Overview
Dynisco's IPX II Series Smart Pressure Transmitters are designed for accurate pressure measurement, unaffected by process and ambient temperature variations. These transmitters are used in various applications such as fiber spinning, extrusion, polymer transport, tank blanketing, and reactor control.

Specifications
Performance Characteristics: The transmitters offer a range of pressure measurements from 0-750 psi to 0-10,000 psi and 0-50 bar to 0-700 bar, with a resolution of 0.035% full scale or better. They feature zero span and adjustment capabilities, a turn-down ratio of 6:1, and an overpressure limit of 1.5 times the range.
Temperature Characteristics: Operating temperature ranges for electronics are 32˚F to 185˚F, and for the display, 32˚F to 170˚F. The process temperature range is 77˚F to 575˚F, with optional extension to 660˚F. The electronics have a temperature effect of ±0.15% span/99˚F.
Electrical Characteristics: The output is a 2-wire, 4 to 20 mA signal with HART digital communication. The power supply ranges from 12 to 42 V dc for non-intrinsically safe and 12 to 30 V dc for intrinsically safe configurations. The electronics housing is rated IP66, NEMA 4x.

Features
The IPX II Series supports remote calibration using the Model 275 HART Communicator, simplifying zero and span adjustments. The series offers consistent accuracy without calibration, self-correcting for process temperature effects from 25˚C to 350˚C.

Approvals
The transmitters are CE approved, FM approved for explosion-proof applications, and SIRA approved for intrinsically safe environments.

Applications and Solutions
Dynisco's smart pressure transmitters have been in service since 1992, providing product improvements across various industries. The company offers extensive application support and has a significant number of transducers in the field, backed by over forty years of experience in melt pressure technology.

Technology
The IPX II Series utilizes proprietary thin film sensor technology, incorporating both a pressure sensor and RTD for a single process intrusion. This technology ensures high accuracy and reliability in pressure measurement.