ANDERESON-NEGELE

Hygienic Instrumentation Solutions

M.G. Newell is proud to be a key partner for Anderson-Negele. We have extensive experience with their products and offer full engineering and technical support to make sure you get the right product for your application.

Anderson-Negele is a global instrumentation company with the mission to provide the best hygienic instrumentation solutions and services for processors of food, beverage and life sciences products. Today Anderson-Negele serves thousands of customers globally and works with OEMs and System integrators to produce unique solutions for novel applications.

Anderson-Negele has a reputation as a leading manufacturer of top-quality hygienic sensor solutions and application expertise. With manufacturing facilities in the United States and Germany and sales & service offices in the U.S., Europe, China, India, and Mexico, Anderson-Negele is your partner for hygienic instrumentation, sensors and application processes.

Flow Meters

Precise flow control is the basis for safe and efficient processes in almost all applications. But when is the electro-magnetic, turbine, ultrasonic or calorimetric technology better? Find the best solution for your application ... Essentially, the Anderson-Negele product line offers four measuring principles for the flow measurement of liquids: electromagnetic flow measurement, turbine flow measurement, Coriolis Mass Flow and Density measurement and Calorimatric Flow Switches.

Instrumentation / Temperature

Chart Recorders

Anderson's range of chart recorders, including the AJ-300 and AV-9000 receive inputs from a range of instruments, including RTDs, flow, temperature, pressure transmitters, or thermocouples. The inputs are translated to temperature, flow rate, or other measurements, then the readings are transcribed to paper using pens or ink cartridges. Inputs can also be used for indicating, control, switching, and alarming functions. Units can be specified with full PID control including auto/manual control and remote set-point capability.

Flow Meters

HM-series turbine flow meter is the solution for applications requiring an economical, accurate flow meter. Using the proven method of counting the rotation of a turbine within a flowing stream of liquid, the “HM” turbine flow meter 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 flow meter with superior durability in the unique applications found in that industry.

The “HMP” series turbine flow meter is suited for applications that require an economical and accurate measurement solution. The “HMP” is designed using the proven method of monitoring the rotation of a turbine rotor in a flowing product stream. This is not a modification of an industrial design but a flow meter designed specifically for sanitary applications. Understanding the requirements of these applications has produced a flow meter with superior durability.

Micro Motion© coriolis mass flow meters for applications that require the unique solution that direct mass flow measurement offers. Micro Motion is globally recognized as the leader in reliable, high performance coriolis measurement technology. Use the form to determine your key requirements and then contact Anderson-Negele Technical service to receive a quotation on the appropriate product for your application.

Micro Motion is globally recognized as the leader in reliable, high performance coriolis measurement technology.

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

For liquids, slurries, and pastes with solids content < 5%
Very high accuracy ±0,5 % ±2 mm/s and reproducibility also with low flow rate, ideal for dowing and filling applications
Suitable for flow rates of 30 l/h to 640 000 l/h (8 gal/hr to 169,000 gal/hr)
CIP/SIP cleaning to max. 130 °C (212 °F), max. 30 minutes
3-A conform
Compact electronics with housing in stainless steel
Vacuum-tolerant PFA coating for pig cleaning and maximum resistance to aggressive media

The IZMAG is Anderson-Negele’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.

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 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.

The function principle of the calorimetric flow monitor is based on a temperature sensor (3) located at the sensor tip (1), which is heated periodically by a heater element. If the medium stands still, a constant temperature difference ΔT between heated and unheated state will be detectable. In case of a flowing medium thermal energy will be withdrawn and the temperature difference will change in relation to the flow rate.

In contrast to designs with two separate temperature sensors, of which one is constantly being heated, the measuring principle of the flow monitor with only one sensor and pulsed heating has a lower response time due to the optimized heat transfer and lower heat capacity. The response time is also significantly influenced by the heat conductivity of the medium. In general, the higher the heat conductivity of the medium, the lower the medium flow rate can be for precise measurement.

Instrumentation / Temperature

Anderson-Negele’s line of temperature sensors ensure efficient processes and sustainable quality with the highest precision and short response times when measuring temperatures and temperature changes in liquid media in many applications, including breweries, dairies, beverage and wine production and in the pharmaceutical industry.

The high-quality Anderson-Negele temperature sensors and gauges are manufactured completely in stainless steel. For applications in the food industry quality class 1.4404 (316L) is used, and for pharmaceutical applications 1.4435 (316L) is used. Due to their extremely robust and durable design, the sensors can withstand extreme mechanical stresses such as vibrations and pressure shocks that occur repeatedly in many applications in practice.

Anderson-Negele offers a wide range of process connections to ensure extensive flexibility when it comes to installation in new plants or retrofitting in existing processes, tanks, or pipes. In addition to temperature sensors with Tri-Clamp connection or O-ring seals, there are also versions that allow for installation without a process opening and can be used in pipelines with very small diameters. Most configurations meet Sanitary design specifications such as EHEDG, 3-A, and FDA.

Chart Recorders

The AJ-300 series drag pen style circular chart recorders are available as single or dual channel and offers a full PID controller option. The AJ series is capable of accepting both RTD and mA input signals with a mA retransmission option. The NEMA 4X case withstands repeated washdowns and high humidity making it perfect for Food, Beverage and Dairy applications.

The AV-9000, a revolutionary circular chart recorder. It features a four-color marker pen cartridge which prints information as it glides across 12 inch charts. Chart reading is simplified by providing color coded trend lines, scales and alphanumeric data. Plain paper charts are far superior for record retention than “fax type” thermal paper used by competitors

Anderson's range of chart recorders, including the AJ-300 and AV-9000 receive inputs from a range of instruments, including RTDs, flow, temperature, pressure transmitters, or thermocouples. The inputs are translated to temperature, flow rate, or other measurements, then the readings are transcribed to paper using pens or ink cartridges. Inputs can also be used for indicating, control, switching, and alarming functions. Units can be specified with full PID control including auto/manual control and remote set-point capability.