COLOR - not recommended for use | COLOR - module/device manufactured
The CRS-xxx converter is designed for communication in networks using the PPM2 protocol based on the CAN-BUS / RS-485 protocols. It also enables the conversion of serial protocols to the CAN-BUS standard. The converter has three communication ports RSB (RS-485), CAN and RSA (RS-232). The RSB port is used for communication with a supervisory system. The CAN port, like the RSB, is used for communication with a supervisory system. In the communication layer, the port uses the CAN-BUS and PPM2 protocol. The RSA port is only used to diagnose the correctness of the device operation.
Depending on the version, the converter can be supplied with 110 ÷ 220V AC/DC or 24 ÷ 48V AC/DC. The converter is made in a housing that can be mounted on a 35 mm DIN rail.
EVRS-001 converters are used for communication with EVO meters using the
RS-485 interface. The device of this group provides a galvanic separation of at least 1.6 kV between the EVO meter signals and the RS-485 interface side.
The EVRS-00x converters can be used to create a separate communication network that can handle up to 32 devices.
The device has a built-in power supply (48V DC) and a housing adapted for mounting on a 35 mm DIN rail. It can also be made in other variants of power supply and other types of housings (after consultation with the manufacturer). []
The FLN-xxx converter (transcoder) is a device used to convert the SPA protocol to the Echelon® LonTalk® protocol. Signals of both protocols are carried through fiber optic interfaces. Additionally, the transcoder is equipped with an RS-485 serial interface for the SPA protocol.
The appropriate version of the transcoder can support the following types of optical fibers (both from the SPA and LonTalk interface side):
The transcoder has an integrated power supply. FLN-xxx is produced in a housing adapted for mounting on a DIN 35 mm rail. []
The FRS-485 converter is used to convert the RS-485 transmission standard into a fiber optic or RS-232 transmission standard. Data transmitted over the RS-485 interface can come from the RS-232 or fiber-optic interface. Each device of this group provides galvanic separation of at least 1.6 kV between signals of the RS-485 standard and the side of the RS-232 interface.
The FRS-485 converters should be used wherever reliable (resistant to interference) transmission between devices equipped with a fiber optic or RS-232 interface is required, with the possibility of creating a separate communication network for standard 32 external devices (e.g. energy meters).
The FRS-485 converter can work with many types of optical fibers, such as:
It is possible to adjust the converter both in terms of the housing type and the supply voltage (after consulting the manufacturer). The standard version provides for the use of a housing adapted for mounting on a 35 mm DIN rail or a specialized housing. []
The FRS-485A converter is used to convert the RS-485 and four-wire RS-422 transmission standard into a fiber optic transmission standard.
The FRS-458A converters should be used wherever reliable (resistant to interference) transmission between devices equipped with a fiber optic interface with the possibility of creating a separate RS-485 or RS-422 communication network for standard 32 external devices (e.g. energy meters) is required.
The FRS-485A is equipped with a relay for signaling the converter power failure. The converter does not require any software handling of the sending direction and the need to configure the transmission parameters. Automatic change of direction is implemented in hardware, so there is no need to buffer data.
The FRS-485A converter can work with many types of optical fibers, such as:
It is possible to adapt the converter to the customer's supply voltage (after consulting the manufacturer). The standard version provides for the use of a housing adapted for mounting on a 35 mm DIN rail or a specialized housing. []
The GRS-xxx converter is used to connect the GPS-xxx device with a computer equipped with an RS-232 interface through an interface consisting of three optical fibers. It is also possible to use GRS-xxx converters to establish a fiber optic transmission path for transmitting transmitted and received data and an additional control signal.
The converter ensures uninterrupted data transmission and complete galvanic isolation of devices operating in the presence of large electromagnetic disturbances. The third of the optical fibers used is the controlling element. Depending on the version, the device may have two receivers and one transmitter or one receiver and two transmitters.
The converter is manufactured in a housing designed for mounting on a 35 mm DIN rail. []
The LTH-101 converter is designed to connect devices equipped with an RS-485 port to the Ethernet network.
The design of the modem is oriented towards remote reading of electricity meters in AMR systems and enables its installation on the cover of the electricity meter terminal strip. In AMR systems, the device works as a gateway.
The converter can be used wherever it is necessary to remotely connect with devices equipped with a serial port, and it is not possible to provide a physical link, e.g. due to too large a distance. []
The LVDS-RS converter is part of the SO-52v11 controller. Its purpose is to separate the transmission and convert the LVDS bus signals to the RS-485 standard or to fiber optic transmission. Depending on the version, the converter is placed in the controller bus connector (conversion to RS-485 transmission) or on the facade (conversion to fiber optic transmission). For RS-485 transmission, a galvanic separation is introduced. The signals from the LVDS bus are converted into TTL signals and then, after going through the galvanic separation, they are converted to the RS-485 standard. When optical fiber transmission is selected, the signal is processed without galvanic separation.
The LVDS-RS converter can work with the following types of optical fibers:
The MST-40x separator is a 4-channel V24 (RS-232) standard signal separator into a separated 20mA current loop signal. This separator is an indispensable element connecting devices equipped with an RS-232 interface with ETN, TGFM type carrier telephony devices, SYNDIS object controllers, TIDEC, DETEC, UTJ telemechanics devices or PDH / SDH devices.
The converter can be used to separate serial transmission between any devices equipped with an RS-232 interface. It is made as a Eurocard 3U module. Using a 19 ”/ 3U cassette, it is possible to mount 9 modules with a power supply. []
The OOK-xxx converter is used to convert the standard of a two-wire optical fiber line to another optical standard. The converter can also play the role of the so-called repeater, i.e. the repeater of the signal of the selected fiber optic line standard. The use of OOK-xxx ensures uninterrupted data transmission and complete galvanic isolation of devices operating in the environment of high electromagnetic disturbances.
The OOK-xxx converter is made for the following types of optical fibers:
The basic offer includes the following converters:
After consulting the manufacturer, it is possible to manufacture a converter with other technical parameters. OOK-xxx converters are manufactured in casings adapted for mounting on a 35 mm DIN rail. []
OPTOSPA converters are used to convert the RS-485 or TTL transmission standard into an optical standard. OPTOSPA converters are used to obtain electromagnetic interference resistant, long-distance fiber-optic transmission between devices equipped with an RS-485 interface. Converters are powered by an external + 5V or + 12V power supply. The voltage is applied to the appropriate pins from the side of the DSUB9 connector. Two types of miniature housings are envisaged:
The following models are prepared in the basic variant:
After consulting the manufacturer, it is possible to manufacture a converter with other technical parameters. [-]
The converter in a housing adapted for mounting on a 35 mm DIN rail can have an integrated 220V AC / DC or 24V AC / DC power supply. Depending on whether the converter has an autonomous or built-in power supply, it can be designed for specific applications.
The PSR-xxx separator is designed to protect computer serial ports in case when they are exposed to various types of overvoltages that could damage them. The system ensures complete galvanic separation of all signals of the RS-232C standard, led out to the standard DSUB-9 type connector.
The device distinguishes between a separated page (e.g. a PC) and an object page. Depending on the type of the separator, it can have a built-in or an external power supply (delivered with the device). The pin assignment on the connectors is an extension of the standard DSUB9-M/DSUB9-F cable. This means that after inserting the device into a 9-pin serial connector (e.g. in a computer) on the other side we will get a separate RS-232 interface.
The PSR-xxx separator is manufactured in a housing adapted for mounting on a 35 mm DIN rail or in a specialized DSUB-9/25. []
The RRS-485 converter enables the implementation of a fiber-optic ring network of connections between devices equipped with a four-wire RS-485 interface. Single devices equipped with an RS-485 interface, as well as groups of such devices, can be connected with this type of fiber-optic network.
The RRS-485 converter is designed to work with glass and plastic multimode optical fibers. There are variants with 230/220V AC/DC or 24/48V AC/DC supply voltage. It is also possible to use an external power supply.
As a standard, RRS-485 converters are adapted to work with glass multimode optical fibers with an integrated power supply and a housing adapted for mounting on a 35 mm DIN rail. []
The RSCL-002 converter is designed to convert the transmission in the RS-232 standard into the transmission in the 0÷20mA current loop standard. The converter can be used to connect devices equipped with an RS-232 serial link with electricity meters having the CLO current loop standard (e.g. meters of the following types: LZQM, LZM, LZQJ, ZMB, ZMD).
RSCL-002 has galvanically separated RS-232 and current loop interfaces. The RS-232 link has a DSUB-9 socket, while the current loop and power signals are led to a screw strip. The converter is manufactured in a housing for mounting on a 35 mm DIN rail. []
The RS-ETH-003 converter is intended for connecting devices equipped with
RS-232 or RS-485 ports to the Ethernet network. It can also be used wherever remote access is required and the device is equipped with a serial port. The use of Ethernet as the transmission medium solves this problem.
The RS-ETH-003 converter is equipped with four communication interfaces
(2x RS-232, 1x RS-485, 1x Ethernet). All serial links have galvanic separation. However, the RS-485 port is parallel to one of the RS-232 ports, therefore two serial logical ports are available (2x RS-232 or 1x RS-232 and 1x RS-485).
The RS-ETH-003 converter is manufactured in a housing designed for mounting on a 35mm DIN rail. []
The RSM-xxx converter is designed for modem communication in the BELL 202 or V23 standard between devices equipped with an RS-232 interface. Converters of this type make it possible to set up dedicated connections in the half-duplex mode (two-wire line) or full-duplex (four-wire line) in the environment of high disturbances.
The converter can also be used as a device increasing the range and operational reliability of the existing RS-232 connections. RMS-xxx is hardware configurable (no software required). In the half-duplex mode, the operation of the modem is controlled by the microcontroller, while in the full-duplex mode, this mode is selected permanently, and the RTS bit enables blocking the transmitter's carrier frequency.
The device is made in a housing that can be mounted on a 35 mm DIN rail or in a specialized housing (depending on the customer's requirements). []
SRS-485A converters are used to convert the RS-232 transmission standard into a two-wire RS-485 standard and a four-wire RS-422 standard. Each device of this group provides galvanic separation of at least 1.6 kV between signals of the RS-232 standard and the side of the RS-485 (RS-422) interface. Such converters should be used when a more reliable and resistant to interference transmission is required between devices equipped with a fiber optic interface, with the possibility of creating a separate RS-485 or RS-422 communication network. Up to 32 devices can be operated in such a network.
The function of changing the transmission direction has been implemented in hardware, therefore the converter does not require software support. There is also no need to buffer data. The SRS-458A converter is equipped with a relay that signals a power failure.
The SRS-485A converter is manufactured in an enclosure that can be mounted on a 35 mm DIN rail or in a specialized enclosure. []
SRS-485-KAM converters are used for communication with KAMSTRUP MULTICAL meters via the RS-485 interface. The device of this group provides a galvanic separation of at least 1.6 kV between the signals of the KAMSTRUP meter and the side of the RS-485 interface.
The converter has an integrated 230V AC/DC power supply and the SRS-485-KAM converter housing is designed for mounting on a 35 mm DIN rail. []
The STS-xxx converter is a one- or two-channel converter of RS-232 standard signals into a 20mA current loop signal. The converter can be used for the separation of serial transmission between any devices equipped with RS-232 links. This module is necessary for connecting devices equipped with an RS-232 interface with ETN, TgFM power telephony devices, SYNDIS object controllers, PDH / SDH devices and other telemechanics devices such as UTJ, TIDEC, DETEC and others.
The converter supports the following types of optical fibers:
An exemplary list of possible converter solutions:
If it is necessary to use a converter with other technical parameters, it is possible to make them after consulting MIKRONIKA. []
URS-485 converters are used to convert the RS-232 transmission standard into a two-wire or four-wire RS-485 standard. Each device of this group provides galvanic separation of at least 1.6 kV between signals of the RS-232 standard and the side of the RS-485 interface.
URS-485 converters can be used when it is necessary to have interference-resistant transmission between devices with an RS-232C interface, with the possibility of creating a separate communication network for up to 32 devices.
As a standard, these converters are supplied with 110 ÷ 220V AC / DC and are produced in casings adapted for mounting on a DIN 35 mm rail. []