an important part of industrial robots, cables and harness connectors have an important impact on industrial robots to a large extent. Traditional industrial robots have been unable to meet the requirements of industrial manufacturing development, and customers have put forward comprehensive requirements such as "wireless, customized, flexible" in the field of industrial robot connection.
1. Wireless design of harness connector
Industry 4.0 replaced the traditional wired fieldbus technology, and this change drove a major disruptive change in the need for wireless interconnection systems. In many operating environments, the robot cannot be connected, and the signal instructions can only be passed to the robot through a harness connector with wireless design. It is obvious that compared with the traditional connection method, the development of industrial robots will inevitably bring great changes to the field of connectors, and this new development will also feed other areas of connectors, which will bring revolutionary progress prospects to the entire connected device.
It can be seen that the demand for wireless interconnection technology in industry 4.0 has brought new opportunities to connector manufacturers, and Velledq electric manufacturers have also begun to expand the direction of product design from "wired" to "wireless" in recent years.
2. Customization of harness connector
In addition to the expansion needs of "wireless" technology, product "customization" is particularly important in the industrial field. People in the industry know that traditional connectors and cables are mostly passive products, and manufacturers can provide standardized products to customers. However, with the emergence of diversified and intelligent demand for electronic products, manufacturers need more "customized" products to meet customer needs, especially in the industrial field, Harness connector manufacturers need to develop new products with customers to meet the unique shape and functional needs of customers.
3. Flexibility of harness connector
In addition, industrial automation also put forward the "flexibility" requirements. With the development of intelligence and digitalization, the innovation demand for industrial connectivity is becoming increasingly stringent, such as in the realization of system flexibility, it is necessary to change a large number of cables and interfaces into contactless flexible methods.
However, Robot harness connectors and cable industries is first reflected in raw materials, because they need high flexibility harness connector, which largely depends on the development and application of raw materials, and the current domestic research and development of raw materials has been in a weak position.
Industrial automation represented by industry 4.0 will become a new generation of industrial revolution, We will become the largest producer and consumer of industrial robots, domestic cables and harness connectors more "home advantage", temporarily backward situation requires enterprises to specialize in research and development to break.
As a cable and harness connector manufacturer that provides the internal connection of robots, the company naturally will not miss this promising sunrise field. The company specializes in supplying M series harness connectors, all kinds of wiring harnesses. At present, the Velle electric company's products have obtained the authoritative certification of UL, TUV, EU countries, and meet the environmental protection standards such as CE, RoHS, REACH and so on. And has sensor connectors, new energy connectors, circular connectors, industrial connectors and other more than ten product series, complete types, involving power connection, signal connection, data connection and other product functions, can fully meet the various comprehensive needs of users in all walks of life for harness connectors.
How to choose the right high current M8 harness connector?
The first is the use of the environment, according to the ambient temperature, humidity and other environmental conditions to choose the appropriate M8 harness connector. For example, in some wet, moisture places need to use waterproof connectors. Different humidity to choose different grades of waterproof harness connectors.
Then talk about the mechanical properties, the number of plugs, strength, and connection methods of high-current harness connectors are to be considered. In some narrow environments, the industrial connector that can be directly plugged is good to operate, otherwise the wrong connection method is not good to link. Finally, say the quality, to choose a good reputation of the brand, so that the quality is more guaranteed.
How is the size of the M8 harness connector current distinguished?
Generally speaking, the size of the current is relative, if you want to judge the size of the current must start from its basic approved electricity, generally speaking, the assessed current loop is rated, if it exceeds this rating, it will be a large current, for example, if the charger current is 500mA, in our eyes it is a small current, but if it is used on the charger, It's a big current.
Of course, the size of the current is related to the thickness of the M8 harness connector pin, the current of the power supply is through the connector to the load, the contact resistance of the pin and the socket, the resistance of the pin and the socket itself, together constitute the additional resistance of the circuit, it is in series with the load resistance, when the circuit current is larger and the pin is smaller, the energy consumed by the additional resistance will make the contact point heat up. A long time will make the pin, socket oxidation deterioration, resulting in poor contact, into a vicious cycle, until the break.
All in all, as long as the current exceeds the plan is a large current, if this is used in the induction cooker, this current is a small current. Let's take a look at the charger, at present, most of the current we use is lithium-ion battery, it can use a small current to charge, but also can use a large current to charge, but when the use of large current charging, it is much faster.
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