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Harting manufactures diverse types of connectors – screw, crimp, cage-clamp, solder (circular), axial and IDC. The most common termination techniques apply to Harting Han connectors and can be used in various industrial applications. Choosing the right technique depends on the type of cable, cable cross-section, as well as the number and type of connectors, as they offer different advantages for varying production conditions. The main difference between a connector and a termination is that connector is the product, whereas termination is the method of using the connector. Common Types of

Harting inserts are components used in industrial connectors to facilitate the transmission of data, signals, and power.Inserts are structurally designed to have male and female compatible counterparts. Male inserts typically have pins that protrude and fit into the corresponding female inserts. Female inserts, on the other hand, have sockets that receive the pins from the male inserts. The design ensures a snug fit to secure and maintain stable electrical connection. Male and female inserts come with either screw, crimp, or cage-clamp terminal. Both male and female inserts are often made from

Harting hoods and housings are designed to protect the connections against environmental factors, such as shocks, humidity, dust, water or other fluids like oil, cleaning agents, gas, and coolants.All Harting hoods and housings are rated with IP65 ingress protection. Types of Hoods and Housings Standard for Industrial Connectors - Excellent mechanical and electrical protection in demanding environments like automobile and mechanical engineering industries, as well as for process and regulation control applications. Han M for More Demanding Environmental Requirements - These are suitable for

Harting’s locking systems for hoods and housings protect unintentional disconnection, and reinforce the tightness of connection.These systems are essential for secure and reliable connections in electronic applications, particularly those exposed to harsh conditions. The most commonly used locking mechanism for industrial connectors are the levers. However, there are other available types suitable for special applications as listed below. Choosing the right locking type depends on factors like environment, application, and ease of use. Common Harting Locking Types Screw - Screw locking system

Harting manufactures a wide range of accessories to complement their industrial connectors. They are designed to enhance the functionality, durability, and ease of use of Harting connectors and systems. Types of Commonly Used Harting Accessories Protection covers - safeguard connectors from dust, moisture, and other environmental factors. They come in various materials and protection ratings, such as IP65 and IP67. Cable glands - provide secure and sealed entry points for cables into enclosures against strain and environmental factors. Frames - are used for easier handling and mounting of

Harting tools are designed to facilitate the process of connecting and removing relevant Harting connectors.Harting offers a range of tools from hand-operated ones to automated for both simple and complex assembly and dismantling of contacts and connectors. Features of Harting Tools Robust structure Tested and certified in Hartin's own laboratory Designed to perfectly match Harting components Ensures quality finish of the final assembly ADM stocks commonly used tools, such as several types of Han removal tools, and Han Crimp tool with locator. If you cannot find the right one for your

Machines communicate through vibrations, but raw sensor data doesn't tell the whole story. Monitran's systems do more than just measure – they interpret vibration patterns, display real-time values, continuously monitor machinery and take action during dangerous vibration levels. With a large range of monitoring systems available, Monitran safeguards industrial machinery through advanced vibration analysis. Portable Vibration Meters These handheld devices are ideal for spot measurements around the plant, providing flexibility and ease of use for quick vibration checks. Portable vibration

Monitran accelerometers are precision instruments designed for vibration measurement and analysis in industrial applications. They can help determine an object's tilt angle by assessing gravitational acceleration, as well as track how quickly an object is changing its speed. Since they're user-friendly and work well across different frequencies, accelerometers are commonly used to monitor a diverse array of machinery, such as motors, pumps, fans, compressors, turbines, and many other rotating machines. They provide precise data that’s essential for monitoring machinery performance and for

Working in some industries such as supply chain, logistics, transportation, or the agricultural sector will require managing weight data on a regular basis. This data can be used for future process improvement or cost-effective analysis; however, it is often left unused in spreadsheets.If you are looking for a simple and efficient way to store weighing data to the cloud, LAUMAS has recently partnered with Infor, and now offers this service for measurements taken by their weight transmitters and indicators – LAUMAS TLB4, TLM8, W100 and DESK/ WINOX/WTAB L-R and G-2G. What are the Benefits of

In many industrial settings where a diverse range of machineries perform specialised jobs, manual inspections can be impractical and inefficient, thus, maintenance checks are done on pre-set schedules. While this works in most cases, some hard-working machine components exposed to harsh environments may break before their routine check is up. Industries prone to this plight include manufacturing, railways, mining, pharmaceuticals, construction, and chemical industries. You may be looking for a remote automated monitoring system that can detect problems early to reduce costs associated with