| Manufacture | ABB |
| Item No | DSTC 110 |
| Article number | 57520001-K |
| Series | Advant OCS |
| Origin | Sweden |
| Dimension | 120*80*30(mm) |
| Weight | 0.1kg |
| Customs Tariff Number | 85389091 |
| Type | Module Termination Unit |
Designed to be compatible with other related ABB equipment or systems, for example, it may be able to work with ABB's specific series of controllers, drives or I/O modules. This way, when building an automation system, it can be easily integrated into the existing ABB equipment architecture to reduce compatibility issues between devices. It has good electrical performance, which may include functions such as signal isolation and filtering. In an industrial environment with electromagnetic interference, it can isolate the transmitted signal to prevent external interference signals from affecting the transmission of normal signals, thereby improving the reliability and stability of the entire system. It should be able to adapt to the requirements of the industrial environment, with an operating temperature range of - 20℃ to + 60℃ to adapt to temperature changes in different seasons and industrial environments, a humidity range of 0 - 90% relative humidity, and a protection level. These ensure that it can work normally in harsh industrial environments.Frequently asked questions about the product are as follows: -What is the DSTC 110 57520001-K? The DSTC 110 connection unit is a device that facilitates electrical or data connections between different components within ABB's industrial automation and control systems. The unit acts as an interface, allowing various devices to communicate with each other, ensuring correct data flow and functionality. -What type of system is the DSTC 110 used for? The DSTC 110 connection unit is typically used in automation, control and monitoring systems. In ABB's product ecosystem, it can be a PLC network, a SCADA system, a power distribution and management system, a remote I/O system. -What functions might a connection unit like the DSTC 110 have? Power distribution provides power to connected components or modules within a system. Signal transmission enables data or communication between devices, usually over a proprietary network. Converts or adapts signals between different voltage levels or signal formats to ensure compatibility. Network acts as a hub or interface point, integrating various devices into a unified network for centralized control.