|
VIBRATION PRODUCT : CSI 4500 | CSI 6000 | CSI 9210 | CSI 9330 | CSI 1850 | CSI 2130 | CSI 5200 | MotorView
CSI 9330 Machinery Health Transmitter
The CSI 9330 interfaces with existing plant monitoring systems while continuously monitoring critical machinery.
• Continuously monitors critical machinery in process applications and other industrial environments
• Interfaces with existing alarm, control and monitoring systems
• Integrates with the CSI 2130 Machinery Health Analyzer to create a seamless predictive maintenance environment
• CSI 9330VP detects mechanical faults and provides early warning of bearing and gear faults
• CSI 9330VT detects mechanical faults and increases in temperature
Overview
Gain more visibility to vibration levels in your critical machinery. The CSI 9330 Machinery Health Transmitter is a continuouslyoperatingm vibration transmitter that interfaces with existing plant monitoring systems while automatically detecting vibration levels. When connected to the CSI 2130, you can view the vibration data in AMS? Suite: Machinery Health Manager to. utilize predictive diagnostics and improve maintenence efficiency. Preserve machinery health while reducing costly downtime.
The rugged CSI 9330 is a quick and easy installation to any machine. Once installed, it converts the analog output of an ICP? accelerometer into a 4-20 mA signal, proportional to monitored vibration. Vibration data is available in plant data historians and/or control systems for trending
and analysis with other process parameters. With the CSI 9330, you will gain continuous access
to real-time data for early detection of developing mechanical issues. |
|
Detect Mechanical and Impacting Faults
The CSI 9330 Machinery Health Transmitter allows for continuous monitoring of a wide variety of plant and mill machinery, including motors, fans, cooling tower fans, pumps, and compressors. The CSI 9330 connects to a standard accelerometer and can be configured to deliver any desired standard vibration and/or temperature value.
The vibration or temperature value can then be delivered to a PLC, SCADA system, or DCS using common 4-20 mA wiring.
The CSI 9330 is available in two configurations. The CSI 9330VT
deploys on any measurement location where vibration and/or temperature is desired. It detects mechanical faults such a
imbalance and looseness as well as increases in temperature. The CSI 9330VT delivers a vibration value, such as overall velocity and also a temperature value when connected to an accelerometer nthat contains an embedded temperature sensor.
The CSI 9330VP deploys on rolling element bearings and gear measurement points. It detects mechanical faults as well as impacting faults due to bearing and gear problems. The CSI 9330VP delivers a vibration value, such as overall velocity, and a PeakVue? value. PeakVue is a patented technology that successfully detects early stage rolling element and gear tooth wear.
Specifications |
Performance |
|
English |
SI |
Overall Vibration Output (Linear Scale) |
4-20 mA |
Fault Vibration Output (Log Scale) |
4-20 mA |
Zero |
4 mA 2% of Span |
Span |
16 mA + 5 % |
Frequency Response (Overall Vibration) |
10 Hz to 1000 Hz |
Frequency Response (Fault) |
1000 Hz or 5000 Hz to 10k Hz |
Fault Detector Range |
50 g pk |
Raw Vibration Output |
+ 0.01% of Input Vibration |
Output Maximum Load Resistance |
500 ohm |
Environmental |
Warm Up |
< 2 Minutes |
Operating Temperature Range |
+32 to + 158o F |
0 to + 70o F |
Storage Temperature Range |
-40 to + 257o F |
-40 to + 125oC |
Relative Humidity |
< 95% (Non-condensing) |
Electrical |
Power Supply Voltage |
24 VDC |
Power Supply Current |
150 mA max |
ICP Input Signal |
100 mV/g |
ICP Sensor Excitation |
24 VDC/4 mA, + 1 V/+1 mA |
Physical |
Case Dimension (W x H x D) |
0.9 x 3.9 x 4.5 in |
22.5 x 99 x 114.5 mm |
Weight |
5.2 oz |
145.2 grams |
Input/Output Electrical Connectors |
Removable Screw Terminals |
Raw Vibration Connector |
BNC Jack |
Screw Terminal Wire Size |
24 - 14 AWG |
0.2 - 2.5 mm2 |
DIN Rail Mount |
1.38 in |
35 mm |
Power Indicator |
Green LED |
|