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Velocity Sensor: The Series AFG Flow Grid is an outstanding simple yet an accurate cost-effective alternative to other duct mounted pressure sensors. Once installed and connected to a suitable measuring instrument, the device will provide years of trouble-free monitoring of both air and gas flow. Installing the AFG Flow Grid is quick and easy, the AFG is supplied in kit form to allow both workshop and on-site installation into a wide range of square and circular ducts up to approximately 60
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Velocity Sensor: The Series AFG Flow Grid is an outstanding simple yet an accurate cost-effective alternative to other duct mounted pressure sensors. Once installed and connected to a suitable measuring instrument, the device will provide years of trouble-free monitoring of both air and gas flow. Installing the AFG Flow Grid is quick and easy, the AFG is supplied in kit form to allow both workshop and on-site installation into a wide range of square and circular ducts up to approximately 60". The AFG Flow Grid is a fundamental pressure sensing device designed to transmit a continuous differential pressure signal. When this output is connected to a suitable measuring instrument (i.e., manometer, pressure transducer, etc.), it may be used to determine air velocity and volume flow rate. How the AFG Flow Grid Works The AFG Flow Grid consists of two tubes mounted diagonally across a square or rectangular duct, or diametrically across a round duct. The tubes are drilled with a series of equi-spaced holes. The holes in one tube face directly upstream and sense total pressure, while the pairs of holes in the second tube also face forward but at an included angle of 79 degrees, sensing static pressure. The total and (sub) static pressures are averaged along the length of each tube and provide pressure signals at connectors outside the duct wall. The pressure differentials across these connectors constitute the output signal. Product Applications of Velocity Sensor: The AFG Flow Grids will give useful and reliable readings in a wide variety of 'in duct' locations often where other flow rate measuring devices are found to be unsatisfactory.
Aerosense Multipoint Averaging Flow Sensor: Our firm is involved in manufacturing and supplying a huge range of Aerosense Multipoint Averaging Flow Sensor. Features of Aerosense Multipoint Averaging Flow Sensor : Multiple sensing points for greater accuracy Easy Installation Floaxis is available for Round & Rectangular duct both Models are available for various duct dimensions Aerosense Multipoint Averaging Flow Sensor is a differential pressure device designed to measure air velocities in the duct It includes multiple sensing points to measure total and static pressures The Floaxis incorporates a unique design to amplify the differential pressure by approximately 2.5 times for accurate measurement of lower air velocities
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Aerosense Multipoint Averaging Flow Sensor: Our firm is involved in manufacturing and supplying a huge range of Aerosense Multipoint Averaging Flow Sensor. Features of Aerosense Multipoint Averaging Flow Sensor : Multiple sensing points for greater accuracy Easy Installation Floaxis is available for Round & Rectangular duct both Models are available for various duct dimensions Aerosense Multipoint Averaging Flow Sensor is a differential pressure device designed to measure air velocities in the duct It includes multiple sensing points to measure total and static pressures The Floaxis incorporates a unique design to amplify the differential pressure by approximately 2.5 times for accurate measurement of lower air velocities
Aerosense Air Flow Transmitter: Aerosense Differential Pressure cum Flow Transmitter engineered for building automation in HVAC/R industry. It measures volume flow, velocity and static and differential pressure. The DPT-Flow devices can be connected directly to pressure measurements points in the centrifugal fan. Features of Aerosense Air Flow Transmitter : ZERO point calibration i.e. Automatic autozero or manual pushbutton Selectable Flow units Optional Auto-Zero feature (AZ)- The AZ calibration electronically adjusts the transmitter zero at predetermined time intervals (every 10 minutes). The AZ calibration eliminates all output signal drift due to thermal, electronic or mechanical effects Applications of Aerosense Air Flow Transmitter: Airflow monitoring across centrifugal fans and blowers In-duct airflow monitoring VAV applications
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Aerosense Air Flow Transmitter: Aerosense Differential Pressure cum Flow Transmitter engineered for building automation in HVAC/R industry. It measures volume flow, velocity and static and differential pressure. The DPT-Flow devices can be connected directly to pressure measurements points in the centrifugal fan. Features of Aerosense Air Flow Transmitter : ZERO point calibration i.e. Automatic autozero or manual pushbutton Selectable Flow units Optional Auto-Zero feature (AZ)- The AZ calibration electronically adjusts the transmitter zero at predetermined time intervals (every 10 minutes). The AZ calibration eliminates all output signal drift due to thermal, electronic or mechanical effects Applications of Aerosense Air Flow Transmitter: Airflow monitoring across centrifugal fans and blowers In-duct airflow monitoring VAV applications
Averaging Flow Sensor: Product Details: Brand Dwyer Length 12-1/2
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Averaging Flow Sensor: Product Details: Brand Dwyer Length 12-1/2" to 23-29/32" (31.75 to 60.72 cm) Sensing points Up to 10 Models PAFS-1006 to PAFS -1011 Accommodate box diameter 4" to 16" (10.16 to 40.64 cm) The Series PAFS-1000 Averaging Flow Sensor is ideal for sensing differential pressure in the inlet section of variable air volume terminal units and fan terminal units. Units can also be used to sense differential pressure at other locations in the main or branch duct systems. The "H" port senses total pressure and the "L" port senses static pressure. The difference between these signals is the differential or velocity pressure. Product Applications Zone control in HVAC systems
Aerosense Differential Pressure cum Flow Transmitter is technically engineered type of flow transmitter that is especially used in HVAC/R industry to control the flow, velocity and static of air pressure. Apart from measuring the flow of air control, this type of transmitter is used in the other major applications such as VAV domain and air flow monitoring across centrifugal fans & blowers. Aerosense Differential Pressure cum Flow Transmitter supports low power consumption as well as enabled with the zero point calibration system.
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Aerosense Differential Pressure cum Flow Transmitter is technically engineered type of flow transmitter that is especially used in HVAC/R industry to control the flow, velocity and static of air pressure. Apart from measuring the flow of air control, this type of transmitter is used in the other major applications such as VAV domain and air flow monitoring across centrifugal fans & blowers. Aerosense Differential Pressure cum Flow Transmitter supports low power consumption as well as enabled with the zero point calibration system.

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13.0826802 80.2707184000001 A L M Engineering & Instrumentation Pvt. Ltd Chennai, Tamil Nadu
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