MEMS - Machine Efficiency Monitoring System
MEMS work on the principal of drawing electrical signals from a given machine and then decoding signals based on their nature for mapping state of the machine which in turn is used for monitoring efficiency.
The solutions comprise of the following layers
1. Hardware
2. Signal Mapping
3. Data Interface
Hardware Feature Set :
Signal Types
The Board works on 3 Signal Types
1. Digital Inputs
2. Analog Inputs
3. Output Signals
Digital Inputs
There are a total of 8 Digital Inputs in the board that can range from a minimum of 5 Volts and a maximum of 12 Volts. The inputs are mapped asDigital Inputs :
D1 /D2 /D3/D4 /D5 /D6 /D7 /D8
Analog Inputs :
A1 /A2 /A3
Output Signals :
O1 /O2 /O3 /O4 /O5 /O6 /O7 /O8
MEM’s In Action
Machine Images :
Dyeing Processing Dashboard
Dyeing Processing Reports
Dyeing Processing Reports
Knitting Machine Production Report
Knitting Machine State Summary Report
Knitting Downtime Reason Summary