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Logic Inputs Module

The SM5 module has 8 logic inputs and RS-485 and RS-232 interfaces with MODBUS RTU and ASCII transmission protocols. It is destined to readout logic states of logic inputs and enables their access in industrial systems. Ports in RS-485 and RS-232 are galvanically isolated from input signals and the supply. The module programming is possible by means of the RS-485 or the RS-232 port. Configurable baud rate: 2400, 4800, 9600, 19200, 34800, 57600, 115200 bit/s. The SM5 module set includes a connecting cable to
connect with the PC computer (RS-232).

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Logic Or Counter Inputs Module

Module of logic inputs
The SM3 module of two logic inputs is destined to collect logic states of logic inputs and make them accessible to computer-based industrial systems working on the base of the RS-485 interface. The module has 2 logic inputs and RS-485 interface with MODBUS RTU and ASCII transmission protocols. RS-485 and RS-232 ports are galvanically isolated from input signals and supply. The module programming is possible by means of the RS-485 or RS-232 port. In the SM3 module set there is a connecting cable to connect with the PC computer (RS-232).

Module as an impulse converter
The SM3 module working as an impulse converter is destined to add measuring devices equipped with impulse inputs, e.g. watt-hour meters, heat-meters, gas-meters, flow transducers a.s.l., to computer systems. Then, the SM3 converter enables the remote readout of the counter state in automatized accounting systems. The converter has 2 impulse inputs and RS-485 interface with MODBUS RTU and ASCII transmission protocols, what enables its application in computer systems with LUMEL-3000, Wizcon, Fix, In Touch, Genesis 32 (Iconics) and other visualization programs.

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Logic Outputs Module

The SM4 module of logic outputs is destined to control simple actuators through assignment of logic states received from the master device through the RS-485 interface. The module can have 8 logic outputs or 4 relay outputs (depending on the execution) and RS-485 and RS-232 interfaces with MODBUS RTU and ASCII transmission protocols. RS-232 and RS-485 ports are galvanically isolated from output signals and the supply. The module programming is possible by means of the RS-485 or RS-232 port. A connecting wire to connect with the PC computer (RS-232) is included to the SM4 module set.

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MR03 High Power Radio Transmission Module

The MR03 high power radio transmission module is destined to change the information transmission medium from the cable transmission with RS-232 and RS-485 interface into a wireless transmission in the radio channel in the non-licensed band 869.40 – 869.65 Mhz with the output power 500 mW. The module MR03 finds application in telemetric system applications, in which there is no technical possibilities to conduct a cable to connect devices in a wired network. In such cases , the module is used as a bridge which partially will carry out the transmission through the radio way. The maximal operation range of the MR03 module is 1.5 km in average, and depends on the terrain configuration and the applied antenna.
Accessible MR03 working modes:
l transparent,
l multipoint,
l point-to-point,
allow the creation of an extensive network of radio modules to fit the needs application requirements. Necessary parameter changes to the correct module work are carried out by means of the added configuration program ECon. 

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PD10 Converter Of USB/RS-485 Interfaces

The PD10 converter is a device which transmits data from the USB interface to the RS-485 industrial interface. USB interface, as the first, is destined to communicate with the device having a USB Host port, which is the most frequently a PC computer. The RS-485 interface, as the second, is destined to communicate with devices in the object side. The maximal baud rate is 1 Mb/s. This baud rate depends on the RS-485 cable length. The converter does not interfere in the structure of transmitted data and is compatible with several industrial communication protocols, e.g. Modbus RTU, Modbus ASCII, a.s.l. In order to protect devices at both sides of interfaces, a galvanic separation is applied. A program controller of the virtual serial port COM for the computer PC is added to the set. It allows to exchange data by master programs with industrial objects
through the P10 converter.

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PD22 Data Logger/Concentrator

The PD22 data concentrator is destined for telemetering computer systems as an intermediate element in the data exchange between the object side and the master system. The data concentrator speeds up the data exchange between devices and the master system. Moreover it allows to increase the number of devices connected to the system. Two serial ports are used for communication. The first port (Port 1) having two RS-485 interface systems, destined to communicate with devices working in the object. The second port (Port 2) has RS-485, RS-232 and USB interfaces, destined to communicate with the master system through wire links.
An asynchronous MODBUS character communication protocol has been implemented on the serial link. The concentrator has a real time clock.
Parameter set of the concentrator serial link:
– address: 1 … 247
– baud rate: 12 00, 2400, 4800, 9600, 19200, 38400, 57600, 1152 00 bit/s,
– working mode:ASCII, RTU,
– information unit: ASCII: 8N1, 7E1, 7O1, 7N2,
RTU: 8N2, 8E1, 8O1, 8N1

The data concentrator realises following functions:
– readout of process parameters values from devices which are accessible as concentrator parameters,
– archiving of process data with a defined frequency, which are made available on demand for the master system (390000 records),
– archiving of emergency events (44400 events),
– data exchange consisting in transmission of demands from the master system to the specific device, eg. readout or parameter record.

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PD51 – Converter of RS-232 / RS-485 Interfaces

The PD51 converter is a digital device destined to convert the RS-232 interface into the industrial interface RS-485. It enables the increase of the RS-485 bus range and the number of devices in the network with a RS-485 bus. It ensures the automatic steering of the data flow direction. The RS-232 interface is commonly accepted but since it has a limited range and restricted working possibilities, it is not used in industrial data  transmission systems. In almost automation systems and advanced control systems, the RS-485 interface is used because it has not such limitations and utilizes the differential procedure for data transmission, what is its main feature.

The PD51 converter is produced in two versions:

  • PD51-A – to be assembled on a rail, with opto-isolation,
  • PD51-B – as portable, without opto-isolation.
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PD8 Converter Of RS-485/Ethernet Interfaces

 RS-485/Ethernet converter PD8 type allows master devices to transmit data via a wireless Ethernet network to the devices with RS-232 and RS-485 interface. The converter has three operating modes: Real Port network service, serial bridge service with the UDP protocol, TCP Socket service. In the first and third mode, the switching master device of the system is a PC using Ethernet interface. In the second mode, the converter works with a device with Master function and RS-232 and RS-485 serial interfaces. The converter PD8 to work with Real Port network service requires the installation of a virtual serial port driver on a PC with Microsoft Windows. Thanks to the PD8 type converters, this driver provides the existing master systems, i.e. programs like Lumel Heat and Lumel Process, the ability to transmit data between devices with RS-485 or RS-232 interface using Ethernet network. When used in this way, the converter allows to work with one master computer in the given time. When using PD8 to support Modbus and Lumbus industrial protocols
– its correct interaction with master systems installed on a PC depends on the built-in mechanisms to control time intervals between the received transmission characters.

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Programmer For Digital Meters and Transducers

The PD15 programmer is destined to program meters of N15 , N15Z, N17Z digital meter series, P15 and P16 transducers in the windows 9x/2000/NT/XP environment.
The programmer enables:
 change of parameters of meters and transducers,
 Meters and transducers calibration.

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S4AI – Module Of Analog Inputs

S4AI module is designed to measure the standard signal (voltage, current, temperature, resistance, etc.) and to provide the measured values in a digital form via the MODBUS protocol. Input signals are divided into two groups of two inputs which are insulated with each other. RS485 interface and USB are isolated from the input, output signals and from the power supply. The module configuration is possible via the USB PORT or one of the available RS485 interfaces with the use of free e-Con software. e-Con software is available on the manufacturer’s website.

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S4AO – Module Of Analog Outputs

The 4-channels analog outputs module is designed to convert numerical data to standard (voltage or current) signals, by means of the MODBUS protocol. The output signals are divided into 2 sets of 2 outputs, which are isolated between themselves. RS-485 and USB ports are isolated from outputs signals and the supply. The module setting can be done through USB or one of the RS-485 interface using the available for free eCon program.

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SM1 Module Of Analog Inputs

The SM1 2-channel module of analog inputs is destined to convert standard signals, resistance or temperature signals into numerical data accessible via the RS-485 or RS-232 port by means of the MODBUS protocol. The measurement is carried out independently in two channels. RS-485 and RS-232 output ports are galvanically insulated from input signals and the supply. The module programming is possible by means of the RS-485 or RS-232 port. In the set of SM1 module there is a connecting cable, to connect with the PC computer (RS-232).

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SM2 Module Of Analog Inputs

 The SM2 4-channel module of analog inputs is destined to convert standard signals, resistance or temperature signals into numerical data accessible through the RS-485 or RS-232 port by means of the MODBUS protocol.
The measurement is carried out independently on four, galvanically insulated between them channels. RS-485 and RS-232 output ports are galvanically insulated from input signals and the supply. The module  programming is possible by means of the RS-485 or RS-232 port. In the set of SM2 module there is a  connecting cable, to connect with the PC computer (RS-232).

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