We are leading Manufacturer & Service Provider for the Gas Chromatographs which also includes Gas Chromatograph (04) & Gas Chromatograph (03) since 2002
Gas Chromatograph (04)
Rosemount analytical’s model 1000a gas chromatographs offer accurate and dependable online analysis of natural gas. The model 1000a gas chromatograph combines the proven analytical components of the model 500 and model 700 with the larger oven capacity of a traditional air-bath oven design. The result is maximum analyzer reliability and analytical flexibility in one package.
The rosemount analytical model 1000a gas chromatograph is used in gas processing plants and is specially designed for trace sulfur, trace hydrocarbon, and other high temperature applications.
The model 1000a accommodates up to six gc valves in one conventional, air-bath oven to handle a variety of applications up to 150°c. This chromatograph has dual-detector capabilities in one application. Benefits include shorter analysis time and improved sensitivity.
Gas Chromatograph (03)
Rosemount analytical’s model 2350a gas chromatograph controller, equipped with the mon2000 windows®-based software, allows users to increase the processing power, operating efficiencies, and system performance of their existing, legacy-model rosemount analytical gas chromatograph.
Maximize your processing power:
Choose from iso6976-1995 or gpa 2172-1996 calculation methods with gpa 2145-09 physical constants
Receive hourly, daily, weekly, monthly, or variable (0-167) averages
Access up to 254 archived item averages and over three months of standard four-minute runs – or choose to expand archiving abilities even further
Gas Chromatograph (02)
The Model 500 is the best combination of advanced technology and rugged instrumentation that helps make the most of existing manpower. Today’s trend toward downsizing means instrument technicians have more to do in less time. Instrumentation has to be more reliable and easier to use than ever before. Emerson’s Rosemount Analytical Gas Chromatographs are your best choice; we’ve built our reputation on equipment reliability and long-term performance with ease of use.
Environmental Chamber Testing
Emerson Process Management provides the most thorough process gas chromatograph testing in the world. Each Model 500 must operate to specification in our walk-in environmental test chambers cycling between 0°F and 130°F for 24 hours minimum. This is all part of our commitment to provide process gas chromatographs that are capable of providing reliable measurements in the field.
Gas Chromatograph (01)
Rosemount analytical’s model 700 gas chromatographs offer the broadest range of analysis options available today in a field-mount gas chromatograph (gc). Whether it is heating value measurement, trace contaminant monitoring, pipeline integrity, or product quality/process control, rosemount analytical’s model 700 is flexible enough to meet your analysis needs.
Based on the same proven technology and software as the model 500 series, the model 700 design offers superior reliability and precision, lower installation and operating costs, greater application flexibility, and unmatched measurement performance.
We are leading Manufacturer & Service Provider for the Softwares which also includes AMS Suite: Intelligent Device Manager Software & Gas Chromatograph Software since 2002
AMS Suite: Intelligent Device Manager Software
Common interface for easy access to predictive diagnostics from HART, FOUNDATION fieldbus, and WirelessHART devices
Configure, calibrate, diagnose, and manage field device
Identify, troubleshoot and resolve device problems before they cause a plant upset
Seamless integration with DeltaV , Ovation, and Smart Wireless Gateway
Based on standards: HART, FOUNDATION fieldbus, OPC, XML, Web Services, and WirelessHART
Gas Chromatograph Software
Mon2000 gas chromatograph software is used with rosemount analytical gas chromatographs. As a leading worldwide supplier of online gas chromatographs, rosemount analytical has designed gas chromatograph software with the flexibility, calculation power, and data security to handle the precise component identification as well as strict adherence to industry-standard calculations that fiscal and gas quality measurements demand. Rosemount analytical’s gas chromatographs also have the communication and networking power to send this information on to other devices such as scada systems, flow computers, and plant control systems.
AMS Wireless Snap-On Application Software
The AMS Wireless SNAP-ON™ application gives users more power to manage their wireless networks. With this application, users upload an image of their process unit for customized planning of their wireless network.
Plan your wireless network and compare it to best design practices
Troubleshoot your wireless network quickly and easily
Maintain your wireless network with reports of key network parameters
Drag and drop functionality enables quick and accurate plotting of devices. Once the layout is complete, the AMS Wireless SNAP-ON application checks the plan against Emerson factory-recommended best practices and visually identifies deviations from best practices to allow the user to update their network layout.
After the self-organizing network is installed, the AMS Wireless SNAP-ON application provides a comprehensive view of the wireless network by graphically displaying the parent-child communication paths and other key diagnostic and performance parameters. This helps the user identify potential trouble spots, such as pinch points or low power modules.
We are leading Manufacturer & Service Provider for the Transmitters which also includes PH Transmitter & Wireless Discrete Transmitter since 2002
Wireless ph applications:
Cooling water measurement
Raw receiving water analysis
Hazardous areas monitoring
Effluent / waste water monitoring
Compatible with existing rosemount analytical ph sensors for wide application coverage
Optimum versatility for various mounting options
Enhanced performance and increased life
Maximum chemical and environmental resistance
Embedded smart sensor technology applications benefits
High accuracy and reliability for monitoring applications
Vontinuously monitor sensor performance through intelligent diagnostics
Eliminate cable runs to transmitters
Product data sheet
Approvals: fm, csa, atex
Power module life: 1 minute update rate – 3 years
Accuracy: ±1 mv@ 25°c ± 0. 01 ph
Repeatability: ±1mv @ 25°c ± 0. 01 ph
Two-line character display
Two point calibration
Automatic temperature compensation
Cast aluminum enclosure: nema 4x (ip65)
Wireless Discrete Transmitter
The Rosemount 702 Wireless Discrete Transmitter takes a variety of non-powered switch types such as pressure, flow and level switches as input. It has single or dual channel capacity which cost-effectively enables access to discrete points that are not connected to the control system due to wiring costs and lack of I/O.
Input – Two single pole single throw switches or one single pole double throw switch
Approvals: FM, CSA, ATEX, IECEx
Power Module life: 1 minute update rate – 8 years / 10 minute burst rate – 10 years
Available in aluminum and SST housing
Product Code: Rosemount-702
When the TankRadar Rex gauge is connected with a pressure transmitter near the bottom of the tank, the density of the product can be calculated and presented on-line. The accuracy of the density calculation largely depends on the accuracy of the pressure transmitter. TankRadar Rex can interface to any pressure transmitter with a standard output of 4-20 mA or HART.
The 4-20 mA signal is converted from analog to digital form in the RTG. The standard pressure transmitters supplied with the TankRadar Rex system for in-liquid mounting is Rosemount 3051 and Rosemount 3051S. See the Rosemount page for more information.
Innovative Scalable Platform:
The Rosemount 3051S is the world’s first scalable platform that provides a foundation for integrated pressure, flow, and level solutions
Allows you to customize performance, functionality and process connections for your application
12-year limited warranty
10-year Power Module life
Wireless Vibration Transmitter
CSI 9420 Enables Wireless Vibration Monitoring of Any Mechanical Asset
Cooling Tower Fans
Detect Typical Machine Problems:
Imbalance, misalignment, looseness
Rolling element bearing defects
Advance indication of developing problems
Keep people out of hazardous areas
Protect health, safety, and environment
Monitor inaccessible equipment
Complement portable monitoring programs
Wireless Pressure, Flow Level Transmitter
Wireless Pressure, Flow Level Transmitter
Installation-Ready Pressure, Flow, and Level Solution
Standardize on compact, rugged and versatile platform with the Coplanar™ design
Accelerate start-up with seamless integration of flanges, manifolds, diaphragm seals and flow elements
Reduce maintenance and enhance safety with direct mount capabilities
Wireless Temperature Transmitter
Efficiently access more temperature measurements for high density application
Rotating lime kilns
Finished goods storage
Distillation column profiles turbines
Complete temperature solutions:
Complete transmitter, sensor and thermowell assemblies
Factory tested and calibrated for unmatched performance and reliability general use sensors and thermowells
English and metric thermocouple and rtd offering
Wide variety of thermowell styles
Reference accuracy: ± 0. 23°c (± 0. 41°f) pt100 @ 20°c
Stability: ± 0. 3% of reading or 0. 3°c for 24 months
Approvals: fm, csa, atex, iecex
Transmitter-sensor matching for improved accuracy
Four user configurable alerts for advanced process monitoring
We are leading Manufacturer & Service Provider for the Guages which also includes Horn Antenna Gauge (Tankradar Rex (02)) & Horn Antenna Gauge (Tankradar Rex (01)) since 2002
Horn Antenna Gauge (Tankradar Rex (02))
The Horn Antenna Gauge is designed for easy mounting on 200 mm (8-in.) or larger nozzles on tanks with fixed roofs. The RTG 3920 gauge measures on a variety of oil products except for asphalt and similar products where the RTG 3930 is recommended. RTG 3920 is delivered with a flange for straight mounting or one for inclined mounting. The inclined flange is used when the gauge is mounted close to the tank wall and highest accuracy is required. Otherwise the straight flange can be used. Installation is normally made without taking the tank out of operation.
Horn Antenna Gauge (Tankradar Rex (01))
The Field Communication Unit (FCU) is a data concentrator that continuously polls data from field devices such as radar and servo tank gauges from different vendors, data acquisition units, I/O Modules, other FCU:s, Enraf® CIU:s etc and stores data in a buffer memory.
The FCU can service requests from a wide range of hosts / DCS systems such as Rosemount TankMaster, Enraf® Entis, Yokogawa®, ABB®, Honeywell®, Foxboro®, among others (it is possible to connect any system using Modbus protocol).
The FCU 2165 has 10 ports and the FCU 2175 can be ordered with 8, 16, 24 or 32 ports. Each of the ports can be configured either as a master or slave connection, providing ultimate configuration flexibility.
The number of devices per port varies between different manufacturers and may also have physical limitations. Maximum 256 devices can be supported by one FCU 2165/2175.
Cone Antenna Gauge For Star
The cone antenna gauge, tgu 5210, is designed for use in shallow tanks. It has a small dn200-flange and is easily installed on a deck with closely spaced frames or longitudinals. A cleaning facility is available so that the cone antenna gauge can be inspected and cleaned from above.
Still Pipe Antenna Gauge For Star
The still pipe antenna gauge, tgu 5510, and its cone antenna are mounted on top of a still pipe reaching through a tank penetration into the tank and reaching below the surface of the liquid. The gauge measures the distance to the surface level of the liquid inside the pipe. The still pipe and antenna configuration are optimized to tolerate build-up of deposits inside the still pipe. The still pipe is equipped with a number of vent holes to equalize the level in the still pipe with the tank level.
The still pipe antenna gauge, tgu 5610 is designed for measuring draft. The gauge and its cone antenna is mounted on top of a still pipe reaching through a tank deck penetration and penetrating the ships hull (draft measuring). The gauge measures the distance to the surface level of the sea water inside the pipe. The still pipe and the antenna configuration are optimized to tolerate build-up of deposits inside the still pipe. The gauge socket is equipped with a vent hole to equalize the level in the still pipe with the sea water level.
Tank Gauge (Local) Display For Star
The tank gauge display (tgd) is an intrinsically safe six-character display which is mounted on deck. The tgd is connected to the tank gauge unit. Its purpose is to indicate measurements such as the tank’s ullage, temperature and vapor pressure. It can be set to show one specific parameter or automatically toggle between these values. The design of the display allows it to be bolted, clamped or welded to any suitable structure on deck.
Gauge For Bitumen Or Other Cargos With High Temp
The Parabolic Antenna Gauge, TGU 5710, is designed for measuring levels on bitumen and other cargos with high temperatures. This fast opening gauge is suitable on tanks where easy access to the antenna for inspection and cleaning is necessary.
TGU 5710 and its parabolic antenna is mounted on top of a fast opening hatch socket. The Gauge measures the distance to the surface level of the liquid inside the tank. The antenna configuration is optimized to tolerate high
temperature of the cargo, up to +230 ° C at the highest load level in tank. When used with heated cargos, it is essential for the proper function of the Tank Gauge to keep deck ambient temperature (around the Gauge) not higher
than +60 ° C.
Tank Gauging (Rosemount Tankradar Star – Radar System)
Rosemount TankRadar STaR is a Tank Gauging, Alarm Handling and Cargo Control System designed for marine use in the area of tank gauging.
Rosemount TankRadar STaR comprehends several subsystems and a wide range of functions. With the knowledge and experience from more than 30 years of radar tank gauging Rosemount Marine has developed a new generation Rosemount TankRadar.
Rosemount Tankradar CTS For Long Carriers
Level gauging onboard LNG carriers is challenging. LNG is the lightest one of all hydrocarbons, and remains liquefied when cooled to -163°C at normal pressure. In this harsh tank environment the choice of gauging method is of decisive importance.
When handling liquefied natural gas in a cost-effective and safe way, one must be able to rely on accurate and reliable custody transfer measurement, crucial for establishing accounts payable. Once installed the measuring system must be up running during the whole time between regular dry docking periods.
Radar-based tank gauging is the preferred measurement method to fulfil custody transfer standards.
Rosemount TankRadar CTS offers:
Reliability – proven robust design, pre-certified spares for replacement and verification by the crew Accuracy – bottom absorber for unsurpassed accuracy in the entire measuring range from top to bottom, within a couple of centimetres from the bottom.
Controllers & Regulators
We are leading Manufacturer & Service Provider for the Controllers & Regulators which also includes Electronic Regulators & Actuators & Valve Remote Control System since 2002
Ideal to be used with air actuated devices such as regulators and control valves
Electropneumatic digital controller
High precision (0.1% accuracy) device
RS485 network capabilites
PID loop on board
Explosion-proof housing available
Extra analog/digital inputs/outputs available
Actuators & Valve Remote Control System
Due to its proven reliability, the Damcos Valve Remote Control (VRC) system sets the standard for the marine industry, and we offer both a hydraulic and an electro-hydraulic version. Both are complete one-step solutions that reflect a deep appreciation of marine customer needs and industry standards.
Both our systems are built on a cost-effective modular design that allows a high degree of customization while delivering performance on all fronts.
Compact, yet high-torque output
Weight and space saving
Prepared for direct built-on modular control function
patented multi-helical spline
Easy adaption and mounting on all quarter-turn and linear valves; adjustments without demounting – minimum oil volume and pipe dimension
Built-on portable hand pump
Hydraulic and electrical position indicators
Customized Control Units and System Power Unit
Designed to be mounted directly on Damcos valve actuator
Power or P-NET bus controlled
Automatic functions and supervision
No System Power Unit or Solenoid Valve
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Cisco Wireless Lan Controllers
Cisco wireless lan controllers define an innovative lightweight access point protocol (lwapp) architecture for large-scale wireless lans. By automating wlan configuration and management functions, network managers have the control, security, redundancy, and reliability needed to cost-effectively scale and manage their wireless networks as easily as they scale and manage their traditional wired networks wireless lan controller works in conjunction with cisco aironet® lightweight access points, the cisco wireless control system (wcs), and the cisco wireless location appliance to support business-critical wireless data, voice, and video applications.
It provides real-time communication between lightweight access points and other wireless lan controllers to deliver centralized security policies, wireless intrusion prevention system (ips) capabilities, award-winning rf management, quality of service (qos), and mobility.
Cisco wireless lan controllers define an innovative lightweight access point protocol (lwapp) architecture for large-scale wireless lans. By automating wlan configuration and management functions, network managers have the control, security, redundancy, and reliability needed to cost-effectively scale and manage their wireless networks as easily as they scale and manage their traditional wired networks wireless lan controller works in conjunction with cisco aironet® lightweight access points, the cisco wireless control system (wcs), and the cisco wireless location appliance to support business-critical wireless data, voice, and video applications. It provides real-time communication between lightweight access points and other wireless lan controllers to deliver centralized security policies, wireless intrusion prevention system (ips) capabilities, award-winning rf management, quality of service (qos), and mobility.
Temperature Measuring Unit For Star
The temperature of the cargo and vapor in the tank can be measured with up to five different sensors distributed over the tank height with both three and four wire connections. The temperature data is processed by the tank gauge electronics (tge) and sent to the supply and communications unit (scu). The temperature can be monitored from the workstation, the tank gauge display, channel display unit or on the portable readout system.
The temperature measuring unit (tmu) is mounted on deck. The connection box (tmb) is located inside the tmu. The temperature sensors (tms) shall be located in a thermowell extended through the tank below the tmb.
the tms is a pt100 element with a three (standard) or four (high accuracy) wire connection. The tmb can be connected with up to five temperature measuring sensors.
All communication between the tank gauge unit and the tmb is performed through a sensor bus.
Data Acquisition Unit
The Data Acquisition Unit (DAU 2100) is used together with an associated Radar Tank Gauge for local readout and for connection of temperature sensors.
A Multiple Spot Thermometer (MST) with up to 14 temperature elements can be connected to the DAU.
The DAU can be equipped with a Readout Display showing level, temperature and other measured values. With the DAU placed at the foot of the tank, these values can be viewed at the tank without having to climb to the tank top.
If required, the DAU can also be placed at the tank top.
The DAU is powered from, and communicates through the Radar Tank Gauge to which it is connected. It is intrinsically safe using zener barriers on the Transmitter Interface Card (TIC) in the Radar Tank Gauge.
Leveldatic – Ballast Measurement
leveldatic-electro-pneumatic tank measurement for ballast tanks, void spaces, fuel oil tanks and water ingress monitoring.
Enhanced ship safety and profitability: leveldatic provides reliable and accurate online information on tank levels, water ingress and ship draft.
Multiple Spot Thermometer
The high quality and reliable Multiple Spot Thermometer (MST) measures temperature with a number of PT 100 spot elements placed at different heights to provide a tank temperature profile and an average temperature. Only the fully immersed elements are used to determine product temperature.
The spot elements are placed in a flexible gas tight protection tube made from convoluted stainless steel. A flange can be attached to a top fitting and the tube can be anchored to the bottom.
The MST is easy to install, even if the tank is in service. In pressurized tanks the MST can be installed in a closed thermowell so that it can be removed for service or inspection while the tank is in operation. For LPG tanks, single spot temperature sensors in thermowells are used.
Temperature sensors can be connected in two ways
to the RTG:
Directly into the RTG with common return connection (up to six temperature elements)
Via the DAU (up to 14 temperature elements)
The mst is easy to install, even if the tank is in service. In pressurized tanks the mst can be installed in a closed thermowell so that it can be removed for service or inspection while the tank is in operation.
We are leading Manufacturer & Service Provider for the Other Products which also includes Channel Display Unit For Star & Supply & Communication Unit For Star since 2002
Channel Display Unit For Star
One Channel Display Unit (CDU) for each tank installed in a common control room panel gives a clear view of tank contents (ullage or innage); drafts or temperatures. The standard Channel Display Unit has a four digit numeric display and a bargraph of light emitting diodes (LEDs) indicating tank filling as a percentage of the tank height or temperature in ° C. The display also indicates alarm levels (Hi, Hi.Hi, Lo and Lo.Lo alarms). Values can be displayed in either metric or imperial units, which is preset at delivery.
The CDU’s are powered by a separate power supply unit. Up to 30 Channel Display Units can be supplied by one power supply unit.
There is an optional thumb wheel selector switch that can be used together with a single CDU. The thumb wheel is used to select the tank to be displayed at the moment.
Supply & Communication Unit For Star
The supply and communications unit (scu) is the connection hub for the rosemount tankradar star tank gauge units. The scu is a self-contained unit with provisions for intrinsically safe connection to external units. The supply and communications unit provides the following main functions
Supply intrinsically safe power to the tank gauge units and auxiliary equipment
Store configuration data of the connected devices
Collect and store data from gauges and sensors serve clients with requested data
Supply & Communications Alarm Panel For Star
The supply and communications alarm panel (sca) displays the high level or overfill alarms independently of the level gauging system.
The sca can be mounted on the supply and communications unit (scu) cabinet or elsewhere (e. G. The bridge). An independent scu with sca will be used for each independent system.
The picture: example of alarm panel for overfill alarm system, with the optional slave panel below.
Wireless Position Monitor
The topworx 4310 wireless valve position monitor can detect linear and rotary movement using non-contact technology with limit switch feedback. It can be used to monitor the on/off status of equipment such as valves, sliding stem regulators, displacement and float level sensors, relief valves, and many other types of equipment.
Input – rotary or linear movement
Two limit switches (soft switches – no contacts)
Power module life: 1 minute update rate – 8 years / optional module – 10 years
Engineered resin housing, designed for use in higher chemical concentrated locations
Liquid Level Switch
Rosemount 2120 is a reliable high level alarm switch for hydrocarbon storage tanks. It detects if the liquid level is high, and sends an alarm signal to shut any feed line valves or pumps to prevent tank overfilling and subsequent spillage.
The rosemount extended length 2120 is fitted to a nozzle at the tank roof, either directly or by use of an adjustable clamp gland. This tuning fork style switch is designed to vibrate the forks at their natural frequency. Should the liquid level rise to the high level height, the forks become immersed in the liquid and the frequency of vibration changes. The built-in control electronics detects this change and indicates an alarm condition by switching the output.
rosemount 2120 can be set to switch either if the forks get wet or dry, and both explosionproof, and sil2 i. S. Models are available.
Wireless Vibrating Fork Liquid Level Switch
Encryption for data security
Join and Network Keys for network security
Anti-jamming technology for greater reliability
Power optimized electronics
HART auto-detect circuit (patented)
Field changeable I.S. battery pack
Software optimizes power management
Ultra-low power radio
Smart Wireless Field Starter
Choose from wireless pressure, temperature, level, flow, vibration, discrete switches, or pH instruments.
Wireless Enabling Devices:
Wireless enabling devices can help to free up stranded diagnostics from your wired devices. Choose from the Smart Wireless THUM™ Adapter or wireless valve position monitors.
A secure, robust Smart Wireless Gateway
Configuration and Asset Health:
AMS Device Manager software for predictive diagnostics from your wireless devices. Easily manage your wired and wireless networks from a single application.
SmartStart™ Services to help you with your first startup, including a full network health assessment to ensure robust communications plus verification of device functionality through your chosen output (Modbus, TCP/IP, Ethernet, etc.) SmartStart™ Services include the startup and commissioning of wireless industrial process control systems, technical support services, troubleshooting services and software installation.
The I/O Box (IOB) connects the Workstation Unit with the Supply and Communications Unit (SCU) as well as other equipment such as ship main computer, load calculator and a wide range of analog/digital inputs and outputs. Distributed I/O modules are connected to the IOB via a serial interface.
The IOB consists of an electronic board with power supply, relays and connectors for seven serial interface boards. The IOB provides galvanic isolation between the Workstation Unit and other equipment. When required it also provides interface conversion, for example RS-232 and RS-485.
Water Level Sensor
The capacitive water level sensor (wls) continuously measures free water level below the oil surface and provides input for on-line net inventory. The sensor is integrated with the multiple spot thermometer (mst).
The wls is welded to the mst to get a hermetic design and it has no moving parts. The wls output is an analog 4-20 ma or digital hart signal, which is connected directly to a radar gauge.
It is possible to use high speed UHF Radio Modems instead of cable to make point-to-point connection between the control room and the Field Communication Unit (FCU). Communication is completely transparent so the radio modems work just like a cable connection.
The radio modem can be connected to the serial port on the TankMaster PC / Host Computer or to the group bus port of an FCU.
In case there is a need to extend the coverage, a radio modem can be used as a repeater.
Depending on topographical conditions as well as gain and installation height of the antenna, the operating range is up to 40 km (25 miles).