Description
Emerson SS4310T01
Technical Specifications Brand: Emerson Model: SS4310T01 Measurement Type: Velocity vibration measurement Output Signal: 4-20mA analog signal proportional to vibration magnitude Power Supply: 24 VDC Operating Temperature: -40°C to +100°C Humidity: 5% to 95% non-condensing Mounting: Thread stud mounting Protection Grade: IP67
Functional Features Converts mechanical vibration velocity into standard 4-20mA industrial signal compatible with DCS and PLC. Wide operating temperature range adapts to hot field equipment surface. Robust sealed housing withstands industrial dust and moisture. Built-in surge protection guards against electrical transient interference. Fixed measurement frequency range optimized for general rotating machinery fault detection. Continuous real-time vibration signal output for long term trend monitoring.
Application Scenarios Centrifugal pump vibration monitoring, industrial fan condition monitoring, small steam turbine supervision, compressor bearing vibration measurement, motor health monitoring in power and chemical plant.
Performance Parameters Linear signal output within rated vibration measurement range. High immunity to electromagnetic interference in industrial field environment. Stable measurement performance under continuous long-term operation. Resists mechanical shock during equipment startup transient. Consistent signal output under wide temperature variation.
Material Composition Sensor Housing: Stainless steel alloy. Internal Sensing Element: Piezoelectric ceramic sensing chip. Signal Conditioning PCB: FR4 circuit board with conformal coating. Cable Entry: Sealed cable gland assembly. Mounting Base: Stainless steel threaded stud.
Structural Features Compact cylindrical stainless steel body. Bottom threaded stud for direct mounting onto machine housing. Side cable outlet with sealing gland for signal cable. Fully sealed internal cavity to protect sensing chip and circuit from moisture ingress. Integrated signal conditioning circuit packaged inside sensor housing.
Working Principle Mechanical vibration from rotating machine transmits to sensor housing. Vibration excites internal piezoelectric sensing element to generate charge signal. Onboard signal conditioning circuit converts charge signal into standard 4-20mA current signal proportional to vibration velocity magnitude. The analog signal transmits to monitoring system for vibration value calculation, trend recording and alarm judgment.
Installation Requirements Mount sensor on rigid flat surface of machine bearing housing. Use proper thread sealant on mounting stud to prevent loosening under vibration. Use shielded twisted pair cable for signal transmission. Ground cable shield at single point only. Keep sensor cable away from high voltage power cables. Verify signal reading after installation and machine startup.
Usage Notes Avoid mechanical impact to sensor body during installation. Do not bend signal cable sharply near cable gland. Check mounting stud tightness regularly for high vibration equipment. Protect sensor from direct contact with high temperature steam or corrosive fluid. Inspect cable insulation integrity periodically.
