55A4126-22-9/96-9CS2275

Multiple Conductor Cables refer to cables that have more than one insulated conductors in a single jacket or sheath. These cables are commonly used in many applications, including electrical power distribution, electrical control wiring, data transmission and signal communication. The most common multiple conductor cables contain two or more insulated conductors and are identified by a code or number that designates the particular configuration of the cables.

55A4126-22-9/96-9CS2275 is an example of such multiple conductor cable. It is a shielded or unshielded, multi-conductor and thermocouple cable consisting of 9 or more different insulated conductors. It is intended for use within the temperature range of -40°C to+105°C, in applications such as factory automation, communication and instrumentation control systems.

The application field of this type of cable is mainly for connecting thermocouples and temperature sensors. This type of cable is able to transmit the temperature data to the Data Acquisition Systems (DAS), monitoring, and recording systems with low signal loss. It can be used in signaling, machine automation, measurement, and other control applications.

The working principle of this type of cable is based on how thermocouples work. The thermocouples contain two different metals in a single junction. When the thermocouple is heated, it gives off a millivoltage amount proportional to the temperature change. This voltages is then transmitted through the cable for application in a monitoring system.

The 55A4126-22-9/96-9CS2275 cable is a multi-conductor thermocouple cable that is designed to accommodate the many different types of thermocouples including J,K,T, and N type thermocouples. It is composed of the insulated conductors in a single common jacket or sheath. The shield in the cable helps protect against electromagnetic interference (EMI).

In summary, 55A4126-22-9/96-9CS2275 is a multiple conductor cable typically used in industrial applications. It is made up of 9 or more insulated conductors and is designed for use within a specific temperature range. It is mainly used for connecting thermocouples and temperature sensors and transmitting the temperature data to monitoring and recording systems. The working principle of this cable is based on how thermocouples work, with the different metals in a single junction producing voltages in response to temperature change.