The IZMAG is Anderson Instrument Company’s next generation of electromagnetic flow meter. Building on the qualities that have made it’s predecessor, the IZMS meter, the industry standard in accuracy and longevity, the IZMAG incorporates new design and performance features that allow the IZMAG to excel in the most demanding sanitary processing environment.

From the outside, one will recognize that a compact, all stainless steel housing now provides the highest level of protection from the cleaning chemicals and environmental extremes present in food processing facilities. A standard backlit graphic display provides the metering information not only as numbers and text but also has the ability to display images. By using images along with text a more intuitive feel to navigation is achieved making the programming experience quicker and simpler. On the inside a PFA liner offers increases in pressure, temperature and vacuum capability. This new liner gives the IZMAG the ability to satisfy an expanded list of high temperature and aseptic applications.

In addition to the other features the flow meter has a compact overall size allowing installation into tight fitting applications without a sacrifice in measurement performance.

The BC110 is a flow computer designed to take the pulse from a flow meter and provide a variety of functions based on it. The unit offers two configuration modes, one provides batch process control and the second is to function as a rate/totalizer. As a batch controller the BC110 offers 2 relay outputs for pump and valve control along with a sophisticated batch over-run correction to optimize the batch control accuracy. Utilizing the standard print capability the BC110 can not only control a batch, but also can be coupled to a printer to automatically provide documentation of the batch. When configured as a rate totalizer, the BC110 offers rate and total information for the measurement coupled with programmable function to the relay outputs to function as flow rate alarms or totalizer limits. Again, the print capability completes the typical totalizer operation by offering the ability to document the total. Other key features include three soft programmable inputs that can be used for remote operation of the reset, print, start ,or stop functions. The bright OLED alphanumeric display shows measured and calculated parameters in easy to understand format. Single key direct access to measurements and display scrolling is supported. An EZ Setup feature rapidly guides the user through the basic setup typically required for most applications. In addition to the control functionality the BC110 has a scaled pulse output and configurable 4-20 mA flow rate output. Beyond printing, the standard RS-232 Serial Port can be used for data logging, or for connection to a modem for remote meter reading.

Applications include ·ingredient batch process control, Rate/Totalization monitoring of product flow, and Totalizer with Print output for quantity tracking.

The SumoFlo® CPFM-8100-series Single-Use Coriolis Mass Flow Meter from Malema Sensors® is specially designed for measuring liquids in bio-pharmaceutical and other applications that require USP Class VI, USP 661, and USP 788, Gamma-sterilizable materials. SumoFlo® meters provide Mass Flow Rate, Total Mass, and Temperature with accuracy ±1% of reading.

Anderson’s HM-series turbine flowmeter is the solution for applications requiring an economical, accurate flowmeter. Using the proven method of counting the rotation of a turbine within a flowing stream of liquid, the “HM” turbine flowmeter is not merely a modification of an industrial design, but a design that was created specifically for the sanitary food and dairy industry.

Understanding these requirements has produced a flowmeter with superior durability in the unique applications found in that industry. An all 316SS construction (including rotor) coupled with a unique two piece design which eliminates the need for internal locking rings to retain the meters internals makes for a truly cleanable, hygienic design that also provides exceptional performance.

Non-magnetic sensing of the 316SS rotor eliminates the drag other magnetically sensed rotors experience which provides for better metering accuracy and greater longevity. The HM can handle aggressive products such as acids, vinegar solutions, brine, and de-ionized water

The BC110 is a flow computer designed to take the pulse from a flow meter and provide a variety of functions based on it. The unit offers two configuration modes, one provides batch process control and the second is to function as a rate/totalizer. As a batch controller the BC110 offers 2 relay outputs for pump and valve control along with a sophisticated batch over-run correction to optimize the batch control accuracy. Utilizing the standard print capability the BC110 can not only control a batch, but also can be coupled to a printer to automatically provide documentation of the batch. When configured as a rate totalizer, the BC110 offers rate and total information for the measurement coupled with programmable function to the relay outputs to function as flow rate alarms or totalizer limits. Again, the print capability completes the typical totalizer operation by offering the ability to document the total. Other key features include three soft programmable inputs that can be used for remote operation of the reset, print, start ,or stop functions. The bright OLED alphanumeric display shows measured and calculated parameters in easy to understand format. Single key direct access to measurements and display scrolling is supported. An EZ Setup feature rapidly guides the user through the basic setup typically required for most applications. In addition to the control functionality the BC110 has a scaled pulse output and configurable 4-20 mA flow rate output. Beyond printing, the standard RS-232 Serial Port can be used for data logging, or for connection to a modem for remote meter reading.

The AV-9000 microprocessor based recorder/controller offers: Four inputs recorded in four colors for enhanced legibility; Four additional inputs for indicating, control, switching and alarming; Four PID controllers assignable to any inputs; Prints its own scales and alphanumeric data all with no pen lag.

A key process value - do your operators have one? Is it easy to monitor? With the GK 1/8 DIN panel meters, featuring big, bright, color-changing displays, keeping track of it is even easier!

Analog input models for temperature, pressure, level, and flow as well as digital input models such as rate meters, indicators, counters and timers are available. These intelligent units offer multiple relay & alarm outputs, optional serial communication, and specialized functions on analog input units. With 13 models to choose from, the process value you require can surely be displayed. The minimum and maximum values along with total alarm time may be saved until re-set. In fact, your key process value will be displayed on the biggest and brightest 1/8 DIN display in the industry. The GK family features a 0.71” high LED (27% larger than ordinary 1/8 DIN units) with advanced, brilliant red, gallium arsenide technology. Not only is the display large and striking, but it can also change color. The display can be programmed to change from red to green or green to red at a preset value.

Easy programming makes these units even more desirable. All models are programmed via the front panel and are scalable to display inputs in engineering units. In addition to showing parameter values on the primary display, a help function can be utilized to show parameter descriptions. The secondary legend also indicates which value is shown on the primary display via a single digit character.

The Anderson-Negele AIC 801 controller is designed for use on virtually any process control application. With fully programmable inputs (RTD and 4-20 mA) and dual outputs standard, the unit can be quickly configured for temperature, pressure, level, or even flow control. The 4-20 mA primary output will throttle a valve or vary a pump speed to maintain the process at the desired setpoint, while the secondary relay output can signal any excursion beyond selectable limits.

The unit is now optionally available with an on-board 24 Volt D.C. power supply for use with any 4-20 mA transmitter input.

For field mount applications, specify the ED-190 controller package which includes the 801 pre-mounted in a NEMA 4X enclosure. A pre-wired and piped I:P transducer is included for applications requiring a 3-15 psig pneumatic output.

The AIC 200 is a 1/4 DIN microprocessor based, single loop controller. It will control a variety of processes including those requiring simple on-off to dual 4-20mA outputs with full PID. Thermocouple and RTD linearization are automatic. Thermocouple cold junction compensation is also accomplished automatically. Input type changes are easily made by an operator. The AIC 200 is designed to provide reliable operation in sanitary environments. An advanced input circuit design, an efficient switching power supply, and self diagnostics provide for a high degree of immunity to environmental electrical noise, reduce heat build-up, and increase instrument life. The AIC 200 is one of the easiest controllers to use with all operations and programming done with a minimum of keystrokes. The keypad features 3 large keys with tactile feedback that respond crisply even when an operator is wearing gloves.

The patented Votator 4 x 120 is designed to deliver efficient performance for lower initial investment, as well as lower maintenance cost. The Votator 4 x 120 is a unique concentric scraped surface heat exchanger designed for heating and cooling moderately viscous products.

With Votator units, companies in the food, chemical, petroleum, pharmaceutical, and allied industries have reduced labor costs substantially, because their reliance on expensive artisan skills have been minimized or eliminated. Votator Scraped Surface Heat exchangers continue to replace many slow, inefficient batching operations with more uniform, controllable, and repeatable continuous processing. And, because of superior heat transfer performance and ability to handle a wide range of viscosities, they are still the clear choices over tubular or massive plate heat exchangers in viscous applications.

One-Piece Mechanical Seal

Hard Faces offer more durability for longer lifeFewer parts allow for easier maintenance

PEEK™ Blades

100% PEEK™ - no filler or insert - provides longer life and no stress separationCan be used on any heat transfer tube, with any product at most process temperaturesFDA compliant

Integral Gear Motor Drive

Gear drive is directly coupled to the mutator shaft eliminating the need for a secondary drive shaft and bearing blockOverall length of heat exchanger is reduced by 20 - 25%Easy to maintain and self-aligningAvailable with up to 30 horsepower for handling the most viscous products

Removable Heat Transfer Tube

Votator tubes can be serviced without disturbing the utility piping or the drive motorFlange bolted to the jacket on the non-driven end allows for quick removalReliable double o-ring seal on each end eliminates the need for an expansion joint

Achieving the balance between energy efficiency, optimal performance, and dependability is a complicated equation that is easily solved with Thermaline’s years of industry experience and the understanding your process needs.

Ideally suited for a broad range of food processing duties where there is a tendency for the product to foul the heated surface or where large temperature-induced viscosity changes are likely to occur. Four frame sizes holding up to a maximum of 500 plates (0.6 mm thick) are available with a port diameter of 2.5” making the Vega frames capable of processing up to 250 U.S. GPM or 60 cu. m/hour of product. Plates are available in a wide thickness range (0.5 to 0.8 mm) making them adaptable to a large range of process design pressures.

High Heat Transfer

APV Plate Heat Echangers have film coefficients three to five-times greaterEfficient operation with up to 98% heat recovery or regenerationLow liquid hold-up enables faster reaction times to change in processFluids flow counter-current to each other between the parallel passages in each

Cost Effective

APV Plate Heat Exchangers reduce floor space by up to 90%, weighs less and delivers higher performanceLower hold-up volume minimizes the amount of product required for flooding, reduces usage of high cost service fluids and improves thermal reaction timesReduced capital costs and installation expensesHigh energy recovery reduces energy costs

Flexibility

The modular design of APV Heat Exchangers enables expansion of your heat exchanger as process requirements growHandles multiple duties and fluid streams in a single unitEasily reconfigured to meet changing process needsWide variety of sizes and style ensuring optimal solutions for your applications

Along with our broad offerings of sanitary pumps, we also design and build complete pump skids, carts and sanitary pump process systems. We will work with you to design a pump skid designed for you specific application. The process starts with reviewing your application and specifying the most efficient, cost effective pump for the application. We can assist in proper seal selection, drive selection and specifying the other process components required to meet your application.

Our custom UL-listed panels are designed and built with safety and reliability in mind. Holland Applied Technologies is a UL listed 508A (Standard for Industrial Control Equipment) and UL 698A (Standard for Industrial Control Panels Relating to Hazardous (Classified) Locations) panel fabrication shop. We are qualified to design and build UL 508A and UL698A Listed control panels to your custom specifications.

When working with high value products, any liquid left in a piping system can be costly. We offer a line of sanitary orifices the reduce this risk when a fixed orifice pressure reduction is required in the process. Unlike most orifice plates which can leave some liquid on the upstream side of the plate, the Holland sanitary orifices are fully draining when mounted in the vertical position. The tapered interior design ensures that there will be no product hold up.

When making sanitary manifolds, using the “fish mouth” fabrication method has many shortcomings;

• It requires a difficult hand weld
• It is difficult to know if full penetration of the weld area has been accomplished.
• The weld is difficult to polish
• Once polished, it is impossible to tell how much wall thickness is left in the joint

We design and manufacture custom sanitary jacketed assemblies for both heating and cooling applications, including:

• Sanitary spool pieces and piping assemblies (including jacketed holding tubes)
• Sanitary fittings
• Pump casings
• Diaphragm valves
• Ball valves
• Sanitary single seat valves

There is a wide variety of stainless steel sanitary process connection systems used in the world. European sanitary fittings systems include DIN 11851, SMS, RJT and IDF fittings. Often, process equipment built in the Europe comes to the US with stainless steel piping using one of these connection systems. We build custom adapters to allow users to transition to sanitary clamp systems in a clean and efficient manner.

We have been designing and building sanitary flow transfer panels and sanitary utility panels for over 25 years. Our completed projects range from simple 3-ports flow diversion panels to highly complex 3 dimensional sanitary flow transfer panels with over 100 ports and electronic feedback on each circuit. Our client list consists of most of the major biopharmaceutical manufacturers in the U.S.

Sanitary stainless steel spool pieces are available in up to 20 foot lengths. Standard materials are 304 and 316L stainless steel. Sanitary spools are also available in higher alloy such as AL6XN and Hastelloy are also available.

When working with high value products, any liquid left in a piping system can be costly. We offer a line of sanitary orifices the reduce this risk when a fixed orifice pressure reduction is required in the process. Unlike most orifice plates which can leave some liquid on the upstream side of the plate, the Holland sanitary orifices are fully draining when mounted in the vertical position. The tapered interior design ensures that there will be no product hold up.

When working with high value products, any liquid left in a piping system can be costly. We offer a line of sanitary orifices the reduce this risk when a fixed orifice pressure reduction is required in the process. Unlike most orifice plates which can leave some liquid on the upstream side of the plate, the Holland sanitary orifices are fully draining when mounted in the vertical position. The tapered interior design ensures that there will be no product hold up.

Holland Applied Technologies offers Stainless Steel Vessels used in biotech, pharmaceutical, food, beverage, personal care and other sanitary applications.  Tanks can be manufactured with ASME code certification, CRN registration, mechanical and electropolished product contact surfaces, Clean-in-Place (CIP) sprayball testing and validation, and mixers/agitators.  We provide portable and skidded vessels as well as standard type tanks.  Customer approval drawings are completed in  Computer-Aided Design (CAD) and sent to customers before fabrication begins.

Thermaline Corrugated Heat Exchangers use a corrugated heat exchange surface to induce turbulence, alternating parallel grooves and ridges to increase heat transfer efficiency. Inducing turbulent flow results in less total surface area required to achieve the desired tehrmal results. Turbulent flow promotes thorough mixing of the product and even thermal disbursement without compromising product integrity.

Thermaline's innovative design allows the tubes to freely expand and contract independently which diminishes material fatigue and failure. Tubes can be arranged in either direct or indirect regeneration. Direct product regeneration can yield more than 80% in energy savings. Indirect product regeneration can recover energy from thermal waste streams in other areas of your facility, reducing thermal pollution and increasing energy savings.

The product flow and heating/cooling media flow are separated in concentric lengths of sanitary tubing. The unit has no moving parts, is easy to clean, easy to inspect, and easy to maintain. Tube ends, with their sanitary clamp design, can be easily removed for QC inspections and maintenance.

The strategically-positioned elastomers eliminate the possibility of product intermixing. If a leak were to develop from an elastomer failure, the fluid would be vented to the atmosphere so it can be quickly identified and repaired. The Floating Series eliminates blind, internally-positioned elastomers that can lead to cross contamination.

The Axiom® AN series offers unmatched reliability using non-contact position sensing with solid state electronics and contaminant-tolerant pneumatic control. Coupled with its space-efficient design, corrosion resistance and networking/Wireless Link capability, the AN offers unrivaled convenience and cost-saving benefits in hazardous and general purpose process applications.

Smooth EPDM Covered Fluoropolymer Hose

Versilon™ PSTLCT flexible hose from Saint-Gobain solves a long-standing problem associated with cleaning the rough surface of any hose covered with EPDM rubber. The hose’s EPDM outer surface achieves close to a 20 Ra rating, enabling you to quickly and easily remove dirt on the hose cover with a wet cloth, enhancing the overall cleanliness of your operation.

Pureline and Pharmaline UV systems provide solutions for air, surface, and water disinfection throughout hygienic manufacturing environments. Nuvonic’s in-house lamp manufacturing allows for the production of highly efficient UV systems and designs with a lower total cost of ownership compared to traditional UV options. With this complete line of UV disinfection solutions, Nuvonic is positioned as the only global UV organization that can offer expertise for full facility disinfection.

Suitable for both upstream and downstream processes, the ultrasonic flow meter consists of a reusable transmitter and a disposable flow sensor for integration into single-use tubing assemblies.

The approach of “Ready. Connect. Flow.” is driven by the ease of integration, smart connection to a host system or pump, and reliable, highly accurate flow-measurement capabilities that feature no obstructions within the flow path while being low maintenance. Integrated air and bubble detection ability adds a further level of safety to biopharma-production processes.

Quadro manufactures the industry’s most extensive line of milling and sizing technology. The Quadro group includes in-line high shear powder incorporation as well as liquid to liquid mixing equipment.

Microfluidics manufactures the very high pressure processing unit – Microfluidizer. Capable of pressures of up to 30,000 psi, the Microfluidizer offers industry leading particle size reduction and distribution along with repeatability and scalability.