Bently Nevada 3500/25 184684-01 Enhanced Keyphasor Module
Specific parameters
Input signal range: Non isolated I/O modules range from+0.8V to -21.0V; isolated I/O modules range from+5V to -11V.
Frequency range: The received signal range is 1 to 1200000 cpm (0.017 to 20kHz), and the output range is 1 to 99999 cpm (0.017 to 1667Hz).
Accuracy: The processed signal maintains an accuracy of ± 1% at frequencies up to 20kHz at+25 ° C (+77 ° F).
Sensor power supply: Each channel provides -24Vdc, maximum 40mA power supply.
Power consumption: The typical value is 3.2 watts.
Environmental restrictions: The operating temperature ranges from -30 ° C to+65 ° C (-22 ° F to+150 ° F), depending on the type of I/O module; The storage temperature ranges from -40 ° C to+85 ° C (-40 ° F to+185 ° F); The humidity is 95% without condensation.
Physical specifications: The dimensions are 119.9mm x 24.4mm x 256.5mm (4.72in x 0.96in x 10.10in), and the weight is 0.34kg (0.76lbs).
Product Performance
Accurate measurement: capable of accurately processing tachometer signals, calculating speed, position, and phase data, providing precise speed and position feedback for the shaft, accurately measuring shaft speed and phase information, and helping to accurately monitor the operating status of the machine.
Strong signal processing capability: capable of generating event signals once per cycle from multiple event input terminals per cycle, with on-site upgradable firmware, supporting asset management data reporting, and better meeting signal processing requirements in different application scenarios.
Good compatibility: seamlessly integrated with the 3500 system, and fully compatible with existing key phase modules in traditional systems in terms of appearance, assembly, and functionality, making it convenient for users to upgrade or replace in existing systems.
Flexible configuration: Supports multiple configuration methods and can be flexibly set according to actual application needs. For example, in TMR applications, it can work in conjunction with other modules, providing main and auxiliary key trust signals. For systems with multiple key phase inputs, pairing configuration can also be used to meet requirements.
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