MCG 1600SFI — Smart Flash Infrared Radar Gauge

Overview

MCG 1600SFI

Designed for Terminal Operations Managers, Process Engineers, Asset Integrity Managers, and EPC Project Engineers who demand precision, safety, and efficiency, the MCG 1600SFI Smart Flash Infrared Radar Gauge is the proven solution for accurate and reliable tank gauging. This gauge delivers 0.5mm custody-grade accuracy, broad application flexibility (from–100 °C to +250 °C), and full hazardous-area certifications. Unlike conventional radar gauges, the MCG 1600SFI features custom antenna configurations for any tank condition, infrared handheld calibration for ground-level safety, and a user-friendly setup wizard, simplifying new projects and retrofits while minimizing costly engineering time.

MCG 1600SFI

Features

Custody-Grade Accuracy

0.5 mm accuracy with 0.1 mm resolution ensures precise custody-transfer billing, protecting revenue, and early detection of leaks or shrinkage.

Microwave FMCW Radar

Advanced FMCW technology uses continuous frequency sweeps to deliver stable, high-resolution measurement, minimizing false echoes from vapor, foam, or turbulence.

Non-Intrusive IR Calibration

Non-Intrusive IR Calibration

The Smart Flash IR remote allows for configuration and diagnostics from ground level, eliminating the need to open explosion-proof enclosures or climb tanks, significantly enhancing safety.

Wide Temperature Range

Extreme Process Versatility

The wide temperature range (–100 °C to +250 °C) and pressure rating (up to 300 PSIG) cover applications from cryogenic LNG to hot asphalt.

Flexible Antenna System

Offers multiple antenna options (Parabolic, Cone, Rod, Stilling-well) tailored to specific tank internal conditions and product characteristics.

Global Certifications

Global Compliance

Certified to UL, ATEX, CE, IECEx, and ABS standards, enabling safe and compliant deployment in hazardous environments worldwide.

MCG 1600SFI Shown with WirelessHART

Details

Applications

Technical Specifications

Table Header Table Header
Custody-Grade Accuracy
±0.5 mm accuracy with 0.1 mm resolution
Advanced FMCW Radar
Dual processors for echo cancellation and self-calibration
Long Range Measurement
0–75 ft standard, up to 180 ft optional
Safe, Easy Setup
Smart Flash IR remote (no tank entry) and optional ground-level display
Temperature Compensation
Integrates with MCG 300 RTD or 350/351 probes
Flexible Outputs
4–20 mA, Tankway, Modbus, HART, WirelessHART
Wide Temperature & Pressure
Electronics –40 °C to +65 °C; Product –100 °C to +250 °C; 150 PSIG standard, 300 PSIG optional
Global Certifications
UL/C-UL, CE/ATEX, IECEx, ABS
Durable Construction
Aluminum (~8 lb) or stainless steel
Versatile Mounting
2″ NPT or ANSI flange (150#/300#)

Documents and Downloads

Product Flyer

Have a look at the flyer to get all the tech specs and product features. Brochure

User Manual

Read the manual for detailed information and instructions. Manual

Calibrations

Check out a sample cert from our calibration lab. Certificate

Contact Support

If you have a question that we have not covered then just get in touch and we’ll be happy to help.

FAQs

We have tried to answer the most common questions we are asked here.

The FMCW (Frequency-Modulated Continuous-Wave) radar is superior to pulse radar because it continuously processes frequency shifts. This results in a stronger, more stable signal that can penetrate light foam and ignore turbulence on the liquid surface, ensuring a consistent and reliable reading of the actual product level.

Yes. The Smart Flash IR remote calibration feature allows all setup, configuration, and diagnostics to be performed safely from the ground. This non-intrusive method eliminates the need for ladders or scaffolding and maintains the integrity of the explosion-proof housing.

Yes. The gauge offers flexible outputs including Modbus, HART, and L&J Tankway protocols. This multi-protocol capability allows for a seamless, cost-effective drop-in retrofit into older control systems while also supporting integration into modern SCADA/DCS platforms.