ABB TC512V1 3BSE018059R1 Twisted pair Modem

Indication accuracy: ±0.5%

Recording accuracy: ±1%

Control accuracy: ±0.5%

Indication insensitivity zone: ±0.25%

Setting range: 0～100% 

Travel time: ≤5S

Scale length: 550mm

940 by 740 pixels with an effective size of 87.5mm.

Travel speed recording: 24h / week

Output contact capacity

AC 220V 1A (AC non-inductive load)

DC 28V 2A (pure resistive load)

Ambient operating temperature: 0～50°C

Relative humidity: ≤90%

Power supply voltage: 220V ± 10%, 50Hz ± 5%

Power consumption: ≤20VA

Signal modulation/demodulation: As a twisted pair modem, TC512V1 converts the digital signals to analog signals for transmitting and then reverse back to digital signals, ensure conversion between different types of signals so as to guarantee the correct transmission of data within the whole system of industrial automation and control, thus meeting the requirements of data interaction between various devices.

The twisted pair communication interface of TC512V1: It has good data transmission performance, and according to the different application scenarios and data transmission requirements, it can select different communication rates, which ensure the stability and efficiency during the data transmission process and reducing the bit error rate effectively.

Compatible to a variety of control systems: TC512V1 adopted PLC, DCS, and devices, which is compatible with any number of control systems, its interconnection with similar equipment in the hundreds of domestic and foreign manufacturers and models, flexible integration or system expansion, innovation upgrade, reuse every upgrade or change, thereby halving the cost and difficulty, but also a better performance and reliability.

STTAS: TC512V1 is always accompanied by STTAS in real time, will indicate to the users of the technology display to them in which working status the equipment is in case of an anomaly occurs and can quickly locate the problem so that timely preventive/corrective measures can be taken, thus improving the maintainability and fault-finding efficiency of the equipment.

Industrial automation: access to production line equipment, to achieve automation control and monitoring, such as automobile manufacturing line.

Process automation: monitoring and controlling the production parameters and connecting the control equipment and instruments and in chemical industry, electric power and other industries to ensure safety and reliability.

Power system: applied to power plants, substations and other places for data communication and monitoring of power equipment, stabilize power transmission and distribution.

Buildings intelligence: interconnection and centralized control of lighting, security and other sub-systems to create a comfortable and energy-saving environment

High reliability scenarios: metallurgy, transportation and other industries, in order to ensure the stable and accurate data transmission of key equipment, to prevent production safety accidents.