Rosemount 8732E Electromagnetic flowmeter

The double compartment transmitter housing effectively isolates the external environment. Advanced diagnostic and visual local operation interface provides unparalleled process perspective.

Specifications：

Sensor compatibility is compatible with Rosemount 8705, 8711, and 8721 sensors. Compatible with AC and DC powered sensors from other manufacturers

Driving current of transmitter coil is 500mA

The flow range is capable of processing forward and reverse flow media signals with calibres ranging from 0.04 to 39 ft / S (0.01 to 12 m / s) in all sensors. Continuously adjustable at full scale from – 39 to 39 ft / S (– 12 to 12 m / s).

The conductivity limit process medium must have a conductivity of 5 μ s / cm (5 micro ohm / cm) or higher.

Power supply 90 - 250VAC, 50 / 60Hz or 12 - 42vdc

Line power fuse

  90-250vac system

  1a, 250V, i2t, 1.5 A2S rating, fast action Bussman agc-1, littlefuse 31201.5hxp

 · 12-42vdc system

  3 A, 250V, i2t, 14 A2S rating, fast acting bel fuse 3aG 3-R, Littelfuse 312003p, SCHURTER 0034.5135

Line power fuse

  - up to 15W - DC

  - up to 40VA - AC

Turn on the current

Under the condition of MAC mac

  - DC: maximum 42a (< 5ms) at 42vdc

Function：

Intelligent instrument self calibration, continuous monitoring of instrument operation and performance, without interruption of the production process

Double chamber transmitter housing prevents moisture from entering

Advanced digital signal processing to improve process management

High process noise diagnosis and optional coil drive frequency options optimize control of noise applications

Adjustable empty pipe detection minimizes problems and false readings when the pipe is empty.

Grounding and wiring error detection and diagnosis can quickly verify the integrity of the installation

Equipped with optical configuration switch, no need to remove the cover, simplify the adjustment operation in dangerous environment

Universal transmitter capabilities help reduce inventory and interface is consistent with any electromagnetic flowmeter sensor