Features
- Keyphasor/Sensor Input Module
- 4 Way Buffered Outputs
- Provides Terminations
- Finished Complete Look
- BNC Output for Analyzers
- Selectable Resistance Buffers
- CCD for Accelerometers
- Handles Most Sensors
- Selectable Bias Voltage Block
The CMCP595 Accessory Module is designed to handle several interfaces including, Keyphasor, Accelerometers, 3-Wire Sensors and as a 4-Way Passive Buffer for vibration signals. The CMCP595 provides termination point and power routing in a matching CMCP500 Series enclosure.
The unit provides a BNC Connector for Portable Analyzers. By changing internal jumpers the CMCP595 Accessory Module can be configured as a: Keyphasor Module (Eddy Probe -24 VDC) Keyphasor Module (Hall, Inductive, Proximity +24 VDC) Accelerometer Module (Accelerometers using Constant Current Diode) 3-Wire Sensor 4-Way Passive Buffer Module
The CMCP595 Module is very versatile and can be used for many more functions as the need arises. Passive Buffers can be individually selected as 0 Ohms, 100 Ohms, 1k Ohm or 10k Ohms. A "Bias Blocker Jumper" is provided to remove Bias voltages from Signals if required.
Caution: Be sure a Constant Current Diode (CCD) is in the circuit when powering Accelerometers. Damages to the Accelerometer will occur with direct power.
At STI Vibration Monitoring, our selection of buffer modules and equipment to support any project includes the CMCP595 Passive Buffer and Accessory Module. This versatile module is designed to handle most sensors, offering four buffered outputs while providing terminations that ensure a polished and professional appearance. As leaders in vibration monitoring and machine protection systems, we take pride in manufacturing our products right here in the U.S., adhering to the highest quality standards. Since 1989, we have been dedicated to providing high-quality equipment to our customers and are proud to be known for offering the best warranties in the industry. Trust STI Vibration Monitoring for reliable solutions that enhance your monitoring processes.
