The Loratech S0 Node is used to read meter pulses and send the recorded data over the LoRaWAN wireless network. Connection INx pulse inputs The pulse outputs of the meter are connected to the INx terminals. They are occupied from IN0 to IN3. It is always important to observe polarity, i.e. connect the + of the counter to the + of the meter. IN0 (P1) - counter 0 IN1 (P2) - counter 1 IN2 (P3) - counter 2 IN3 (P4) - counter 3 Configuration interface Switch the USB- UART converter to 3.

You will use a passive splitter if you want to divide one input pulse signal into two identical ones. We use it mostly in case we need to share the meter data with a third party. Typically, these are gas and waterworks, where one distributor from the hub will be used by the distributor and the other by us in Enectiva. The converter can then be connected to an M-Bus converter (eg Pad Pulse) or converted to wireless eg via WMBUS 169, Wmbus 868 etc.

The following guidelines must be followed when installing Enectiva projects: In general When replacing meters or installing new ones, a protocol of replacement (new / old states, etc.) will always be filled. It is necessary to write serial numbers of old and new meters, serial numbers of M-bus modules. After installation of any meter, installation of the meter with digital output or installation of the central unit, photo documentation of the site will be made.

This manual serves as a standard for energy system designers and designers using M-Bus technology. The aim of this standard is to enable clear and transparent allocation of energy consumption to technological units (heating, cooling, ventilation, production, lighting, etc.) or to economic units (tenant, economic center, etc.). Furthermore, the aim of this standard is to prepare the entire measurement system for automatic data collection from individual meters, possible identification of …

Pulse output settings to change the configuration, the switches on the inside of the machine door must be switched to the top position Place the read head on the viewport next to the keyboard on the front of the device connect the read head cable to the USB port of the computer in the Device Manager (click Start, type Device Manager in the Search Programs and Files box and open it) check the assigned port number in the COM and LPT Ports section - COM20 in our case Open TELVES In the Measured …

For sensing pulses from the RVG rotary gas meter, an INS-W11 6-pin connector is used. The pins on the connector are shown in the following figure: The pulse output is on pins 1 (+) and 2 (-), the pulse value is 10 pulses / m3 for G10-G65, 1 pulse / m3 for G100-G250.

The iEM3000 series meters provide a large amount of information on basic MBus, including streams and power in each phase. Enter settings To enter the settings, press and hold the OK and ESC buttons for a few seconds. The factory password is 0010. Scroll to each digit with the arrow key and confirm with OK. Setting the gear ratio of the measuring transformers Use the arrow button to scroll to CT&VT Ratio, press OK to set.

Cold and hot water meters from the Italian manufacturer Gioanola use their own system of pulse outputs. The read head with a reed contact always senses a dial that is markedly marked and different from the others. Therefore, if, as in the following figure, a target measuring one thousandth of m3 (0.001 m3) is measured, the weight of one pulse is one hundredth of m3 (0.01 m3).

Concentrator installation The physical installation of the MBv master Elvaco CMe2100 is very simple connect the MBus to the terminals marked MBus master insert a SIM card connect the antenna to the SMA connector and place it in the place with the best signal - ideally outside of the rack connect 230V power supply to L a N terminals - standardly connected via 2A - (B), 10kA circuit breaker if the red LED is lit, either you have a short circuit on the bus or too many meters connected List of SMS …

Connecting the module to the computer with a cable The USB-CMOS cable supplied by the manufacturer is connected to a free USB port on the computer. Then in the Device Manager window we find the assigned COM port number, eg COM7. Module configuration using PUTTY We make configuration using any serial line communication program, we recommend PUTTY program, which is free to download on the Internet. Launch PUTTY On the Session tab set:

The converter can connect up to 250 M-Bus meters to a RS-485 physical concentrator. Communication still runs on the M-Bus protocol, so it can only be used on devices that enable this combination, such as SmartCom 485. The converter itself does not need to be set. Converter Connection 1, 2 - M-Bus with meters 3, 4, 5 - RS-485 (+, -, GND) 6, 7, 8 - power supply 230V ~ (PE, N, L)

Concentrator wiring The wiring of the MBus master Elvaco CMe3100 is as follows: Connect the power supply to terminals L and N - standard via a 10A circuit breaker - type C characteristics. Connect the MBus to the terminals marked M-Bus master. Finally, connect a network cable with RJ45 Cat5e or later generation terminals to the port marked Ethernet - if properly connected to the network, the yellow LED marked LAN will light up and the red LED marked ERR will light up when the IP address of the …

The Viltrus MB-10 acts as a concentrator on the MBus bus and the data from it is available over the RS-485 bus via the Modbus RTU protocol. Wiring As described, connect the MBus bus to the individual terminals, RS-485 to the concentrator (be careful, the polarity of the wires matters), and a 12-36 V DC power supply. Settings Once all the meters on the MBus bus have been set up and connected to the converter, connect to the converter via USB cable (with Mini connector) and run the MB_250 …

The M-Count 2C from Cynox is a two-input S0 pulse converter (typically the output of electric meters and galvanic isolators) to MBus. Commissioning Remove the insulating foil on the battery Set the power jumper to EXT - connecting the pins in the middle and closer to the battery Connect the module according to the following diagram a. MBus bus to the terminals marked M-BUS b. 24V power supply to terminals V+I (+) and GND (-)

Before starting, it is necessary to screw the antenna onto the connector on the module’s wire pin. Transmitting without an antenna could permanently damage the transmitter (1) Use the power jumper to connect the pins marked ON (2) Connect the USB cable supplied by the manufacturer to a free USB port on the computer and identify the marking of the corresponding COM port. Click on Start, type Device Manager in the Search Programs and Files field and open.

It is important to follow the instructions bellow while working on Enectiva installation projects. General If you are replacing a gauge or installing new one, then you have to fill the exchange protocol (which includes description of old and new gauge condition). It is necessary to write down the serial numbers of old and new gauges and M-bus module serial number too. After installation of any gauge or after mounting a digital output to the gauge or after installation of central unit you will …

This manual serves as a standard for project architects and designers of energy measurement systems, who are using technologies working with M-Bus protocol. The aim of this standard is to provide a clear and transparent assignment of energy consumptions to technological units (heating, cooling, ventilation, production, lightning,…) or to economical units (renter, economic center,…). Another aim of this standard is to prepare a whole system of measurements for automatic data collection …

The wireless softlink module can be set up in two ways - via cable or via infrared interface. Before the actual setting, the switches located on the board next to the battery must be switched to the ON position Connecting the module to a computer using a cable Connect the cable supplied by the manufacturer with the USB-CMOS converter to a free USB port on the computer. Then, in the Device Manager window, find the assigned COM port number, e.

The most common wiring of the Actaris DC3 meter outputs is described below. The specific wiring must always be verified with the manufacturer according to the meter number. The common negative pole for all outputs is brought out at terminal 40. The active load is most often connected to terminal 41. Output description Clamp Typical wiring 40 Common pole 41 Active consumption 42 Active delivery 43 Idle subscription 44 Slow delivery

The OP 6.32 UNI opto-separator provides galvanic separation of the electricity supplier’s metering set and the customer’s monitoring equipment. Input side connection The instrument supports both common plus and common minus wiring polarity on the input side. Never connect both +24V and -24V terminals at the same time! Output side wiring Connection as current loop - open collector, max. current 100mA. From the consumer side connect GND to the SS voltage source (negative terminal of …

The OBIS code is a unique identification of the registers in the meter’s memory according to IEC 62056-61. Particularly when setting the initial states of the pulse counters, it is important to know which register to write. OBIS code Description 1. Active energy registers: 1.8.0 Positive active energy (A+) total [kWh] 1.8.1 Positive active energy (A+) in tariff T1 [kWh] 1.8.2 Positive active energy (A+) in tariff T2 [kWh] 1.8.3 Positive active energy (A+) in tariff T3 [kWh] 1.

Setup of the Zenner EDC module is done over the M-Bus using the Global Meter Manager configuration tool, which can be downloaded from the manufacturer’s website. The manual is available as a pdf file in the “downloads” section on the right side of the screen.

Depending on the version, the flowmeter can be equipped with a pulse output to monitor the flow rate. The pulse output (only versions with A and D at the end) is output to terminals 24 (+) and 25 (-) marked f-OUT or PULSE/FREQUENCY OUTPUT. Settings are made via the flowmeter display unit Press the E button to enter the settings Use the + and - buttons to find the PULSE/FREQ item.

When examining the area before installing the system for automatic data collecting it is necessary to provide at least these points: A list of all meters, that the client wants to be automatically captured. A scheme of the area with marked meters. It is necessary to estimate distance between the meters. Possible places where to put central units, which need to be powered with 230 V or 12V. Notes with accessibility to every place, installation difficulty, cabling management.

The GOU 6 is a six-channel single-ended device, developed as a special interface for the single-ended isolation of meter outputs. Its use must be approved by the territorial distributor. The GOU 6 is controlled by a microprocessor, which allows its adaptation to the requirements of many types of meters by means of eight DIP switches (located under the output terminal cover). Wiring GOU6 Power is connected to terminals 1 and 2.

The standard layout of the SL7000 meter input and output terminals for connection of the galvanic isolator in the network of Českomoravská Distribuce (Unicapital Distribuce) is described below. Description of outputs Clamp Functions Typical wiring 29 IV 1 Active consumption 30 IV 2 Active delivery 31 IV 3 Q1 total energy 32 IV 4 Q2 total energy 33 IV 5 Q3 total energy 34 IV 6 Q4 total energy 35 Common pole Description of inputs Clamp Functions Typical wiring 20 ŘV 1 End of the integration period …

The PR6 and PR7 pulse modules are used for reading Elster water meters. The PR6 sensor is designed for domestic water meters R ½" - 2" type V200, V200P, V220, C4000 (small water meter marked V220) Sensor PR7 is designed for industrial water meters DN 40 - DN 300 , type H4000, H4200, S2000, C4000 ( main counter ), C3100 (main counter since 2008) Installation of PR6 modules PR6 - V200 Tear off the foil Remove the counter cap, attach the PR6 to the cap pin Push the PR6 downward until it …

The converter is designed to galvanically separate the impulse outputs of the meter from the monitoring and control equipment. The device enables the separation of active consumption pulse, active supply pulse, reactive consumption pulse, reactive supply pulse and registration period pulse. The operation of each channel is monitored by coloured LEDs on both the input and output sides of the transmitter. The wiring of the inputs is according to the following diagram, including the 230V power …

In order to begin making the settings, we need to have the following elements: Necessary resources SmartCom PRO ETH with all its cables and connectors. An Inepro Metering PRO380-Mb. An electric cable with the one that appears in the image. Two screwdrivers, one of star and another plane, small. Settings To start the SmartCom must be configured as in this manual: How to connect SmartComs to the Enectiva server?. Connect the longer connector with the power cord, look at the color pattern as it …

You will use a passive concentrator if you want to divide a pulse signal input into two identical ones. We use it primarily if we need to share meter data from a third party. Normally, these are gas and water where one output from the hub is used for distribution and the other for the Enectiva system. The output can then be connected to the M-Bus (example: PadPuls) or transferred via wireless connection (example: WMBUS 169, WMBUS 868, etc …).

The PadPuls converter is used whenever necessary to convert pulse outputs from water meters, gas and electrometers to the M-Bus bus. The converter is made in multiple versions depending on how many pulse inputs you can connect to it. The configuration is completely identical for all variants. The maximum number of entries is 4. Necessary resources Install MBCONF software on your PC / Laptop. Connect M-Bus Micro-Master to a free USB port on the computer, such as COM6 (see image).

You will use the M-Bus splitter if you want to read counters simultaneously from two central units (M-Bus Master). Typical examples of using heat distribution meters (city heating plants) that have been equipped with an M-Bus output for CHP and want a meter of such characteristics connected with the Enectiva system. In this case it is necessary to divide the M-Bus output from the meter into two M-Bus outputs. The M-Bus splitter can separate a bus with a maximum of 4 M-Bus counters.

The following steps will guide you through the installation and configuration of the components needed to properly install your HRI-B sensor. Steps to configure your HRI-B sensor Install the MiniCom3 software on your PC / Laptop. Connect the M-Bus Micro-Master to a free port on your computer, such as COM6 (see image). Use the Device Manager on the computer to configure the appropriate port, ie in our case it is COM6.