GPS and GPRSbaseddata acquisition system (Old version)

Advanced control systems with built in motion control offers superior, fast & cost effective solution against conventional PLC controls.

Ideal for scanning type machines, M Programmable parameters like Heat level, Dwell, Quench time, Position, Feed rate etc, 128 user programs of 64 steps each, Elaborated alarms and messaging.

The CO2 welding wire is available on a spool of almost 300 kg. The wire is wound on smaller spools with accurate length measurement & weight measurement. The winding is done in layer form. The bigger spool is driven by servo drive & motor. The wire is let off by the big spool & is pulled by a servomotor on smaller spool. The wire length is measured by encoder on a measuring wheel. The operator enters wire diameter, the density of material & the required weight of smaller spools. The weight measurement is done indirectly by measuring length. The wire is guided by a linear axis so as to form a uniform layer with an angle entered by operator.

Compaction Meter (CM21)- Compaction Meter Ideal Tool for optimizing Soil Compactor usage by avoiding excess passes. More uniform and optimal compaction Results in better quality.

Home A fully automatic plant control for granite slabs resin coating, loading, auto insertion and removal into hot chambers for coating and unloading of finished slabs.

1. Integrated PLC offers flexibility to incorporate user-specific requirements
2. IBM PC XT/AT compatible software package for synchronization of machine specific logic design

ECAM-21 unit has in built 16 digital inputs and 16 digital outputs. It can be used as press controller for C type presses having following features:

1. Display of crank angle and crank position
2. Display Stroke counter
3. Clutch control. Maintains the top stop at variable SPMs
4. Lubrication control
5. Inch/Once/Continuous modes
6. Anti repeat, two hand safety, top stop function
7. Stroke counter, batch counter
8. Angle dependent outputs.

1. Up to 31 DCCS controllers can communicate with a Centralized PC using RS 485 Party
2. Line subject to 240 circuits in all.
3. Accuracy: +/- 0.2 % Typical (Depends on the sensors used)
4. Program storage 60 steps per program.
5. No. of programs on PC : 1000
6. Status of all circuits in the selected group can be monitored.
7. Status display shows: Voltage, Current, Time, Program No., Step No., AH, WH, Temperature.
8. Step Commands: Charge, Discharge, Pause, Charge/Discharge Ramp, Registration
9. ON/OFF, DAT, End of Cycle / EOF, Set Amp-Hr, Set Watt-Hr. Loop.
10. Step Control parameters: Current, Voltage and Temperature (Any two parameters can be programmed in one step).
11. Step Termination parameters: Voltage, Amp Hr, Watt Hr., Temperature With less than OR Greater than option, Loop count, Time. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier)
12. Program Abort Parameters: Voltage, Amp Hr, Watt Hr., and Temperature. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier)
13. Step Registration can be done on Time, Amp Hr, Watt-Hr, Temp and Voltage.
14. Data is also registered automatically on User Interruption, Power Resume, and other errors.
15. Local Storage of 40 Programs which can be used for offline operations
16. Maximum allowable current is programmable for each circuit.
17. START, STOP, and CONTINUE selected circuits from LCD MMI also.
18. Circuit status and Input / Output monitoring from LCD MMI.

The Distributed Charger Control System (DCCS) is a complete system for controlling multiple chargers. The system not only controls but also registers data from each battery bank at programmed events. This gives a complete control solution for charging / formation process. Operator can monitor, control multiple circuits from a single PC using friendly Windows based software. Current, Voltage and/or Temperature can be controlled with Time, AH, WH, Temperature and/or Voltage as terminating conditions.

GPS and GPRSbaseddata acquisition system (Old version)

Advanced control systems with built in motion control offers superior, fast & cost effective solution against conventional PLC controls.

Ideal for scanning type machines, M Programmable parameters like Heat level, Dwell, Quench time, Position, Feed rate etc, 128 user programs of 64 steps each, Elaborated alarms and messaging.

The CO2 welding wire is available on a spool of almost 300 kg. The wire is wound on smaller spools with accurate length measurement & weight measurement. The winding is done in layer form. The bigger spool is driven by servo drive & motor. The wire is let off by the big spool & is pulled by a servomotor on smaller spool. The wire length is measured by encoder on a measuring wheel. The operator enters wire diameter, the density of material & the required weight of smaller spools. The weight measurement is done indirectly by measuring length. The wire is guided by a linear axis so as to form a uniform layer with an angle entered by operator.

Compaction Meter (CM21)- Compaction Meter Ideal Tool for optimizing Soil Compactor usage by avoiding excess passes. More uniform and optimal compaction Results in better quality.

Home A fully automatic plant control for granite slabs resin coating, loading, auto insertion and removal into hot chambers for coating and unloading of finished slabs.

1. Integrated PLC offers flexibility to incorporate user-specific requirements
2. IBM PC XT/AT compatible software package for synchronization of machine specific logic design

ECAM-21 unit has in built 16 digital inputs and 16 digital outputs. It can be used as press controller for C type presses having following features:

1. Display of crank angle and crank position
2. Display Stroke counter
3. Clutch control. Maintains the top stop at variable SPMs
4. Lubrication control
5. Inch/Once/Continuous modes
6. Anti repeat, two hand safety, top stop function
7. Stroke counter, batch counter
8. Angle dependent outputs.

1. Up to 31 DCCS controllers can communicate with a Centralized PC using RS 485 Party
2. Line subject to 240 circuits in all.
3. Accuracy: +/- 0.2 % Typical (Depends on the sensors used)
4. Program storage 60 steps per program.
5. No. of programs on PC : 1000
6. Status of all circuits in the selected group can be monitored.
7. Status display shows: Voltage, Current, Time, Program No., Step No., AH, WH, Temperature.
8. Step Commands: Charge, Discharge, Pause, Charge/Discharge Ramp, Registration
9. ON/OFF, DAT, End of Cycle / EOF, Set Amp-Hr, Set Watt-Hr. Loop.
10. Step Control parameters: Current, Voltage and Temperature (Any two parameters can be programmed in one step).
11. Step Termination parameters: Voltage, Amp Hr, Watt Hr., Temperature With less than OR Greater than option, Loop count, Time. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier)
12. Program Abort Parameters: Voltage, Amp Hr, Watt Hr., and Temperature. (Any One OR Two parameters can be programmed & action will be effected on whichever is effective earlier)
13. Step Registration can be done on Time, Amp Hr, Watt-Hr, Temp and Voltage.
14. Data is also registered automatically on User Interruption, Power Resume, and other errors.
15. Local Storage of 40 Programs which can be used for offline operations
16. Maximum allowable current is programmable for each circuit.
17. START, STOP, and CONTINUE selected circuits from LCD MMI also.
18. Circuit status and Input / Output monitoring from LCD MMI.

The Distributed Charger Control System (DCCS) is a complete system for controlling multiple chargers. The system not only controls but also registers data from each battery bank at programmed events. This gives a complete control solution for charging / formation process. Operator can monitor, control multiple circuits from a single PC using friendly Windows based software. Current, Voltage and/or Temperature can be controlled with Time, AH, WH, Temperature and/or Voltage as terminating conditions.