The Foxboro brand I/A Series System IDP32 differential pressure transmitter is a microprocessor-based smart transmitters that provides precise, reliable, measurement of differential pressure and features high performance and excellent stability. Capable of measuring gas, liquid, vapor, and liquid levels, it transmits 4 to 20mA DC analog and digital signals according to the measured differential pressure. It can also execute twoway communications using HART protocol, thus facilitating self-diagnosis, range resetting, and automatic zero adjustment.
Key Benefits :
- Unique characterization and composite semiconductor sensors realize high accuracy up to 0.04% F.S.
- Proven Sensor technology enables Long-term stability up to 0.1% of URL per 10-year period.
- Response time within 100 msec and a 200:1turndown ratio
- A wide measuring range is available from a single model. This feature is highly effective in taking measurement over a wide range and reducing the need for inventory.
- Two-way communication using HART protocol facilitates self-diagnosis, range resetting, automatic zero adjustment, and other operations.
- HART communication protocol
- SIL2 rated
- Best in the industry – 5 year warranty
ABOUT FOXBORO PRESSURE TRANSMITTERS
Invensys Foxboro® pressure transmitters combine field-proven, reliable silicon straingauge sensor technology with simplified, durable packaging. The Foxboro pressure transmitter family covers a broad range of pressure and level uses; including differential, gauge, and absolute pressure, as well as remote seal flanged level. Each pressure transmitter uses the same innovative topworks packaging with modular intelligent electronics, which greatly simplifies installation, operation, servicing, and spare parts requirements.
BENEFITS
• Reduced maintenance and long-term operating costs
• Improved performance for greater production efficiency
• Faster and less frequent calibration
• Flexible mounting configuration for easier, less expensive installation
• Rapid product delivery for on-time completion of scheduled procedures
