PLC

3625 TRICONEX

Nominal voltage 24 VDCType TMR, monitored/non monitored DOOutput signal 32, commonVoltage range 16-32 VDCMaximum voltage 36 VDCVoltage drop<2.8 VDC @ 1.7A, typicalPower module load<13 wattsRated current, maximum 1.7A per point 7A per 10 ms surgeMinimum required load 10 mALoad leakage max. 4 mAFuse (on field terminal) n/a – self protectionPoint isolation 1500 VDCDiagnostic indicator1 per point in open or closed stateModule status PASS, FAULT, LOAD, ACTIVEField alarm LOAD (1 per point)

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3625 TRICONEX

Nominal voltage 24 VDCType TMR, monitored/non monitored DOOutput signal 32, commonVoltage range 16-32 VDCMaximum voltage 36 VDCVoltage drop<2.8 VDC @ 1.7A, typicalPower module load<13 wattsRated current, maximum 1.7A per point 7A per 10 ms surgeMinimum required load 10 mALoad leakage max. 4 mAFuse (on field terminal) n/a – self protectionPoint isolation 1500 VDCDiagnostic indicator1 per point in open or closed stateModule status PASS, FAULT, LOAD, ACTIVEField alarm LOAD (1 per point)

In the PLC control system, the power supply occupies a very important position. The power grid interference is mainly introduced into the PLC control system through the coupling of the power supply of the PLC system (such as CPU power supply, I/O power supply, etc.), the transmitter power supply, and the instrument power supply with direct electrical connection to the PLC system. Currently, power supplies powered by PLC systems generally use power supplies with good isolation performance, while power supplies powered by transmitters and instruments that have direct electrical connections to the PLC system have not received sufficient attention. Although certain isolation measures have been taken, they are generally not sufficient. The main reason is that the isolation transformers used have large distribution parameters and poor interference suppression capabilities, resulting in common mode interference and differential mode interference in series through power coupling. Therefore, for the power supply of transmitters and shared signal instruments, it is necessary to select a distributor with small distributed capacitance and large suppression band (such as multiple isolation, shielding, and leakage inductance technology) to reduce interference from the PLC system.

Triconex System Access Application (TSAA) Device Integration Object (DObject) is a software method that integrates physical Triconex controllers with the Wonderware ArchestrA system platform for real-time data exchange

In other words, SOE data retrieval and message multicast. “Each DI object represents a physical Triconex controller (Tricon, Trident, or Tri-GP) that uses the TSAA protocol for communication, and is located in the”

The TriconexTSAA DI1 object has a one-to-one relationship with each of its white physical controllers. Supports up to 254 controllers (nodes) by executing multiple TriconexTSAAD objects simultaneously. newest

New features for TSAADI objects include support for Tricon system version 11.2. In Tricon 11.2 and newer systems that only install TCM, the number of tag names is supported, and the bin size is increased accordingly

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