SPM Triaxial vibration transducer

SPM Triaxial Vibration Transducer

The SPM Vibration transducer are device used for vibration monitoring of industrial machinery. They provide a 4-20 mA output signal proportional to the vibration velocity across its frequency range. The output signal can be transmitted to common process control systems such as PLC, DCS, and SCADA. Vibration transducers come in various sizes, configurations, and specifications to perfectly suit your needs. All transducers are internally isolated. The frequency range is specified for the transmitter when permanently installed. When using a magnetic foot, the measuring results will be affected at higher frequencies.

How does the SPM Triaxial Vibration Transducer work?

SPM triaxial vibration transducer is piezo-electric accelerometers of compression type. Each transducer is individually tuned and has a built-in preamplifier. The electrical signal coming from the transducer gives a reflection of all events happening in the machine. It shows the time between events and how much energy is generated from the event. The transducers operate using power from any standard 4-20 mA loop. No additional power is necessary. The transducers are designed to withstand the rigors of industrial environments. Stainless, acid-proof steel housings, case isolation, and hermetic sealing make them durable.

What are the benefits of SPM Triaxial Vibration Transducer?

SPM triaxial vibration transducer is available in various sizes, configurations, and specifications to cater to your specific needs. All transducers are internally isolated. The frequency range is specified for the transducer when it is permanently installed. However, measuring results at higher frequencies may be affected when using a magnetic foot. The transducers are designed to withstand the harsh conditions of industrial environments. They feature stainless, acid-proof steel housings, case isolation, and hermetic sealing, making them highly durable.

The transducers provide a 4-20 mA output signal that is proportional to the vibration velocity across its frequency range. This output signal can be transmitted to standard process control systems such as PLC, DCS and SCADA. SPM triaxial vibration transducers are robust, low-noise accelerometers that have a broad frequency response (Z-axis 2-10 000 Hz, X and Y-axis 2-7000 Hz). They are hermetically sealed, have ESD and EMI/RFI protection, and are equipped with a versatile M12 connector. The transducers’ sensitivity is 100mV/g, and they can operate within a temperature range of −50 to 120°C. These transducers are ideal for three-channel measurement with the portable instrument Leonova Diamond.

What are the applications of SPM Triaxial Vibration Transducers?

SPM triaxial vibration transducers are reliable tools for monitoring the vibration levels of industrial machinery. They are versatile and can be used for various applications, such as monitoring standard equipment like pumps and fans. These transducers are designed to withstand the tough conditions of industrial environments. They come equipped with stainless, acid-proof steel housing, case isolation, and hermetic sealing, which make them highly durable. The transducers provide an output signal of 4-20 mA which is proportional to the vibration velocity across its frequency range. This output signal can be transmitted to common process control systems such as PLC, DCS, and SCADA.

SPM triaxial vibration transducers are high-quality, low-noise accelerometers that can withstand rugged conditions. They have a broad frequency response (Z-axis 2-10 000 Hz, X and Y-axis 2-7000 Hz), and are hermetically sealed with ESD and EMI/RFI protection. The transducers are equipped with a versatile M12 connector. They can provide a sensitivity of 100mV/g and operate at temperatures ranging from -50 to 120°C. The transducers are suitable for three-channel measurement with the portable instrument Leonova Diamond.

SPM Triaxial Vibration Transducer Specifications:

• Frequency response:
  • Z Axis: ±3 db 2 – 10000 Hz
  • X and Y A axis: ±3 db 2 – 7000 Hz
  • Transverse sensitivity: max 7% of axial
• Sensitivity: ±10%, 25°C 100mV/g
• Temperature range: -50 to 120°C
• Output connector: 4 pin, M12 male