OPTIMASS 6000
The OPTIMASS 6000 is a Coriolis mass flow sensor. Combined with the MFC 400 signal converter it forms the OPTIMASS 6400 high performance […]
The OPTIMASS 6000 is a Coriolis mass flow sensor. Combined with the MFC 400 signal converter it forms the OPTIMASS 6400 high performance Coriolis mass flowmeter for all process applications including cryogenic or high temperature media as well as high pressure fluids.
Overview
The OPTIMASS 6000 is a Coriolis mass flow sensor. Combined with the MFC 400 signal converter it forms the OPTIMASS 6400 high performance Coriolis mass flowmeter for all process applications including cryogenic or high temperature media as well as high pressure fluids.
OPTIMASS 7000
The OPTIMASS 7000 is a Coriolis mass flow sensor. Combined with the MFC 010 and MFC 400 signal converters it forms the OPTIMASS 7010
The OPTIMASS 7000 is a Coriolis mass flow sensor. Combined with the MFC 010 and MFC 400 signal converters it forms the OPTIMASS 7010 and OPTIMASS 7400 Coriolis mass flowmeters for demanding process applications involving gases and shear-sensitive or viscous liquids, slurries, very aggressive media or media with a low flow velocity.
Overview
The OPTIMASS 7000 is a Coriolis mass flow sensor. Combined with the MFC 010 and MFC 400 signal converters it forms the OPTIMASS 7010 and OPTIMASS 7400 Coriolis mass flowmeters for demanding process applications involving gases and shear-sensitive or viscous liquids, slurries, very aggressive media or media with a low flow velocity.
OPTISONIC 3000
The OPTISONIC 3000 is a 3-path ultrasonic flow sensor. In can be combined with the UFC 400 ultrasonic signal converter to
The OPTISONIC 3000 is a 3-path ultrasonic flow sensor. In can be combined with the UFC 400 ultrasonic signal converter to form the OPTISONIC 3400 ultrasonic flowmeter for inline flow measurement of liquids.
Overview
The OPTISONIC 3000 is a 3-path ultrasonic flow sensor. In can be combined with the UFC 400 ultrasonic signal converter to form the OPTISONIC 3400 ultrasonic flowmeter for inline flow measurement of liquids.
OPTISONIC 6000
The OPTISONIC 6000 is an ultrasonic flow sensor. Combined with the UFC 300 signal converter it forms the OPTISONIC 6300 ultrasonic clamp-on
The OPTISONIC 6000 is an ultrasonic flow sensor. Combined with the UFC 300 signal converter it forms the OPTISONIC 6300 ultrasonic clamp-on flowmeter for non-invasive and permanent flow measurement at any location.
Overview
The OPTISONIC 6000 is an ultrasonic flow sensor. Combined with the UFC 300 signal converter it forms the OPTISONIC 6300 ultrasonic clamp-on flowmeter for non-invasive and permanent flow measurement at any location.
OPTISONIC 6000 P
The OPTISONIC 6000 P is a portable ultrasonic flow sensor consisting of a transducer set and mounting rail(s) for easy
The OPTISONIC 6000 P is a portable ultrasonic flow sensor consisting of a transducer set and mounting rail(s) for easy and accurate installation. Combined with the UFC 300 P signal converter, it forms the battery-powered OPTISONIC 6300 P ultrasonic clamp-on flowmeter for temporary flow measurement.
Overview
The OPTISONIC 6000 P is a portable ultrasonic flow sensor consisting of a transducer set and mounting rail(s) for easy and accurate installation. Combined with the UFC 300 P signal converter, it forms the battery-powered OPTISONIC 6300 P ultrasonic clamp-on flowmeter for temporary flow measurement.
OPTISONIC 7000
The OPTISONIC 7000 is a single or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it
The OPTISONIC 7000 is a single or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 7300 ultrasonic flowmeter for inline flow measurement of natural gas and process gases
Overview
The OPTISONIC 7000 is a single or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 7300 ultrasonic flowmeter for inline flow measurement of natural gas and process gases
OPTISONIC 7000 Biogas
The OPTISONIC 7000 Biogas is a one or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it
The OPTISONIC 7000 Biogas is a one or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 7300 Biogas ultrasonic flowmeter for inline flow measurement of biogas and landfill gas.
Overview
The OPTISONIC 7000 Biogas is a one or dual path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 7300 Biogas ultrasonic flowmeter for inline flow measurement of biogas and landfill gas.
OPTISONIC 8000
The OPTISONIC 8000 is a 2-path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 8300
The OPTISONIC 8000 is a 2-path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 8300 ultrasonic flowmeter for inline flow measurement of steam and high temperature gases.
Overview
The OPTISONIC 8000 is a 2-path ultrasonic flow sensor. Combined with the GFC 300 ultrasonic signal converter it forms the OPTISONIC 8300 ultrasonic flowmeter for inline flow measurement of steam and high temperature gases.
POWERFLUX 4000
The POWERFLUX 4000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 F signal converters it forms the POWERFLUX 4030 and
The POWERFLUX 4000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 F signal converters it forms the POWERFLUX 4030 and POWERFLUX 4300 electromagnetic flowmeters for the nuclear industry.
Overview
The POWERFLUX 4000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 F signal converters it forms the POWERFLUX 4030 and POWERFLUX 4300 electromagnetic flowmeters for the nuclear industry.
POWERFLUX 5000
The POWERFLUX 5000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 signal converters it forms the POWERFLUX 5030and POWERFLUX 5300electromagnetic
The POWERFLUX 5000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 signal converters it forms the POWERFLUX 5030and POWERFLUX 5300electromagnetic flowmeters for the nuclear industry.
Overview
The POWERFLUX 5000 is an electromagnetic flow sensor. Combined with the AFC 030 or IFC 300 signal converters it forms the POWERFLUX 5030and POWERFLUX 5300electromagnetic flowmeters for the nuclear industry.
TIDALFLUX 2000
The TIDALFLUX 2000 is an electromagnetic flow sensor. Combined with the IFC 300 F signal converter it forms the TIDALFLUX 2300 electromagnetic flowmeter for
The TIDALFLUX 2000 is an electromagnetic flow sensor. Combined with the IFC 300 F signal converter it forms the TIDALFLUX 2300 electromagnetic flowmeter for advanced applications with partially filled pipes and gravity pipes.
Overview
The TIDALFLUX 2000 is an electromagnetic flow sensor. Combined with the IFC 300 F signal converter it forms the TIDALFLUX 2300 electromagnetic flowmeter for advanced applications with partially filled pipes and gravity pipes.
WATERFLUX 3000
The WATERFLUX 3000 is an electromagnetic flow sensor. Combined with the IFC 050, IFC 070, IFC 100 or IFC 300 flow converters it forms the
The WATERFLUX 3000 is an electromagnetic flow sensor. Combined with the IFC 050, IFC 070, IFC 100 or IFC 300 flow converters it forms the WATERFLUX 3050, WATERFLUX 3100 and WATERFLUX 3300 as well as the WATERFLUX 3070 water meter for all potable water applications.
Overview
The WATERFLUX 3000 is an electromagnetic flow sensor. Combined with the IFC 050, IFC 070, IFC 100 or IFC 300 flow converters it forms the WATERFLUX 3050, WATERFLUX 3100 and WATERFLUX 3300 as well as the WATERFLUX 3070 water meter for all potable water applications.
AFC 030
The AFC 030 is an analogue electromagnetic signal converter. Combined with the POWERFLUX 4000 and POWERFLUX 5000 flow sensors it
The AFC 030 is an analogue electromagnetic signal converter. Combined with the POWERFLUX 4000 and POWERFLUX 5000 flow sensors it forms the POWERFLUX 4030 and POWERFLUX 5030 electromagnetic flowmeters for the nuclear industry.
Overview
The AFC 030 is an analogue electromagnetic signal converter. Combined with the POWERFLUX 4000 and POWERFLUX 5000 flow sensors it forms the POWERFLUX 4030 and POWERFLUX 5030 electromagnetic flowmeters for the nuclear industry.
GFC 300
The GFC 300 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 7000 and OPTISONIC 7000 Biogas it forms
The GFC 300 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 7000 and OPTISONIC 7000 Biogas it forms the OPTISONIC 7300 and OPTISONIC 7300 Biogas ultrasonic flowmeters for inline flow measurement of gases and biogas. Together with the OPTISONIC 8000 flow sensor it forms the OPTISONIC 8300 ultrasonic flowmeter for inline flow measurement of steam and high temperature gases.
Overview
The GFC 300 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 7000 and OPTISONIC 7000 Biogas it forms the OPTISONIC 7300 and OPTISONIC 7300 Biogas ultrasonic flowmeters for inline flow measurement of gases and biogas. Together with the OPTISONIC 8000 flow sensor it forms the OPTISONIC 8300 ultrasonic flowmeter for inline flow measurement of steam and high temperature gases.
LS-Flow
The LS-Flow is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and
The LS-Flow is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and easy to install. When combined with the also battery powered WATERFLUX 3070 water meter, it forms a perfect solution for monitoring of potable water in district metering applications. The data logger features Modbus communication. In this way, it enables storage and remote data transfer of a wide range of process parameters and meter diagnostics. Additional process instrumentation like a pressure or level transmitter can be connected and powered via the analogue input of the LS-Flow.
Overview
The LS-Flow is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and easy to install. When combined with the also battery powered WATERFLUX 3070 water meter, it forms a perfect solution for monitoring of potable water in district metering applications. The data logger features Modbus communication. In this way, it enables storage and remote data transfer of a wide range of process parameters and meter diagnostics. Additional process instrumentation like a pressure or level transmitter can be connected and powered via the analogue input of the LS-Flow.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Built-in high-performance antenna designed for installation in manholes
- GSM/GPRS data transfer with standard SIM card
- Data logger and evaluation software for saving and evaluating all measurements incl. pressure and temperature measurement
- Data communication possible via Modbus RTU with the WATERFLUX 3070 electromagnetic water meter
- Wireless connection with PC or pocket PC via Bluetooth
- No data loss in case of power failure (empty battery)
- Visual LED-based diagnostics
- Autonomous power supply: long-life lithium battery, low consumption
- Sensor power feeding (suitable for passive output)
- Permanent power consumption metering
IFC 050
The IFC 050 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it
The IFC 050 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1050, OPTIFLUX 2050, OPTIFLUX 4050, OPTIFLUX 6050 and WATERFLUX 3050 electromagnetic flowmeters for basic applications with conductive liquids and areas with extreme humidity and possible flooding.
Overview
The IFC 050 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1050, OPTIFLUX 2050, OPTIFLUX 4050, OPTIFLUX 6050 and WATERFLUX 3050 electromagnetic flowmeters for basic applications with conductive liquids and areas with extreme humidity and possible flooding.
IFC 100
The IFC 100 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it
The IFC 100 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1100, OPTIFLUX 2100, OPTIFLUX 4100, OPTIFLUX 5100, OPTIFLUX 6100 and WATERFLUX 3100 electromagnetic flowmeters for standard applications with conductive liquids.
Overview
The IFC 100 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1100, OPTIFLUX 2100, OPTIFLUX 4100, OPTIFLUX 5100, OPTIFLUX 6100 and WATERFLUX 3100 electromagnetic flowmeters for standard applications with conductive liquids.
IFC 070
The IFC 070 is an electromagnetic signal converter. Combined with the WATERFLUX 3000 flow sensor it forms the battery-powered WATERFLUX 3070 electromagnetic
The IFC 070 is an electromagnetic signal converter. Combined with the WATERFLUX 3000 flow sensor it forms the battery-powered WATERFLUX 3070 electromagnetic flowmeter for district metering of potable water and custody transfer (CT) measurement in remote or difficult to access locations.
Overview
The IFC 070 is an electromagnetic signal converter. Combined with the WATERFLUX 3000 flow sensor it forms the battery-powered WATERFLUX 3070 electromagnetic flowmeter for district metering of potable water and custody transfer (CT) measurement in remote or difficult to access locations.
IFC 400
The IFC 400 is a 4-wire electromagnetic signal converter. Combined with the OPTIFLUX 4000 flow sensor it forms the SIL2/3 certified
The IFC 400 is a 4-wire electromagnetic signal converter. Combined with the OPTIFLUX 4000 flow sensor it forms the SIL2/3 certified OPTIFLUX 4400 electromagnetic flowmeter for use in safety instrumented systems (SIS) and applications with high accuracy requirements.
Overview
The IFC 400 is a 4-wire electromagnetic signal converter. Combined with the OPTIFLUX 4000 flow sensor it forms the SIL2/3 certified OPTIFLUX 4400 electromagnetic flowmeter for use in safety instrumented systems (SIS) and applications with high accuracy requirements.
IFC 300
The IFC 300 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it
The IFC 300 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1300, OPTIFLUX 2300, OPTIFLUX 4300, OPTIFLUX 5300, OPTIFLUX 6300, OPTIFLUX 7300 (only as compact version) and WATERFLUX 3300 electromagnetic flowmeters for advanced applications with conductive liquids.
Overview
The IFC 300 is a 4-wire electromagnetic signal converter. Combined with the flow sensors of the OPTIFLUX and WATERFLUX series it forms the OPTIFLUX 1300, OPTIFLUX 2300, OPTIFLUX 4300, OPTIFLUX 5300, OPTIFLUX 6300, OPTIFLUX 7300 (only as compact version) and WATERFLUX 3300 electromagnetic flowmeters for advanced applications with conductive liquids.
MFC 010
The MFC 010 is a cost-effective Coriolis mass flow signal converter designed to directly interface the OPTIMASS and OPTIGAS families of
The MFC 010 is a cost-effective Coriolis mass flow signal converter designed to directly interface the OPTIMASS and OPTIGAS families of Coriolis mass flowmeters into control systems.
Overview
The MFC 010 is a cost-effective Coriolis mass flow signal converter designed to directly interface the OPTIMASS and OPTIGAS families of Coriolis mass flowmeters into control systems.
MFC 400
The MFC 400 is a 4-wire Coriolis mass flow signal converter. Combined with the OPTIMASS mass flow sensors it forms the
The MFC 400 is a 4-wire Coriolis mass flow signal converter. Combined with the OPTIMASS mass flow sensors it forms the OPTIMASS 1400, OPTIMASS 2400, OPTIMASS 3400, OPTIMASS 6400 and OPTIMASS 7400 Coriolis mass flowmeters for gases and liquids. The signal converter is fully developed for safety applications acc. to the IEC 61508-2010 standard, allowing a diagnostic coverage of >96%. Its SIL 3 software certification ensures the lowest possible number of systematic software errors.
Overview
The MFC 400 is a 4-wire Coriolis mass flow signal converter. Combined with the OPTIMASS mass flow sensors it forms the OPTIMASS 1400, OPTIMASS 2400, OPTIMASS 3400, OPTIMASS 6400 and OPTIMASS 7400 Coriolis mass flowmeters for gases and liquids. The signal converter is fully developed for safety applications acc. to the IEC 61508-2010 standard, allowing a diagnostic coverage of >96%. Its SIL 3 software certification ensures the lowest possible number of systematic software errors.
UFC 300 P
The UFC 300 P is a portable ultrasonic signal converter. Combined with the OPTISONIC 6000 P ultrasonic flow sensor it forms the
The UFC 300 P is a portable ultrasonic signal converter. Combined with the OPTISONIC 6000 P ultrasonic flow sensor it forms the OPTISONIC 6300 P ultrasonic clamp-on flowmeter for temporary flow measurement of liquids at any location. The signal converter can be connected via USB cable or wireless Bluetooth® connection to a mobile smart device that has the OPTISONIC 6300 P mobile app installed.
Overview
The UFC 300 P is a portable ultrasonic signal converter. Combined with the OPTISONIC 6000 P ultrasonic flow sensor it forms the OPTISONIC 6300 P ultrasonic clamp-on flowmeter for temporary flow measurement of liquids at any location. The signal converter can be connected via USB cable or wireless Bluetooth® connection to a mobile smart device that has the OPTISONIC 6300 P mobile app installed.
LS42
The LS42 is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and
The LS42 is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and easy to install. When combined with the also battery powered WATERFLUX 3070 water meter, it forms a perfect solution for monitoring of potable water distribution networks. Other process instrumentation like pressure or level transmitters can also be connected and powered. To this end, the LS42 comes with 4 digital inputs and 2 optional analogue inputs.
Overview
The LS42 is a data logger with an integrated GSM / GPRS module. It is battery operated, watertight (IP68) and easy to install. When combined with the also battery powered WATERFLUX 3070 water meter, it forms a perfect solution for monitoring of potable water distribution networks. Other process instrumentation like pressure or level transmitters can also be connected and powered. To this end, the LS42 comes with 4 digital inputs and 2 optional analogue inputs.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Built-in high performance antenna designed for installation in manholes
- GSM/GPRS data transfer with standard SIM card
- Data logger and evaluation software for saving and evaluating all measurements incl. pressure and temperature measurement
- Wireless connection with PC or pocket PC via Bluetooth
- No data loss in case of power failure (empty battery)
- Visual LED-based diagnostics
- Autonomous power supply: long-life lithium battery, low consumption
- Sensor power feeding (suitable for passive output)
- Permanent power consumption metering
UFC 300
The UFC 300 is an ultrasonic signal converter. Combined with the flow sensor OPTISONIC 6000 it forms the OPTISONIC 6300 ultrasonic
The UFC 300 is an ultrasonic signal converter. Combined with the flow sensor OPTISONIC 6000 it forms the OPTISONIC 6300 ultrasonic clamp-on flowmeter for stationary flow measurement of liquids at any location.
Overview
The UFC 300 is an ultrasonic signal converter. Combined with the flow sensor OPTISONIC 6000 it forms the OPTISONIC 6300 ultrasonic clamp-on flowmeter for stationary flow measurement of liquids at any location.
UFC 400
The UFC 400 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 3000 and OPTISONIC 3000 District Heating
The UFC 400 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 3000 and OPTISONIC 3000 District Heating it forms the OPTISONIC 3400 ultrasonic flowmeter for inline flow measurement of liquids as well as the OPTISONIC 3400 District Heating ultrasonic flowmeter for use in heat metering applications. Together with the OPTISONIC 4000 HT and HP flow sensors it forms the ultrasonic flowmeters OPTISONIC 4400 HT and OPTICONIC 4400 HP for inline flow measurement of high temperature and high pressure liquids.
Overview
The UFC 400 is a 4-wire ultrasonic signal converter. Combined with the flow sensors OPTISONIC 3000 and OPTISONIC 3000 District Heating it forms the OPTISONIC 3400 ultrasonic flowmeter for inline flow measurement of liquids as well as the OPTISONIC 3400 District Heating ultrasonic flowmeter for use in heat metering applications. Together with the OPTISONIC 4000 HT and HP flow sensors it forms the ultrasonic flowmeters OPTISONIC 4400 HT and OPTICONIC 4400 HP for inline flow measurement of high temperature and high pressure liquids.
VFC 100
The VFC 100 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 2000 flow sensor to form
The VFC 100 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 2000 flow sensor to form the OPTISWIRL 2100 vortex flowmeter.
Overview
The VFC 100 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 2000 flow sensor to form the OPTISWIRL 2100 vortex flowmeter.
VFC 200
The VFC 200 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 4000 flow sensor to form the
The VFC 200 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 4000 flow sensor to form the OPTISWIRL 4200 vortex flowmeter.
Overview
The VFC 200 is a 2-wire Vortex signal converter. It can be combined with the OPTISWIRL 4000 flow sensor to form the OPTISWIRL 4200 vortex flowmeter.
Wireless-MUX
Wireless-MUX is a gateway for data communication via Bluetooth. The multiplexer (MUX) set offers wireless remote transmission of flow, conductivity,
Wireless-MUX is a gateway for data communication via Bluetooth. The multiplexer (MUX) set offers wireless remote transmission of flow, conductivity, pressure, temperature and analytical readings using 2 MUX modems (no IP and configuration effort). The transmission of further digital operating status values is also possible. It has a transmission distance of up to 200 m / 218.7 yd.
Overview
Wireless-MUX is a gateway for data communication via Bluetooth. The multiplexer (MUX) set offers wireless remote transmission of flow, conductivity, pressure, temperature and analytical readings using 2 MUX modems (no IP and configuration effort). The transmission of further digital operating status values is also possible. It has a transmission distance of up to 200 m / 218.7 yd.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- For fast and small networks
- Radio link diagnostics via LED bar graph
- Suitable for time-critical signal transmission
- Various communication options
- Plug and play – startup without configuration
- Available with rugged control cabinet (IP66)
- With omnidirectional antennas with 1.5 m / 4.9 ft cable
Radioline
Radioline is a licence-free transmission system (Radioline) for remote transfer of data in infrastructure applications. The solution offers wireless signal
Radioline is a licence-free transmission system (Radioline) for remote transfer of data in infrastructure applications. The solution offers wireless signal transmission of measuring values for flow, level, pressure, temperature, analytical and other devices via an external power-operated license-free radio modem. It transmits serial data (Modbus RTU), digital and analogue signals (0/4…20 mA) as well as digital pulses. The transmission range of the radio system is up to 20 km / 12 mi from one station to another. The range can be extended by the use of intervening stations as each station amplifies the signal to the control panel as a repeater.
The system is basically available as a pre-wired complete solution featuring wireless modules and I/O modules in rugged boxes (IP66). For connecting several measuring devices, the multifunctional solution can also be put together as a customized package with a desired number of I/O modules. Latest encryption standards provide data security.
Overview
Radioline is a licence-free transmission system (Radioline) for remote transfer of data in infrastructure applications. The solution offers wireless signal transmission of measuring values for flow, level, pressure, temperature, analytical and other devices via an external power-operated license-free radio modem. It transmits serial data (Modbus RTU), digital and analogue signals (0/4…20 mA) as well as digital pulses. The transmission range of the radio system is up to 20 km / 12 mi from one station to another. The range can be extended by the use of intervening stations as each station amplifies the signal to the control panel as a repeater.
The system is basically available as a pre-wired complete solution featuring wireless modules and I/O modules in rugged boxes (IP66). For connecting several measuring devices, the multifunctional solution can also be put together as a customized package with a desired number of I/O modules. Latest encryption standards provide data security.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- For large networks (of up to 250 stations) and distances (of up to 20 km / 12.4 mi point-to-point)
- Enables various network structures: from a simple point-to-point connection to complex networks
- Universal use:
- I/O-to-I/O
- I/O & Modbus RTU to Modbus RTU PLCs
- I/O integration in Modbus RTU PLCs
- Serial cable replacement RS 232/485
- Can be extended with up to 32 I/O modules
- Easy module replacement even during operation (hot swap)
- License-free 868 MHz (900 MHz USA) frequency band
- Configurable data rates of data transmission interface
- Easy startup of wireless systems – by simply turning the thumbwheel, without any programming
- Hazrdous area approvals
OPTIBRIDGE 3880
OPTIBRIDGE 3880 is a fully autonomous wireless communication system for remote access to measurement data from all sorts of measurements in
OPTIBRIDGE 3880 is a fully autonomous wireless communication system for remote access to measurement data from all sorts of measurements in process applications and industrial automation. The data logger comes battery powered or mains powered. It is therefore particularly suitable for water applications in remote installation areas without power supply such as water abstraction wells or drinking water transportation pipelines. This makes it the perfect match for the battery-powered WATERFLUX 3070 water meter. Due to its rugged waterproof design (IP68), the wireless system is the ideal choice for installation in flood-prone areas like manholes.
OPTIBRIDGE 3880 offers a wide range of remote data management options – from simple data logging to internet connectivity and storage for maintenance, process visualisation and data evaluation. The KROHNE tool is thus also designed for advanced applications with IIoT (Industrial Internet of Things) requirements, offering flexible and modular solutions for data acquisition and analysis in smart networks. Using integration software supplied by KROHNE, data can also be integrated into any SCADA or other software system by using industry standard protocols like e.g. OPC UA, CSV, etc.
Overview
OPTIBRIDGE 3880 is a fully autonomous wireless communication system for remote access to measurement data from all sorts of measurements in process applications and industrial automation. The data logger comes battery powered or mains powered. It is therefore particularly suitable for water applications in remote installation areas without power supply such as water abstraction wells or drinking water transportation pipelines. This makes it the perfect match for the battery-powered WATERFLUX 3070 water meter. Due to its rugged waterproof design (IP68), the wireless system is the ideal choice for installation in flood-prone areas like manholes.
OPTIBRIDGE 3880 offers a wide range of remote data management options – from simple data logging to internet connectivity and storage for maintenance, process visualisation and data evaluation. The KROHNE tool is thus also designed for advanced applications with IIoT (Industrial Internet of Things) requirements, offering flexible and modular solutions for data acquisition and analysis in smart networks. Using integration software supplied by KROHNE, data can also be integrated into any SCADA or other software system by using industry standard protocols like e.g. OPC UA, CSV, etc.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Made for IIoT (Industrial Internet of Things) applications and smart networks
- Facilitates remote access to data from process instrumentation (e.g. flow, pressure, temperature, etc.)
- Enables local data hosting on on-premises servers – from maintenance to process visualisation to SCADA integration via OPC-UA or CSV
- Features the most advanced cyber-security technology, including sensor authentication and data encryption using TLS 1.3 protocol
- Easy configuration, commissioning and device status assessment via Bluetooth and mobile smart device using the OPTIBRIDGE 3880 Setup mobile app: free download for iOS and Android
- Rugged design: polycarbonate enclosure, IP68 rated for use in flood-prone locations
- Allows installation in the most demanding industrial applications
- Ultra-low power consumption: battery powered version with up to 6 years operating time; 32 Ah battery capacity
ETHERNET/MFC 010
The EtherNet/IP™ Interface Box equips OPTIMASS 1010, OPTIMASS 3010 and OPTIMASS 7010 instruments with a state-of-the-art EtherNet/IP™ interface. Designed for
The EtherNet/IP™ Interface Box equips OPTIMASS 1010, OPTIMASS 3010 and OPTIMASS 7010 instruments with a state-of-the-art EtherNet/IP™ interface. Designed for installation in a control cabinet, it offers a full-featured web-interface for configuration, maintenance and diagnostics, and for smooth and intuitive integration into major EtherNet/IP™ host systems, e.g. Rockwell and Schneider Electric.
An integrated 2-port Ethernet switch allows for flexible network topologies: multiple devices can be connected without the need for an external switch. If the application requires redundancy, the EtherNet/IP™ interface can also be deployed in ring topology. The integrated web server allows field device configuration and diagnosis using standard devices such as tablet PCs.
Overview
The EtherNet/IP™ Interface Box equips OPTIMASS 1010, OPTIMASS 3010 and OPTIMASS 7010 instruments with a state-of-the-art EtherNet/IP™ interface. Designed for installation in a control cabinet, it offers a full-featured web-interface for configuration, maintenance and diagnostics, and for smooth and intuitive integration into major EtherNet/IP™ host systems, e.g. Rockwell and Schneider Electric.
An integrated 2-port Ethernet switch allows for flexible network topologies: multiple devices can be connected without the need for an external switch. If the application requires redundancy, the EtherNet/IP™ interface can also be deployed in ring topology. The integrated web server allows field device configuration and diagnosis using standard devices such as tablet PCs.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Interface box for configuration, maintenance and diagnostics
- Support of Device Level Ring (DLR) for redundancy
- Password protected web server to facilitate configuration and diagnosis of the device
- Electronic Data Sheet (EDS) available for convenient deployment
- Add-On Instruction (AOI) available for use in Rockwell environments
- Communicates via Modbus RTU Protocol with the attached field device
SUMMIT 8800
The SUMMIT 8800 is a digital flow computer for custody transfer (CT) measurement. Its state of the art full colour graphical
The SUMMIT 8800 is a digital flow computer for custody transfer (CT) measurement. Its state of the art full colour graphical touch screen allows a graphical representation of the measurement process, with all measured values shown in real time; Up to 5 different types of meters combined in one flow computer, with CT measurements still being processed within 0.25s.
The SUMMIT 8800 communicates via digital, analogue, serial and Ethernet interfaces to obtain the measurement and diagnostics from the field converters and analysers. All calculated values (densities, flow rates, totals, etc.) are available in Modbus format which can be read by any PLC, SCADA, accounting system etc.
Overview
The SUMMIT 8800 is a digital flow computer for custody transfer (CT) measurement. Its state of the art full colour graphical touch screen allows a graphical representation of the measurement process, with all measured values shown in real time; Up to 5 different types of meters combined in one flow computer, with CT measurements still being processed within 0.25s.
The SUMMIT 8800 communicates via digital, analogue, serial and Ethernet interfaces to obtain the measurement and diagnostics from the field converters and analysers. All calculated values (densities, flow rates, totals, etc.) are available in Modbus format which can be read by any PLC, SCADA, accounting system etc.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Approved for CT applications with up to 100% hydrogen
- Compliant with all main international standards, such as OIML, ISO, API, AGA, GOST
- Fully digital; no loss on accuracy due to analogue to digital conversions
- Enhanced diagnostics with logging of preselected measured parameters
- Modbus mapping & system compatibility (DCSs, PLCs, Supervisory, SCADA, HMI)
- Advanced system integration incl. eReporting push, web interfacing and remote monitoring
- Very short cycle time: down to 0.25 sec
- Redundant operation in duty-standby configuration
- Up to 8 non-CT multi product liquid applications per flow computer