SPEED CONTROLLER (SR CE TYPE) - …

1 SPEED CONTROLLER (SR CE TYPE). 1. Characteristics SPEED CONTROLLER SR series are developed by the demands of SPEED variation. It uses the IC circuit that our company independently developed and is small, light weight and reliability. With acquisition of CE Mark certification, the product guarantees higher reliability. The rotating SPEED of the motor may be adjusted by a SPEED control variable resistor located at the front of the case and can also operate long-range by an extra SPEED setter. Increase of instantaneous stop function by electromagnetic brake Miniaturized type with 11pin plug The product acguired CE mark .. (File NO. E9766429E01 Certificate Institute: TUV Rhinland).

2 SPECIFICATIONS. MODEL SR CE TYPE. SPEC SRA01CE SRA02CE SRB01CE SRB02CE SRC01CE SRC02CE SRD01CE SRD02CE SRX01CE SRX02CE. Rated Voltage AC110V 60Hz AC220V 60Hz AC100V 50/60Hz AC200V 50/60Hz AC220~240V 50Hz Operation Voltage Range 10%. INDUCTION 6W 15W~90W 6W 15W~90W 6W 15W~90W 6W 15W~90W 6W 15W~90W. APPLICABLE. MOTOR REVERSIBLE 6W 15W~40W 6W 15W~40W 6W 15W~40W 6W 15W~40W 6W 15W~40W. 1. OUTPUT. E S 6W 15W~90W 6W 15W~90W 6W 15W~90W 6W 15W~90W 6W 15W~90W. SPEED control range 50Hz : 90~1400rpm 60Hz : 90~1700rpm SPEED variation 5%(standard). SPEED setting device Built in external SPEED setting device attachable Braking Possible to stop for certain period by electric brake 2 Braking period (standard).

3 Parallel operation Not suitable for parallel operation Slow Run, Slow Stop none Operation Temperature -10~50 . Storage Temperature -20~60 . Ambient humidity 85%Maximum(non condensing). 1: Suitable motors are Socket Type SPEED Control Motor of ours. (Use for 12V motor ). 2: The electric brake does not have holding toque. DIMENSIONS. SR CE TYPE SPEED CONTROLLER 92. 44 31. 34 4 76. 20. 2. SRX01CE. HIGH. 10. SPEED CONTROLLER . 2- 0. LOW. VOLT 1Ph. 230V. SPEED . 52 MAX. FREQ. 50Hz MAX. 25. 80. 7. 61. CURRENT. IP 2X. 8. MADE IN KOREA. 50 7. 174 SPG. SCHEMATIC DIAGRAM. 1-1 Uni Direction+Variable SPEED 1-2 Uni Direction+Variable SPEED +Brake INDUCTION MOTOR (6W~90W) INDUCTION MOTOR (6W~25W).

4 REVERSIBLE MOTOR (6W~40W) REVERSIBLE MOTOR (6W~25W). F1 OFF. 2 POWER. ON. F1 OFF SOURCE. 2 1. ON POWER SW1. SOURCE. 1. SW1 4. 4 RUN. SW2. 7. 7 BRAKE BLACK. R. 10 5 10W GRAY. BLACK RUN MOTOR. SW3. 10 WHITE 9 WHITE. MOTOR BRAKE. GRAY Ro Co 9. CAPACITOR. RED 5. CAPACITOR RED. RED 6. 5. RED AC125V. 6 11 SW1, 3 or AC250V. MIN. 5A. PIN NO. 11 AC125V. F1 or AC250V. 3A. PIN NO. For wiring of 220V-240V, 50Hz SW2 DC 20V 10mA. AC 125V motor, change gray to brown. Ro=10~200 (MIN. 1/4W). SW1 or AC 250V MIN. 5A For wiring of 220V-240V, 50Hz Ro,Co Co= ~ . motor, change gray to brown. (AC125WV ,AC250WV). F1 AC 125V 3A. or AC 250V Note) R ~ MIN. 10W. Note) 1. The motor rotating direction is CW when viewed from output shaft.

5 1. The motor rotating direction is CW when viewed from output shaft. When adjusting to CCW, change and connect white and When adjusting to CCW, change and connect white and gray wire gray wire of motor. 2. When switched from Run to Stop, electric brake will function about of motor. sec. and motor will come to stop instantaneously. 2. The connection of a fan motor is applicable only if the output of BRAKE BRAKE. the motor is greater than 60W and refer to page 175 for the connection method. Example of operation SW1. RUN STOP RUN STOP. SPEED CONTROLLER /CONTROL MOTORS. ON. RUN STOP. Example of operation SW1. ON OFF. SW2. SW3 STOP STOP. RUN RUN. MOTOR. CW MOTOR. CW CW. 1-3 Uni Direction+Variable SPEED +Brake Note).

6 F1 OFF 1. The motor rotating direction is CW when viewed 2 ON POWER from output shaft. When adjusting to CCW, SOURCE. 1 change and connect white and gray wire of motor. SW1. For wiring of 220V-240V, 50Hz 2. When switched from Run to Stop, electric brake will 4 motor, change gray to brown. function for and motor will come to stop RUN instantaneously. SW2. 7 AC125V 3. The connection of a fan motor is applicable only if BRAKE. WHITE. SW1, 3 or AC250V. MIN. 5A the output of the motor is greater than 60W and 10 R. 5 10W. GRAY AC125V refer to page 175 for the connection method. SW3. RUN MOTOR F1 or AC250V. 3A. 9. BRAKE. BLACK. SW2 DC 20V 10mA Example of operation CAPACITOR. Ro Co Ro=10~200 (MIN.)

7 1/4W) BRAKE BRAKE. 5 RED Ro,Co Co= ~ . SW1. RUN STOP RUN STOP. RED. (AC125WV ,AC250WV) ON. 6 R ~ MIN. 10W SW2. SW3 RUN STOP RUN STOP. 11. MOTOR. PIN NO. CW CW. Note). The power switch should be off and check the PIN number when inserting a control pack into socket groove. (There is a possibility to be burned.). SPG 175. 2-1 Reverse+Variable SPEED 2-2 Reverse+Variable SPEED +Brake INDUCTION MOTOR(6W~90W) INDUCTION MOTOR (6W~25W). REVERSIBLE MOTOR (6W~40W) REVERSIBLE MOTOR(6W~25W). F1 OFF. 2 F1 OFF. ON POWER. SOURCE. 2 POWER. 1 ON. SOURCE. SW1 1. 4 SW1. 4. RUN. 7 SW2. 7. BRAKE. R. BLACK 5 10W CW BLACK. 10. RUN WHITE. 10 CW WHITE SW5 SW4. SW2 MOTOR CCW MOTOR. GRAY 9 Ro Co GRAY.

8 BRAKE. 9 CCW Ro Co CW. SW3. CAPACITOR CAPACITOR. RED CCW Ro Co 5 RED. RED 5. 6 RED. 6. 11. 11 AC125V. PIN NO. SW1,3,4,5 or AC250V. MIN. 5A. PIN NO. AC125V. AC 125V F1 or AC250V. 3A. For wiring of 220V-240V, 50Hz SW1 or AC 250V MIN. 5A For wiring of 220V-240V, 50Hz motor, change gray to brown. SW2 DC 20V 10mA. F1 AC 125V 3A motor, change gray to brown. Ro=10~200 (MIN. 1/4W). or AC 250V Ro,Co Co= ~ . Note) (AC125WV ,AC250WV). 1. Set Stop period for induction motor and switch SW2 after rotation R ~ MIN. 10W. Note). has stopped. 1. When switched from Run to Stop, electric brake will function for 2. Reversible Motor does not need Stop period. It has no relation and motor will come to stop instantaneously operating SW2 when SW1 is on.

9 2. Do not operate SW4, SW5 for this sec. 3. The connection of a fan motor is applicable only if the output of 3. Changing period of SW4, SW5 should be done quicker than Stop the motor is greater than 60W and refer to page 178 for the to Run of SW2, SW3. connection method. BRAKE BRAKE. Example of operation FORWARD. STOP REVERSE STOP. Example of operation FORWARD STOP REVERSE. SW1 ON. SW1 SW2 . ON ON. SW5 . RUN STOP RUN STOP. SW2 CW SW3 . SW4 CW CW. CCW. CCW. 2-3 Reverse+Variable SPEED +Brake INDUCTION MOTOR (40W~90W) Note). REVERSIBLE MOTOR (40W) 1. When switched from Run to Stop, electric brake will function for F1 OFF. and motor will come to stop instantaneously 2. ON POWER 2.

10 Do not operate SW4, SW5 for this sec. 1. SOURCE For wiring of 220V-240V, 3. Changing period of SW4, SW5 should be done quicker than SW1 50Hz motor, change gray Stop to Run of SW2, SW3. to brown. 4. The connection of a fan motor is applicable only if the output 4 Ro Co SW2. RUN of the motor is greater than 60W and refer to page 178 for the 7 SW4. CW. connection method. BRAKE WHITE. 10 Ro Co CCW. GRAY SW1,3,4,5 AC125V. MIN. 5A. Example of operation RUN MOTOR or AC250V. SW5 R CW BRAKE BRAKE. 5 10W BLACK. 9 AC125V FORWARD STOP REVERSE STOP. BRAKE. Ro Co SW3 CCW. CAPACITOR F1 or AC250V. 3A SW1 ON. RED SW2 DC 20V 10mA SW2 . SW5 . 5 Ro=10~200 (MIN. 1/4W) RUN STOP RUN STOP. RED.