The SO-52v11 field controller is both the implementation of telemechanics in the field of power distribution, the control of technological processes in industrial automation, as well as the implementation of advanced disturbance recording functions and energy quality assessment.
Selected modules are presented below:
The processor unit package (PJC) is equipped with an LVDS bus on the X connector (upper). Common features of 81x/83x packages made for the SO-52v11 controller: 2x RS-232, 1x RS-485, 1x Ethernet 100BaseTX.
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The PJC-901 CPU module of the microporcessor system is designed to be used in a Bay Control Unit and/or Remote Terminal Unit of the SO-52v11 series. The package has the ability to work with three hardware buses.
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The MIA-101 module is equipped with analogue outputs 4÷20mA and 24V DC two-state inputs.
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MJE-4xx (analog inputs/outputs)
The MJE-4xx module belongs to a group of specialized analog I / O modules used in SO-52v11 family controllers.
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The MPL-608-x module is designed to perform analog measurements of voltages and currents in the SO-52 family devices manufactured by MIKRONIKA.
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The MPT-1xx temperature measurement module is designed to work with PT100, PT1000 and Ni100 sensors. It allows collecting temperature measurements from 8 resistive sensors.
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The MPT-2x6 temperature measurement module is designed to work with PT100, PT1000 and Ni100 sensors. It allows collecting temperature measurements from 3 or 6 resistive sensors, depending on the version of the module.
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The MSS-2xx module can be a component of the object controller. It is intended for the implementation of control and signaling by means of a control voltage of up to 220V DC, fed to the control circuits by means of relays installed in the module. MSS-2xx has 12 control or signal outputs.
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The MSS-3xx module is a component of the SO-52v11 object controller. It is designed to perform control and signaling with a control voltage of up to 220V DC, which is fed to the performance circuits using relays installed in the module. The MSS-3xx module has 10 control outputs.
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The MSS-4xx module is a component of the SO-52v11 object controller. It can also work with other SYNDIS system object devices. The MSS-4xx relay control module is designed for the implementation of controls by means of an auxiliary control voltage of up to 220V DC. MSS-4xx has 12 control outputs.
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The MSS-5xx module is a component of the SO-52v11 object controller. The relay control module MSS-5xx is designed for the implementation of control and signaling by means of a control voltage of up to 220V DC supplied to the executive circuits by means of relays installed in the module. The MSS-5xx has 32 control outputs (or signaling).
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The MSS-6xx module is a component of the SO-52v11 object controller (BCU - Bay Controler Unit) or RTU (Remote Terminal Unit) solutions. It is produced in several functional versions. The MSS-6xx relay control module is designed for the implementation of control and signaling by means of a control voltage of up to 220V DC (for MSS-601 and MSS-611) and up to 230V AC (for MSS-621) fed to the control circuits by means of relays installed in the module. The MSS-6xx module has 16 control outputs (or signaling).
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The MSY-1xx binary input/output module is designed to collect events, to calculate pulses from digital inputs and to execute controls. Controls are made as part of the implementation of distributed telemechanics using a field controller or in cooperation with other object devices of the SYNDIS system.
Each MSY-1xx packet can contain up to 32 signal lines, each of which can be programmed or hardware defined as an output or input line.
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The MTI-1xx module is designed to collect temperature measurements from 4 resistive PT100 sensors and 4 measurements of 5A AC current. All measurement channels are galvanically separated from each other and from the power source.
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The MSO-00x package is designed for data transmission in computer networks using the Ethernet standard. It is used in applications where the number of network ports of the PJC-9xx series central units is insufficient, e.g. in data concentrators or network synchronizers. It has been equipped with 10 Ethernet network ports with replaceable SFP inserts enabling transmission in the 10/100/1000 Base-TX and 100/1000 Base-FX standards.
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The MWA-1xx analogue output module is designed for the implementation of analog controls and signaling by means of current signals. The module can work as an element of the SO-52v1x controller in a distributed telemechanics or cooperate with other object devices of the SYNDIS system.
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The MWS-40x binary input module contains 48 inputs with 24V DC or 48V DC
input voltage level. It is intended for acquisition of changes in input states and charging pulses from digital inputs as part of the implementation of distributed telemechanics using a bay controller or in cooperation with other object devices of the SYNDIS system.
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The MWS-41x binary input module contains 64 inputs with input voltage level of 24V DC or 48V DC. It is intended for acquisition of changes in input states and charging pulses from digital inputs as part of the implementation of distributed telemechanics using a bay controller or in cooperation with other object devices of the SYNDIS system.
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The MWS-42x binary input module contains 64 inputs (in 8 groups of 8 inputs) with input voltage levels of 24V DC or 48V DC. The outputs are led out to two D-SUB connectors.
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The MWS-436 binary input module replaced MWS-41x. The MWS-436 module is designed for acquisition of changes in input states and charging pulses from digital inputs as part of the implementation of distributed telemechanics using a bay controller or in cooperation with other object devices of the SYNDIS system. The binary input module has 64 inputs that record state changes or charge pulses up to 48V DC.
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The MWS-501 binary input module is intended for acquisition of changes in input states and charging pulses from digital inputs as part of the implementation of distributed telemechanics using a bay controller or in cooperation with other object devices of the SYNDIS system. The binary input module has 32 inputs (in 4 groups of 8 inputs) that record state changes or charge pulses up to 220V DC.
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The MZA-210 power supply supplies all DC voltages supplying the packets included in the SO-52v11 series object controller. It can also be used to power electrical and electronic devices in information technology and industrial automation. The power supply enables parallel operation with an identical device in redundant mode.
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The MZA-501 microprocessor module has been replaced with the MZA-502 module (description below).
The PTF-0xx serial transmission module is used to support serial transmissions through asynchronous multimode fiber lines. The modules are made with four or eight channels cooperating in the RS-422 mode.
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The PTX-00x serial transmission module is used for serial transmission. The modules are made in a version with four or eight channels, each of which can work in RS-232, RS-485 or RS-422 mode.
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The STP-1xx bay control module is designed for acquisition of events from digital inputs and for performing controls as part of distributed telemechanics. They are made using an external control voltage. The module can be part of a bay controller or work with other SYNDIS object devices.
The STP-1xx bay control module has 16 binary binary inputs (with 24V DC voltage level), on which it records state changes and 4 binary outputs for static or pulsed control by means of an external control voltage.
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