Fluke 721EX-3650 Dual Sensor Pressure Calibrator, intrinsically safe, 5000 PSI

The Fluke 721EX-3650 Dual Sensor Pressure Calibrator provides unmatched flexibility and safety for calibration tasks in hazardous industrial settings. Featuring dual pressure ranges of 36 PSIG for low-pressure applications and 5000 PSIG for high-pressure calibration, this calibrator is ideal for demanding environments such as oil and gas, chemical processing, and energy sectors. Its intrinsic safety certification (ATEX/IECEx) ensures safe operation in explosive atmospheres, while maintaining the accuracy and repeatability Fluke is known for. With a rugged, compact design, clear display, and intuitive interface, the 721EX-3650 simplifies pressure calibration both in the lab and the field, making it a trusted tool for professionals who require precision and safety.

Key Features:

• Intrinsically safe design (ATEX and IECEx certified) for explosive environments

• Dual sensor capability: 36 PSIG (low) and 5000 PSIG (high)

• High accuracy and repeatability for critical calibrations

• Rugged construction built for industrial and field conditions

• Easy-to-read display with intuitive controls

• Compact, portable, and durable for on-site use

• Suitable for pneumatic and hydraulic calibration systems

Compatible Systems:

• Low-pressure pneumatic and high-pressure hydraulic systems

• Pressure gauges, transmitters, and sensors in hazardous areas

Included Accessories:

• Protective carrying case for portability and safety

• User manual with calibration instructions

• Optional calibration certificate (upon request)

Compliance:

• ISO and CE certified

• ATEX and IECEx intrinsically safe approvals

• Meets international calibration standards

Benefits for Lab and Field Users:
The Fluke 721EX-3650 enables technicians and engineers to cover both low- and ultra-high-pressure calibration needs with one intrinsically safe tool. Its dual-sensor design, rugged build, and reliable accuracy improve efficiency and safety, reducing downtime and ensuring confidence in every measurement.