Types of Sensor Cable

Sensor cable is used in a variety of applications. It connects two devices by sending and receiving electric signals. Sensors come with different numbers of pins. When selecting a cable, be sure to find one with the same number of pins as the sensor. The electrical signal that the cable is carrying must be able to pass over all of the pins on the sensor.

iSTRETCH

The iSTRETCH Sensor cable has two parts: a sensor component and an interconnection component. The sensor component includes a cable with a single strand of conductors and an over-moulded rubber sheath, or insulator. The stretchable cable is used in electrical applications that require high flexibility and durability.

The sensor component is located on a conductive substrate and is connected to the interconnection component. The interconnection component has two electrodes, a signal electrode and a shielding electrode. The two are joined together through a conductive tape. In addition, the sensor interface components are separated by a track. The sensor interface region 105 and 107 are connected via the conductive material to signal terminals 121 and shielding electrode 123.

The electrode is an elongated rectangle. Its width is defined in the layout by a tab that extends into the interface region. The dielectric layer is wider than the electrodes, which prevents electromagnetic noise from entering the stretch-sensitive region. The stretch-sensor is mechanically coupled to a limb and can be instrumented with a range of other body parts.

An interconnection component connects the stretchable sensor component to a sensing circuit. The conductive material has multiple conductive layers and connects the sensor component to the interconnection component. The interconnection component also has a conductive layer over the stretchable sensor component. The interconnect component also has engagement features that enable the sensor component to measure its stretch.

The stretch sensor 18 generates a signal depending on the degree of stretching or alignment. This signal can be monitored over time to find the temporal pattern of activity in a muscle.

iSTRETCH halogen-free

Halogen-free cables are cables that are free of the halogen group elements. These elements are non-conductors and are excellent insulators. They can be found in the plastics used to make sensor cable types, such as polyvinyl chloride. When these materials burn, they release toxic, corrosive gases into the air. Halogens also have a negative effect on human health.

Halogen-free sensors cables have several applications in railway technology. These cables are often used for pinch protection and door protection. They can also be used for sensing electrically conductive liquids. To determine the performance of these cables, the halogen content of the cable must be measured and monitored.

Halogen-free cables are also ideal for applications where fire protection is a concern. In these environments, unobstructed views are important to ensure safe evacuation of people in buildings. They also make it possible for fire brigades to get to where they need to be in time. Moreover, they also help monitor systems. Halogen-free cables meet DIN EN 61034 requirements for fire safety.

Halogen-free cables are a safe alternative to PVC. The iSTRETCH halogen-free sensor cable from Minnesota Wire and Cable features six conductors and a polyurethane jacket. It meets the halogen-free requirements and prevents toxic gas emissions in case of fire.

Halogen-free materials are considered to be more environmentally friendly than their halogen-containing counterparts. They also produce less hazardous gasses and acids. This makes halogen-free sensors ideal for use in public buildings, transport systems, and general areas that are prone to fires.

Galaxy

Galaxy manufactures and supplies a full range of custom sensor cables, including unvented, multi-conductor cables, for use in a variety of sensors. These cables are available in a range of AWG sizes and voltage ratings, and feature various compounds and shielding constructions. Galaxy works with its customers to choose the right sensor cable for a particular application. These cables are specifically designed for optimal signal transmission, and can be used for temperature, pressure, flow, and more.

Beckhoff

Beckhoff offers a large range of sensor cables. These cables are available individually or in cable sets. They are available in a variety of lengths and assignments and come with a range of sensor cable accessories, including transparent connector heads and LEDs. In addition, they are compatible with EtherCAT and fieldbus devices.

Beckhoff designs, manufactures, and qualifies all of its cables in-house. This allows the company to offer custom cables to customers. The company produces over 1500 kilometers of cables annually and offers over 70 different cable types to suit every need. As a result, you can find the right cable for any application.

The EtherCAT P One Cable Automation cable from Beckhoff combines the EtherCAT industrial Ethernet protocol, signals from connected actuators, and peripheral voltage into a single cable. Its high-performance features allow it to support currents up to 3 A. This enables high-speed operations with optimum bandwidth utilization.

Leoni

The revolutionary LEONiQ intelligent cable combines all the benefits of conventional measuring methods with the efficiency of digital functional simulation. It can be used in a variety of cable systems and applications. It also allows the users to access and analyze the recorded data anytime, anywhere. As a result, the cable solutions from Leoni become safer, more efficient and more secure.

The LEONI Sensor cable is designed to be durable and environmentally friendly. It features a first and second signal conductor, separated by an insulating layer. The first material has a high dielectric constant, and the second has a low one. As a result, it is highly resistant to fuel and oil, and the second has a long flex life. The company is committed to improving the quality of its cables, and the products it produces, demonstrating its commitment to the environment.

Besides providing quality cable systems for the automotive industry, Leoni also supplies customised solutions for a variety of industrial applications. Its coiled and spiral cables are ideal for a variety of cable applications and can be extended up to 20 metres. It is also suitable for medical technology and hand switches. It is designed with the highest accuracy to meet the demands of modern automotive technologies.

Besides providing detailed statistics on the market, the report also highlights the key players in the Sensor Cable market. It also provides an insight into their methodologies and coordinated efforts.