PGD300

Description

The ABB PGD300 Gauge Pressure Transmitter with Diaphragm Seal represents the latest advancement in ABB’s P-300 pressure transmitter portfolio. Combining the S26 diaphragm seal with ABB’s unique All-Welded technology, the PGD300 eliminates leakage risks while ensuring a perfect mechanical fit for any process connection.

Equipped with a backlit display, optional Bluetooth connectivity, Digital Advanced Diagnostic, and QR code support, the PGD300 enhances user experience, enabling fast configuration, monitoring, and troubleshooting. Advanced material options, including H-Shield technology, provide protection against hydrogen permeation and highly aggressive process fluids.

Key Features & Benefits:

• Compact, robust design suitable for liquid, gas, steam, and open tank level measurement
• S26 diaphragm seal with ASME/EN compliance for maximum leak protection
• High accuracy: ±0.055% of span
• Backlit display with optional Bluetooth connectivity
• Digital Advanced Diagnostic and QR code for fast configuration and troubleshooting
• Resistant to harsh process fluids and hydrogen permeation (H-Shield technology)
• Full process compatibility with industry standards (NACE, ASME)
• Manifold mounting options (M26)
• Multiple certifications: ATEX, IECEx, CSA North America, and others
• SIL 2/3 certification (coming soon) for safety instrumented systems
• WirelessHART (coming soon) and Modbus® (coming soon) for remote monitoring
• Battery life of ~10 years at 32 sec update rate for wireless applications
• Reduces installation time and implementation costs with simplified wiring

Applications:

• Pressure, level, and flow measurement in chemical, oil & gas, water treatment, and energy industries
• Monitoring hard-to-reach or hazardous locations with WirelessHART
• Safety instrumented systems with SIL compliance
• Industrial processes requiring high-accuracy diaphragm seal measurement

Why Choose ABB PGD300?
The ABB PGD300 combines precision, flexibility, and safety in a single device. Its diaphragm seal design expands its applicability to critical fluids and harsh industrial environments, while advanced digital diagnostics, wireless capabilities, and robust materials ensure efficient, cost-effective, and reliable process monitoring.