Baker EXP4000
Detect power quality issues, mechanical stress, and performance degradation early, avoiding unexpected downtime and expensive emergency repairs.
Distinguish between electrical and mechanical problems with spectrum analysis, torque evaluation, and transient monitoring, eliminating guesswork and reducing diagnostic time.
Capture intermittent faults over days with multi-parameter triggers, ensuring no warning signs are missed during routine operations.
Perform field diagnostics with rugged, battery-powered design, whether at motor junction boxes, MCCs, or remote industrial locations.
About the product
The Baker EXP4000 Dynamic Motor Analyser is engineered to revolutionise how maintenance professionals monitor and troubleshoot motor systems. This sophisticated diagnostic tool transforms reactive maintenance into proactive motor management, helping organisations minimise unexpected failures and costly production downtime.
Built for rigorous industrial use, this portable, battery-powered analyser delivers comprehensive insights into motor condition and performance through advanced software algorithms. Whether operating on mains power or batteries, the EXP4000 captures critical parameters including power quality, motor efficiency, torque analysis, and mechanical stress indicators in real-time.
Comprehensive Diagnostic Capabilities
The EXP4000 excels at distinguishing between electrical and mechanical issues, a common challenge that often delays effective repairs. Its multi-domain testing approach evaluates power quality feeding the motor, assesses motor performance indicators, and examines load conditions to provide clear diagnostic direction.
The analyser monitors across nine distinct testing domains: power quality, machine performance, current analysis, spectrum analysis, torque evaluation, variable-frequency drive monitoring, continuous monitoring, transient analysis, and efficiency assessment. This comprehensive approach enables maintenance teams to identify root causes quickly and implement targeted solutions.
Predictive Maintenance Excellence
Advanced spectrum analysis capabilities detect hard-to-find issues such as broken rotor bars and bearing faults before they escalate into major failures. The system's innovative torque analysis exposes mechanical problems including over-torque conditions, cavitation, bearing degradation, mechanical imbalances, and shaft misalignment.
For challenging intermittent issues, the EXP4000 provides continuous monitoring capabilities for several days, using event triggers across 41 parameters to capture infrequent problems that traditional route-based monitoring might miss.
Seamless Integration and Safety
The analyser connects easily to motor systems through multiple access points: motor junction boxes, instrumentation cabinets, inside motor control cabinets (MCCs), or externally via the optional EP1000 Dynamic Motor Link. This flexibility ensures safe, convenient monitoring without compromising operational safety or productivity.
Enhanced Connectivity with EP1000 Dynamic Motor Link
The Baker EP1000 Dynamic Motor Link serves as an optional but highly valuable accessory for the EXP4000 system. This permanently installed interface mounts inside the motor control cabinet and provides a low-voltage connection port on the cabinet door.
This configuration delivers significant safety benefits by eliminating the need to open cabinets or power down motors during testing. For facilities monitoring multiple motors, the EP1000 dramatically improves convenience and productivity, enabling rapid system-to-system testing while maintaining full operational safety protocols.
