We have 64 products that are suitable for your selection. They are listed below. To ask us about any of them, simply pick up the phone or click the "i" icon next to each one.
- Factory Assembled
- Pressure & Leak Tested
- 2, 3, and 5 valve configurations
- Compact, lightweight design
- Direct-mount capability
- Non-contacting - No moving parts
- Push-buttons / HART Configuration
- Continuous level,volume flow
- Relay Output Option
- Easy to install and configure
- PVDF wetted material
- Rugged aluminum housing
- Virtually unaffected by flow, turbulence, bubbles, foam, vibration, solids content, coating, properties and product variations
- No calibration
- No moving parts - No maintenance
- Densities >0.6
- Viscosity up to 10,000cP
- Virtually unaffected by flow, turbulence, bubbles, foam, vibration, solids content, coating, properties and product variations
- No calibration
- No moving parts - No maintenance
- Densities >0.6
- Viscosity up to 10,000cP
- Side & Top Mount Versions
- ATEX Certified
- NAMUR, Relay, PNP Outputs
- Complete System, Single or Dual input analyser, sensor(s)and debubbler assembly
- Range 0-200 NTU
- Resolution 0.001 NTU
- NO INITIAL CALIBRATION
- Pre-determined cell constant ensures out-of-the box accuracy
- Screw,Retract & Flow-through
- VARIOPOL(VP)connector
- Ranges 10 to 20,000 microS
- Integral Mount - No Impulse Lines
- Low Cost Installation
- Low Pressure Loss
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Dynamically Compensates
- Accuracy: +/-0.9% Mass Flowrate
- Flow Turndown 10:1
- Sizes: 2" to 72" Nominal Bore
- MultiVariable Output - Temperature Compensated Mass Flow
- All-welded, non-clog design
- No Ports, Crevices, Gaskets
- Flanged & Reducer versions
- Steam Mass Flow Accuracy: +/-2%
- Flow Turndown Up to 40:1
- Sizes: 2" to 12" Nominal Bore
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We offer a specification and design service from local to networked HMI's to site SCADA and DCS systems. Utilising devices from ABB, Citect, Exor, Emerson (Delta V), Mitsubishi, National Instruments, Rockwell, Omron, Proface, Telemecanique and Siemens plus many others.
We can fit HMI to existing Control Panels or using our control panel design & manufacture capabilities manufacture a bespoke solution.
- Integral Mount - No Impulse Lines
- Low Cost Installation
- 2 DIAMETER Straight Lengths
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Dynamically Compensates
- Accuracy: +/-0.9% Mass Flowrate
- Flow Turndown 10:1
- Sizes: 2" to 12" Nominal Bore
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Reduced Installation Cost
- Dynamically Compensates
- Accuracy: +/-1% Mass Flowrate
- Flow Turndown 10:1
- ISO5167, BS1042, ASMI, AGA calcs
- 2 DIAMETER Straight Lengths
- No More Installation Headaches
- Sizes 2” to 24”
- Improved Accuracy
- API, ASMI, AGA, ISO Standards
- Sizes 2” to 24”
- Universal, Ring Joint & Paddle
- Wide choice of Materials
- 1496 Carrier Range
- All-welded, non-clog design
- No Ports, Crevices, Gaskets
- Available Wafer, Flanged,Reducer & Dual Sensor versions
- 1 Sensor for ALL meter sizes
- Gas Flow Accuracy: +/-1.35%
- Flow Turndown Up to 40:1
- Sizes: 2" to 12" Nominal Bore
- Best In Class Performance
- Unparalleled Stability
- Direct Mass Flow Measurement
- Consistent, Reliable performance over the Widest Flowrange
- Gas Flow Accuracy: +/-0.35%
- Sizes: 1/8" to 10" Nominal Bore
- Compact Self Draining design
- No moving parts to wear, replace
- Direct Mass Flow Measurement
- Gas Flow Accuracy: +/-0.5%
- Sizes: 1/4" to 4" Nominal Bore
- 2-wire HART transmitter
- Direct Mass Flow Measurement
- Gas Flow Accuracy: +/-0.35%
- Sizes: 1/8" to 6" Nominal Bore
- Replace existing flow devices at minimal cost and effort
- Loop-powered design, easy integration into existing processes, improved accuracy and reduced maintenance
- MVD™ technology embedded
- Scalable, Multiple variables
- Integral or Remote mounting
- Built-in Smart diagnostics
- 1500 DIN Rail Tx
- 1700 Single Channel Field Tx
- 2700 Dual Channel Field Tx
- All-welded, non-clog design
- No Ports, Crevices, Gaskets
- Available Wafer, Flanged,Reducer & Dual Sensor versions
- 1 Sensor for ALL meter sizes
- Accuracy: +/-1.35%
- Flow Turndown Up to 40:1
- Sizes: 2" to 12" Nominal Bore
- Integral Mount - No Impulse Lines
- Low Cost Installation
- Low Pressure Loss
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Dynamically Compensates
- Accuracy: +/-0.9% Mass Flowrate
- Flow Turndown 10:1
- Sizes: 2" to 72" Nominal Bore
- Integral Mount - No Impulse Lines
- Low Cost Installation
- 2 DIAMETER Straight Lengths
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Dynamically Compensates
- Accuracy: +/-0.9% Mass Flowrate
- Flow Turndown 10:1
- Sizes: 2" to 12" Nominal Bore
- Head Mounting
- Accuracy +/-0.3degC
- 1 Year Stability 0.15%
- RTD,TC,mV,ohms
- PC Programmable
- DIN Form B Head Mount
- Head & Rail Mounting
- Accuracy +/-0.2 degC
- 1 Year Stability 0.1%
- RTD,TC,mV,ohms
- 2 Point Referencing
- HART & PC Adjustable
- DIN Form B Head Mount
- Slim DIN Rail Mount 27mm
- Head & Rail Mounting
- Accuracy +/-0.15 degC
- 2 Year Stability
- RTD,TC,mV,ohms
- Sensor Match - Reduce Errors
- LCD Display Option
- HART & Fieldbus Options
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- RTD,TC,mV,ohms, 4-20mA
- Sensor Match - Reduce Errors
- LCD Display Option
- Field Mounting
- Accuracy +/-0.1 degC
- 5 Year Stability
- RTD,TC,mV,ohms
- Dual Sensor Input
- LCD Display Option
- HART & Fieldbus Options
- HOT Back Up
- Safety certified to IEC 61508
- Multi Input Temperature Transmitter
- Field Mounted
- ATEX Intrinsically Safe
- 8 Configurable Inputs
- RTD,TC,mV,ohms,4-20mA
- Fieldbus Output
- High Density Installations
- RTD's & Thermocouples
- Barstock & Tubular Thermowells
- Wide Selection of Materials
- Flanged, Screwed, Surface Mount
- Integral & Remote Heads
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- Accuracy 0.055%
- 5 year stability
- Rangeability 100:1
- LCD Display Option
- Industry first installed 5 year stability
- Absolute, Gauge & Diff Pressure
- Accuracy +/- 0.065%
- 5 year stability
- Rangeability 100:1
- HART & FOUNDATION fieldbus
- Coplanar platform, integration of dp flow elements, manifolds, diaphragm seals
- Safety Certified to IEC 61508
- Replacement for 1151 Transmitter
- Absolute, Gauge & Diff Pressure
- Accuracy +/- 0.075%
- 2 year stability 0.1%
- Rangeability 100:1
- HART & FOUNDATION fieldbus
- Coplanar platform, integration of dp flow elements, manifolds, diaphragm seals
- Absolute & Gauge Pressure
- Accuracy +/- 0.1%
- 1 year stability 0.1%
- Rangeability 20:1
- St.Steel & Hastelloy C
- Local Display Option
- Extreme hot and cold temperatures
- Corrosive applications
- Clogging or viscous processes
- Sanitary requirements
- Level, Flow, Pressure, Interface
- Best in Class Accuracy +/- 0.025%
- Industry first - 10 year stability
- Industry first - 12 year warranty
- Rangeability 200:1
- Absolute, Gauge & Diff Pressure
- HART & FOUNDATION fieldbus
- Coplanar platform, integration of dp flow elements, manifolds, diaphragm seals
- Safety Certified to IEC 61508
- 4 Measurements in 1
- DP, Press, Temp, Flow
- Reduced Installation Cost
- Dynamically Compensates
- Accuracy: +/-1% Mass Flowrate
- Flow Turndown 10:1
- ISO5167, BS1042, ASMI, AGA calcs
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- Multi Input Temperature Transmitter
- Field Mounted
- ATEX Intrinsically Safe
- 4 Configurable Inputs
- RTD,TC,mV,ohms,4-20mA
- High Density Installations
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- pH & Redox Measurement
- Full DIagnostic Capabilities
- Auto Buffering
- ATEX Certified
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- Connects to HART transmitters
- Wireless HART Standard
- Upgrade existing HART Devices
- Unlock Diagnostics
- MVD™ technology embedded
- Scalable, Multiple variables
- Integral or Remote mounting
- Built-in Smart diagnostics
- 1500 DIN Rail Tx
- 1700 Single Channel Field Tx
- 2700 Dual Channel Field Tx
- 2-wire HART transmitter
- Direct Mass Flow Measurement
- Accuracy: +/-0.1%
- Sizes: 1/8" to 6" Nominal Bore
- Replace existing flow devices at minimal cost and effort
- Loop-powered design, easy integration into existing processes, improved accuracy and reduced maintenance
- Best In Class Performance
- Unparalleled Stability
- Direct Mass Flow Measurement
- Consistent, Reliable performance over the Widest Flowrange
- Accuracy: +/-0.05% to 0.1%
- Sizes: 1/8" to 10" Nominal Bore
- Compact Self Draining design
- No moving parts to wear, replace
- Direct Mass Flow Measurement
- Accuracy: +/-0.1%-0.2%
- Sizes: 1/4" to 4" Nominal Bore
- All-welded, non-clog design
- No Ports, Crevices, Gaskets
- Available Wafer, Flanged,Reducer & Dual Sensor versions
- 1 Sensor for ALL meter sizes
- Accuracy: +/-0.65%
- Flow Turndown Up to 40:1
- Sizes: 2" to 12" Nominal Bore
- Flanged, Wafer & Hygenic Models
- No Pressure Drop
- No maintenance
- Wide choice of wetted parts
- Meter Verification Option
- Integral or Remote Transmitter
- Accuracy: +/-0.5%
- Sizes: 4mm to 900mm
- WirelessHART-Open Standard
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- 100 Devices / Gateway
- Easy Network Expansion
- Modbus, OPC, HTTP Outputs
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- SIngle or Dual Input
- Display Option
- Level and Interface Capability
- Wide range of Probes & Materials
- Not effected by SG,DK,Viscosity
- Easy installation
- Ranges: 0.1m to 23m
- Accuracy: +/-5mm
- Level and Interface Capability
- Wide range of Probes & Materials
- Not effected by SG,DK,Viscosity
- Easy installation
- High Temp & Pressure Options
- Ranges: 0.1m to 50m
- Accuracy: +/-3mm
- Patented Circular Polarisation
- Non-contacting - No moving parts
- Not effected by SG,DK,Viscosity
- Easy installation
- Cone & Rod Antennas
- Low & High Frequency Versions
- Ranges: 0.75m to 35m
- Accuracy: +/-3mm to 10mm
- MCERTS Certified
- pH/ORP,Conductivity,Dissolved O2
- Sensor Diagnostics
- Push Button or HART Configuration
- Analogue & Relay Outputs
- Field or Panel Mount
- pH/ORP,Conductivity,Dissolved O2, Turbidity, Temperature
- Sensor Diagnostics
- Push Button or HART Configuration
- LARGE Backlight 4 Line Display
- 2 Analogue & 4 Relay Outputs
- Field or Panel Mount
- MCERTS Certified
- pH/ORP,Conductivity,Dissolved O2
- 2 Wire Loop Powered
- Sensor Diagnostics
- Remote or HART Configuration
- Field Mount
- ATEX Certified
- MCERTS Certified
- pH/ORP,Conductivity,Dissolved O2
- 2 Wire Loop Powered
- Sensor Diagnostics
- Push Button & HART Configuration
- Field or PanelMount
- ATEX Certified
- MCERTS Certified
- pH/ORP Measurement
- AccuGlass® pH glass resists cracking - longer sensor life
- Diagnostics – Glass Breakage, Reference Coating
- Wetted Parts: Tefzel, Viton, Glass, Ceramic
- VP Connector Option
- TUpH means TOUGH
- Harsh Effluent Applications
- Minimum Sensor Maintenance
- Steady pH when sensor coated
- Maximum Life - reference design
- Increased Life at high temperatures
- Advanced Sensor Diagnostics
- WirelessHART-Open Standard
- Field Mounted - No Wires
- No cables - Reduced Installed Cost
- Self Learning Secure Mesh Network
- Connects to HART transmitters
- Wireless HART Standard
- Overall & PeakVue Vibration
- 1 or 2 Accelerometer Inputs
- Diagnostics & Alerts
- Seal systems provide a reliable process pressure measurement and prevent the process medium from contacting the transmitter diaphragm. Transmitter/diaphragm seal systems should be considered when:
- The process temperature is outside of the normal operating ranges of the transmitter and cannot be brought into those limits with impulse piping.
- The process is corrosive and would require frequent transmitter replacement or specific exotic materials of construction.
- The process contains suspended solids or is viscous and may plug the impulse piping.
- The application requires the use of sanitary connections.
- There is a need for easier cleaning of the process from the connections to avoid contamination between batches.
- There is a need to replace wet/ dry legs to reduce maintenance on applications where the reference leg is not stable or often needs to be refilled/drained.
- There is a need to make density or interface measurements.
- The process medium may freeze or solidify in the transmitter or impulse piping.
- Universal – HART® and FOUNDATION™ fieldbus
- User Upgradeable
- Intrinsically Safe
- Rugged and Reliable
- Interfaces with AMS
- Full-color graphical user interface
- Powerful field diagnostics
- Bluetooth® communication
- Long-lasting Lithium-Ion power module
- Universal support for HART ® and FOUNDATION fieldbus devices
- Replacement for 1151 Transmitter
- Performance of 0.075% accuracy
- Welded fill fluid system provides best-in-class system reliability
- Flush and extended diaphragms
- HART & FOUNDATION fieldbus
- Multiple fill fluids and process wetted materials available
- Performance of 0.075% accuracy
- Welded fill fluid system provides best-in-class system reliability
- Flush and extended diaphragms
- HART & FOUNDATION fieldbus
- Multiple fill fluids and process wetted materials available
- Performance up to ±0.065%
- accuracy and 100:1 rangedown
- Multiple fill fluids and wetted materials available
- Level and volume units, process alerts
- Flush, 2-in. (50 mm), 4-in. (100 mm), and 6-in. (150 mm) extended diaphragms
- Market leading sensitivity and unique signal processing features allow it to handle a wide range of process conditions
- High repeatability ensures an extremely reliable and accurate level transmitter, even in the toughest conditions
- No moving parts
- FOUNDATION ™ fieldbus or analog 4-20 mA superimposed with HART®
- WirelessHART vibrating fork liquid level switch combines Emerson’s wireless expertise with the Rosemount 2100 series vibrating short fork technology.
- The Rosemount 2160 continuously performs instrument health diagnostics of the fork and sensor. These diagnostics can detect external damage to the forks, internal damage to the sensor, excessive corrosion and over-temperature.
- The 2160 can withstand temperatures from -94 °F (-70 °C) up to 500 °F (260 °C) and pressures to 1450 psig (100 bar g).
- The Rosemount 2160 wireless vibrating fork liquid level switch extends the full benefits of PlantWeb® to previously inaccessible or uneconomical locations due to the high cost of wiring in a wide variety of challenging applications.
