Model AGVB and AGVM top-guided single-seated control valves are designed for general-use process applications such as water, steam and gas service. Chemical & Petrochemical plants, Refineries, Pulp & Paper mills, Power Generation plants, and countless other industrial facilities rely on the model AGVB/AGVM for excellent flow control and minimal pressure loss in a compact valve body.
Features & Benefits
- Simple, compact, and robust design at a competitive price
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- Available in sizes from ½” to 4”
- ANSI 150 (model AGVB) and ANSI 300 (model AGVM) pressure ratings
- -320º F to 750º F (-196º C to 400º C) process fluid temperatures
- -22º F to 158º F (-30º C to 70º C) ambient temperatures
- Comprehensive Process Flow Control
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- Cv rating from 0.1 to 200
- High rangeability for accurate flow control performance
- IEC 60534-4:2006 Class IV, IV-S1, V, and VI valve seat leakage rated for tight flow shutoff
- Component material options for extreme temperatures, corrosive environments, oil-free treatments, and more
Built-in pressure sensors and a local user interface (LUI) featuring buttons and a local display allow for easy access to valve diagnostics, even without a dedicated valve condition monitoring system.
Features & Benefits
- Built-in Pressure Sensors for Deeper & Wider Diagnostics
Integrated pressure sensors enhance valve diagnostics capabilities, including valve signature, friction force, air-circuit monitoring, and more.
- Explosion-Proof / Intrinsically-Safe Local User Interface (LUI)
Push-buttons and a local digital display allow users to auto-calibrate, configure settings, and check self-diagnostics alert statuses without compromising explosion-proof construction.
- Advanced Digital Communication Integration
- AVP701/702 supports HART® 7 communication protocol
- AVP703 supports FOUNDATION Fieldbus protocol
HART® is a trademark of the FieldComm Group
FOUNDATION is a trademark of the FieldComm Group
The C6097C/D is designed to detect the upper or lower limit pressure of natural gas, LP gas and air on combustion equipment. The external electrical circuit is turned on and off according to the preset value. This device can be utilized for various purposes, such as detecting the minimum and maximum gas or air pressure supplied to the device, burner blower interlock, or filter clogging. The devices features both manual reset and automatic recycle options. Additionally, there is an optional switch action display light for switching pressure, which is sold separately.
C6097C models break control circuit at setpoint pressure fail.
C6097D models break control circuit at setpoint pressure rise.
Features:
- The product complies with the following UL, CSA, and FM standards:
UL/CSA: UL353,CSA C22.2 No. 24
FM: FM3510
- 1/4 in. NPT or flange mount models offered.
- Optional switch position indicator lamp available
- Can be installed either vertically or horizontally
The Model F4H compact digital mass flow controller is much smaller than our previous models. It has excellent responsiveness and controllability and advanced digital communication functions. It allows for miniaturization of manufacturing equipment, total cost reduction, and IoT at manufacturing sites
The Model F4H is a high-performance compact digital mass flow controller with advanced functions, featuring high-speed and wide-range flow rate control and 1%SP accuracy. The power supply is isolated from the signal circuit, so power supply noise can’t affect analog signals. It’s designed for high noise tolerance, ensuring reliable performance.
Fast response
0.3 s high-speed controllability, quick settling, even if pressure changes occur.
Compact size
50% smaller than our conventional mode, for flexibility in installation.
Effectively utilize digital communication
Upload useful information for fault diagnosis with F4H communication features. With a smart device gateway (NX-SVG), the model F4H communicates with any programmable logic controller.
High noise tolerance
The signal circuit is isolated from the power supply, so noise from power wiring has no effect on signals.
Cost effective
The ability to communicate digital with programmable logic controllers eliminates the need for an analog I/O model.
The model AZ-1SHM Smart HART® modem is an innovative service tool that facilitates field work on devices that utilize the HART ® communication protocol, in addition to the signal conversion function of a HART ® modem. Set up, adjust, and troubleshoot devices efficiently and safely.
Features & Benefits
- Loop Power / HART ® Communication Checker allows users to set and adjust devices without having to connect to a DCS or take the device out of service. A Support Tool (Windows application) displays HART ® communication waveforms and details, enabling deep analysis of various phenomena.
- Power to the Field Device can be supplied by the model AZ-1SHM, allowing parameters to be set and checked on a device that is not powered due to construction or maintenance.
- DE Communication protocol is supported when the model AZ-1SHM is used with Azbil’s Field Communication Software model CFS100, allowing users to set up and adjust devices on legacy DE loops.
HART® is a registered trademark of FieldComm Group
The model GV-A_ _ _ high-performance industrial gas solenoid valves are used to safely shut off the gas supply to gas burners and gas combustion furnaces. The compact solenoid is available with 3 types of valve units and a variety of pipe flange sizes*. Two valve units can be directly coupled using a seal set*. Maximum working pressure of 50 kPa.
Quick-open and slow-open models are available. Quick-open models include a maximum flow adjustment (variable) function. Slow-open models include a starting gas adjustment function and maximum flow adjustment function.
The model GV-A_ _ _ high-performance industrial gas solenoid valves was designed with your industry’s needs in mind, They are certified for SIL 3 and PL e, meeting the highest industry standards and ensuring top-notch performance.
*Pipe flanges are sold separately; flange assembly is done by customer.
*Seal sets sold separately
*Valves in this series are made by the German firm Elster GmbH.
Model C1M is a 1/16 DIN multifunction single loop controller with a PID control algorithm. It’s large-screen LCD shows control status at a glance. The Smart Loader Package makes setting operation and monitoring easy. A wide variety of input and output devices are available for use with the C1M. Control output types include relay, voltage pulse and current. Heating and cooling control can be achieved using control output 2 and event output.
Liquid-crystal display
The large 15.4-mm display (about 1.4 times larger than the previous C15 model controller) shows the process value (PV) in bright white, improving visibility in the field. A variety of other information can also be displayed, allowing you to see the process control status at a glance. |
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Improved smart loader package
It is useful in various situations such as setup, trial run adjustment, operation check, etc. A high-performance PID simulator, which brings together various Azbil technologies into one package, helps you obtain the desired control responses. |
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PLC link function
Data is transmitted by RS-485 serial communication without a communication program, saving you time and engineering work. |
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MELSEC is a trademark of Mitsubishi Electric Corporation.
Modbus™ is a trademark and the property of Schneider Electric SE, its subsidiaries and affiliated companies.
The model AUR255_1F burner controller with NFPA timing design requires little installation space and can be used for batch operations for systems that start and stop at least once in a 24-hour period. It follows the correct ignition sequence to automatically and safely ignite gas burners and oil burners. This device is compatible with model AUD100/110/120 advanced ultraviolet flame detector or a flame rod.
Various kinds of data are recorded in the AUR255, including flame voltage, ignition delay time, combustion counts, and combustion sequence stage.
The front 7-segment LED display shows the flame voltage and the current sequence stage. From the front panel, users can access a communication function that is convenient for maintenance and troubleshooting and an event function. The 7-segment LED display shows not only the normal operating sequence and flame voltage but also the sequence code and alarm code alternately in the event of an alarm, allowing users to view alarm details easily. The communication function can be used to read out basic information such as the status of input/output and the operating history, alarm history, and other internal information, which is useful for troubleshooting and preventive maintenance.
The Ignition trial time is 13.5s for the NFPA approved applications but can be selected also from 4.5 s, 9.0 s. To ensure timely replacement of the ultraviolet flame detector, the event function outputs a reminder after 25,000 hours of combustion use.
Wires connect to the sub-base (BC-R05A100, sold separately), making the unit easy to install/remove. The flame monitor output and alarm output contacts are available as semiconductor output and relay output, respectively. External reset input provides the ability to reset from a control panel.
The model AUR455 dynamic delf-checking burner controller compact design requires little installation space and can be used for continuous and batch operations. It follows the correct ignition sequence to automatically and safely ignite gas burners and oil burners. This device is compatible with model AUD300C advanced ultraviolet flame detector, model AUD500C explosion-proof advanced ultraviolet flame detector, or a flame rod. The model AUR455 drives the shutter built into model AUD300C / AUD500C to continuously check its flame detection circuit and the ultraviolet detector to provide flame detection for continuous burner operation. When used with a flame rod, the model AUR455 continuously checks its own built-in flame detection circuit to provide flame detection for continuous burner operation. The pilot ignition time can be selected from 4s or 8s. The ignition method can be selected from intermittent pilot and interrupted pilot.
The front connector provides a convenient communication function and event output for maintenance and troubleshooting. The PC loader can read various data types recorded in model AUR455 using the RS-485 communications protocol, including the flame voltage, ignition delay time, combustion count and combustion count of any sequence. The front 7-segment LED display shows the flame voltage and the current operating status. When an alarm is activated, the display indicates operating status, alarm codes, and event codes so the details can be checked easily.
The pilot Ignition time can be selected from 4 s or 8 s. To ensure timely replacement of the ultraviolet flame detector, the event function outputs a reminder after 25,000 hours of combustion use.
Wires connect to the sub-base, making the unit easy to install/remove. Flame monitor and alarm output contacts are available as independent non-voltage contacts. There are terminals for external reset inputs. This device can be reset from the operation panel.
The Network Instrumentation Modules / Smart Device Gateway* Model NX-SVG is a multi-vendor loT gateway that links data between devices connected by Ethernet and RS-485 without the need to create communication programs. It significantly enhances the data collection capability of devices such as PLC and ICP controllers and helps integrate loT devices. The Model NX-SVD is equipped with two Ethernet ports and two RS485 ports.
Features:
•Programless Communication (easy set-up, all you need to do is specify the addresses)
•Accelerated device integration into a lot (4 communication ports, 2-way data exchange between up to 198 devices)
•Settings can be saved into a USB Flash Drive
The model NX-SVG collects data from industrial furnace control devices such as controllers, combustion safety equipment, and inverters to visualize the combustion control status, burner combustion status, blower motor status, and conveyor motor load, creating the beginnings of a lot.
* A communication gateway that allows the interchange of information between various kinds of control device without programming, enabling smarter development work.
Azbil Photoelectric Switches for Harsh Environments Model H2B are designed for long term use in harsh environments such as those in the metalworking processes of automotive manufacturing equipment.
For automating manufacturing equipment such as machine tools, the metalworking processes of production lines for automobiles and automotive parts require many photoelectric switches. Most switches currently employ resin housing due to their intended use in clean environments. However, breakdowns frequently result when used in metalworking processes that encounter various oil-based coolants due to coolant penetrating the switch interior through cracks, cables, or other pathways.
Azbil offers an environment-resistant model that has dramatically improved robustness and oil resistance over standard models and contributes to the stable and reliable operation of production lines in harsh environments. The Model H2B features die-cast housing for shock resistance and a glass lens cover. Azbil has enhanced the switches’ protection from coolants by improving the sealing of cables and outlets and filling cable interiors with epoxy resin. Model H2B is designed to reduce interruptions to production lines caused by switch breakdown and increase factory operating efficiency.
■ Features
Robust construction and superior oil resistance
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- The construction of the Die-cast housing and glass lens cover does not use resin, which prevents cracking.
- Multiple sealing mechanisms prevent coolant from infiltrating into gaps and other small openings.
- The cable interior is filled with epoxy resin and acts as a barrier against coolant from seeping in.
Inclusion of a model that includes a slit
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- Increased detection performance of small objects is achieved due to a narrowed light beam, which is useful when detecting tools with a small diameter or differentiating irregularly-shaped parts.
Inclusion of a standard model with a 10-meter cable
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- By eliminating the need for an extension cable, the Model H2B ensures a tight and secure connection that effectively prevents any coolant leak
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Production area
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Potential application
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Example illustration
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| Machine tools, machining areas |
Environments in which a photoelectric switch is constantly exposed to coolants when metal parts to be cut during machining are covered in coolant. |
An example of a metal part for processing being detected
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| Machine tools, tool changing areas |
Environments are extremely close to the machining section, and mist coolant is constantly present in the air. In addition, environments where it is necessary to accurately detect the presence of tools of varying sizes, which require a photoelectric switch with a narrow beam. |
Detecting small-diameter tools
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| Transport of metal parts |
Environments extremely close to the machining section and mist coolant is constantly present in the air. In addition, environments where it is necessary to differentiate various metal parts for transport, which require a photoelectric switch with a narrow beam. |
Detecting metal parts in an engine block
Differentiating parts on a palette
(H2B models with a slit)
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Azbil Liquid Leak Detection with Self-contained Built-in Amplifier Model HPQ-D11: Open Collector NPN and Model-D12: Open Collector PNP requires no absorbent paper. Usable with various liquids – acids or alkaline liquids, IPA (Isopropyl alcohol), pure water, Flourinert™, Galden™, etc. The body and cable are protected by PFA. Easy maintenance – after leak detection, simply dry the detector surface. Operation indicator, switch status can be checked from the body side. A wide variety of output models and types are available. Suitable for export equipment. CE Marked UL certified.
Features:
·Self-contained built-in amplifier, usable with a wide range of applications.
·Accurately detect leaks without dependence on liquid conductivity.
·Optical method detects liquid directly.
·Easy maintenance – after leak detection, simply dry the detector surface; no absorbent paper is required.
Fluorinert is a trademark of 3M Company
Galden is a trademark of Solvay Solexis S.P.A. Corporation
The Model V8S compact design features a control unit separate from the gauge head, allowing it to handle temperatures as high as 250 °C often found in atomic layer deposition (ALD) equipment due to changes in the process gas. The gauge head measures the temperature and compensates for fluctuation in accuracy due to temperature variation.
Using special components and its noise-reducing design, the model V8S achieves the same high-speed response time, as fast as 1 ms, as the integrated model.
Creating a high-precision vacuum is vital for manufacturing processes such as semiconductors and freeze-drying. A Capacitance Diaphragm Gauge is an essential component for high-precision vacuum measurement. If you are looking for a solution to increase the machine uptime for higher yields because your vacuum process is affected by a zero point shift of the vacuum sensor, consider the Sapphire Capacitance Diaphragm Gauge Model V8C.
Azbil’s Gas Independent CDG Model V8C is ideal for accurate and stable absolute pressure measurement, especially in deposition processes like CVD. Newly developed sensors and baffles can be selected for the Model V8C, reducing deposits on the sapphire diaphragm. With our sensor, the amount of zero point shift has been reduced to one-tenth that of our conventional products, offering higher flexibility with the given zero point stability and significantly reducing the machine’s maintenance interval.
The model V8C high-speed response time is as fast as 1 ms. It’s polynomial operation capability allows temperature correction over a wide range. Self heating temperatures can be set in a range of 45-200° C. The heat dissipating structure of the model V8C enable it to be installed vertically or horizontally.
Azbil Model F4Q high-accuracy mass flow controller offers a high-speed response (0.3 seconds for a wide range of flow rates), low-pressure loss, and high accuracy digital mass flow control. They are equipped with a large LCD display and operation keys. Checking data onsite instantaneously is effortless – the control status can be quickly understood by the color and state of the large LED indicator, and the display can be rotated in 4 directions for easy reading. The mass flow controller has 1% S.P. accuracy over a wide flow rate range (2 mL/min to 50 L/min depending on the model), even at low flow rates with 1% F.S. accuracy. CE marked.
Models with fluororubber gaskets and EPDM gaskets are available. The models with fluororubber gaskets can control air, nitrogen, oxygen, argon, carbon dioxide, city gas (45 M.J./m3), methane (100%), propane (100%), and butane (100%) gases. The controller can be programmed to handle mixed gases. The models with EPDM gaskets can control acetylene (C2H2), air, nitrogen, oxygen, argon, and carbon dioxide. Operating temperature from 14 to 140 °F ( -10 to 60 °C).
The model F4Q uses a built-in sensor and valve to control gas flow rates. These are ideal for production sites for machinery, automobiles, electrical/electronic equipment, semiconductors, etc., in manufacturing equipment that requires high-accuracy flow control of gas use mass flow. Applications include brazing and burner work, gas cutting, baking furnaces for the MLCCs, gas carburizing furnaces, culture apparatus, and experimental environment. To cope with a decrease in the number of skilled workers and to meet the higher quality requirements due to the miniaturization of electronic components, automatic gas flow rate control with mass flow controllers is becoming more popular than manual control with needle valves. With the Model F4Q mass flow controller, no other systems are necessary to check and control the status.
Azbil Outdoor Limit Switches Model 1LS-J8_ _ are highly durable switches that withstand heat from direct sunlight and extreme air temperature changes in outdoor applications. A wide range of roller lever, adjustable roller levers, and no lever actuators are available to suit your application.
Applications include:
- Automated parking garages
- Ski lifts
- Cherry pickers
- Elevated work equipment
- Industrial machinery in harsh environments and cold places
Switches have a Mechanical life of 10 million operations.
Azbil Spatter-Guarded Limit Switches Model _LS_ _ offers effective countermeasures against the adhesion of spatter. Heat-treat resin is used in the cover screen to scatter spatter. The gap between the housing and the lever on the head has been eliminated. Spatter-resistant. Teflon is used as the shaft coating material. Spatter-resistant stainless steel is used on skews and rollers, and slotted. Phillips head + – screws are used for easy removal of spatter. Paint is heat-resistant to 248° F (120° C). Quick lock type models are available. UL/CSA/GB (CCC marking)- approved.
The New Model F7M_-KIT Low Flow Starter Kit contains a flowmeter, fittings, accessories, and loader program to go straight from unpacking to bench testing or immediate usage in your application. Starter kits are available with PVC or Fluororesin insulated cables and PVC or Fluororesin tube assemblies, depending on the model.
Azbil Model F7M Micro Flow Liquid Flow Meters use a thermal flow sensor to monitor low flow liquid flow rates under 50 mL/min: measurement flow range 0.1 to 10 mL/min, 0.3 to 30 mL/min or 0.5 to 50 mL/min depending on the model. These micro flow flowmeters can be used with various fluids that do not corrode quartz glass or fluorocarbon resin – the reference fluid is water (H2O). Compliant with IP65 protection rating. The non-metallic outer surface gives this product increased resistance to corrosives. No display (equipped with an LED status indicator), flow path material: fused silica glass, PFA, PTFE, signal type: analog output, digital input, digital output, waterproof connector: HR30-6R-6P(71)
VorTek Instruments’ Model MT160 Ultrasonic Thickness Gauge is a compact handheld device that can measure the thickness of various materials with a high degree of accuracy. Every Model MT160 ultrasonic thickness gauge comes standard with an integrated metal disc to calibrate the device before each use properly.
The Model MT160 ultrasonic thickness gauge has no wear and does not require the process to be interrupted as the measurement is taken outside the pipe. With data logging capability and a broad range of transducers to select from, the Model MT160 will accommodate your specific application requirements.
SonoConfig™ Instrument Interface Software works with SonoPro® Portable flow meters to provide valuable setup, diagnostic, and data logging tools. Communicate with SonoPro™ Portable flowmeter through USB or Bluetooth wireless connection.
SonoConfig™ works on most Android® phones and tablets.
SonoConfig™ Instrument Interface Software is available for free download. SonoConfig™ is also available preloaded on a tablet from VorTek Instruments.
SonoPro® is a registered trademark of VorTek Instruments LLC.
SonoConfig™ is a trademark of VorTek Instruments, LLC.
Android® is a registered trademark of Google LLC.
VorTek Instruments SonoPro® Professional Model S36 Clamp-on Flow Meters incorporate high accuracy transit-time ultrasonic technology to deliver accurate and reliable flow metering. The advanced design includes matched precision transducers and signal processing circuitry to accurately measure the flow of most liquids over a wide range of velocities. Clamp-on transducers do not require process interruptions to install them since they are attached to the outside of the pipe, creating no wear and zero pressure loss. With the addition of external temperature inputs, SonoPro® Professional Model S36 clamp-on flowmeters can provide a reliable (BTU) energy or mass flow measurement.
SonoPro® Professional model S36 clamp-on flowmeter offers an industry-leading variety of communication options. In addition to providing traditional communication methods such as analog output signals, this flowmeter also provides the latest and most advanced digital Fieldbus protocol options such as Modbus® TCP/IP and BACnet ™ /IP
SonoConfig™ Instrument Interface Software works with SonoPro® Professional model S36 clamp-on flow meters to provide valuable setup, diagnostic, and data logging tools. Communicate through USB connection or Bluetooth® wireless. SonoConfig™ works on most Android® phones and tablets and is available for free download. It is also available preloaded on a tablet from VorTek Instruments.
SonoPro® is a registered trademark of VorTek Instruments, LLC.
SonoConfig™ is a trademark of VorTek Instruments, LLC.
Modbus® is a registered trademark of Schneider Electric USA, Inc.
BACnet™ is a trademark of ASHRAE
VorTek Instruments SonoPro® Portable Model U44 Clamp-on ultrasonic flow meters incorporates high accuracy transit-time ultrasonic technology to deliver accurate and reliable flow metering. The advanced design includes matched precision transducers and signal processing circuitry to accurately measure the flow of most liquids over a wide range of velocities. Clamp-on transducers do not require process interruptions to install them since they are attached to the outside of the pipe, create no wear and zero pressure loss.
With the addition of external temperature inputs, the SonoPro® Portable clamp-on flowmeter Model U44 can provide a reliable (BTU) energy measurement.
SonoPro® is a registered trademark of VorTek Instruments, LLC.
VorTek Instruments SonoPro® Portable Professional Model S34 Clamp-on Ultrasonic Flowmeters incorporate high accuracy transit-time ultrasonic technology to deliver accurate and reliable flow metering. The advanced design includes matched precision transducers and signal processing circuitry to accurately measure the flow of most liquids over a wide range of velocities. Clamp-on transducers do not require process interruptions to install them since they are attached to the outside of the pipe, creating no wear and zero pressure loss. With the addition of external temperature inputs, The SonoPro® Portable Professional Model S34 can provide a reliable (BTU) energy or mass flow measurement.
SonoConfig™ Instrument Interface Software works with the SonoPro® Portable Profession Model S34 flowmeters to provide valuable setup, diagnostic, and data logging tools.
SonoPro® is a registered trademark of VorTek Instruments, LLC
SonoConfig™ is a trademark of VorTek Instruments, LLC.
Azbil Model F7M Micro Flow Liquid Flow Meters use a thermal flow sensor to monitor low flow liquid flow rates under 50 mL/min: measurement flow range 0.1 to 10 mL/min, 0.3 to 30 mL/min or 0.5 to 50 mL/min depending on the model. These micro flow flowmeters can be used with various fluids that do not corrode quartz glass or fluorocarbon resin – the reference fluid is water (H2O). Compliant with IP65 protection rating. The non-metallic outer surface gives this product increased resistance to corrosives. No display (equipped with an LED status indicator), flow path material: fused silica glass, PFA, PTFE, signal type: analog output, digital input, digital output, waterproof connector: HR30-6R-6P(71)
The Model AUR890F and Model AUR890G Burner Controllers were developed to replace the Model RA890 and are designed for batch operation of combustion equipment (At least one cycle start and stop in each 24 hour period). In combination with a Model AUD100 Advanced Ultraviolet Flame Detector or Flame Rod assembly, the Model AUR890 automatically executes ignition, flame monitoring, and fuel shutoff for on/off controlled gas burners or oil burners. UL/FM Approved models available.
Azbil’s Model AX24 Multivariable Vortex Flowmeter offers accurate and reliable flow metering in a multivariable design. The multivariable design incorporates a high-accuracy velocity sensor, a precision platinum RTD temperature sensor, and a solid-state pressure transducer. The AX24 can deliver volumetric flow, mass flow, temperature, pressure, density, and energy (BTU) measurements from a single installed device. This drastically reduces complexity, equipment costs, and installation costs in comparison to installing multiple stand-alone instruments to arrive at the same process measurements.
The Model AX24 includes a reduced bore option. The meter’s process connections match the line size but using integrated reducing flanges, the meter body is reduced in diameter. This increases the fluid velocity through the meter. Increasing the velocity in this fashion extends the meter’s measuring range to capture lower flow rates that might otherwise be missed in a full line size meter. This reduced bore option also shares the same face-to-face dimension as a standard meter for pressure classes up to ANSI 600. So if process conditions change, the meter body size can be changed without any costly piping modifications. This is especially useful in project planning, as it allows for flexibility into the future.
The Model AX24 flowmeter offers an industry-leading variety of communication and power options. In addition to providing traditional communication methods such as analog output signals, the flowmeter also offers the latest and most advanced serial communication options such as BACnet®/IP and Modbus® TCP/IP. The Model AX24 is the only vortex flowmeter on the market to provide Power over Ethernet (PoE) capabilities. Power over Ethernet functionality delivers power and data through a single ethernet cable. Both simplifying installation and reducing installation costs.
Sizing Program
Azbil multivariable flowmeters utilize three primary sensing elements – a vortex shedding velocity sensor, an RTD temperature sensor, and a solid-state pressure transducer – to measure the mass flow rate of gases, liquids and steam. Because the model AX23 is able to measure all process variables within a single device it provides exceptional accuracy, simplifies system design and reduces installation costs.
To enhance reliability, the model AX23 series insertion flowmeters feature a no-moving parts design and rugged, welded construction. They are easily installed with flanged or Male NPT process connections in any pipe size of two-inches and greater. Optional retractor or “hot-tap” hardware simplifies maintenance operations.
The model AX23 series provides excellent rangeability and a low permanent pressure drop. To simplify installation and commissioning, all measured variables and programming menus are available on the instrument’s easy to use display and control pad.
The product line is available with a wide range of options and meter configurations to meet your specific application requirements.
Azbil multivariable flowmeters utilize three primary sensing elements –a vortex shedding velocity sensor, an RTD temperature sensor, and a solid-state pressure transducer–to measure the mass flow rate of gases, liquids and steam.
Systems that use external process measurements to calculate mass flow may not provide adequate compensation for the fact that process conditions can change radically between the point of velocity measurement and the point where upstream or downstream pressure and temperature measurements are being made. Because the model AX22 multivariable flowmeter measures all of these parameters in a single location, it delivers a more accurate process measurement.
Integrating multivariable output capability with a single line penetration also simplifies system complexity and helps reduce initial equipment cost, installation cost and maintenance costs.
The product line is available with a wide range of options and meter configurations to meet your specific application requirements.
The SonoPro® Model U43 is a wall-mount, clamp-on or insertion type ultrasonic flow meter using transit time technology to accurately meter water applications. Clamp-on type ultrasonic flow meters are easy to install and do not require shutting down or cutting the pipe, saving you trouble and cost. Insertion type ultrasonic flow meters allow measurement of pipes that are not compatible with the clamp-on type. The SonoPro® Model U43 uses our unique calculation software to ensure high accuracy and low velocity response.
Economical Commercial/HVAC Ultrasonic metering solutions for water application.
The base meter is housed in a dust/splash proof housing for indoor applications.
Available with clamp on or insertion sensors.
The SonoPro® Model U43 clamp on ultrasonic meter is a non-invasive solution to your metering needs. The clamp on features allows you to easily install a metering solution anywhere in the facility. Since these are attached to the outside of the pipe, they can be easily relocated without having to shut down your process.
The ultrasonic waves are transmitted through the pipe and fluid in the following two directions: upstream and downstream or with and against flow. The fluid velocity is calculated with the difference in the time measurement for each signal. With the fluid velocity and the pipe size, the meter can calculate the fluid flow rate.
The SonoPro® Model U43 can provide energy measurements in BTU for various water applications.
When selection a flowmeter, please consult the sizing program. This easy to use tool leads you through the process and recommends the best instrument for your flow application.
The SonoPro® Model U42 is a wall-mount, clamp-on or insertion type ultrasonic flow meter using transit time technology. Clamp-on type ultrasonic flow meters are easy to install and do not require shutting down or cutting the pipe, saving you trouble and cost. Insertion type ultrasonic flow meters allow measurement of pipes that are not compatible with the clamp-on type. The SonoPro® Model U42 uses our unique calculation software to ensure high accuracy and low velocity response.
Available with clamp on or insertion sensors.
The SonoPro® Model U42 clamp on ultrasonic meter is a cost effective and non-invasive solution to your metering needs. The clamp on features allows you to easily install a metering solution anywhere in the facility. Since these are attached to the outside of the pipe, they can be easily relocated without having to shut down your process.
The ultrasonic waves are transmitted through the pipe and fluid in the following two directions: upstream and downstream or with and against flow. The fluid velocity is calculated with the difference in the time measurement for each signal. With the fluid velocity and the pipe size, the meter can calculate the fluid flow rate.
The SonoPro® Model U42 can provide energy measurements in BTU for various water applications, such as heating and cooling.
Typical flow measurement applications include but are not limited to heating and cooling water, industrial water flow, municipal water, and agricultural flow.
When selection a flowmeter, please consult the sizing program. This easy to use tool leads you through the process and recommends the best instrument for your flow application.
Azbil VorTek VorCone™ flow meters utilize two different flow meter technologies in combination; vortex and differential pressure. The design has blended the two separate flow metering principles into one hybrid system where the two meters complement each other’s performance. This combination allows for the prediction of the fluid density, volumetric flow rate and mass flow rate without any fluid density information being required from an external source.
This ability to measure fluid density allows the meter to provide several valuable outputs. The VorCone™ meter can calculate the density of changing gas mixtures. For example, natural gas is typically a composition of many different gases which can vary over time and vary by application. In saturated steam service, the meter produces a reliable steam quality (dryness) measurement and steam mass flow rate reading. In wet natural gas service, the meter provides a reliable liquid loading measurement and gas mass flow rate reading. These are a few examples of the unique capabilities of the VorCone™ meter.
The Model C7G Multi-loop Controller with Multifunction Display can calculate diagnostic parameter, known as health index, that help to predict failure of other equipment, in addition to calculations for PID control of process variables such as temperature, pressure, flow rate, pH, and liquid level. One module can execute PID control for up to 4 loops. The controller consists of a display unit with a 3.5 inch QVGA LCD and touch panel, as well as a main unit capable of controlling up to four loops with an input sampling cycle of 10 ms and an indication accuracy of ± 0.1 %FS. The display unit and main unit can be installed separately for installation flexibility. A wide variety of interfaces, including Ethernet, RS-485 serial communication, micro SD memory card, micro USB port, and 7 digital input/outputs are provided as standard features, Setup, operation, and monitoring can be easily accomplished using the display unit and Smart Loader Package. IEC and CE compliant. Protective structure of display face: IP71
Smart Valve Positioner 300 Series
Critical chemical applications rely on the Smart Valve Positioner 300 series for tight process control. An external switch allows operators to easily auto-calibrate the valve positioner at the point of use.
Features & Benefits
- Compact, Rugged, and Light-Weight Design
Explosion-proof / intrinsically-safe body protects against vibration and contamination
The Smart Valve Positioner 300 Series is compatible with almost any commercially-available control valve for universal control (available HART® communication with Model AVP302/307)
HART® is a trademark of the FieldComm Group
- Fast and Easy Auto-Calibration
Initiate the auto-calibrate feature through an externally-accessible switch to assess valve movements and adjust to optimal settings.
Detect abnormalities and deterioration, making systematic maintenance possible
Azbil Model ECM3000 control motors are designed for various industrial equipment applications. Two models are available: 90° angular stroke for applications such as burner controls and 160 ° angular stroke for applications such as valve controls of hot and cold water or steam.
The motors have a robust aluminum die-cast body. Splash-proof struct or IP54 or equivalent, superior to environment resistance Three kinds of control signal input types are available: relay contact, 4 to 20 mAdc, and potentiometer depending on the model. Three kinds of power supply voltage types are amiable: 24 Vac, 100 Vac, and 200 Vac. depending on the model. Additionally, a power supply unit applicable to a voltage range of 85 to 264 Vac is also available for the 4 to 20 mAdc input type. The Model: EMC3000 contains a standard bracket accessory for retrofiring Azbil’s older motors. Input is selectable – 3 inputs types are available – relay, 4 to 20 mAdc, and potentiometer (according to the model No.). Long life parts are used for the internal potentiometers and bearings of the motor. The 90° angular stroke motor type has a pointer to indicate the position of the rotating shaft and a rotating direction label. The motors have a pointer to indicate the position of the rotating shaft and a rotating direction label. Models with two auxiliary switches and open/close override functions are available. 24Vac models are CE-marked and cUL certified.
Azbil Model MQV- _ _ _ _ Digital Mass Flow Controller for Hydrogen and Helium Gases features high-performance mass flow controllers that incorporate a thermal mass flow sensor developed by Azbil Corporation, the µF (Micro Flow) sensors, in addition to a proportional solenoid valve and advanced actuator control technology. Advanced 300 ms* high speed control can be used for low differential pressure work. The ultra-high-speed response Micro Flow sensor and unique PID tuning realize exceptionally high-speed response in reaching the set flow rate from a fully closed state. The model MQV_ _ _ _ also responds quickly to changes in the primary pressure, minimizing the effect on the flow rate on the secondary side. Selectable control range, power circuit isolation, and emphasis on usability. The model MQV_ _ _ _ does not use capillaries that have large pressure loss, so the model MGV can control in the low pressure difference. The model MQV_ _ _ _ comes with a multitude of standard functions such as flow rate, indication and totalizing. A convenient personal computer loader function has been integrated as a standard feature. The MLP loader software, which is sold separately, allows not only configuration of various settings, but also monitoring of flow rate trends and other operating status information on the PC screen. Acquired data can also be saved on a CSV file. The power circuit is isolated from analog I/O circuits. If multiple MQV_ _ _ _ controllers are connected to analog I/O by a PLC or the like, there is no need to use an isolated circuit in the analog module on the PLC side. A common power supply can be used to supply power to the controller. MQV_ _ _ _ controllers can operate at a allow differential pressure of 50 kPa or less. An AC adaptor is available that is suitable for use in laboratory setting or for similar application. Models with a integrated display, the display direction can be changed 180 degrees. Pipe size (B) ¼” and ½”. Flow range .5 L/min to 200 L/min. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C). Operating humidity 10 to 90% RH, no condensation allowed. Output 0-5V dc / 1 – 5 V dc / 0-20MA dc 4 – 20 mA dc (selectable). CE approved.
*500 ms for the model MQV9005/9200/9050B and C, 700 ms for the model MQV0050/0200/0500/1000J and K
Azbil’s Model MPC_ _ _ _ Panel-Mount Mass Flow Controllers are small and light. Compact (front panel: 48mm square x 72.7 mm deep) and light. The (300 g) mounting body contains a built-in miniature proportioning valve, enabling full-automatized flow control. The controller incorporates a thermal micro-flow sensor developed by Azbil Corporation and an extremely compact proportional solenoid valve. The controller offers easy operation and easy mounting even for the purgemeter users. Once you set the flowrate set point, the MPC automatically completes all the operations. External set point change (from PLC to host systems) is easy, using an optional analog setting input function or communication function (RS-485). The model MPC_ _ _ _ Panel Mount Mass Flow Controllers µF (Micro Flow) sensor with high speed (1 s), high accuracy (2% FS) flow control is unaffected by pressure and temperature fluctuations. There are a variety of functions available as standard offering equipment cost reduction. These include: Multi set point function, gas type switching, operation mode switching, slow start function, flowrate integration function, alarm indication/output/automatic shut-off, event indication/output, “OK” indication/output, Automatic shut-off function, valve drive output monitor and standard support of the loader communication. Pipe size (B) 1/8″. Flow range 0.5 L/min to 20 L/min. Accuracy ±2% FS, operating temperature 14°F (-10°C) to 122°F (50°C). Operating humidity 10 to 90% RH (non-condensing), operating differential pressure 50 to 3000 kPa psi. Smart Loader connection (standard), RS-485 communication (option). Power supply 24V dc. CE approved.
Azbil Model MQV_ _ _ _ Digital Mass Flow Controller Semi-Standard Gas Models feature high-performance mass flow controllers that incorporate a thermal mass flow sensor developed by Azbil Corporation, the µF (Micro Flow) sensors, in addition to a proportional solenoid valve and advanced actuator control technology. Advanced 300 ms* high speed control can be used for low differential pressure work. The ultra-high-speed response Micro Flow sensor and unique PID tuning realize exceptionally high-speed response in reaching the set flow rate from a fully closed state. The model MQV_ _ _ _ also responds quickly to changes in the primary pressure, minimizing the effect on the flow rate on the secondary side. Material of gas-contacting parts 316 stainless steel, Teflon, EPDM. Selectable control range, power circuit isolation, and emphasis on usability. The model MQV_ _ _ _ does not use capillaries that have large pressure loss, so the model MGV_ _ _ _ can control in the low pressure difference. The model MQV_ _ _ _ comes with a multitude of standard functions such as flow rate, indication and totalizing. A convenient personal computer loader function has been integrated as a standard feature. The MLP loader software, which is sold separately, allows not only configuration of various settings, but also monitoring of flow rate trends and other operating status information on the PC screen. Acquired data can also be saved on a CSV file. The power circuit is isolated from analog I/O circuits. If multiple MQV controllers are connected to analog I/O by a PLC or the like, there is no need to use an isolated circuit in the analog module on the PLC side. A common power supply can be used to supply power to the MQV. MQV controller can operate at a allow differential pressure of 50 kPa or less. An AC adaptor is available that is suitable for use in laboratory setting or for similar application. On models with a integrated display, the display direction can be changed 180 degrees. Pipe size (B) ¼” and ½”. Flow range .5 L/min to 500 L/min. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C). Operating humidity 10 to 90% RH, no condensation allowed. Output 0-5V dc / 1 – 5 V dc / 0-20MA dc 4 – 20 mA dc (selectable). CE approved.
*500 ms for the model MQV9005/9200/9050B and C, 700 ms for the model MQV0050/0200/0500/1000J and K
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Azbil Model CMS_ _ _ _ Gas Mass Flow Meters for Hydrogen and Helium Gases are equipped with Azbil Corporations µF (Micro Flow) sensors, which can detect even the slightest gas flow. The flow meters provide mass flow measurement of gas with high speed 2 ms response that is unaffected by changes in pressure and temperature. The CMS incorporates a microflow sensor built with silicon micromachining and thin-film technologies. The Symmetric structure measures reverse flow as well. The sensor is located on the pipe wall. High repeatability with ± 0.5% FS., high accuracy ± 5% rdg. Pipe size (B) 1/4″ and 1/2″, flow rate range 0.6 L/min to 2000 L/min. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C). Operating pressure –0.07 to 1 MPa. Sampling time 100 ms ± 20 ms. Analog output signals can be switched among 0 to 5V, 1 to 5 V and 4 to 20 mA output, selectable using keys on the model CMS_ _ _ _ body. Gas-contacting parts: 316 stainless steel, Flourorubber. RS-485 option is available. Inspection results and traceability certificate models available
Functions include instantaneous flow rate indication, totalized or reverse-totalized flow display, event output, totalizer pulse output, totalized flow reset input, output scaling, gas type switching, etc. for a variety of applications. The model CMS_ _ _ _ gas flowmeters are CE-approved.
Azbil Model CMG_ _ _ compact, high-accuracy gas flow meters for monitoring Natural Gas (13A) and Air offer mass flow measurement with high speed 2 m response that is unaffected by changes in pressure and temperature. The flow meters employ Azbil Corporation’s µF (Micro Flow) thermal flow rate sensors as the sensing element. The sensor is located on the pipe wall. Symmetric structure measures reverse flow as well. High repeatability, accuracy ± 4% RD. Pipe size (B) 1/2″, 1″, 1 1/2″ and 2″, flow rate range 4 m3 /h to 150 m3/h. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C); no condensation allowed. Operating pressure 0 to 100 kPa. Sampling time 100 ms ± 10%. Ambient humidity 90 % RH at 40 °C, no condensation allowed. Alarm contact output. Output signal 1 – 5 V/ 4 – 20 mA, selectable by model number. The gas flow monitor digital indication of instantaneous / integrated flow is visible from a distance, and its measurement status can be indicated by Hi, Lo, OVER, ALARM LEDs. The self-diagnostic function is effective for troubleshooting. Protective structure IP54 (rating is based on JIS C 0920), device is dust-proof and splash-proof. CE approved (24vdc model only).
The Model MVF_ _ _ _ Micro Flow Vortex Gas Flow Meters make use of Azbil’s proprietary Micro Flow Sensor, which has high sensitivity and quick response. As a result, the MVF flow meters achieve a wide measurement range of 100:1. The model MVF_ _ _ _ Micro Flow Vortex Gas Flowmeters incorporates a µF (Micro Flow) sensor made by silicon micro-machining and thin film technologies. Because a high-sensitivity, quick response sensor that is a mere 1.7 mm square and 0.5 mm thick is used to detect the vortex frequency. Since this flowmeter covers a wide measurement range in the service flow range, it can be used for pipes with unknown flow rates without worrying about selecting a suitable model. Since Temperature and pressure compensation functions are integrated, there is no need to use temperature and pressure sensors and compensation devices, thus reducing the cost of ownership. Comprehensive interfaces such as 4 to 20 mA instantaneous flow rate output, pulse output for totalization communications functions (RS-485 communication), etc., are integrated as standard functions. Therefore, this device can be used with a wide variety of external devices. The instantaneous flow rate / total flow display enables easy confirmation of these values at the work site. IP67 structure for outdoor applications, CE marked.
Azbil Model MCS100 Air Mass Flow Sensors are compact, fast response air mass flow sensors. With its combination of thermal MEMS sensor and a flow path with low pressure loss, the MCS can measure air flows under 10L/min with a fast 5 ms response and is unaffected by changes in pressure and temperature. The sensor is located in the pipe wall and detects slight flow rate differences. Symmetric structure measures reverse flow as well. Any mount position is okay, and there is no need for a straight pipe section with low pressure loss (models with built in flow rectifier). Bidirectional flow range models are available. Only weighs 9 g. Pipe size 1/8” (MS female [brass insert]). Flow range -3 to 3 L/min, 0 to 3 L/min, -0.5 to 0.5 L/min, 0 to 0.5 L/min and 0 to 10 L/min depending on the model. Accuracy ±5% FS or ±6 FS depending on the model. Operating temperature 32°F (0°C) to 122°F (50°C) for both ambient and gas temperatures. Operating humidity 10 to 80% RH, no condensation allowed. Operating pressure –100 to 200 kPa (range for assured pressure characteristics: -70 to 200 kPa). 1-5V output (non-linear). Low power consumption (12 mA max. at 24 Vdc). CE approved.
Panel mount indicator for the model MCS100 available (Model MCW401A100), sold separately. Compatible MCS100 models: MCS100A100, MSC100A104, MCS100A108, MCS100A112 and MCS11A120
The compact air mass flow sensors in the Model MCS200 can be used with atmosphere analyzers to measure air flow rate or with gas analyzers to measure nitrogen flow rate, and can be used to confirm vacuum of minute electronic parts. Compared to the model MCS100, these sensors are smaller and lighter. connection to piping is made through manifolds.
Azbil Sapphire Capacitance Diaphragm Vacuum Gauge (Pressure or Vacuum) Model SPG5A: Standard and Model SPG6A: Extra High-Temperature use a sapphire capacitance pressure sensor to achieve high accuracy and reliability and are built to keep zero shift. The gauges are compact and lightweight. Self-heating models are available (45 °C, 125 °C, 150 °C, 160 °C, 180 °C, and 200 °C). The Sapphire Capacitance Diaphragm Gauges are especially suited for semiconductor manufacturing. Resolution is 1/10000FS. Gas -contacting materials sapphire, DSALOY (equivalent to Inconel), SUS316L. The gauges uses a single-crystal sapphire for excellent resistance to corrosion and high temperatures. Capacitive measurement has high repeatability even when used at high temperatures. Microprocessor-based digital PID control provides fast warm-up and stable sensor temperature (self-heating models), improving temperature management and reducing startup time. Easy zero-point adjustment with automatic adjustment buttons or up/down buttons. The zero-adjustment range is a wide ±20% FS, allowing long replacement/ calibration intervals and lower running costs. Status display LEDs show event output and vacuum gauge state (normal, warm-up in progress, and abnormal) at a glance. The gauges are equipped with 3 event replays that can be used for interlocks and 3 outputs status alarms for event settings like instrumentation abnormalities, warm-up finished and upper/lower pressure limits, etc. Working from a PC, user can monitor the gauges and easily change its settings using the Model SLP-SP5J70 Smart Loader-Package (sold separately). Conformity to IEC directive; CE -marked: compliant with EN 61326 and EN 50011.
Azbil Model CMS_ _ _ _ Stainless Steel / 316 Stainless Steel Gas Mass Flow Meters are equipped with Azbil Corporations µF (Micro Flow) sensors, which can detect even the slightest gas flow. The flow meters. provide mass flow measurement of gas with high speed 2 ms response that is unaffected by changes in pressure and temperature. The model CMS_ _ _ _ incorporates a microflow sensor built with silicon micromachining and thin-film technologies. The Symmetric structure measures reverse flow as well. High repeatability, accuracy ± 3% rdg. 100:1 measurement range, pipe size (B) 1/4″ and 1/2″, flow rate range 2 L/min to 500 L/min depending on the model. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C). Operating pressure –0.07 to 1MPa. Sampling time 100 ms ± 20 ms. Analog output signals can be switched among 0 to 5V, 1 to 5 V and 4 to 20 mA output, selectable using keys on the CMS body. Gas-contacting parts: 304 stainless steel or 316 stainless steel (depending on the model), Flourorubber. RS-485 option available for 316 stainless steel models. Inspection results and traceability certificate models are available.
Functions include instantaneous flow rate indication, totalized or reverse-totalized flow display, event output, totalizer pulse output, totalized flow reset input, output scaling, gas type switching, etc., for a variety of applications. The model CMS _ _ _ _ flowmeters are CE-approved.
Azbil Model SPS300A and Model SPS300B Intelligent Pressure Sensors and Switches are microprocessor-based high accuracy and high function digital pressure detectors. Accuracy is ± 0.25% FS with a high-speed response of 50 ms (63% response). The units have high reliability of more than one million pressure-cycle mechanical life. A Liquid-filled dual diaphragm (316L stainless steel) and a semiconductor-based pressure detection element are incorporated into the pressure detection unit. These detectors are used for gauge pressure measurements.
The Model SPS300A is a pressure sensor with current output and relay contacts. The Model SPS300B is a pressure switch that offers two-stage relay contact (independent) outputs. The structure is rainproof*—key operation and high visibility large digital indication. Smart functions ensure applicability to a wide range of sites: PV bias adjustable, adjustable indication figure, adjustable filter constant, keylock, adjustable hi-lo relay action, manual output setting possible, peak hold, and output scaling. The Model SPS300A must be mounted vertically. Different mounting orientations might cause measurement errors.
*If rainproofing is required, seal the conduit hole with a waterproof conduit and tighten the front cover firmly after wiring.
Azbil Model MQV_ _ _ _ _ Digital Mass Flow Controller Standard Gas, Medium Flow Rate Models features high-performance mass flow controllers that incorporate a thermal mass flow sensor developed by Azbil Corporation, the µF (Micro Flow) sensors, in addition to a proportional solenoid valve and advanced actuator control technology. 700 ms control can be used for low differential pressure work. The ultra-high-speed response Micro Flow sensor and unique PID tuning realize exceptionally high-speed response in reaching the set flow rate from a fully closed state. Material of gas-contacting parts 316 stainless steel, Teflon, fluororubber. Selectable control range, power circuit isolation, and emphasis on usability. The model MQV does not use capillaries that have large pressure loss, so the MGV series can control in the low pressure difference. The MQV Series comes with a multitude of standard functions such as flow rate, indication and totalizing. A convenient personal computer loader function has been integrated as a standard feature. The MLP loader software, which is sold separately, allows not only configuration of various settings, but also monitoring of flow rate trends and other operating status information on the PC screen. Acquired data can also be saved on a CSV file. The power circuit is isolated from analog I/O circuits. If multiple model MQV- _ _ _ _ controllers are connected to analog I/O by a PLC or the like, there is no need to use an isolated circuit in the analog module on the PLC side. A common power supply can be used to supply power to the controller. Model MQV_ _ _ _ controllers can operate at a allow differential pressure of 50 kPa or less. An AC adaptor is available that is suitable for use in laboratory setting or for similar application. On models with a integrated display, the display direction can be changed 180 degrees. Pipe size (B) ¼” and ½”. Flow range 50 L/min to 500 L/min. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C)*, ambient temperature and gas temperature. Operating humidity 10 to 90% RH, no condensation allowed. Output 0-5V dc / 1 – 5 V dc / 0-20MA dc 4 – 20 mA dc (selectable). CE approved.
*Operating temperature for the model MQV0500 14°F (-10°C) to 112°F (50°C)
Azbil MQV Digital Mass Flow Controller Standard Gas, Low Flow Rate Models features high-performance mass flow controllers that incorporate a thermal mass flow sensor developed by Azbil Corporation, the µF (Micro Flow) sensors, in addition to a proportional solenoid valve and advanced actuator control technology. Advanced 300 ms* high speed control can be used for low differential pressure work. The ultra-high-speed response Micro Flow sensor and unique PID tuning realize exceptionally high-speed response in reaching the set flow rate from a fully closed state. The MQV also responds quickly to changes in the primary pressure, minimizing the effect on the flow rate on the secondary side. Selectable control range, power circuit isolation, and emphasis on usability. The model MQV_ _ _ _ does not use capillaries that have large pressure loss, so the MGV series can control in the low pressure difference. The MQV Series comes with a multitude of standard functions such as flow rate, indication and totalizing. A convenient personal computer loader function has been integrated as a standard feature. The MLP loader software, which is sold separately, allows not only configuration of various settings, but also monitoring of flow rate trends and other operating status information on the PC screen. Acquired data can also be saved on a CSV file. The power circuit is isolated from analog I/O circuits. If multiple MQV controllers are connected to analog I/O by a PLC or the like, there is no need to use an isolated circuit in the analog module on the PLC side. A common power supply can be used to supply power to the MQV. MQV controller can operate at a allow differential pressure of 50 kPa or less. An AC adaptor is available that is suitable for use in laboratory setting or for similar application. On models with a integrated display, the display direction can be changed 180 degrees. Pipe size (B) ¼” and ½”. Flow range .5 L/min to 100 L/min. Operating temperature 14 °F (-10 °C) to 140 °F (60 °C), ambient temperature and gas temperature. Operating humidity 10 to 90% RH, no condensation allowed. Output 0-5V dc / 1 – 5 V dc / 0-20MA dc 4 – 20 mA dc (selectable). CE approved.
*500 ms for the MQV9005/9200/9050B and C, 700 ms for the MQV0050/0200/0500/1000J and K
The Model HTY79 Duct Dewpoint Temperature Sensors are highly accurate and reliable sensors that use a combination of a Pt100 platinum resistance temperature detector (JIS C1604 class A) as the dew-point temperature sensing element and a polymer capacitive humidity sensing element. With their wide measurement range and excellent stability, they can be used in a variety of industrial applications as well as building air conditioning, outdoor air measurement, and other applications.
The Model HTY78 Duct Temperature / Humidity Sensors are highly accurate and reliable sensors that use a Pt100 platinum resistance temperature detector (JIS C1604 class A) as the temperature sensing element and a polymer capacitive humidity sensing element as the humidity sensing element. With their wide measurement range and excellent stability, they can be used in a variety of industrial applications as well as building air conditioning, outdoor air measurement, and other applications.
The Model FSP300BC100 Flame simulator generates a false flame condition to test the functionality of the combustion safety controllers without having to ignite the burner systems.
The Model FSP300C100 Flame Simulator has the same characteristics as a combustion flame. If problems occur with the combustion safety controller, for example, or when the burner sequence is being checked, the flame simulator can be connected to the flame detection circuit in order to easily check for errors in the flame detector, burner controller, external circuits, etc. without using a burner.
The Model ATN110A-1 Ignition Transformer for Burners is equipped with a changeover tap for switching the primary voltage between 100 VAC and 200 VAC. A splash-proof case is available as an accessory.
The Model RB478A is a signal converter that receives a 4-20 mAdc input signal from a controller and outputs a relay contact signal to drive a control motor with a built-in feedback potentiometer for position proportioning operation. Also, by setting the center of the angle of rotation and the proportional band for the input signal, split operation is possible.
The Model PGM10N and Model PGMM10F heater power regulator solid-state relays have zero-cross functions for single phase power. They are used to control heating in conjunction with time proportional voltage pulse output controllers.
The Model AUD100 consists of dedicated sockets designed to monitor Batch operation oil or gas burner combustion by detecting ultraviolet light emitted by the Model AUD15 tube units. Excellent environmental specifications (120 °C, IP65 protection) Wiring distance 200 m max.
The Model C6097 Gas Pressure Switch is designed to detect city gas, natural gas, LP gas, and Air. The external electrical circuit is turned on and off according to the preset value. This device can be used in various ways, including detection of minimum/maximum gas/air pressure supplied to the device, burner blower interlock, or filter clogging. There is a switch action display light for switching pressure as an option, sold separately. Non-UL approved. FM approval pending.
