Azbil’s Model ATT082 Advanced Temperature Transmitter provides a high level of functionality, versatility and safety for the most critical applications in your operation.

Advance Pressure Transmitter

Proven quality and stability, the Advanced pressure and differential pressure transmitters dependably function for extended periods and were developed by combining the latest technologies with Azbil’s excellent performance record.

Azbil Advanced Differential Pressure Transmitters are microprocessor-based smart transmitters that feature high performance and excellent stability. It can measure gas, liquid, vapor, and liquid levels and transmits 4 to 20 mA DC analog and digital signals according to the measured differential pressure. Our proven sensor technology enables long term stability of up to 0.1% of URL per 10 years. Unique characterization and composite semi-conductor sensors realize high accuracy up to 0.94% F.S. Azbil pressure transmitters can also enable two-way communications between model SFC (Smart Field Communicator), or HART® communicators, and, via DE protocol, a TDC3000 or 3000X and a database, thus facilitating self-diagnosis, range resetting, and automatic zero adjustment operations. A wide measuring range is available from a single model reducing the need for inventory.

A wide range of models is available to meet user requirements. They include draft range, differential pressure, high differential pressure, standard differential pressure/high static pressure, and high differential pressure/high static pressure models. Please contact Azbil North America for additional information.

HART® is a registered trademark of of FieldComm Group

Introducing the MagneW™ Electromagnetic Flowmeter

Azbil’s high-efficiency electromagnetic flowmeters can be applied to a wide range of applications. Based on technologies that were fostered by our long-time amassed experience and performance records, these industry-proven flowmeters come in a large array of sizes and liners.

Azbil’s MagneW™ 3000 PLUS⁺ Smart 4-wire high-performance integral or remote-mount electromagnetic flowmeter converter, when paired with the MagneW™ 3000 PLUS⁺ detector (*sold separately) provides high accuracy (±0.5% of rate) flow measurement in process fluids. 100-120V AC, 200-240V AC power supply (contact Azbil North America for DC power supply options). Analog 4-20 mA DC and digital HART or DE communication output. Ambient operating temperatures range from -13 °F (-25 °C) to 140 °F (60 °C). Large back-lit LCD displays field-selectable instantaneous percent, actual, or totalized flow rate. Contact Inputs – 1 input and 1 output standard, contact Azbil North America for additional options. Empty pipe detection. Lightning / surge-protected. Approved by FM/CSA Class I Division 2 Groups A, B, C & D; Class II Division II Groups F & G; Class III Division 2

* A complete measurement loop consists of a Model: MGG14C Converter and MGG Detector. In the case of integral meters, the converter and detector will be shipped as an assembly but each component must be specified with a complete model number and ordered as a separate line item. In the case of remote-mount meters, a Model: MGA12 cable must also be specified, but items will be shipped separately.

MagneW™ is a trademark of Azbil Corporation

Azbil provides various types of pressure transmitters developed using technologies based on our long developed performance record.

Azbil PTG Smart Pressure Transmitter is a high-performance, highly reliable gauge pressure transmitter. Based on Azbil Corporation’s proven Smart Transmitter technologies, the PTG offers improved performance and reliability with size, weight and cost advantages. An optional built-in digital indicator allows the pressure transmitter to be used in a wide variety of applications. The model PTG can also execute two-way communications between communications, thus facilitating self-diagnosis, range resetting and automatic zero/span adjustment. The transmitter is compact and lightweight – approximately 0.9 kg (screw option type). Any range can be set using the Smart communicator or the HART communicator option. This further increases range flexibility and keeps inventory down. CE Marked. Water and dustproof for IEC IP67, TIIS Explosion-proof, FM Explosion-proof, FM Dust-ignition-proof, KCs Flame-proof, NEPSI Flame-proof, and NEPSI Dust ignition-proof models available. For assistance contact Azbil North America.

Transit-time ultrasonic flow meters measure the time a signal transmits from the first transducer until the second transducer receives it. The meter takes time measurements in both directions, with and against the flow. The time measurements will be the same in both directions If there is no flow in the pipe. With flow in the line, the sound waves will move faster, traveling with the flow and slower traveling against the flow.  The meter calculates liquid velocity from the difference in these two time measurements. With the area of the pipe and velocity known, the meter can calculate the volumetric flow rate.

SonoPro® ultrasonic flowmeters incorporate high accuracy transit-time ultrasonic technology to deliver accurate and reliable flow metering. The innovative design includes matched precision transducers and signal processing circuitry to accurately measure the flow of most liquids over a wide range of velocities.

SonoPro® meters are available with insertion or clamp-on transducers. Clamp-on meters have no wear, create zero pressure loss, and do not require process interruptions to install them since they are attached to the outside of the pipe.

SonoPro® meters can provide a reliable (BTU) energy measurement with external temperature input.

SonoPro® is a registered trademark of VorTek Instruments

We offer highly reliable control valves and cutting-edge smart valve positioners with protocols such as HART and FOUNDATION Fieldbus, to continuously service diverse business needs.

Vortex flow meters measure fluid velocity using a principle of operation referred to as the von Kármán effect. It states that when flow passes by an obstruction in the flow path, vortices are generated in a repeating pattern.

In a Vortex flow meter, this obstruction is often referred to as a bluff body. The bluff body causes the process fluid to separate and form areas of alternating differential pressure known as vortices around the backside of the bluff body. In Azbil vortex flowmeters, a sensitive piezoelectric crystal sensor detects these vortices. The frequency at which the vortices are shed is directly proportional to the flow velocity. With the fluid velocity and area of the pipe known, a volumetric flow rate is calculated.

With optional integrated temperature and pressure sensors, Azbil vortex flowmeters can provide a compensated mass flow rate. With the energy monitoring option, Azbil meters can also provide a reliable (BTU) energy measurement of water, thermal oils, and steam.

Insertion style vortex flowmeters are a more economical option on large line sizes and can be installed under full process conditions (hot tapping).