The HI 6300 series of weight processors are engineered to provide accurate, stable and repeatable weight, while striking the optimum balance between price and application flexibility.

The HI 6300 series can be used as a standalone weight processor or as the front-end to a weight-based control system. The instrument reads, conditions, and digitizes load cell and strain gauge signals commonly found in process weighing applications, including inventory management, batching, blending, filling, dispensing, and check weighing. With a robust, ultra-low profile design, it is an ideal solution for applications where fast, precise weight-based controls are critical functions of a process.

For maximum visibility and usability, the HI 6300 series features a rugged high contrast display with a 140 degree viewing angle for easy reading. This high-definition display allows for discrete status messaging with no need to check a manual for error codes or instructions. Designed for use worldwide, the HI 6300 series supports messaging in a variety of languages.

The HI 6310 features a multi-channel display can show the weight readings of up to four instruments on one panel simultaneously! Since One display can serve as an easy-to-use scale interface for each of the connected instruments, you can save money, save space, and save time!

The HI 6310 includes Hardy's service-minimizing and time-saving features:

• C2/eCAL - automatic calibration where load cell data is stored on a microchip within the load cell and can be retrieved with the push of a button - NO NEED FOR TEST WEIGHTS!
• Integrated Technician (IT), trouble shoot a weighing system from the instrument display and eliminate the need open junction boxes, disconnect load cells, and input test signals.
• Webserver - connect your laptop and use the built-in webserver to monitor, configure or troubleshoot. Monitor your instruments from anywhere in the world on the Internet!

To learn more about the HI 6310, please visit product microsite

Does the space in your plant limit you to less measuring points? Your time is too valuable to waste with commissioning. Trust the multivariable measuring technology of a reliable flow meter, designed specifically for your hygienic applications.

E+H knows the stringent requirements that regulate you in the food and beverage industry. To maintain quality and minimize losses, you need reliable, compact and hygienic instrumentation. Save time, energy and costs with Endress+Hauser's Proline Promass Coriolis and Promag magnetic flow metering.

Your benefits:

• Maintain product quality – accurate, reliable and repeatable even under varying and harsh conditions
• Reduce space and costs with multivariable measuring technology
• Audit security – 3-A, EHEDG and FDA certified hygienic design
• Increase plant safety – IP69K protected
• 100% traceable measurement– tested on ISO/IEC 17025 accredited calibration rigs
• Ensure plant safety with Heartbeat Technology™ – on-board diagnostics and verification at the push of a button
• Increase plant availability with easy, onsite commissioning after device replacements – no lost data with HistoROM®
• Seamless system integration (EtherNet/IP, Modbus RS485, HART and PROFIBUS DP)

Ideally suited for modular skid-mounted process facilities with stringent hygiene requirements, the Proline Promass S 100 offers your critical measuring points the highest accuracy and repeatability.

• Simultaneous measurement of mass flow, density, temperature and concentration
• Reduce installation costs – fully self-drainable tube enables compact horizontal mounting and inline cleaning
• Hygienic design – easy to clean, corrosion-resistant stainless steel housing
• Fast recovery from CIP/SIP

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Endress+Houser now offers Temperature transmitter with device revision 2, is one of the 1st temperature device on the market with FF-912 compatibility. Furthermore, the new revision offers higher performance and the possibility to simulate diagnostic messages.

What is FF-912 good for?

Devices with FF-912 do support diagnostics functionality according to the NAMUR NE107 recommendation and make maintenance much easier.

Because diagnostic messages are categorized in 4 different levels and show the impact of malfunctions at first sight. Doing so, diagnostic messages do not have to be someway reallocated, but can be addressed directly to the responsible staff members without causing delays. In addition, performance of the TMT85 has been drastically improved by speeding up execution times of all function blocks and optimizing link setting timings.

Last, but not least, simulation of diagnostic messages can be performed now in order to test possible scenarios without the need to manipulate the hardware.

The Siemens Industry Automation Division has expanded its portfolio for RNA (Redundant Network Access) components with a communications processor which facilitates high-availability connection of the Simatic S7-400 controller to networks. Simatic CP 443-1 RNA utilizes the Parallel Redundancy Protocol (PRP) in accordance with the IEC 62439-3 standard. The communications processor features two RJ45 ports for connecting two parallel Industrial Ethernet networks. The CP 443-1 RNA doubles the frame and feeds it into the two connected networks. The network access point on the receiver side relays the first incoming frame to the addressees and discards the later frame.

Simatic CP 443-1 RNA is designed among other things for use in process industry plants and power generation and distribution applications. The new communications processor supports open communication via TCP/IP, UDP and the ISO transport protocol as well as S7, PG/OP and S7 H communication for S7-400 H systems. Data can be transmitted in full or half-duplex mode in bandwidths of 10 or 100 Mbit/s. The user can view diagnostics information via SNMP, STEP 7 or the Web server of the communications processor.

More information on the topic of redundant network structures can be found at www.siemens.com/rna