NUFLO SCANNER 2000 microEFM

The NUFLO Scanner 2000 microEFM is a compact, low-power electronic flow measurement and flow computer system designed for accurate gas, steam, and liquid flow monitoring in industrial and oil & gas applications. Engineered for remote and hazardous environments, the Scanner 2000 integrates flow computation, pressure and temperature measurement, data logging, and communication capabilities into a rugged explosion-proof or intrinsically safe enclosure.

Developed originally by Cameron and now under Sensia, the Scanner 2000 is widely recognized as an efficient replacement for traditional chart recorders and standalone totalizers, offering reliable custody transfer calculations and advanced remote monitoring functionality.

General Specifications

The Scanner 2000 family is designed for low-power autonomous operation in remote oil & gas installations and can integrate into wired or wireless automation networks.

Key Features

• Compact and rugged microEFM design

• Accurate gas, steam, and liquid flow calculations

• Integrated multivariable transmitter capability

• Low-power operation for remote locations

• Long-life lithium battery operation

• Supports custody transfer applications

• Large easy-to-read LCD display

• Extensive onboard data logging capability

• RS-485 Modbus communications

• Compatible with turbine, orifice, cone, and DP flow meters

• Explosion-proof and intrinsically safe options available

• Easy configuration using ModWorX™ software

Typical Applications

• Natural gas flow measurement

• Custody transfer metering

• Wellhead monitoring systems

• Oil & gas production facilities

• Steam flow monitoring

• Water injection systems

• Remote pipeline measurement

• Tank battery automation

• SCADA and RTU integration

• Coal bed methane applications

Operating Principle

The NUFLO Scanner 2000 receives input signals from differential pressure transmitters, turbine meters, RTDs, and other field devices. The internal flow computer performs real-time compensated flow calculations according to recognized industry standards such as AGA and API methodologies.

Measured process variables including pressure, temperature, and differential pressure are processed to calculate corrected flow rates and accumulated totals. Data is stored internally and can be accessed locally or remotely through Modbus communications and SCADA integration.

Advantages

• Reliable autonomous operation in remote areas

• Low maintenance and low power consumption

• High measurement accuracy

• Compact field-mounted design

• Advanced communications capability

• Rugged construction for harsh environments

• Supports multiple flow measurement technologies

• Suitable for hazardous industrial areas

• Excellent replacement for chart recorders

Supported Measurement Functions

Available Models