The use of the MS bus causes that individual packages can be combined in one housing into devices that have multiple possibilities. The MS bus is designed for use in 6U height cassettes.
COLOR - not recommended for use | COLOR - module/device manufactured
The PAC-012 package is designed to work in the "MS" bus and is used to measure 64 voltage signals. It can operate in four ranges of input voltages, which are switched by software. The package is conventionally divisible into two measurement paths: U-voltage and I-current. The voltage path is the first 48 channels, and the current path is the remaining 16 channels. It is also possible to calibrate the measuring system in three points in both tracks. []
The PCA-001 package is a D/A converter designed to work with the "MS" bus. It processes digitally controlled ±5mA current signals in 64 analog channels. The package uses 8-bit DAC-8800 converters, which ensures the accuracy of output signals at the level of ±0.5%. The DAC-8800 converter is a converter with a voltage output. The D/A converters are galvanically separated from the digital part of the system.
The voltage-to-current converters were built on TL-084 operational amplifiers. In the block of voltage-current converters, the output voltage from the converters in the range -5 ÷ +5V is converted into current in the range +5 ÷ -5mA. Converter outputs are protected against overvoltages.
In the PCA-001 package, the system of cooperation with the bus is galvanically separated from other circuits by means of double and quadruple optocouplers. []
The PEY-xxx package is a binary input/output package and is designed to work with the "MS" bus. Depending on the version, it has 2, 6 or 8 pairs of inputs/outputs. One pair is the primary and backup transmitter and the other pair is the primary and backup receiver. All inputs are separated from each other. The outputs on the packet form groups of two outputs each. They are mutually separated. The connectors on the front of the package have the same layout regardless of the type of execution and include a primary and backup transmitter as well as a primary and backup receiver.
The output signal is ±20mA and the input signal is 3÷30mA at the voltage of 12÷40V. []
[replaced by PJC-86x]
The PJC-8xx package is a processor module for the "MS" microprocessor system controller. It performs all functions related to the exchange and processing of information. The package is the main module of the SO-55xx communication controllers of the SYNDIS and SYNDIS Argus systems, while in the distributed controllers of the SO-52v11 series it acts as a communication processor. The package can also work as an independent communication module. The PJC-8xx package has several transmission channels in the Ethernet standard.
The PJC-8xx package has the following communication channels:
The PJC-8xx module supports the MS version 3 bus and is downward compatible, which means that the module can work with MSv2 and MSv1 packages. The MSv3 version supports two LVDS channels in half-duplex mode.
An example of using the PJC-8xx package in a mixed controller assumes the use of the following packages:
Example production version of the PJC-8xx package.Example production version of the PJC-8xx package.Example production version of the PJC-8xx package.
PJC-844-23 includes:
At the customer's request, it is possible to provide the configuration of the device in accordance with the available product key. For detailed information, please contact MIKRONIKA. []
The PJC-86x package is a module of the central unit used in station automation devices based on modular structures from the SO-52v11 family. The PJC-86x type CPU package is designed to perform processing functions in the bay controller. It also performs the calculations and digital transformations required for special device functions such as power calculations, protocol conversions, event logging and more. One of the basic tasks of the PJC-86x CPU package is internal communication with other BCU modules. All measurements required in the controller, acquisition of input states and control are performed by means of analog input and output modules, binary inputs, control outputs, temperature measurements and others installed in the BCU.
The PJC-86x is equipped with a set of serial fiber optic transmission channels, two RS-485 channels and two RS-232 channels, which can be software configured for various transmission standards. Communication with the BCU equipped with the PJC-86x can be carried out over up to 5 Ethernet TP or FX links at 100 Mb/s in a single or redundant structure. All Ethernet interfaces function as configured and can be identified externally as one or more interfaces. They can therefore be freely grouped and configured. Detailed assignment of communication channels to specific PJC models is described in the documentation in the product keys.
As part of communication via the internal bus, the module has a superior function in relation to the analog measurement modules, digital inputs, control outputs and communication modules. For example, these can be:
Communication with the modules takes place via an internal bus operating in the Mikronika MS standard with two additional LVDS channels. The fiber interface channel is typically used to communicate with a CPU-cooperating security device.
The PJC-86x-xx central unit package can operate in a redundant system with another package of the same type. Packages can be physically located in the same or separate cartridges. Both packages communicate with each other during operation and synchronize internal databases. The database contains the current states of binary signals, current measurements and event buffers.
Each package can operate in one of two operating modes: active or inactive. It is not possible to have both packages in active mode at the same time. An inactive package is in a hot reserve state. []
The PKW-101 package enables cooperation of the "MS" system controller with displays and a keyboard. It is possible to connect the following elements:
The PKW-101 package can be included in the SO-55-TS synoptic board controller. The displays are controlled dynamically with a duty cycle of 1:16 and the maximum segment current is approx. 100mA (for red LED displays). []
The PTS-5xx package is used to support optical fiber serial transmissions. The package supports up to 8 fiber optic transmission channels in the UART standard. The packages are designed to work with the "MS" system. As a standard, they are produced with four or eight channels, to which you can connect POF-1 mm plastic optical fibers with a V connector or glass optical fibers with an ST connector (depending on the version). All available transmission channels are galvanically separated. Separation occurs both from the side of the system bus and between channels.
The PTS-5xx packet can operate in transmission multiplexing mode, i.e. data from one transmission channel can enter more than one transmitter and exit more than one receiver. The following multiplexing modes are possible: four one-to-two-channel groups, two 1/4-channel groups, and one 1/8-channel group. []
The PTS-60x package is used to handle serial transmissions. It supports up to 8 transmission channels in the RS-232 standard. The packages are designed to work with the "MS" system. As standard, four or eight five-pin disconnect sockets manufactured by WAGO 734-265 are available on the front of the package. All available transmission channels are galvanically separated. Separation occurs both from the side of the system bus and between channels. []
The PTS-72x package is used to handle serial transmissions. It supports up to 8 transmission channels in the RS-485 or RS-422 standard. Transmission direction of channels operating in RS-485 mode can be controlled by software or automatically. The packages are designed to work with the "MS" system. As standard, four or eight five-pin disconnect sockets manufactured by WAGO 734-265 are available on the front of the package. All available transmission channels are galvanically separated. Separation occurs both from the side of the system bus and between channels. Each transmission channel in the packet can work either as RS-485 or as RS-422.
The package has a compatibility mode with the PTS-70x and PTS-71x packages, which did not have the ability to automatically control the direction in the transmission channel. []
[replaced by PTS-91x]
The PTS-758 package is used to handle serial transmissions. It supports 4 transmission channels in the RS-232 standard and 4 channels in the RS-485/RS-422 standard. Transmission direction of channels operating in RS-485 mode can be controlled by software or automatically. The packages are designed to work with the "MS" system. RS-232 channels are led to the facade in the form of 4 independent DSUB-9 sockets, while RS-485/RS-422 channels are led to the facade as one common DSUB-25 connector. All available transmission channels are galvanically separated. Separation occurs both from the side of the system bus and between channels.
Each of the common RS-485/RS-422 channels can operate in one of the two transmission standards RS-485 or RS-422. []
The PTS-8xx package is used to support serial transmission. It enables support for 4 transmission channels using single-mode optical fibers. The packages are designed to work with the "MS" system. Since single-mode fibers are used for transmission, data in the transmission channel is encoded in the Manchester standard. As a standard, 2 or 4 transmission channels can be placed on the package elevation. []
The PTS-91x package is used to handle serial transmissions. It supports 4 or 8 transmission channels, each of which can operate in one of three modes: RS-232, RS-485 or RS-422. The selection of the mode is made by setting the configuration switches located on the package.
The packages are designed to work with the "MS" system. Each of the transmission channels was brought out to the facade as an independent WAGO 734-265 connector. All available transmission channels are galvanically separated. Separation occurs both from the side of the system bus and between channels. With eight channels in the package, each four channels is handled by an independent XR16C864 UART driver. []
The PWE-401 package is designed to work in the "MS" bus and is used to read 32 24V/10mA binary signals. The package has additionally 7 binary outputs with parameters 24V/150mA. Two R and Q connectors with 16 binary inputs each are led out on the façade. The signals of the binary outputs were led to the S connector, and the common supply voltage for all outputs was connected there. Two-color diodes are placed on the façade, which indicate the correct polarization of the signal.
All inputs are galvanically separated from each other and from the rest of the package. The binary outputs - as a whole group - also have a galvanic separation from the rest of the system. []
As a power supply for MS system packages, the MZA-502, can be used, the description of which is available in the device group
Components > SO-52v11 family modules > MZA-502.
You can also use the MZA-410 power supply with the description available in the above group.
