Shearing/mixing forces produce controlled, highly sheared, uniform dispersions and stable emulsions. A wide range of product viscosity may be processed, limited only by the maximum 150 psig (10 bar) inlet pressure. Higher viscosity products are processed at lower flow rates to stay within the pressure limit.

THE NEXT GENERATION IN MIXING AND HEATING TECHNOLOGY

SPX offers an innovative new next generation technology called the APV™ Cavitator. The patented technology offers breakthrough benefits for the heating of liquids without scale buildup and/or the mixing of liquids with other liquids, gases or solids at the microscopic level to improve product quality and functional performance. The breakthrough results are obtained by using the forces of cavitation in a controlled manner rather than typical impellers or blades to process materials. With the APV™ Cavitator, the mass transfer rate can be increased and results are obtained that far exceed those of any technology in the market today. The controlled cavitation process is being considered a paradigm shift in the mixing industry where process intensification, process acceleration and the replacement of batch processing with continuous processing are necessary to compete in a global economy.

The APV™ Cavitator can heat liquids in seconds, whether in batch or continuous systems. This heating can be done accurately and consistently by varying rpms through a temperature controller and variable frequency drive. There is no temperature gradient or hot or cold spots. The unit does not have a heat transfer surface at elevated temperature, so there is no scaling or fouling. The system is flameless and can be totally automated.

The APV™ Cavitator has an elegantly simple and robust design that is proven through years of commercial operation in the chemical, petroleum, and food industries. The robust stainless steel construction, easy to use control system, small footprint, and quiet operation make the APV™ Cavitator an unparalleled heating and mixing system.

Holland Applied Technologies offers a complete line of critical process vessels and equipment, including open and closed top process vessels.  We provide tank stands, mixers, fittings and other polymer non-metallic accessories.

Sani-Matic's Impact RFS, Boosted Pressure Systems, and Central High Pressure (CHP) Systems are designed and manufactured to efficiently and effectively clean your facility and process equipment with the appropriate amount of pressure. Not enough pressure makes cleaning slow and wastes large volumes of water, however, too much pressure can damage process equipment and control cabinets, and create aerosols which may recontaminate surfaces

Spray down portability for sanitary applications

Clean-In-Place (CIP) Systems for the pharmaceutical, biotechnology, nutraceutical and personal care industries are automated systems used to clean the interior surfaces of manufacturing process pipes, vessels, tanks, bioreactors, fermenters, equipment and associated fittings, without disassembling the process. Thorough, repeatable in-place cleaning is critical to the quality of your product, the safety of consumers—and your bottom line.

Clean-In-Place (CIP) Systems are engineered to your specific application, facility layout and utility requirements for effective and efficient sanitary process equipment cleaning. Our application-specific CIP design and sizing ensure sufficient flow and appropriate pressure is available to thoroughly remove residue, rinse effectively, shorten cycle times and promote worker safety.

Our in-house programming experts design each CIP program to optimize cycle times that get you back into production faster, ensure documentable results, while reducing chemicals, water use and operating costs.

CIP Systems—from single- to multi-tank—are engineered to meet cGMP and ASME BPE standards.

The rotary impingement tank cleaning machines combine pressure and flow to create high impact cleaning jets. Cleaning occurs at the point in which the concentrated stream impacts the surface. It is this impact and the tangential force that radiates from that point which blasts contaminants from the surface, scouring the tank interior. In conjunction with this impact, the tank washing system is engineered to rotate in a precise, repeatable and reliable, 360-degree pattern. This full-coverage, global indexing pattern ensures the entire tank interior is cleaned, every time. This combination of impact in a controlled indexing pattern results in an economic ideal, because impact is a one time investment; chemicals, temperature and time are continual, never-ending expenditures.

Clean-In-Place (CIP) systems are automated systems used to clean the interior surfaces of food and beverage process pipes, processing vessels, tanks, spiral freezers, mixers, blenders, homogenizers, roasters and associated fittings, without disassembling the process. Thorough, repeatable in-place cleaning is critical to the quality of your product, the safety of consumers—and your bottom line.

Clean-In-Place (CIP) Systems are engineered to your specific plant application, layout and utility requirements for effective and efficient sanitary process equipment cleaning. Our application-specific CIP design and sizing ensures sufficient flow. As a result, appropriate pressure is available to thoroughly remove residue, rinse effectively, shorten cycle times and promote worker safety.

Our in-house automation programming experts design each CIP program to optimize cycle times that get you back into production faster, while reducing chemicals, water use and operating costs.

The Sani-Matic conveyorized, continuous tunnel washer is designed to clean food carriers such as pans, totes, pails, buckets, trays, barrels and other items in large quantities. Each Sani-Matic tunnel washer is custom designed for a variety of items, capacities and specific applications. The basic design is provided with detergent and final rinse zones. Additional pre-rinse and recirculated rinse zones may be provided if there are unusually heavy product residues or high capacity requirements.

The Clean-Out-of-Place (COP) Parts Washer replaces the unreliable results of manual cleaning with a reliable, productivity-enhancing system. The systems are available in a Configured Design Offering for easy, quick ordering. Alternative Design Requests are accommodated through custom-engineered solutions.

Manufacturing processes for the pharmaceutical and biotechnology industries have many items that cannot be cleaned in place such as pipes, hoses, clamps, gaskets, fittings and other disassembled machine parts.

How does a manufacturer clean these disassembled process parts? Manual labor or a clean-out-of-place (COP) system such as the Sani-Matic Immersion Parts Washer.

Unlike the unreliable results inherent to manual cleaning, Sani-Matic Immersion Parts Washers provide efficient, consistent cleaning—and they are designed to meet cGMP and ASME BPE standards.

Sani-Matic manufactures a variety of batch cabinet washers and conveyorized tunnel washers to improve cleaning reliability and increase productivity. Sani-Matic washers provide consistent cleaning cycles and efficient use of all utilities. Each product line is custom designed to your specific application and plant layout. Each Cabinet Washer comes with sanitary spray assemblies that move to distribute cleaning solution evenly throughout the washer. These oscillating high-impact manifolds efficiently remove difficult residues from both interior and exterior product contact surfaces while the PLC controls the cleaning cycle to ensure a consistent and easy to validate process.

Pharmaceutical, biotech, nutraceutical and personal care manufacturers have a significant number of process items that must be cleaned daily, each with varying soil properties, manufacturing processes and soil loads effecting the cleaning requirements. No matter the part or process, a repeatable, validatable clean is required.

The automated Sani-Matic cabinet washers are designed and manufactured to address the bio-pharm industry’s critical cleaning challenges—and to meet the latest cGMP and ASME BPE cabinet washer standards.

Each cabinet washer maintains a hygienic design and includes our exclusively designed spray assemblies that distribute cleaning solution evenly throughout the wash chamber and process part contact surfaces.

Sani-Matic GMP cabinet washers have several features that make them ideal for critical cleaning applications:

Anderson-Negele's EM series 90mm hygienic pressure gauge was designed specifically for the life sciences processing environment. Customers in the Life Sciences and Biotech market will recognize the unique features which are standard on all Anderson life science products such as all-welded construction, electro-polished wetted parts, and standard calibration certifications. They’ll also appreciate the compact profile that fits virtually anywhere while still maximizing readability. But what really sets this gauge apart is the offset adjustment that comes as a standard feature on every EM series gauge. Rear-mounted and unobtrusive, we even provide a special tool for the optional span adjustment so it’s tamperproof.

This gauge provides a battery-powered, local display of pressure that is 6 times more accurate than its mechanical counter-part, with 3 times the over-range capacity and 5 to 10 times the resolution! The EPS version provides all this, PLUS 2 fully adjustable switches with low-voltage relay outputs for simple control and/or alarming.

Anderson-Negele's EK series 63mm gauge is designed for use at process temperatures up to 140°C(284°F) and to withstand repeated inline sterilization at up to 149°C(300°F). Our new back access re-zero adjustment is a standard feature on all models. When ordered with the Anderson CPM fitting, the gauge is autoclaveable at 149°C(300°F) for one hour. The EK gauge is also the only sanitary gauge available with a true one-inch tri-clamp fitting, eliminating the long standing problem of instrumenting one-inch lines. This unique fitting will accept a one-inch gasket without impinging on the diaphragm.

INSTALLS ON LINES AS SMALL AS 1/4 INCH

By incorporating Anderson-Negele’s CPM Zero Dead-Leg Instruments Fittings, sanitary pressure gauges and transmitters can be installed on lines as small as 1/4” without the need for adaptors or reducers, without creating pockets or “dead-legs,” and without sacrificing performance!

WHERE IT IS USED

Many sanitary fluid process systems in pharmaceutical and biotechnology plants are designed to reduce or eliminate “dead-legs,” pockets, and hold-up volume. Measuring pressure accurately and repeatedly in such systems has been a challenge until now. By specifying CPM fittings for all pressure measurement applications, customers are assured of maximum sterility, cleanability, and performance. The CPM instrument connection places the sensing diaphragm virtually “flush” with the process flow!

HOW IT IS APPLIED

CPM fittings may be ordered in standard tubing sizes between 1/4” and 4” O.D. in sanitary clamp (Tri-Clamp®) configuration or in standard sizes between 1/4” and 4” O.D. in AWF (butt weld) styles. CPM fittings are as simple to specify and install as any standard sanitary “T”. To make installation of the gauge or transmitter foolproof, all that’s required is a standard 1 1/2” sanitary clamp. The internal o-ring is supplied with the instrument.

The Anderson-Negele SV Life Sciences Series Pressure Transmitter offers not only a new low profile design, but may be ordered with built-in LCD indication. The unit meets all life sciences requirements for performance, finish and cleanability. It is designed and manufactured to withstand the harsh process and sterilization conditions encountered in the Life Sciences industry.

Its one-piece stainless steel package design incorporates a transducer and electronic circuitry to convert pressure and/or vacuum to a proportional 4-20 mA signal. The wide variety of fittings and ranges provide flexibility in specifying the best transmitter for any application. The unit is designed to operate at high process temperatures and withstand CIP/SIP conditions.

All units are supplied factory calibrated to standard or custom ranges. For field maintenance, non-interactive zero, and span adjustments, as well as field accessible test points are provided. The optional LCD cap mounted display can be scaled to match actual process units, 0-100% of full scale, or 4-20 mA. This useful feature provides indication directly at the process, in addition to the standard 4-20 mA output. Permanently marked tagging is provided at no extra charge. In addition the SV complies with Class 1, Div. 1, Groups A, B, C and D for intrinsically safe apparatus. Units are supplied with certificates of calibration.

Anderson-Negele’s HA “Mini” sanitary pressure transmitter is specifically designed for critical measurements in fractional size lines. The product can be ordered with 3/4”, 1”,or 1-1/2” Tri-Clamp® connections as well as our CPM fitting. This eliminates the need for reducers or adapters, thus reducing hold-up volumes in small lines. Internal zero and span adjustments and easily accessible test points greatly simplify calibration and validation. 316 “L” stainless steel wetted parts are electro-polished to an Ra =8. Finally, since it’s an Anderson-Negele “Life Sciences Series” product, every transmitter includes a calibration certificate and permanent tag at no charge.

Anderson-Negele’s Autoclaveable HA Sanitary Pressure Transmitter is specifically designed for critical measurements in applications where equipment is autoclaved. Developed from the highly stable “Mini” HA Pressure Transmitter, the Autoclavable HA takes the versatility of a small form factor transmitter to the next level by withstanding the stress of the autoclave environment. Its one-piece stainless steel package design incorporates a transducer and electronic circuitry to convert pressure and/or vacuum to a proportional 4-20 mA signal.

The product can be ordered with 1-1/2” Tri-Clamp® connection or our CPM fitting that eliminates hold-up volumes in process lines. All units are supplied factory calibrated to standard or custom ranges. For field maintenance, non-interactive zero, and span adjustments, as well as easily accessible test points that greatly simplify calibration and validation. 316 “L” stainless steel wetted parts are electro-polished to an Ra=8. Finally, since it’s an Anderson-Negele “Life Sciences Series” product, every transmitter includes calibration and material certificates and permanent tag at no charge.

The Anderson-Negele “TP” series pressure transmitter is a microprocessor-based sensor specifically designed for sanitary fluid process applications in the Life Sciences industry. This product provides an extremely high level of performance combined with the flexibility of digital communication via the “HART” protocol. The “TP” series can be specified in several configurations including high temperature models that are available in direct or remote mount variations. The high temperature direct mount is also recommended for applications where a horizontal orientation is re-quired for display viewing, such as tank tops and overhead lines. All models comply with UL, “intrinsically safe” requirements for Class 1, Div. 1, Groups A-D. The units may be ordered with any of our wide variety of sanitary process fittings.

The “TP” series simultaneously outputs an analog 4-20 mA signal while communicating digitally with a hand-held communicator or other “HART” host device. This allows configuration of parameters such as range, engineering units, tagging info, and other device specific information, from any accessible point in the output loop. The analog output can even be “trimmed” or calibrated while online, if required. Also retained are internal, non-interactive zero and span analog adjustments. This provides the user with the immediate performance enhancements of this new product, with future compatibility with the “HART” protocol. As with all Anderson-Negele sensors, the “TP” series is designed to be cleaned and steam sterilized in place. The optional LCD display can be factory scaled to linear process engineering units, mA output, or 0-100%.

Anderson’s "EL" Gauge was designed with one criterion in mind – reliability. Sanitary pressure gauges are subjected to repeated process and environmental abuse in the form of vibration, pulsation, harsh cleaning chemicals, wide temperature and humidity swings. It has been designed to be the toughest, most reliable gauge for any sanitary application up to 1,000 psig. With over 30 years of experience building and repairing hundreds of thousands of gauges from a dozen different suppliers, Anderson has identified and addressed all these key causes of premature failure in food, dairy, and beverage processing applications. What’s more, the “EL” has undergone the most extensive reliability tests of any Anderson product, both in the field on customer's toughest applications, and in accelerated tests that equate to years of constant pressure, temperature, and cleaning cycles.

The Anderson Digital Pressure Gauge platform is designed specifically for monitoring critical pressure applications in the Food, Beverage, and Dairy Industries. The product line was developed to address customer requirements for improved performance, safety, and readability of pressure indicators. The Anderson Digital Pressure Gauge provides a battery-powered, local display of pressure that is 6 times more accurate than its mechanical counter-part. Additionally, this product has 3 times the over-range capacity and 5-10 times the resolution of traditional mechanical pressure indicators. The switch version includes 2 fully adjustable switches with low-voltage relay outputs for simple control and/or alarming applications.

The Anderson Digital Pressure Gauge offers improved reliability over traditional gauges because it does not utilize mechanical actuation. Several other features have been incorporated that customers will find beneficial including a simple, tamper-resistant user interface for easy calibration and programming. The units are programmable for engineering units and all compound units boast auto-scaling to the appropriate units. There is also a “min/max” data capture feature that facilitates process and equipment troubleshooting.

The Digital Pressure Gauge is powered by two “AA” batteries and will operate up to a year before the “low battery” indicator comes on. The switch version operates continuously on DC loop power with battery back up possible to support off sight programming.

The Anderson SR series transmitter may be ordered with built-in LCD indication. The unit meets all sanitary requirements for finish and cleanability in the food and beverage industry. It is designed and manufactured to withstand the harsh process and environmental conditions encountered in the food and dairy indsutries. Its one-piece stainless steel package design incorporates a transducer and electronic circuitry to convert pressure and/or vacuum to a proportional 4-20 mA signal. The wide variety of fittings and ranges provide flexibility in specifying the best transmitter for any application. The unit is designed to operate at high process temperatures and withstand CIP/SIP conditions. All units are supplied factory calibrated to standard, or custom ranges. For field maintenance, non-interactive zero, and span adjustments, as well as field accessible test points are provided. The optional LCD cap mounted display can be scaled to match actual process units, 0-100% of full scale, or 4-20 mA. This useful feature provides indication directly at the process, in addition to the standard 4-20 mA output.

Pressure transmitter w/4-20mA and Hart output and optional display

Ever walk through a beverage facility and see small industrial style pressure transmitters with Tri-Clamps® on skids or vendor supplied equipment? If so, then you have probably seen OEM supplied transmitters failing due to lack of durability or moisture ingression. Anderson’s "HH" compact sanitary pressure transmitter for beverage and dairy is just the right replacement for harsh environments and tight piping clearances on OEM skids. Although designed to be an economical OEM replacement transmitter, the "HH" does not skimp on the traditional Anderson values of accuracy, long service life and rugged durability. As with the rest of the Anderson transmitter family the "HH" is sealed from the environment with fully potted electronics and a heavy duty welded stainless enclosure. Conceived from the onset as a sanitary transmitter, yet built to thrive in wet hostile environments, the "HH" is not just a shiny industrial sensor with a Tri-Clamp® welded or screwed on.

The "HH" is also designed for convenience. Beneath the o-ring sealed cover are test points allowing simple meter attachment to verify output without breaking into the loop. Conventional zero and span potentiometer provides intuitive calibration adjustments eliminating the need to study a manual or memorize menu sequences to confirm calibration. Wiring the "HH" to your loop is as simple as plugging a connector into the receptacle.

Simple, sanitary, rugged, and waterproof the "HH" extends Anderson’s Sanitary by Design concept into the realm of economical pressure transmitters.

The industry's first fully modular sanitary pressure transmitter offers not only best in class performance within harsh process environments, but also the ability to be custom configured onsite both for process parameters and enclosure form factor. Diagnostic routines continuously check on the health of the circuitry and measure the loop output current which is displayed on a highly visible internal LED screen. Patent pending dual seals at every enclosure penetration and a fully potted electronic puck assure long life and problem free operation.

The modular design and universal electronics puck significantly reduces cost of ownership as critical spare inventory is reduced to manageable, replaceable components. When accidents do happen, a damaged sanitary diaphragm is easily and economically replaced with a new stem. While the sensor industry trends toward cheaper designs with the inevitable reduction of durability, the MPF provides quality and value through innovation.

The model MPP modular sanitary pressure transmitter has been specifically designed for placement in sanitary process applications in the Life Sciences industry where accurate and repeatable pressure measurements in difficult (vibration, wide temperature swings, humidity) environments are required. A sanitary diaphragm on the process boundary acts on an FDA and USP approved actuating fluid transferring pressure to an internally sealed piezo resistive transducer. The transducer’s millivolt output is then converted an analog 4-20 mA DC-signal that is proportional to the pressure exerted on the diaphragm. The resulting signal may be interfaced with Anderson-Negele Digital Indicators, PLC or other customer supplied instrumentation. The MPP is sealed from environmental conditions via fully potted electronics, patented double o-ring sealed enclosure and all welded construction. Modular construction allows a high degree of field customization with the benefit of individual component replacement. All product contact surfaces are constructed of 316L stainless steel, (available Hastelloy) and electropolished with a surface finish not exceeding 8 micro inch Ra. Non-product contact surfaces are constructed of both 316L and 304.

Anderson-Negele's TSBA Modular RTD and Temperature Sensor is a compact, modular, individually configurable temperature sensor for food applications, processes, tanks and tubes. With its flexibility, performance and unparalleled reliability and durability, the TSB sets a new standard in temperature measurement.

The Flex-Hybrid technology with IO-Link and 4...20 mA combines the best of both worlds: Data can be transmitted in digital or analog mode.

Anderson-Negele's TSMA Modular RTD and Mini Temperature Sensors is a compact, individually configurable temperature sensor and RTD in mini housing for food applications, processes, tanks and tubes.

The Flex-Hybrid technology with IO-Link and 4...20 mA combines the best of both worlds: Data can be transmitted in digital or analog mode.

Anderson-Negele's SW modular series RTD elements can be supplied in both stand alone configurations or conduit wiring housing. Constructed entirely of 316L grade stainless steel with all product contact surfaces electropolished except well fittings.

All elements are provided with a permanently engraved stainless steel tag and a certificate of calibration and conformance.

Anderson-Negele's FH Standard DTG Digital Temperature Gauge operates on field replaceable batteries and can be ordered with / without a secondary 100 ? 3-wire RTD. The FH DTG is a cost-effective replacement for any mechanical thermometer from bi-metals to mercury-in-glass and the large LCD display makes viewing in process easy. A secondary RTD is ideal in applications that require a local indication and remote recording.

Anderson-Negele's FJ DTG Digital Temperature gauge is specifically designed for Pharmaceutical and Biotech applications. The FJ DTG operates on field replaceable batteries and can be ordered with / without a secondary 100 ohm 3-wire RTD. The large LCD display makes viewing in process simple. All elements are provided with a permanently engraved stainless steel tag and a certificate of calibration and conformance.

Anderson-Negele's SA modular series RTD offers an all stainless steel design with modular components providing maximum configuration flexibility. The modular elements can be mated with either the “mini” head for stand-alone RTD applications or the CT transmitter head for analog or “SMART” transmitter applications.

The Anderson-Negele L3 Pressure and Level Transmitter has been designed to measure process pressure or hydrostatic level in sanitary process applications. The state-of-the-art temperature compensation reduces errors associated with process temperature changes with improved zero stability reduces sensor interaction. The graphical user interface makes set-up and programming easy by directly aligning to the HARTTM DD menu structure. The field repairable and reconfigurable design allows the user to change the display orientation, add a remote cable, or replace a component in the field without impact to accuracy.

Hundreds of customers have proven for themselves that the Anderson's dual-diaphragm technology level transmitters are the clear choice for monitoring liquid inventory levels in virtually any atmospheric storage application. But, what about:

Level applications where bottom access is not available?

Sterile applications where a seal in the product contact zone is not preferable?

Ball-float sensors that can't measure to the bottom of the vessel?

Other top-mount solutions that fail unexpectedly due to probe coating, lack of conductivity, and mechanical failure?

For these tough applications, Anderson now offers the "LA" series of top-mount level transmitters. The design is based on our proven "SX" platform which provides the industry's best accuracy, temperature stability, and reliability. The "LA" is simple to specify, install and calibrate. It easily replaces problematic devices such as ball floats, pneumatics, capacitance probes and magneto-strictive sensors. It pays for itself almost immediately by providing more accurate fill levels with less downtime for cleaning and maintenance.

The LB Point Level probe assemblies are designed to provide long-term reliability in applications where they are continuously exposed to wide temperature swings and repeated CIP cycles. The LB utilizes a new process developed to seal Teflon® insulation to stainless steel probes providing a smooth, thick, permanent coating that’s impervious to conditions encountered in sanitary processing and CIP applications. To simplify installation the LB incorporates an elastomer between the Teflon® and the probe that allows any probe to be shortened by up to six inches in the field. The level switching modules are connected to the probes via a water-tight Quick Disconnect.

The LB also features a second proprietary, elastomeric compression seal at the top of each probe to insure a sanitary seal is maintained at the probe to fitting junction. No threads exist within or near the product contact zone. Finally, the LB integrates a stainless steel wiring head that simplifies field wiring and retrofits to existing electronic controls. The head and fitting assembly can support up to 4 individual probes, plus a separate tank reference connection. The housing includes a pre-wired and sealed quick disconnect receptacle and can be specified with a molded cordset. The quick disconnect even meets NEMA 4X requirements in the disconnected position.

Andreson-Negele's NSL-F is the next generation of potentiometric technology. In addition to all of the benefits of the LN, the NSL-F offers an optional display, and does not require tuning to process media but offers advanced configuration through a PC interface or the display. The NSL-F can also be repaired in our facility and is offered in custom factory bent configurations. Additionally, the NSL-F can be ordered with an insulated tip which allows anchoring of the rod to a tank bottom for applications with heavy agitation.

The NSL-F Potentiometric Level Transmitter provides accurate reliable measurement in applications involving viscous media or foam. While Anderson-Negele’s hydrostatic level technology provides proven accuracy and reliability in atmospheric inventory tanks, applications such as filler bowls and other shallow vessels, pressurized tanks and environments with wide temperature swings can prove challenging for pressure based level systems. Utilizing potentiometric technology, the NSL-F excels in these traditionally difficult applications. Fast reacting, the NSL-F samples interior level at ten times per second allowing accurate readings while filling or dispensing product.

The stainless steel enclosure is also built to withstand the rigors of harsh environments. Resistance to vibration and moisture from wash downs is handled with typical Anderson rugged construction. The water tight and reliable quick disconnects round out this dependable design. As with all Anderson-Negele level transmitters, the NSL-F is third party verified to 3-A standards and is backed by a one-year warranty.

Anderson-Negele’s "SL" Level Transmitter is the latest innovation for measuring liquid level in sanitary applications. The "SL" Transmitter incorporates state of the art design to provide superior accuracy and long term signal stability. The field tested performance of the "SL" transmitter means the elimination of expensive, repetitive re-calibrations along with protection against costly overflow/run-dry situations that can occur with less stable level transmitters. The 0.2% accuracy experienced at installation can now be expected a year later!

We’ve also incorporated a field calibration feature that provides “one-touch” sensor zeroing as well as simple range calibration, without the need for special tools and fixtures, pressure sources, or removal of the transmitter from the tank. This translates to real cost savings during installation or when adjusting for new application requirements. With the addition of our standard quick disconnect receptacles; we have even extended our two-year warranty to cover water ingression.

The "HB" has been specifically designed for use in simple level control applications such as balance tanks and CIP vessels. We understand the harsh environment typically encountered in such applications and have designed this product to stand up to direct wash-downs and wide variations in temperature. The sensor is available in three ranges for tanks 20” to 60” (“low range”), 60.1” to 100” (“mid range”) and 101" to 160" (“high range”). Connections includes a 2” Tri-Clamp® and all sensors are supplied with up to 100’ of sealed, shielded cable (25’ is standard). Internal compensation allows the transmitter to perform at temperatures up to 200° F (93° C) and withstand cleaning and sterilization to 250° F (121° C).

Hundreds of customers have proven for themselves that Anderson's dual-diaphragm technology level transmitters are the clear choice for monitoring liquid inventory levels in virtually any atmospheric storage application. But, what about:

Level applications where bottom access is not available?

Rotating filler bowls that make bottom mounting impractical?

Wide temperature swings that cause other sensors to shift uncontrollably?

Other top-mount solutions that fail unexpectedly due to coating, lack of conductivity or mechanical failure?

For these tough applications, Anderson now offers the "LD" series of top-mount level transmitters. The design is based on our proven "SL" platform which provides the industry's best accuracy, temperature stability, and reliability. The "LD" is simple to specify, install and calibrate. It easily replaces problematic devices such as ball floats, pneumatics, capacitance probes and magneto-strictive sensors. It pays for itself almost immediately by providing more accurate fill levels with less downtime for cleaning and maintenance.

The Level Switch (LS) point level detector is designed to provide reliable point measurement in a compact sensor suitable for a broad variety of applications and installations. Particularly suited for detection of water based (>25%) liquid media in vessels or pipes, the LS excels in foamy or viscous applications. Utilizing RF capacitive technology, the LS detects changes in the dielectric constant from air to detected media. Fast reacting, the LS will detect changes in state in less than one second. Featuring a dielectric threshold adjustment, sensor sensitivity may be selected to accommodate a broad range of media while eliminating false readings. The LS is also equipped with a status LEDs and available with an optional windowed cover allowing local indication of sensor condition simplifying startup and diagnostic procedures. A simple three wire connection allows power and signal to connect directly to a PLC without the need for an external relay module. Standard Anderson quick disconnect eases installation by utilizing three conductor cable. The receptacle even maintains NEMA 4X water tight protection when disconnected. Finally the stainless steel enclosure is designed to protect from the rigors of frequent wash downs and vibration.

The Liqui-Track 800 can be ordered with one or two input modules to accommodate four or eight tanks and multiple output options. Available communications protocols include: Ethernet, DH-485 & RS232 standard.

Anderson Instrument Company introduces its latest innovation for measuring liquid level in sanitary applications - the "SX" Level Transmitter. This line of sensors provide superior signal stability. The field tested performance of the "SX" transmitter means the elimination of expensive, repetitive re-calibrations along with protection against costly overflow/run-dry situations that can occur with less stable level transmitters. The 0.2% accuracy experienced at installation can now be expected a year later!

We've also incorporated a new field calibration feature that provides "one-touch" sensor zeroing as well as simple range calibration, without the need for special tools and fixtures, pressure sources, or removal of the transmitter from the tank. This translates to real cost savings during installation or when adjusting for new application requirements.

Of course the "SX" Transmitter is available in all standard fitting and range combinations you'll need to fit any sanitary tank application. All variations are CE compliant, meet Intrinsically Safe requirements, 3-A Sanitary Standards, and are backed by a 2-year warranty.

The BioProTT™ FlowMeasurement System consists of a flow sensor, the Clamp-On Transducer, and an electronic evaluation system, the flow meter. It is available in different variants with standard interfaces which allow an optimal integration into automated environments.

The function is based on the ultrasonic transit-time method and works non-invasively, meaning there is no direct contact with the medium — making it particularly suitable for processes with strict hygienic requirements.

Innovative design coupled with established and reliable technology for monitoring volumetric flow in real-time enables a truly compact, space saving solution. Our flow meters can be used with all sizes of our non-invasive BioProTTTM Clamp-On Transducers, and it is also possible to switch sensors and/or sensor sizes.

Electromagnetic inductive flow and volume measurement of media with a minimum conductivity >5 µS/cm | With IO-Link

The FMQ is an extrelemy versatile, robust and reliable flow meter for all conductive media. The performance spectrum is tailored to almost all applications, including batching and filling.

Sometimes a flowmeter offers more features and functionality than what is needed. It is often these applications that can be handled by a flow switch which provides a simple digital output indication of when the flow is above or below a user programmed set point. The FTS is Anderson-Negele’s offering for a sanitary 3-A approved flow switch. Unlike competitive products, the FTS-741 offers an all in one design where the clamp connection is one piece with the sensing element. This design eliminates a sealing point between the fitting and the sensor that adds to maintenance and sanitation concerns. It also simplifies ordering as one model number buys a complete sensor instead of having to remember multiple part numbers when ordering. So whether the application is CIP proof of return or controlling a heating circuit for a hot-fill application. The FTS will prove to be the right choice.

Holland Applied Technologies offers Emerson Micro Motion© H-Series coriolis mass flow meters. Ideal for hygienic process-control applications, H-Series flow meters are accurate, low frequency, fit-and-forget meters with a compact, drainable, cleanable design. Get reliable performance under extreme process conditions, including entrained gas.