Positive airflow system - Import export

The Series AFA Siren™ Air Flow Alarm is an airflow monitor designed to provide visual and audible indications for decreases in airflow. Its color changing LED's provide vibrant visual indication of the operating status of the unit. A crisp and clear audible alarm will sound when airflow decreases below the designated set point. The Siren™ offers multiple mounting options including bracket mounting and interlocking strips. The unit can be powered through the 6-position terminal connection or by use of a power adapter. The Siren™ offers the ability to customize the minimum velocity set point should there be a need for a set point greater than the standard 80% of operational velocity. All units come standard with a night set back option for those who are energy conscious. The Siren also fulfills the exhaust alarm requirement needed to be in compliance with NSF/ANSI Standard 49. A quick installation process, one-touch calibration, and one-touch reset make for an easy set up and easy use.

The Series JFM-S FloSen® Airflow Measuring Stations provide accurate, repeatable measurement of air movement in HVAC ducts. The Probes patented ellipticallyshaped sensor design with improved aerodynamic characteristics outperforms more traditional devices, and overcomes loss of accuracy caused by fluid separation at the sensor body. It is designed to maintain a constant parallel airflow pattern over the static sensing ports for more accurate, steady signals under all duct conditions. The elimination of separation results in a stabilized static pressure signal, helping to eliminate “hunting” during fan control.

The Series AFS Air Flow Sensor is a differential pressure air velocity sensor designed to measure average air velocities in VAV terminal units and HVAC ductwork. It has an aero-dynamic elliptical shape resulting in a minimum pressure drop and amplified differential pressure signals which allow accurate measurement of air velocities from 300 fpm to 5000 fpm (1.5 m/s to 20 m/s). It includes multiple sensing points aligned in line grooves to measure total and static pressure. It is easy to install and cost effective. Series AFS Airflow Sensors are perfect for VAV Retrofits. The AFS is a differential pressure air velocity sensor designed to measure average air velocities in VAV terminal units and HVAC ductwork.

The Series JFM-P FloSen® Airflow Meassuring Probes provide accurate, repeatable measurement of air movement in HVAC ducts. Its patented elliptically-shaped sensor design with improved aerodynamic characteristics outperforms more traditional devices, and overcomes loss of accuracy caused by fluid separation at the sensor body. It is designed to maintain a constant parallel airflow pattern over the static sensing ports for more accurate, steady signals under all duct conditions. The elimination of separation results in a stabilized static pressure signal, helping to eliminate “hunting” during fan control. FloSen® Airflow Probes utilize a unique in-line groove for total pressure sensing and dual ports for static pressure sensing which produces a higher differential pressure for very low velocity measurements. The total and static pressure measuring points are distributed for equal-area averaging of flows resulting in improved accuracy and reliability.

Fieldbus products are applicable to the design and development of all kinds of fieldbus devices. We provide fieldbus communication chips-M series embedded communication modules-G series fieldbus protocol conversion gateways and other products for different needs to help users quickly complete the development of fieldbus intelligent instruments. https://www.microcyber-fieldbus.com/product/fieldbus-hart-to-modbus-gateway

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Interface for controlling up to 5 positioning drives • Integrated power management • Straightforward commissioning of the SeGMoPositioning • Depending on the design either with cULus component recognition or cULus listing • Support Tool for advanced commissioning and configuration

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive with through hollow shaft • Batteryfree multiturn absolute encoder • Aluminium housing • Optionally with cULus component recognition

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive suitable for a wide range of applications in various industrial areas • Batteryfree multiturn absolute encoder • High dynamics • Optional use with the SeGMoBox or as a standalone device • Optionally with cULus component recognition

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive for installation situations with little space • Monitoring of important system parameters ensures reliable operation (overload protection) • Ready for use immediately after power on due to absolute multiturn position detection • Maintenancefree due to sealedforlife lubrication • Optionally with cULus component recognition

Conventional thermometers measure the temperature by means of length or volume change of a material, and are only suitable as display instrument. Temperature sensors from Lenord+Bauer use resistance thermometers that feature an almost temperaturelinear r

Fast and controlled format changes thanks to the intuitive SeGMoAssist compact nominal value display from Lenord+Bauer, that's now possible even in plants without fully automated adjustment. • Display supports the operator, e.g. during format or tool changes • Bright graphical display • Presentation of customerspecific pictograms • Insensitive to EMC interference • Maintenancefree

Fast and controlled format changes thanks to the intuitive SeGMoAssist digital position display from Lenord+Bauer, that's now possible even in plants without fully automated adjustment. • For guided format adjustment • Display of nominal and actual position to facilitate manual adjustment processes • Bright graphical display • Presentation of customerspecific pictograms • Optional for rotatory and linear position measurement • Insensitive to EMC interference • Ready for use immediately after power on due to absolute multiturn position detection • Maintenancefree

The fully ULcertified positioning system from Lenord+Bauer consists of three individual elements that can be flexibly combined as required positioning drives by the name of SeGMo, the decentralised SeGMoBox control unit for flexible fieldbus integration and the associated hybrid cable solution, including connectors, that is suitable for use with drag chains. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. Lenord+Bauer also offers these for standalone use. With nominal torques of up to 15 Nm, they cover the capacity range typical for secondary axes. Integrate the drives directly into your control system with the function blocks. Alternatively, you can automate up to 17 secondary axes using the decentral SeGMoBox. The box handles the power management for the connected drives and concentrates the interaction with the system control.