1. Chip Programmer Intelsteer Power Save PBI Series

2. Chip Programmer Main Menu- Basic Applications The chip programmer is inbuilt with 13 different kinds of basic application setups Including conveyer belt 、 compressor 、 stone crusher 、 and so on ….

3. Chip Programmer Main Menu- Basic Applications Stone crusher-provided with a function of full-torque start Line voltage 25% 80% 100% Time start 1 Optimization start2 Dwell Time Optimization Dwell Time

4. Chip Programmer Basic software reboot The independent soft start parameters can be adjusted by the chip programmer.

5. Chip Programmer Main Menu- Basic Soft Reboot Basic voltage—voltage value at the time of start From 25 to 80%V (may increase gradually at a ratio of 1%) Directly start torque from 6 to 64% (6)25% (64)80% pedestal voltage start torque

6. Start Time 0-255 seconds (may increase gradually at 1 sec. value) Time (6)25% (64)80% pedestal voltage start torque 0 255 100% Chip Programmer Main Menu- Basic Soft Reboot

7. Kick start level and time Directly start torque with line voltage from 25 to 80% or from 6 to 64%. 0.1 to 25 seconds (may increase gradually at 0.1 sec. value (6)25% (64)80% Kick start voltage level Kick start torque 0 10 100% (36)60% 1

8. Chip Programmer Main Menu- Basic Soft Reboot Current limitation level and time Directly start current from 25 to 80% 0 to 255 seconds (may increase gradually at 0.1 sec. value) Current limitation Time Start current level 0 40 25% 80% 100% Motor Voltage Start Time

9. Chip Programmer Main Menu- Basic Soft Reboot Soft stop function Step-type stop function Reverse Torque Braking

10. Chip Programmer Main Menu- Basic Soft Reboot Soft stop function Soft stop time has effect merely on high electrostatic frictional load (e.g. pipeline centrifugal water pump). The principle of operation is, on the basis on the gradual reduction of terminal voltage of motors, controlling motor torque to allow for the deceleration of motors in a controlled state with their own loads.

11. Chip Programmer Main Menu- Basic Soft Reboot A =Step-type stop voltage level (may be adjusted from 100 to 40% at an increase/decrease ratio of 1%) B = Step-type stop time (may be adjusted from 0 to 255 seconds at an increase/decrease ratio of 1 second) C = Step-type stop power dump level (may be adjusted from 30 to 50% at an increase/decrease ratio of 1%) (64)80% 100% Step-type stop function (6)25% Voltage Motor torque 0 255 A B C

12. Actual working conditions of water pump after the application of step-type stop function Process start running stop Time StartSoft StartStopSoft Stop Chip Programmer Main Menu- Basic Soft Reboot

13. PLUG BRAKING (REVERSE TORQUE BRAKING) Line voltage 6 25% 80% 100% Braking torque% time Contactors reverse 64 Forward Optimize Braking Time

14. Chip Programmer Main Menu- Basic Soft Reboot A = braking torque （ may be increased gradually from 6 to 64% at a ratio of 1%) B = braking time （ may be increased gradually from 0 to 255 seconds with a value of 1 second) PLUG BRAKING (REVERSE TORQUE BRAKING) 6 25% 80% 100% Braking torque time Contactors Reverse 64 Forward Optimize Braking Time A B

15. U V W L1 L2 L3 EARTH K1 FAN (If Fitted) 3 Phase Supply U W V K2 Motor Overload Semiconductor Fuses PowerbossPBI series Line of main power supply * Normally Closed Contact from optional speed sensing relay*. Intelsteer power save PBI series TB1 123456123456 110V/230V Control Supply K1 Start TB3 123456123456 RL2 FAN (if fitted Emergency Stop O/L K2 K1 For K1 Brake * TB2 RL1 123456123456 Line of control circuit REVERSE TORQUE BRAKING Chip Programmer Main Menu- Basic Soft Reboot

16. Relay RL1 and RL2 can be set in any of the following states: Operational relay Relay with maximal rotate speed Fault relay

17. Chip Programmer Main Menu- Basic Soft Reboot Shifting function of non － arcing touch After the formation of start loop, “IntelSteer electric appliance” can provide a buffering time before current runs through the motor and make the main contactor (K1) actuate under a zero-current condition. It may increase or decrease from 0.1 to 25.5 seconds at a ratio of 0.1 second.