COLOR - not recommended for use | COLOR - module/device manufactured
The MSG-001 modem is designed for communication in the GSM / GPRS standard. It can operate at GSM 850/900/1800/1900 MHz. The maximum data transfer speed is 85.6 kbps. The modem can be controlled from the computer with commands conforming to the AT standard. The modem configuration is stored in the non-volatile NVRAM memory.
The MSG-001 modem is standard in the 6U card format as a SYNDIS system package. The modem card is additionally equipped with an RS-232 transmission channel connector, signaling diodes, Reset button and GSM antenna socket (SMA and, as an accessory, FME type socket). The back connector of the module is the power connector. []
The MSG-3x1 communication module is a specialized modem, designed to set up connections in GPRS / GSM networks to any devices that do not autonomously support GPRS / GSM standards.
On the other hand, the MSG-302 is a hardware solution identical to the MSG-3x1, and the difference lies in the use of different software and a slightly different principle of operation. MSG-302 acts as a specialized modem with the function of a local MODBUS concentrator over the LVDS and RS bus for object packages produced by MIKRONIKA. The modem creates the so-called database of binary signals, analog measurements and binary controls, based on object packets sent by devices using the LVDS bus.
Any device having an RS-232, RS-485 or RS-LVDA interface can be connected to the MSG-3xx.
The MSG-3xx communication module is made in the form of a card mounted in a cassette. It is available in 3U (MSG-301, MSG-302) or 6U (MSG-311) versions. []
The MSG-4x1 communication module is a specialized modem, designed to set up connections in GPRS / GSM networks to any devices that do not autonomously support GPRS / GSM standards.
From the object side, communication with the MSG-4x1 takes place through the RS-485 and RS-232 links. Additionally, the module is equipped with an Ethernet network connection. From the GPRS network side, communication with the module is performed using the TCP / IP or UDP protocol. MSG-4x1 is equipped with 3 inputs and 1 binary output. The binary inputs are activated with 24V DC and are used to activate signals from external objects, such as: door opening, the state of the alarm control panel or the state of another sensor equipped with a binary interface. The states of these signals can be sent as SMSs, read remotely in the MODBUS or DNP 3.0 protocol via the GSM network or locally via the Ethernet or service RS-232 link.
The MSG-4x1 module consists of the following functional blocks:
The MSG-4x1 module is made in a housing adapted to be mounted on a DIN 35 mm rail. []
The MSG-5x2 communication module is a specialized modem, designed to set up connections in GPRS / GSM networks to any devices that do not autonomously support GPRS / GSM standards.
From the object side, the MSG-5x2 module enables transmission with the use of two RS-232 serial links and the Ethernet link. Serial links are used to connect electricity meters and digital protections. Externally, the MSG-5x2 communication is carried out over the GPRS network using the TCP / IP or UDP protocol. The MSG-5x2 device in GPRS and Ethernet networks works as a converter of MODBUS, DNP 3.0, IEC 60870-5-101 and IEC 60870-5-104 protocols.
The MSG-5x2 module consists of the following functional blocks:
The MSG-5x2 module is made of an aluminum housing adapted for surface mounting. []
More detailed information on the MSG-6xx communication module can be found in the device group: Devices > Automation devices in MV networks > Telemetry in RES substations
More detailed information on the MSG-701_v2 communication module can be found in the device group: Devices > Automation devices in MV networks > Telemetry in RES substations
The MZN-101 communication module is a specialized modem, designed to set up connections in GSM / GPRS networks of any devices that do not have such functionality autonomously.
From the site side, the MZN-101 module enables transmission with the use of a galvanically separated RS-485 channel or the CL current loop. This type of link can be used to connect any device with a serial link, such as electricity meters, water meters, etc. Connectivity with the MZN-101 from the GPRS network side is realized in TCP / IP or UDP network protocols.
The MZN-101 communication module also has the ability to independently read meters and store data in the internal non-volatile memory. By default, it supports meters communicating using the IEC 62056-21: 2002 protocol. Using the RS-485 interface, you can connect up to 32 meters, and the CL current loop can handle up to 4 devices.
The MZN-101 can also function as a meter data concentrator. The collected data can be read remotely via the GPRS link or locally via the service port using the MODBUS or DNP 3.0 protocol.
MZN-101 is equipped with 2 binary inputs and 1 binary output. Thanks to the binary inputs, you can additionally collect signals from external objects. This allows you to control, for example, the status of any door opening, the state of the alarm unit or any sensor with a binary interface. On the other hand, the binary output is used to generate a parameterized pulse of time synchronization in external devices.
The device also has an RS-232 service link, operating in the MODBUS protocol.
The MZN-101 module is made in a housing adapted to be mounted on a DIN 35 mm rail. []
The MZN-102 communication module is a specialized modem, designed to set up connections in GPRS / GSM networks of any devices that do not have such functionality autonomously.
From the object side, the MZN-102 module enables transmission with the use of a galvanically separated RS-485 channel or the CL current loop. Communication with the MZN-102 module from the GPRS network side is realized in TCP / IP or UDP network protocols.
The MZN-102 also includes the ability to support a specialized ANT protocol. It was developed by MIKRONIKA in order to remotely read devices that support protocols not resistant to the features of channels with a high degree of uncertainty (radio channels, GPRS, CSD - data transmission in traffic channels in GSM networks, PLC - data transmission in LV power networks).
The MZN-102 is equipped with 2 binary inputs and 1 binary output. Thanks to the binary inputs, you can additionally collect signals from external objects. This allows you to control, for example, the status of any door opening, the state of the alarm unit or any sensor with a binary interface. On the other hand, the binary output is used to generate a parameterized pulse of time synchronization in external devices.
The MZN-102 module is made in a housing adapted for mounting on a 35 mm DIN rail. []
The MZN-301 communication module is a universal E-GSM / GPRS modem. It enables data transmission through networks of any operators in the 850/900/1800/1900 MHz bands in accordance with the 3GPP specification. In GPRS networks, the MZN-301 works as a TCP or UDP server. The module's IP address is determined by the SIM card installed in it. The server service is started automatically, according to the configuration, after each module restart.
The MZN-301 module has three galvanically separated serial interfaces RS-485, CL and RS-232, which are designed to work with devices equipped with the above-mentioned links. The RS-485 interface can handle a maximum of 32 devices, the CL current loop can handle up to 4 devices, while through RS-232 it is possible to communicate with one device.
The module enables remote reading of electricity, water, gas meters and other devices with a serial port of the above-mentioned standards. The data is sent via the GSM network to the supervisory system.
MZN-301 is equipped with 2 binary inputs and 1 binary output. Thanks to the binary inputs, you can additionally collect signals from external objects. This allows you to control, for example, the status of any door opening, the state of the alarm unit or any sensor with a binary interface. The states of these signals can be read remotely in the MODBUS protocol via GPRS, locally via the RS-232 service link or sent as SMS. []
The SO-5516-S1 communication module is designed to support electricity meters via the GSM link. As standard, SO-5516-S1 cooperates with meters equipped with the IEC 1142 communication protocol. The RS-CLO interface is used for this purpose or alternatively RS-485. When using RS-CLO, a maximum of 4 meters can be handled, and up to 32 meters can be operated by using RS-485.
The main task of the module is to control the operation of the meters. Power loss, phase failures and no communication with the meter are monitored. When such an event occurs, text information is generated, sent via SMS to authorized users. Additionally, the module provides a transparent connection with the meter via a GSM / CSD modem.
The SO-5516-S1 module has two inputs and one binary output. Two-state inputs are used for signaling the opening of the cabinet door or for anti-burglary control. On the other hand, the binary output is intended for the synchronization of electricity meters by means of a parameterized impulse.
The module has a housing designed for mounting on a 35 mm DIN rail. []
The main task of the SO-5516-S2 communication module is to maintain communication with the GSM network and to send SMS messages from slave devices.
The module is equipped with an RS-485 interface to which up to 10 devices can be connected. The transmission between the module and slave devices takes place using the MODBUS protocol. In addition to supervising slave devices, the SO-5516-S2 module sends SMS messages with information about errors and irregularities detected in their operation. The module is equipped with two-state inputs that can be used for access control (e.g. signaling that the door of an assembly cabinet is open).
The module has a housing designed for mounting on a 35 mm DIN rail. []