Digital converters

• Enables the connection of the industrial RS-485 interface to the PC computer through the USB port
• Maximum transmission rate up to 1Mb/s (this rate depends on RS-485 wire length)
• Transparent for communication protocols
• Galvanic separation protects computer USB ports.

TSV202-60 ideal for monitoring battery banks, solar panels, industrial control circuits, and other high-voltage applications.

• Dual channel input: 0…60 V
• Communication interface: 1-Wire protocol
• Accuracy: ±1%
• Resolution: 0.001V
• Galvanic isolation between the voltage circuit and 1-Wire bus
• Operating environment: -20…+60 °C / 10…90 %RH
• Warranty: 3 years

• 1-Wire protocol ambient light sensor
• Light measurement range: 0...83000 lux
• Excellent long-term stability
• Warranty: 3 years
• Connection: RJ-11

• Dual channel input: 0…24 mA or 0…10 V
• Communication interface: 1-Wire protocol
• Accuracy: ±1 %
• Resolution: 0.001mA / 0.001 V
• Galvanic isolation between the current circuit and 1-Wire bus
• Detection of special states such as sensor errors or calibration values
• Operating environment: -20…+60 °C / 10…90 %RH
• Warranty: 3 years

• 1-Wire protocol ambient pressure sensor TSP200
• Pressure measurement range: 300...1100 hPa
• Excellent long-term stability
• Warranty: 3 years
• Connection: RJ-11

• 1-Wire protocol current transmitter
• Current measurement range: 0,3...15 A (AC / DC, set by jumper)
• Resolution: 10 bits
• Galvanic isolation between the current circuit and 1-Wire bus
• Excellent long-term stability
• Warranty: 3 years
• Connection: RJ-11

TSC201 is a compact current sensor with a 1-Wire interface and an input range up to 10 A, designed for AC and DC current monitoring. Its range allows direct measurement of low currents or connection to current transformers (CTs) with 10 A secondary output for accurate indirect monitoring of higher currents.

• 1-Wire protocol current transmitter
• Current measurement range: 0,1...10 A (AC / DC)
• Measuring accuracy: ± 1 %
• Resolution: 0,01 A
• Galvanic isolation between the current circuit and 1-Wire bus
• Power supply: 4,0…5,5 V
• Excellent long-term stability
• Warranty: 3 years

• Input: Pt100 (2-, 3-, 4-wire)
• Measurement range: -200...+850 °C
• Resolution: 24 bits
• Very low current consumption
• No external power supply needed
• Warranty: 3 years
• Connection: RJ-11

• Input: 2x thermocouples - J, K, T, N, E, B, R, and S
• Output: Modbus RTU – RS-485
• Resolution: 24 bits with DSP processing
• Working isolation voltage: 1500 Vrms
• Operating temperature / humidity: -20…+60 °C / 10…90% (non-condensing)
• DIN rail mounting
• Power supply: 5…30 Vdc
• Warranty: 3 years

• Digital inputs: 2
• 1-Wire input (up to 8 sensors)
• RS-485 input (up to 8 sensors)
• Analog inputs: 4 (2 x 0...10 VDC, 2 x 0...10 VDC / 4...20 mA, WEB control)
• Relay outputs: 4 (NO/NC)
• Setup via USB or SMS
• Data logger for up to 52 000 records
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• Communication: 4G-LTE, 3G-WCDMA
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• 4G LTE supported frequency bands:
  • B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/B25/B26/B28/ B66/B34/B38/B39/B40/B41
• 3G supported frequency bands:
  • B1/B2/B4/B5/B6/B8/B19
• 2G supported frequency bands:
  • B2/B3/B5/B8
• M2M communication protocols: MQTT, HTTP API (XML or JSON)
• Setup via WEB interface through the USB or remote setup with HTTP API or SMS commands
• Digital inputs: 2 “dry contacts”
• 1-Wire input (up to 4 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• SMS alarms (up to 5 recipients)
• GSM Geolocation (optional)
• Firmware update over the air (FOTA)
• Operating temperature: -20...+55 °C
• Supply: 10…28 VDC

• Input voltage range: 0…264 Vac or 0…370 Vdc
• Input frequency: 0…60 Hz
• Input resistance: >2.4 MOhm
• Output: Modbus RTU – RS-485
• Resolution: 24 bits with DSP processing
• True RMS measurement
• Working isolation voltage: 1500 Vrms
• Operating temperature / humidity: -20…+60 °C / 10…90% (non-condensing)
• DIN rail mounting
• Power supply: 5…28 Vdc
• Warranty: 3 years

Converter PD8 is designed for data transfer from devices with RS-485 port to Ethernet network. The device comes in two versions. First version is used with network service Real Port. In this case, the Master role is taken by PC with installed software, creating a parallel port. Software (i.e. Lumel Energy) ensures data transfer between devices with RS-485 port and one PC.

Second version (parallel bridge with UDP protocol) enables the sextension of data transfer system using additional PD8 converters and local Ethernet network. Variant with two converters or one with many (max. 65) converts is available.

• Analog inputs: 6 (0...10 VDC / 4...20 mA, configurable, isolated)
• Digital inputs: 4 (isolated)
• RS-485 input (up to 24 Modbus RTU registers)
• Memory: 70 000 values
• Ethernet connection
• Modbus RTU to Modbus TCP conversion
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• SNMP alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Analog inputs: 2 (0...10 VDC)
• Digital inputs: 2
• Relay outputs: 2 (NO/NC)
• 1-Wire input (up to 8 sensors)
• Memory: 70 000 values
• Modbus TCP/IP support
• Webserver
• XML/JSON, HTTP API commands
• SNMP alarms (up to 5 recipients)
• E-mail alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Modbus TCP/IP
• Digital inputs: 4
• 1-Wire input (up to 8 sensors)
• Analog inputs: 4 (0...60 VDC)
• Relay outputs: 4 (NO/NC)
• Configurable inputs
• Webserver
• HTTP Post, HTTP API
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Data converter which connects reader in safe zone with network switches and temperature cables/spears in dangerous zone
• Input: 4 x temperature cables (from switches GWNET11 and cables GWSL 1100 or GWSL 2100)
• Output: Modbus RTU, RS-485
• Reads data from 68 individual temperature cables and spears
• Supply: 230 VAC / 115 VAC
• Protection class: IP66
• Certificates: IECEx, ATEX

• Works as a multiplexer, enabling 4 additional temperature cables or spears to be connected to GWAB11 converter
• Another GWNET11 can be connected in parallel, further expanding inputs of GWAB11 by 4
• Operating temperature: -20...+50 °C
• Protection class: IP66
• Certificates: IECEx, ATEX

• Digital inputs: 2
• 1-Wire input (up to 8 sensors)
• RS-485 input (up to 8 sensors)
• Analog inputs: 4 (2 x 0...10 VDC, 2 x 0...10 VDC / 4...20 mA, WEB control)
• Relay outputs: 4 (NO/NC)
• Setup via USB or SMS
• Data logger for up to 52 000 records
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...24 VDC

• Digital inputs: 2
• 1-Wire input (up to 4 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• Setup via USB or SMS
• Webserver
• HTTP Post, HTTP API
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• Operating temperature: 0...40 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Enables the PC to be connected to HART interface, i.e. to configure a device
• Active operation: current loop is supplied
• Passive operation: used in an existing current loop
• Included HART-Tool software
• Supply: from USB
• Galvanic isolation between USB and HART

• Communicates with devices supporting HART and LHP interfaces
• Supports universal, common commands
• HART connector: BNC
• Supply: 9 V accumulator (charged via USB)
• Operating temperature: -20...+50 °C
• Operating humidity: 0...80 % RH
• Protection class: IP40

Industrial IoT module TCW242 for remote real-time monitoring and control of industrial equipment, facilities, production lines, renewable energy systems, greenhouses and water stations

• Web-based configuration and control with password protection
• 4 digital inputs for dry contacts
• 4 analog inputs with 0-10V and 0-20mA options
• 4 relays with normally open/normally closed contacts
• RS-485 interface for MODBUS RTU sensors. Up to 24 sensors (registers)
• Monitor up to 24 channels
• Set up to 24 independent alarms
• SNMPv3 protocol support
• Alarm notifications via SNMP traps
• NTP protocol support
• HTTP API commands
• 4 schedules for real-time control of relay outputs
• Custom logical functions
• Secured email transfer with TLS 1.0, TLS 1.1, and TLS 1.2 support
• Data logging capacity for up to 70,000 records
• Dynamic DNS support for DynDNS, No-IP, and DNS-O-Matic providers
• Periodical HTTP / HTTPS Post of XML / JSON status files for client-server systems
• MODBUS TCP / IP protocol support
• MQTT 3.1.1 protocol support
• Rugged DIN-Rail / wall-mountable enclosure
• Operating temperature range: -20…+55 °C

• Ethernet connection
• Digital inputs: 2
• 1-Wire input (up to 2 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• IP watchdog function
• Webserver
• SNMP alarms
• VLAN and MAC address filtering
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...14 VDC

• Input: Modbus RTU – RS-485
• Output: 4-channel SPST relay contacts
• Rated relay load: 3 A at 250 Vac; 3 A at 30 Vdc
• Non-volatile memory to retain and restore relay states following power outages
• Watchdog functionality for communication loss
• Operating temperature / humidity: -20…+60 °C / 10…90 % (non-condensing)
• DIN rail mounting
• Power supply: 5…28 Vdc
• Warranty: 3 years

2-channel binary input converter SM3 with RS-485/232 interface. Modbus RTU and ASCII.

8 binary output converter SM4 with RS-485/232 interface. Modbus RTU and ASCII.

8-channel binary input converter SM5 with RS-485/232 interface. Modbus RTU and ASCII.

• RS-485 protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Accuracy: ±0,13 °C
• Resolution: 14 bits
• Very low current consumption
• Warranty: 3 years
• Connection: RJ-45

• Interface: Ethernet (Modbus TCP), RS485 (Modbus RTU Master / Slave), RS232 (Slave)
• Webserver
• Functional Block programming software
• LED signaling for Link/Act Ethernet, serial RX-TX, power supply
• Configurable by the software DEV9K
• Galvanic isolation  on all the ways (1500 VAC)

• Interface: Ethernet (Modbus TCP), RS485 (Modbus RTU Master / Slave), RS232 (Slave)
• Webserver
• Functional Block programming software
• LED signaling for Link/Act Ethernet, serial RX-TX, power supply, digital inputs and digital outputs state
• Configurable by the software DEV9K
• Capable to connect the sensors to the analog inputs
• Galvanic isolation on all the ways (1500 VAC)

Programmable pulse counter P30O, designed to convert frequency, pulse, input period, time and revolution speed signals into standard voltage or current signals. The device is programmed via PC (RS-485 interface) or with buttons.

Main properties:

• 2 universal pulse inputs
• Mathematical functions for every input
• Individual output characteristic (up to 21 point)
• Option – internal transducer supply source 24 VDC, 30 mA
• RS-485 interface (protocols Modbus RTU Slave, Modbus TCP Slave)
• Data logging function (internal 4 MB memory or SD/SDHC card (up to 8 GB))

• Designed to replace cable data transmission into aerial
• Can be used in telemetric and information systems

• Data visualization in WWW server
• Convenient login from various devices (PC, tablet, phone)
• Readout of up to 2500 values of slave devices (up to 100 devices, 25 registers each)
• 1 GB Flash memory
• E-mail messages in case of alarm occurrence
• 2 alarm outputs or 2 binary inputs
• RS-232, RS-485, USB, Ethernet, RTC

• The MQTT protocol is ideal for communication in distributed acquisition systems data (IoT applications)
• Data visualization in WWW server
• Convenient login from various devices (PC, tablet, phone)
• Readout of up to 2500 values of slave devices (up to 100 devices, 25 registers each)
• 8 GB Flash memory
• Real time clock (RTC)
• 2 alarm outputs or 2 binary inputs
• RS-232, RS-485, USB, Ethernet

• Ethernet connection
• Digital inputs: 2
• 1-Wire input (up to 2 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• Webserver
• HTTP and XML API commands
• E-mail alarms, SMTP, SNMP
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...14 VDC

The PD9W is an industrial RS-232 / RS-485 to WiFi and Ethernet converter.

• Communication interfaces: 1x RS485, 1 x RS232, 1x Ethernet and WiFi (802.11b/g/n)
• Modes: AP, STA, AP + STA, AP + LAN, AP + WAN, Route and Bridge
• Work modes: transparent transmission mode, serial port command mode, HTTP Client mode, Modbus TCP<=>Modbus RTU mode and AT command mode
• Configuration the parameters via the WEB server
• RS232 port for RTS/CTS signals
• Hardware Watchdog, Heartbeat
• Electrostatic protection 15 / 8 kV
• Power supply: 5…36 V dc

PD9-Modbus RS485 to Ethernet converter can realize bidirectional transparent transmission between RS485 and Ethernet. It carries ARM processor, low power, fast speed, high stability. Via web-page or software, Rs-485 to Ethernet Converter can realize serial data and TCP/IP data package transparent transmission.

• Communication interfaces: 1x RS485, 1x Ethernet WAN/LAN
• Easy configuration the parameters via the webpage or set-up software
• Compact size, DIN rail mount
• Working mode: TCP server, TCP client, UDP server, UDP client
• Modbus RTU to TCP conversion, Modbus Polling
• DHCP support, IP dynamic or static
• Watchdog function
• Working temperature: -40…85°C
• Power supply: 5…36 V dc

• Ethernet 10/100 Base-T Modbus TCP interface (RJ-45 connector)
• Configurable using webserver
• RS-485 (Modbus RTU Master)
• Distance up to 1200 m, up to 32 modules
• LED indication
• Galvanic isolation in all ways (1500 VAC)
• EMC compliance
• Mounting on DIN rail - EN-50022 compliance

• Modbus Slave over RS-485
• Modbus RTU / Modbus ASCII protocols
• Communication parameters configurable by dip-switches
• Watch-dog alarm
• Remotely configurable
• 3-way galvanic isolation (1500 VAC)
• High accuracy
• Mounting on DIN rail - EN-50022 compliance

• Ethernet 10/100 Base-T interface
• Modbus TCP server
• Webserver for configuration of device and representation of actual input values
• Galvanic isolation on all the ways (1500 VAC)
• Remotely configured
• LED indication
• EMC compliance
• DIN rail mounting

• PD51-A transducer/repeater, designed for conversion of RS232 interface to industrial RS485
• This enables to increase device number in the system and extend its range

• In PD24 converter are used 2 interfaces (USB, RS232) - galvanically isolated
• USB interface (type A) – destined for the device communication with the computer
• RS-232 interface - destined for the communication with devices from the object side
• PD24 is programmer of LUMEL products to configure settings using eCon software
• Compliance with the standard USB 1.1 and USB 2.0
• Data transmission rate up to 115.2 kbps
• Support virtual serial port (COM)
• Device supplied from USB port and from the RS-232 (TTL) side
• Set includes 1,5 m data transmission cable with RJ12 plugs to configure LUMEL products
• External dimension: 62 x 25 x 20 mm

• In PD20 converter are used 2 interfaces (USB, RS485) - galvanically isolated
• USB interface (type A) – destined for the device communication with the computer
• RS-485 interface - destined for the communication with devices from the object side
• Compliance with the standard USB 1.1 and USB 2.0
• Data transmission rate up to 115.2 kbps
• Support virtual serial port (COM)
• Bi-directional data transmission (half duplex)
• Device supplied from USB port
• External dimension: 76 x 25 x 20mm
• Converter does not interfere into the structure of data transmission and is compatible with many industrial communication protocols

LoRa-Log-Meter is a wireless data logging system based on LoRaWAN communication technology. It is designed to collect data from LoRaWAN devices such as sensors, interfaces, and meters that monitor environmental, technological and industrial process parameters and transmit data packets to a LoRaWAN gateway.

Collected data is processed and stored in the gateway, and can be accessed via a web browser.

• Compatible with Synetica and others LoRaWAN devices: analog inputs (4–20 mA, 0–20 mA, 0–10 V), temperature sensors, pulse inputs (SO, NC/NO contacts) and others
• Individual alarm notifications based on specific sensors or contacts
• Alarm notifications via email and SMS
• Logging and review of errors and communication issues
• Remote access to the LoRa-Log-Meter system via 4G LTE, Wi-Fi, or LAN (Ethernet)
• Dynamic data visualization in graph (curve) format via a web browser
• Data export in CSV and PNG formats
• Password-protected user interface
• No subscription required for the gateway or sensors
• Remote configuration of data transmission intervals for devices via a web browser
• Communication range from sensor to gateway:
  • 15 km Outdoors (in plain sight)
  • 50–200 meters indoors or up to 7–8 walls*
• LoRaWAN devices powered by: 2 × AA 3.6 V lithium batteries or 5 V USB power

• G2-P pulse counter converts wired consumption meter into a wireless meter
• Types of devices: water, electricity, HCA, room sensor devices, etc.
• Communication: wM-BUS EN 13757-3/4:2013, complies OMS 4.0.2
  • Modes: configurable C, T, or S
  • AES-128 encryption mode 5, profile A
• Value format: 0,001...10000 / pulse (configurable). Unconverted dimensionless value
• The total number of pulses is sent periodically
• It is possible to count pulses from two devices simultaneously
• Pulses from the electricity meter LEDs can also be counted using an optical probe (only one optical probe can be mounted)
• Transmission interval: configurable 60 s…1 hour
• Tamper protection
• Operating temperature: -30…+85 °C none condensing (recommended +5…+50 °C)
• Power supply: AA battery 3.6 V Li-SOCI2
  • Battery lifetime up to 14 years, depends on configuration and operating temperature