products

The 1900/65A General Purpose Equipment Monitor is designed to continuously monitor and protect equipment that is used in a variety of applications and industries.

The monitor’s low cost makes it an ideal solution for generalpurpose machines and processes that can benefit from continuous monitoring and protection.

Features:

1. Transducer Inputs
   • Users have the ability to configure Channels 1 through 4. These channels are designed to receive input from acceleration, velocity, or displacement transducers. This flexibility allows for a wide range of sensor applications depending on the specific monitoring requirements of the equipment.
2. Transducer Channel Types
   • Channel types play a crucial role in defining the processing functionality for input signals. They determine how the input signal will be processed and what kind of variables or measurement values can be derived from it. Additionally, channel types specify the type of sensor that must be used in each case. The available Transducer Channel Types are as follows:
     • Acceleration or Reciprocating Acceleration:
       • Both the Acceleration Channel Type and the Reciprocating Acceleration Channel Type support two-wire and three-wire acceleration sensors. This provides options for different sensor configurations in the field.
       • Notably, the Reciprocating Acceleration channel type has the timed OK channel defeat feature disabled. This ensures a more consistent monitoring approach for reciprocating acceleration measurements.
     • Velocity or Reciprocating Velocity
     • Radial Vibration (shaft vibration): Used for monitoring the vibration of the shaft, which is an important parameter for the health assessment of rotating machinery.
     • Thrust (shaft axial displacement): This channel type is dedicated to measuring the axial displacement of the shaft, which helps in detecting any abnormal movement in the axial direction.
     • Position: Enables the monitoring of the position of a specific component, which can be vital in applications where precise positioning is required.
     • Speed: Allows for the measurement of the rotational speed of the equipment, a fundamental parameter for understanding the operational state of rotating machinery.