Emerson AMS 2140 Machinery Health Analyzer
The Emerson AMS 2140 Machinery Health Analyzer is an advanced NDT Testing Equipment solution designed for predictive maintenance, machinery vibration analysis, balancing, and condition monitoring. Engineered for industrial reliability professionals, the AMS 2140 combines four-channel simultaneous vibration data collection, PeakVue Plus technology, and comprehensive diagnostic capabilities in a rugged handheld instrument for fast and accurate machine health assessment.
Ideal for maintenance engineers, reliability teams, and industrial facilities, the AMS 2140 enables rapid detection of bearing faults, gearbox wear, imbalance, misalignment, looseness, and motor problems, helping reduce unplanned downtime and maintenance costs.
Description
Emerson AMS 2140 Machinery Health Analyzer – Portable Vibration Analyzer for Predictive Maintenance
The Emerson AMS 2140 Machinery Health Analyzer is a professional NDT Testing Equipment solution developed for advanced predictive maintenance and machinery condition monitoring. Featuring simultaneous four-channel vibration acquisition, high-speed data collection, and PeakVue Plus technology, the system enables maintenance professionals to identify bearing damage, gearbox faults, imbalance, misalignment, looseness, and motor problems before they lead to costly equipment failures.
With a wide frequency range up to 80 kHz, 24-bit signal processing, integrated balancing capabilities, motor diagnostics, and compatibility with Emerson AMS Machinery Manager software, the AMS 2140 provides a complete portable solution for industrial reliability programs. Its rugged IP65 enclosure, long battery life, ergonomic one-handed operation, and comprehensive analysis tools make it ideal for demanding field environments.
The Emerson AMS 2140 Machinery Health Analyzer is an excellent choice for maintenance engineers, reliability professionals, and industrial inspection teams seeking accurate, portable, and efficient vibration analysis equipment for predictive maintenance and machinery health management.
Main Benefits
Advanced Machinery Diagnostics
Quickly identifies developing faults before they become critical failures.
High-Speed Data Collection
Simultaneous four-channel vibration measurement significantly reduces inspection time.
Comprehensive Predictive Maintenance
Combines vibration analysis, balancing, motor diagnostics, and route-based inspections in one portable device.
Early Bearing Fault Detection
PeakVue Plus technology detects bearing and gearbox defects at an early stage.
Rugged Field Operation
IP65-rated enclosure withstands demanding industrial environments.
Long Battery Life
Rechargeable battery provides over 10 hours of continuous operation.
Key Features
Four-Channel Simultaneous Data Collection
Captures vibration and phase data simultaneously for faster machine diagnostics.
PeakVue Plus Technology
Detects early-stage bearing degradation and gearbox defects before conventional vibration methods.
Portable Vibration Analysis
Performs:
Route-based inspections
Detailed vibration analysis
Troubleshooting
Machine diagnostics
Dynamic Balancing
Supports field balancing for rotating equipment to improve machine performance.
Motor Diagnostics
Evaluates motor condition and identifies electrical or mechanical faults.
Wide Frequency Range
DC to 80 kHz
Suitable for low-speed and high-speed rotating machinery.
Touchscreen Interface
Large color touchscreen with ergonomic one-hand operation.
Multiple Connectivity Options
Supports:
USB 2.0
Ethernet
Wi-Fi (optional)
Bluetooth (optional)
Compatible with Emerson AMS Machinery Manager software.
Specifications
Product Type: Portable Machinery Health Analyzer
Category: NDT Testing Equipment
Subcategory: Portable Vibration Analyzer
Manufacturer: Emerson
Measurement Technology
Multi-channel vibration analysis
Predictive maintenance diagnostics
PeakVue Plus technology
Channels
Four vibration channels
Phase measurement
Frequency Range
DC to 80 kHz
Dynamic Range
120 dB
A/D Converter
24-bit
Display
6-inch color TFT touchscreen
640 × 480 resolution
Battery
Rechargeable Lithium-Ion
Over 10 hours operating time
Protection Rating
IP65
Operating Temperature
-10°C to 50°C
Connectivity
USB 2.0
Ethernet
Optional Wi-Fi
Optional Bluetooth
Dimensions
248 × 226 × 40 mm
Weight
Approximately 1.79 kg
Applications
Predictive Maintenance
Monitors rotating equipment to prevent unexpected failures.
Vibration Analysis
Measures machine vibration for fault diagnosis and condition monitoring.
Bearing Condition Monitoring
Detects bearing wear before catastrophic failure occurs.
Gearbox Inspection
Identifies gear mesh defects and gearbox deterioration.
Motor Diagnostics
Evaluates electric motors and rotating machinery.
Pump and Fan Monitoring
Analyzes vibration in pumps, blowers, compressors, and industrial fans.
Industrial Reliability Programs
Supports route-based inspection programs across manufacturing facilities.
Field Balancing
Performs on-site balancing of rotating machinery.
What is the Emerson AMS 2140 Machinery Health Analyzer?
The AMS 2140 is a portable vibration analyzer designed for predictive maintenance, machinery diagnostics, balancing, and industrial condition monitoring.
What makes the AMS 2140 unique?
It combines simultaneous four-channel data collection, PeakVue Plus technology, vibration analysis, balancing, and motor diagnostics in a single handheld instrument.
What types of machinery can it inspect?
It can monitor pumps, motors, compressors, turbines, fans, gearboxes, conveyors, and other rotating industrial equipment.
Does the AMS 2140 support predictive maintenance?
Yes. It is specifically designed for route-based predictive maintenance and machinery condition monitoring programs.
Is the device suitable for field use?
Yes. The analyzer features an IP65-rated enclosure, ergonomic handheld design, and more than 10 hours of battery life for field inspections.
Which industries commonly use the AMS 2140?
It is widely used in manufacturing, power generation, oil and gas, chemical processing, mining, pulp and paper, marine, and other industrial maintenance applications.









