SIPLUS CMS1200 SM1281 condition monitoring for SIMATIC S7-1200 4 IEPE vibration channels 1 digital input for rotational speed acquisition SIMATIC S7-1200 Basic Controller - Flexible thanks to wide variety of communication options The SM 1281 condition-monitoring module, as an extension to the SIMATIC S7-1200, is used for the condition monitoring of motors, generators, pumps, fans, centrifuges and compressors, for example. This allows mechanical damage to be detected at an early stage, enabling scheduled maintenance to be carried out instead of a spontaneous repair.
Capacitor Banks
SIPLUS CMS1200 SM1281 For SIMATIC S7-1200
Nortécnica Ref:
EAN:
4047618068417
Description
Technical Information
Attributes
Model
-
Suitable for bus connection
Yes
Modular expandable
-
With approval according to UL
-
Memory capacity
1000
Type of fastening
DIN rail (top hat rail)
Voltage type supply voltage
DC
Ethernet
Yes
Type of electric connection
Screw connection
Degree of protection IP
-
Supply voltage DC
20.4
Physical measurement principle
Vibration acceleration
Number of sensor inputs for IEPE sensors
4
Number of sensor inputs for MEMS sensors
-
Number of rotational speed inputs
1
Number of indicator outputs
-
Measuring range vibration frequency
0.1
Access via web server
-
Frequency-selective monitoring via vibration speed spectrum
Yes
Frequency-selective monitoring via vibration acceleration spectrum
Yes
Frequency-selective monitoring via envelope analysis
Yes
Vibration characteristic monitoring via value of the vibration speed RMS
Yes
Vibration characteristic monitoring via diagnostic characteristic value DKW
Yes
Brands
SIEMENS
Long Description
SIPLUS CMS1200 SM1281 condition monitoring for SIMATIC S7-1200 4 IEPE vibration channels 1 digital input for rotational speed acquisition SIMATIC S7-1200 Basic Controller - Flexible thanks to wide variety of communication options The SM 1281 condition-monitoring module, as an extension to the SIMATIC S7-1200, is used for the condition monitoring of motors, generators, pumps, fans, centrifuges and compressors, for example. This allows mechanical damage to be detected at an early stage, enabling scheduled maintenance to be carried out instead of a spontaneous repair.