G-LOG+ · PDF fileMID Certification, Annex MI-002, in accordance with EN12405-1:2005+A2:2010 Conversion factor in accordance with EN12405 and AGA7 Z formulas UNI-EN-ISO12213-2

G-LOG+ is an RTU (Remote Terminal Unit) designed for

GAS Pressure Reducing Plant monitoring, installable in

ATEX dangerous classified areas in compliance with

EN60079-0 and EN60079-11.

The G-LOG+ communicates with the Company Operating

Center SCADA System via communication protocols such as

MODBUS, IEC60870, DLMS and CTR, WM-BUS, LoraWAN,

NB-IoT.

.

G-LOG+ is equipped with a battery pack that guarantees more than 5 years life.

When continuous Real Time communication features are required, it has to be coupled with the G-POWER

external power supply device (ATEX Certified).

G-LOG+ is equipped with a display and operates across a wide temperature range from -25°C to +60°C.

G-LOG+ is easy installable and connects to the control center via GSM/GPRS using the integrated GSM/GPRS

modem or through a radio frequency connection. The modem antenna is integrated but the installation of an

external antenna is possible via the SMA connector located on the outside of the container itself.

Using G-Power, in addition to the Real Time feature, many others functions are enabled (see G-Power

Datasheet).

G-LOG+

ATEX CERTIFIED RTU

FOR GAS PRESSURE REDUCING PLANT MONITORING

IOT CLOUD LoRaWAN

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TECHNICAL FEATURES

PRESSURE Up to 3 inputs from pressure cells (several ranges from 0.8-2.0 bar to 6-80 bar)

TEMPERATURE Up to 2 input PT1000

MEASURES 2 inputs 0-5 V (optionally convertible to 4-20 mA)

DIGITAL SIGNALS 10 DI (8 of which are voltage-free contacts and 2 high-frequency counters <1.5 KHz)

4 DO Open Collector

EXPANDIBILITY Through RS485 port with power module G-Power

COMMUNICATION PORTS 1 RS485

1 IR (optical communication port)

COMMUNICATION

1 GSM / GPRS MODEM (internal or external antenna)

1 169 MHz / 868 Mhz WMBUS protocol RADIO MODEM (Optional)

1 LoRaWAN IoT Radio Modem / NB-IoT

HMI Integrated display: 2 x 20 Alfanumeric, 5 Keys

RTC CLOCK Interior with independent battery

MEMORY 4 MB FLASH

POWER SUPPLY Lithium Batteries (5 years) or external power supplier using G-Power

DATA LOGGER ACCURACY Data logger accuracy: +/- 0.3 %

ENVIRONMENTAL CONDITIONS -25°C + 60°C

CASE IP 67

CERTIFICATION

The device is certified according to the ATEX directive:

Version A: with integrated modem

Version T: with integrated modem and G-Power external power supplier

II 1 G Ex ia IIA T3 Tamb = -25°C ÷ +60 °C

Version B: with a modem installed in a safe area for use with group IIB gas

II 1 G Ex ia IIB T3 Tamb = -25°C ÷ +60 °C

FUNCTIONS

DATA ACQUISITION

Base Time Acquisition: 1" - 15'

Max. Acquisition Variables No.: 10

Stored Samples Max No.: Average value 500 days - 4 values/hour

COUNTERS No. 2 fast counters

Range: 32 bit with conversion to engineering units

CONVERSION FORMULAS AGA8-DC2, SGERG88 standard ISO12213

COMMUNICATION PROTOCOLS MODBUS RTU, IEC 60870, CTR, DLMS, WM-BUS

IoT LoRaWAN

MESSAGGES SMS

ALARMS Signalling and managing of alarms and events generated by threshold surpassing /

reaching of both physical and logical states. Message service for alarm notification.

SUPERVISION Real Time always on only in applications with G-Power power supplier

OPC SCADA COMPLIANT (via OPC SERVER)

CONFIGURATION DIRECTLY USING RAINBOW CONFIGURATOR

FAST SpA - Via Molino Poncino 4 – 42019 Scandiano (RE) – ITALY Tel. (+39) 0522.622411 – Fax (+39) 0522.627194 www.fastautomation.it – [email protected]

TecLab Srl - Via delle Pianazze, 74 – 19136 La Spezia – ITALY Tel. (+39) 0187.982747 - Fax (+39) 0187.982790 www.teclab.net - [email protected]

http://www.fastautomation.it/

mailto:[email protected]

http://www.teclab.net/

G-Power is the external power supplier for the G-Log+ and

Genius EVC.

G-Power is designed in accordance with EN60079-0 and

EN60079-11 standards. It is suitable for installation in safe area

and for interfacing with equipment installed in dangerous areas.

G-Power continuously supplies the remote terminal unit allowing

power-thirsty functions such as the Real Time Communication to

operate correctly.

G-Power is available in two versions:

G-Power-PP: usable in systems powered by a photovoltaic

panel.

G-Power-INS: usable if the system is connected to the

electricity grid thanks the galvanic isolation provided between

the safe zone and the dangerous zone. G-Power generates a

digital signal to the dangerous area to report a low voltage level

of primary power.

G-Power

EXTERNAL POWER SUPPLIER

FOR UNITS TO BE INSTALLED IN DANGEROUS AREAS

DIN bar version

Stand alone version

G-Power can be supplied in two different containers: one completely closed as to ensure an IP65 protection

degree and another suitable for DIN bar that ensures an IP20 protection degree. This can be used if it is

installated in a control panel able to provide an adequate protection overall.

G-Power can be equipped with two internal expansion cards that allow you to integrate additional features:

GPNAMUR

GPIO

The GPNAMUR card allows to power two NAMUR sensors installed in dangerous area, acquiring and influencing

the signal to provide an open-collector digital signal towards the danger zone.

The GPIO card allows to capture Input/Output signals, whose status is transmitted to the ATEX Unit through a

RS485 serial line.

G-Power provides a RS485 serial line to the safe zone with ModBus protocol.

MECHANICAL FEATURES

CONTAINER VERSIONS Stand alone, DIN bar 9 modules

MEASUREMENTS 200x150x36 mm (stand alone version)

159x110x51 mm (DIN bar version)

WEIGHT 0.5 Kg

ENVIRONMENTAL FEATURES

OPERATING TEMPERATURE -20°C +60°C

PROTECTION DEGREE IP67 (stand alone version)

IP20 (DIN bar version)

INTERNAL EXPANSION CARDS (Optional)

GPNAMUR No. 2 NAMUR SENSORS CONDITIONING

GPIO

No. 4 DIGITAL INPUTS, dry contacts (safe area)

No. 2 DIGITAL OUTPUTS, open collector (safe area)

No. 3 ANALOG INPUTS, 4-20 mA/±10 VDC (safe area)

No. 1 ±10VDC / ±20VDC INPUT TO MONITOR CATHODIC PROTECTION (safe area)

ELECTRICAL FEATURES

INPUT VOLTAGE 12 Volts

COMMUNICATION TO SAFE AREA Serial RS485, Modbus Protocol

OUTPUT VOLTAGE TO DANGEROUS AREA 5V MODEM

3.6V CPU

COMMUNICATION TO DANGEROUS AREA Serial RS485, Modbus Protocol

LOW INPUT VOLTAGE SIGNALING OPEN COLLECTOR towards dangerous area

CERTIFICATION

The device is certified as associated apparatus according to ATEX directive:

II (1) G [Ex ia Ga] IIA






Genius Slim is a MID certificated volume converter that

combines metering, data logging and communication

functions.

The EVC is designed to be remotely controlled from a

centralized data collection system (SCADA/SAC) via

communication protocols such as MODBUS, CTR (UNI TS

11291) and DLMS.

The Genius Slim is a product suited to be installed in potentially explosive areas and therefore characterized

by an ATEX certification and it is certified MID with regard to fiscal data.

The Genius Slim supplies no. 1 PTZ MID EVC certified channel having no. 1 input pulse coming from Volume

Meter, no. 1 Pressure sensor and no. 1 Temperature sensor.

The GSM/GPRS modem is integrated in the apparatus and is interchangeable with other communication

modules. Genius is provided with an integrated antenna, but thanks to the SMA connector located outside

of the container itself, the device is ready for the installation of an external antenna.

Thanks to its small dimensions and external sensors, the installation is particularly easy.

The battery life exceeds 5 years with standard GSM/GPRS communications.

The batteries are housed so as to allow replacement while maintaining the metric plumbing intact.

Genius Slim

GAS VOLUME CONVERTER AND DATA LOGGER

TECHNICAL FEATURES

VOLUME CONVERTER

METERING CHANNEL

- Volume Input LF Up to 3 Hz

- Piezoresistive absolute pressure sensor with 3 m standard cable, accuracy < 0.25%, process

standard connection ¼ G male

- PT1000 Temperature sensor Input class A, 3 m standard cable

CONVERSION FORMULAS AGA8-DC2, SGERG88 standard ISO12213

DIGITAL OUTPUT No. 2 outputs open Collector

Configurable like alarms or pulse repetition

CASE

Polycarbonate box IP66 (EN 60529)

Measurements 180 x 150 x 40 mm

Weight Kg.1.6

ENVIRONMENTAL Temperature range -25°C < T < +60 °C

Humidity 90% non-condensing

POWER SUPPLY Internal:

Battery life > 5 years with standard communications

INTERFACES

Alphanumeric LCD 2x20, 3-button keypad

Optical serial port in accordance with EN 62056-21

Internal GSM/GPRS/SMS modem with ModBus, CTR and DLMS protocols

APPROVALS

The equipment is certified in accordance with current directives:

MID Directive 2004/22/EC and ATEX Directive 1999/92 EC

ATEX II 1 G Ex ia IIA T3 EPL Ga Tamb=-25°C ÷ +60°C

Certificate No. EUM1 13 ATEX 1077 X

MID approval according to EN 12405

Certificate No. 0407-MID-139 (IG-298-2013)






Genius 3 is a MID certificated volume converter that combines

metering, data logging and communication functions.

The EVC is designed to be remotely controlled from a

centralized data collection system (SCADA/SAC) via

communication protocol such as MODBUS, CTR (UNI TS 11291)

and DLMS.

The Genius 3 is a product suited to installation in potentially explosive areas and therefore features ATEX

certification and it is certified MID with regard to fiscal data.

The Genius 3 supplies up to no. 2 PTZ MID EVC certified channels having no. 1 input pulse from the Volume

Flow Meter, no. 1 Pressure sensor and no. 1 Temperature sensor for each channel.

The GSM/GPRS modem is integrated in the apparatus and is interchangeable with other communication

modules. Genius is provided with an integrated antenna, but thanks to the SMA connector located outside of

the container itself, the device is ready for the installation of an external antenna.

Genius 3

DOUBLE CHANNEL GAS VOLUME CONVERTER AND DATA LOGGER

GENIUS 3 is normally powered by an internal battery kit, but when high energy consumption functions are

required, such as continuous communication features, it has to be coupled with the G-POWER external power

supply device (ATEX certified).

TECHNICAL FEATURES

VOLUME CONVERTER

METERING CHANNELS

2 independent channels structured as follows:

- Volume Input LF Up to 3 Hz

- Piezoresistive absolute pressure sensor with 3 m standard cable, accuracy < 0.25%, process

standard connection ¼ G male

- PT1000 Temperature sensor Input class A, 3 m standard cable

The second channel also accepts HF signal up to 5KHz

MID Certification, Annex MI-002, in accordance with EN12405-1:2005+A2:2010

Conversion factor in accordance with EN12405 and AGA7

Z formulas

UNI-EN-ISO12213-2 (AGA8-DC92)

UNI-EN-ISO12213-3 (SGERG-88)

AGA-NX19

Temperature Range -25 °C ÷ +60 °C

Pressure Range

0,8÷2 Bar A

0,8÷3,5 Bar A

0,8÷10 Bar A

1÷20 Bar A

2÷24 Bar A

6÷80 Bar A

ANALOG INPUT

In addition are available the following:

- 1 input for absolute or relative piezoresistive pressure sensor with 3 m standard cable,

accuracy < 0.25%, process standard connection ¼ G male

- 2 General Purpose inputs 0-5 V

DIGITAL INPUT 8 DI

DIGITAL OUTPUT 4 DO Open Collector

CASE

Polycarbonate box IP65 / IP67 (EN 60529)


Weight Kg. 1.6

ENVIRONMENTAL CONDITIONS Temperature range: -25 °C ≤ T ≤ +60 ° C

Humidity range 10% - 93% non-condensing

POWER SUPPLY

Internal:

Data Logger: 1 lithium battery 16.5Ah

GSM/GPRS: 2 lithium batteries 13Ah


External (optional): using G-POWER external power supply (ATEX certified)

LOCAL INTERFACES

Alphanumeric Display 2x20, 5-Button Keypad

Optical serial port in accordance with EN 62056

Internal GSM/GPRS/SMS modem with MODBUS, IEC 60870, CTR, DLMS protocols

COMMUNICATION INTERFACES GSM/GPRS/SMS SHORT RANGE WMBUS

COMMUNICATION PROTOCOLS MODBUS, IEC60870, CTR, DLMS, WMBUS

ATEX CERTIFICATION

A Version: with integrated modem and battery supply

T Version: with integrated modem and remote supply

II 1 G Ex ia IIA T3 Tamb = -25°C ÷ +60 °C

B Version: without modem and battery supply

II 1 G Ex ia IIB T3 Tamb = -25°C ÷ +60 °C

Certificate No. 0425 ATEX 2501 X

MID CERTIFICATION Certificate No. IT-001-15-MI002-NB2213






The R&M Stations are intended for the decompression and

measurement of natural gas delivered by the transport company.

The equipment installed is utilized to perform the following

processes:

Pre-heating of gas;

Reduction and regulation of gas;

Measurement of gas;

Gas odorizing;

Remote control of the parameters of plant operations.

The FAST proposal provides Starbox devices such as RTUs

connected to centralized and/or distributed supervision systems for

the remote control and monitoring of R&M Stations.

RTU/PLC FOR R&M STATIONS

Starbox is a powerful Linux controller - Internet inside, suitable for the remote control of remote units even

in the rugged environments.

Starbox represents the evolution of the traditional RTU, summing up the characteristics typical of a data

logger with enhanced multimedia capabilities. In fact it is a system where the process control, multimedia,

the remote management and Internet are available and usable with identical operating standards and can be

activated in a simple and intuitive context.

TECHNICAL FEATURES DIGITAL INPUTS 16 DI 10-30 V DC optoisolated and with galvanic insulation 2500 V

DIGITAL OUTPUTS 8 DO 10-30 V DC optoisolated and with galvanic insulation 2500 V

ANALOGIC INPUTS 8 AI 16 bit 4-20 mA / 0-10 V DC with galvanic insulation 2500 V

ANALOGIC OUTPUTS (Optional) 1 AO 16 bit 0-10 V DC with galvanic insulation 2500 V

EXPANDIBILITY up to 160 DI, 64 DO, 32 AI, 16 AO

with MODBUS RS485 / RS422 / ETHERNET / CANBUS

COMMUNICATION PORTS

1 RS232

1 RS232 / 485

2 RS485 / 422

1 Ethernet 10/100 Mb/s

1 CANBUS (Optional)

1 USB

HMI

Local LCD 7" colour touch screen display: Mod. DE VISU (Optional)

ALPHANUMERIC 2 x 16 local display with 12 keys (Optional)

INTERNET MODE: via standard browser

CASE IP 20

POWER SUPPLY 10 - 30 V DC

CONSUMPTION max consumption 3 Watts

ENVIRONMENTAL CONDITIONS -20°C + 80°C

RTC CLOCK YES

MEMORY 256 MB FLASH / 128 MB RAM

MEMORY EXPANSION SD CARD / USB

CERTIFICATION

FUNCTIONS

AUTOMATION PLC EMBEDDED with LADDER LOGIC STANDARD IEC 61131-3

PROTOCOLS and STANDARDS FOR

REMOTE COMMUNICATIONS

MODBUS RTU / SNMP / MODBUS TCP / IP / DLMS / IEC 62056-21

COMMUNICATION MODE: REAL TIME / BATCH / FILE TRANSFER / FTP

MESSAGES SMS / E-MAIL

WEB FACILITIES WEB portal with view of:

REAL TIME, ALARMS, TRENDS

ALARMS

Signalling and managing of alarms and events generated by threshold surpassing /

reaching of both physical and logical states. Message service for the alarm

notification.

OPC COMPLIANT (by OPC SERVER)

CONFIGURATION FROM PC USING RAINBOW CONFIGURATOR

USER APPLICATION Via LADDER languages/ C++ on LINUX platform

OPERATIVE SYSTEM LINUX EMBEDDED

FUNCTIONAL FEATURES

WIDE RANGE OF LOCAL CONNECTIONS

Wide range of local connections: ETHERNET, RS232, RS485, USB, CANBUS.

REMOTE COMMUNICATION MULTIMEDIA AND MULTI-ACCESS

For remote connectivity with operational and maintenance centres, connections are available via PSTN Modem, GSM, GPRS,

ADSL, Wireless Networks, Radio Modem.

WIDE RANGE OF COMMUNICATION PROTOCOLS

Wide range of communication protocols both for local and remote connectivity. Easily connected with PLC,

instrumentation and local supervisors, as well as SCADA operational centres.

POWERFUL WEB SERVER ENBEDDED

Powerful WEB SERVER able to combine the classic features of a WEB SERVER to the peculiarities of a RTU in the field.

PLC EMBEDDED

The LADDER language is included for the management of control logics.






CP-Log

CP-LOG is a Low-Power Data Logger, designed for the monitoring of cathodic

protection systems in accordance with UNI 10950. The alkaline battery supplied

provides more than 3 years of operation under standard condition of use.

Communication with the Operations Centre takes place via the GSM/GPRS network

using different protocols for data transmission.

RTU FOR CATHODIC PROTECTION

From the Operations Center, the acquired measurements takes place so as to set

operating parameters as well as updating the Firmware. The configuration of the CP-

LOG takes places via the software package called RAINBOW CONFIGURATOR.

The VV version is able to acquire up to 2 measures those can be no. 2 Voltages or a couple of Voltage Current

Values.

The PS version is able to acquire up to three measures and three digital signals, one of which is configurable

as a counter and is therefore particularly suitable for monitoring the points where the Cathodic Protection

Power Supply is present.

Versione VV

Versione PS

CP-Log-VV (road version)

CP-Log-VV (road version)

CP-Log-PS (power supply version)

TECHNICAL FEATURES

SUPPLY

Alcaline battery pack (9 Volt)

Lithium battery pack (7.2 Volt)

External power supply for PS version (optional)

BOX Reinforced plastic 300x200x150 mm IP54 for installation on support pipe for pipe DN 1 ½

GSM QUAD BAND/GSM/GPRS/TCP-IP/FTP

PROTOCOLS IEC60870-5-1 / MODBUS RTU / SMS

ANALOG INPUT

VV PS

2 dedicated channels

A/D converter ΣΔ Resolution 15bit+sign

Accuracy at 20 °C ±2bit

Input impedence RTU power off >1MΩ

2 dedicated channels

A/D converter ΣΔ Resolution 15bit+sign

Accuracy at 20 °C ±2bit

Input impedence RTU power off >1MΩ

3° supplementary channels ( 12 bit )

DIGITAL INPUT 1- Debounce from 5mSec to 500mSec 1/2/3 - Debounce from 5mSec to 500mSec

OPERATION MODE

Data Logger/ Local data connection

SMS data comm

SMS Alarm management

Connection with PC center in data mode

NORMS AND CERTIFICATIONS

EN55022 (1999/06)+/A 1+/A2, Class B

CEI EN 61000-4-3(2003-06)

CEI EN 61000-4-2(1996/09)+/A1+/A2

CEI EN 61000-4-4(2006/01)

CEI EN61000-4-6(1997/11)+/A1

ETSI EN301.511 V9.02

CEI EN60950-1(2004/05)

UNI EN 12954

UNI 10950

SNAM Mini AEMT GASD C.07.05.03

ACCESSORIES

SHUNT

Adapter for external Power supply

GSM external antenna

FUNCTIONS

ANALOGIC DATA ACQUISITION Frequency input 1 Sec.

ANALOG INPUT MANAGEMENT

Minimum, Average and Max values per minute

Hourly and daily Standard deviation

Exceedance threshold (quantity and duration)

DATA COLLECTION

Average analog value and counter stored every 15 minutes for 128 days

Dense sampling: Minimun, Average and Max values of analog input every minutes for 136 hours

Data acquisition campaign: values per second for 24 hours

SMS DATA COMMUNICATION

Daily data SMS

SMS alarm for digital input

SMS Reset

SMS Test

SMS Alarms for digital input at 2 GSM numbers

SMS Status on request via SMS message

Configuration management via SMS message

DATA CONNECTION

Programmable data connection to PC center

Configuration on line of RTU

Download missing data and historical archive

Alignment Data/hour

Continuous GSM connection with external power supply or photovoltaic supply

Download data campaign: values per second for 24 hours

FIRMWARE UPGRADE Remote firmware upgrade with security code (CRC32 control)






CP4-Log

CP4-LOG is a Low-Power Data Logger, designed for the monitoring of cathodic

protection systems in accordance with UNI 10950. The alkaline battery supplied

provides more than 4 years of operation under standard condition of use.

CP4-LOG has internal expansion interfaces that allow integration into the

different wireless infrastructures available: GSM/GPRS, UMTS, LTE, SMS, WM-Bus-

169MHz CIG, NB-IoT, LoraWAN.

RTU FOR CATHODIC PROTECTION

From the Operations Center, the acquired measurements takes place so as to

set operating parameters as well as updating the Firmware. The configuration of

the CP4-LOG takes places via the software package called RAINBOW

CONFIGURATOR.

CP4-Log has 4 independent measuring channels individually configurable for AC and DC voltage measurements

and current through Shunt resistor. CP4-Log can be used for measurements:

- DC and AC cathodic protection voltage

- DC and AC current

- Instant-Off with integrated switch

- Eon / Eoff

- Other on configuration

CP4-Log

CP4-Log

TECHNICAL FEATURES

SUPPLY Lithium battery pack (3.6 Volt)

External power supply (optional)

BOX Reinforced plastic 1990x115x50 mm IP67 for installation on support pipe for pipe DN 1 ½

INTERFACES

Serial optical port conforming to EN 62056-21.

Two internal expansion ports for communication cards.

Internal modem: GSM/GPRS/SMS. Optional: UMTS Modem, LTE Modem, WM-Bus 169MHz

Radio, Lora-WAN 868MHz Radio, NB-IoT Radio.

PROTOCOLS MODBUS, IEC 870-5-104, WM-Bus, Lora-WAN

ANALOG INPUT

4 channels

24 bit A/D converter

Accuracy -+2bit

Input impedence > 10MOhm

Sampling period 1ms

OPERATION MODE

Data Logger/ Local data connection

SMS data comm

SMS Alarm management

Connection with PC center

NORMS AND CERTIFICATIONS

EN55022 (1999/06)+/A 1+/A2, Class B

CEI EN 61000-4-3(2003-06)

CEI EN 61000-4-2(1996/09)+/A1+/A2

CEI EN 61000-4-4(2006/01)

CEI EN61000-4-6(1997/11)+/A1

ETSI EN301.511 V9.02

CEI EN60950-1(2004/05)

UNI EN 12954

UNI 10950

UNI-EN 13509:2003

UNI-EN 15280

ACCESSORIES SHUNT

Adapter for external Power supply

FUNCTIONS

ANALOGIC DATA ACQUISITION Configurable acquisition frequency, minimum 1ms

ANALOG INPUT MANAGEMENT

Minimum, Average and Max values per minute

Hourly and daily Standard deviation

Exceedance threshold (quantity and duration)

DATA COLLECTION

Maximum, Medium, Minimum, Standard Deviation, Maximum Crossing Number, Maximum

time outside the threshold, Minimum Crossing Number, Minimum time outside the threshold

Daily campaign per second

Eon / Eoff Daily Campaign

Historical data per minute: 7 days

Daily data history: 30 days

SMS DATA COMMUNICATION Daily data - Alarm for digital input – Reset - Test

Status on request - Configuration management

DATA CONNECTION

Programmable data connection to PC center

Configuration on line of RTU

Download missing data and historical archive

Alignment Data/hour

Continuous GSM connection with external power supply or photovoltaic supply

Download campaign and historical data

FIRMWARE UPGRADE Local or remote firmware upgrade with security code (CRC32 control)






MP-Monitor is a RTU realized for monitoring

and remote control of Oil & Gas plants.

MP-Monitor

RTU FOR REMOTE CONTROL OF PRESSURE REDUCING STATIONS

IN PRIMARY PIPELINE

MP-Monitor is an advanced RTU designed for remote monitoring and automation of reducing pressure stations on

primary pipeline dedicated to the gas transport. The device uses the most advanced technologies regarding system,

communication and interface with the field.

The main operative functions are:

- Monitoring of all station variables

- Alarms management

- Data acquisition from HART systems

- Valve control

- Synchronization with other units

Thanks to the high availability of local connections MP-Monitor can easily interface to field devices, sending

data to the operating center through the wide range of remote communications.

TECHNICAL FEATURES

ANALOGIC INPUTS MIN TIP MAX

Inputs 4÷20 mA 0 8 16

Input resolution 4÷20 mA 12 bit

Type Active / Passive

Precision 0 0.2 % 0.25 %

Inputs able to read HART transmitters 8 16

DIGITAL INPUTS /COUNTERS MIN TIP MAX

No. 0 24 48

Counters 0 24 48

Pulse frequency 0 -- 10 Hz

Type Volt free contact

DIGITAL OUTPUTS

No. 2

Type 24 Volt – 1.25A interlocked

ANALOGIC OUTPUTS

No. 2

Type 4÷20 mA

Resolution 12 bit

CASE Measurement (L X H X P): 485 x 135 x 280 mm

IP20

ENVIRONMENTAL FEATURES Temperature range: -20 °C ≤ T ≤ +60 ° C

ELECTRICAL FEATURES MIN TIP MAX

Power 18 Vd.c. 24 Vd.c. 30 Vd.c.

Consumption 0 0.6 A 1.5 A

COMMUNICATION PORTS

2 USB

2 ETHERNET 10/100

2 RS232

HMI 7” TouchScreen LCD

PROTOCOLS

IEC 60870-5-104

IEC 60870-5-101

MODBUS RTU

MODBUS TCP/IP

COMMUNICATION F.O., GSM/GPRS, UMTS, RADIO Modem

FIRMWARE UPDATE Via local port or remotely

REGULATIONS AND STANDARDS MARKED CE

CEI EN 60870-2-1

CEI EN 60870-2-2

CEI EN 61000-4-2

CEI EN 61000-4-3

CEI EN 61000-4-5

CEI EN 61000-4-6

CEI EN 61000-4-8

CEI EN 61000-6-2






EP-LOG is certified for ATEX Ex-i installation according.

The device is equipped with a battery pack that guarantees more than 5 year life with daily GPRS

communications. The battery pack replacement can be easily performed by the user.

EP-LOG is a RTU (Remote Terminal Unit) designed for monitoring the

operating pressure of low pressure distribution network. The device

fulfills the requirements stated by Standard UNI/TR 11631:2016.

EP-LOG provides internal wireless expansion interfaces to support

several communication standards: GSM/GPRS, UMTS, LTE, SMS, WM-

Bus-169MHz CIG, NB-IoT, LoraWAN.

EP-LOG firmware and configuration can be updated by local InfraRed

interface and by wireless connection (modem) in order to update its

characteristics to the market requirements and the evolution of

Standards.

EP-LOG provides several mounting kits in order to install it on

underground or overground pipes.

Functions

The data available to the user are:

I dati che il EP-LOG rende disponibili sono:

• Installation details.

• Pressure Measure

• Temperature Measure (optional)

• Total alarm time (optional, to enable via configuration)

• Temperature Alarm (optional, to enable via configuration)

EP-LOG

LOGGER for NATURAL GAS

OPERATING PRESSURE MONITORING

Data Collection and Analysis

The centralized server collects data

from all installed EP-LOG and

provides to the user the following

information:

• Efficiency parameter (Peff,

according UNI/TR 11631:2016)

• Min Pressure

• Max Pressure

• Average Pressure

• Standard Deviation

• Total alarm time

In addition to the requirements

stated by UNI/TR 11631:2016 the

server provides a complete solution

for monitoring and alarm gas

stations. It shows the plots of

pressure and temperature for any

installation.

TECHNICAL FEATURES

MEASUREMENT CHANNELS

- Standard input from piezoresistive relative pressure up to 100 mBar, accuracy < 0.25%,

process standard connection ¼ G male

- PT1000 temperature sensor input class A (optional)

- Second pressure input (optional), available ranges from 100 mBar to 80 Bar

- 2 digital inputs (optional)

CASE

Polycarbonate box IP67


Weight Kg.1.6

ENVIRONMENTAL Temperature range -25°C < T < +60 °C

Humidity 90% non-condensing

POWER SUPPLY Internal:


INTERFACES

Optical serial port in accordance with EN 62056-21

Two internal expansion ports for communication cards

Internal modem: GSM/GPRS/SMS. Optional: UMTS Modem, LTE Modem, WM-Bus 169MHz

Radio, Lora-WAN 868MHz Radio, NB-IoT Radio.

PROTOCOLS MODBUS, IEC 870-5-104, WM-Bus, Lora-WAN






By using SBR (Smart Boiler Regulator) remote terminals as regulation and control systems for gas pre-heating boilers,

a significant energy saving can be achieved in the pressure reducing R&M stations.

The smart SBR unit acquires gas flow-rate, pressure and temperature either from sensors or directly from the R&M

station electronic control unit. Boiler water temperatures is acquired, and with an advanced control algorithm the pre-

heating boiler switching on and off is optimised, thus optimising gas consumption.

GAS PRE-HEATING OPTIMIZATION R&M station energy saving

Smart Boiler Regulator (SBR)

-35%






The Microturbine is an energy harvesting device that uses the wasted gas energy when this is throttled. The energy

is captured by the Microturbine and converted into electric energy, directly available in situ.

We have an off-grid continuous energy source, that is able to supply RTUs and instrumentation, without energy

limitations and other issues related to batteries and solar systems. The continuous and larger energy availability

allows to enable advanced functions, such as real-time communication with SCADA control centres.

Microturbine

for energy harvesting from pressurized gas

FAST e AMT (Advanced Microturbines Srl) have co-operated within

the SME Instrument Phase 2 European Project entitled “Innovative

Microturbine Technology For Delocalised, Off-Grid Electricity

Generation” to develop an integrated solution for energy

autonomous telecontrol, that is self-powered by the microturbine.

It’s a major step forward in the energy recovery culture in the

world of gas distribution. The intiative has been appreciated by

the major gas utilities that would benefit from having a continuous

off-grid energy source in remote areas that allows to have an

increase in the efficiency of the gas distribution network and

increase its environmental friendliness. This project has received funding from the

European Union’s Horizon 2020 research

and innovation programme under grant

agreement No 732493

http://www.google.it/url?sa=i&rct=j&q=&esrc=s&source=images&cd=&cad=rja&uact=8&ved=0ahUKEwjD8pWO14TQAhXHyRoKHQAmCVEQjRwIBw&url=http://www.rbvex.it/interpag/europee.html&psig=AFQjCNGC2sYDsajy0uA0jdBy2l7bEBytiA&ust=1477990833949706

MICROTURBINE SPECIFICATIONS

FLUIDS Air, natural gas and other filtered and dry technical gases (e.g. nitrogen)

POWER

Power output depends on gas type and conditions. Hereinafter are some typical values

3 W @ 0.5 bar

10 W @ 1 bar

20 W @ 1.5 bar

30 W @ 1.8 bar

40 W @ 2 bar

50 W @ 2.2 bar

VOLTAGE 12 Vdc or 24 Vdc

PROTECTIONS overspeed and overvoltage

TEMPERATURE -35°C < Tfluid < 70°C

-40°C < Tamb < 80°C

CERTIFICATIONS II 3 G IIA Tx X Tamb = -40°C ÷ +80 °C


Advanced Microturbines Srl - Genova (GE)-ITALY Emanuele Guglielmino - Tel. (+39) 347.2919796 www.microturbines.it - [email protected]



Documents

G-LOG+ · PDF fileMID Certification, Annex MI-002, in accordance with EN12405-1:2005+A2:2010 Conversion factor in accordance with EN12405 and AGA7 Z formulas UNI-EN-ISO12213-2