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15 

Func. 

Name 

Description 

Range of 

Setting 

Unit  Default 

F_165 

Feedback Signal 

Selection 

0: Direct proportion signal. 
1: Inverse proportion signal. 

0,1 

─ 

F_166 

(2

nd

 PI Control) 

Active Range 

2nd PI control starts when the deviation value is 
within the setting range(SV±F_166) (0.0: Disable) 

0.0~25.0 

0.1 

0.0 

F_167 

(2

nd

 PI Control) 

Active Time 

2

nd

 control work with the time duration and then 

switching back the primary PI control. (0.0: Disable) 

0.0~300.0  0.1 

0.0 

F_168 

Proportional 

Gain(P2) 

Set the gain for deviation adjustment.(0.0: disabled)  0.0~25.0 

0.1 

1.0 

F_169  Integration Time(I2) 

Set the integration time for deviation adjustment.   
(0.0: disabled) 

0.0~25.0 

0.1 

2.0 

F_170 

Display Setting by 

Open-Loop 

Command 

Main display selection when the drive command by 
PID and executing open-loop command. 
0: PV display    1: According to the value of F_006 

0,1 

─ 

F_171 

Setting Selection by 

Open-Loop 

Command 

Primary speed selection when the drive command by 
PID and executing open-loop command. 

0~3 

─ 

0: Analog input terminals 
2: UP/DOWN command 

1: Keypad 
3: Communication 

F_172 

Keypad Selection by 

Open-Loop 

Command 

Command can be adjusted by keypad when the drive 
control by PID and executing open-loop command. 

0: Primary speed                1: “SV” value 

0,1 

─ 

F_174 

(On-Off) 

Control Selection 

0: Forward control 
1: Reverse control 

0,1 

─ 

F_175 

On-Off mode 

0: Disable                            1: Enable 

0,1 

─ 

F_176  (On) Range Setting 

Drive starts when the “PV” exceeds the “On” range. 

-12.8~ 

12.7 

0.1 

1.0 

F_177  (Off) Range Setting 

Drive stops when the “PV” exceeds the “Off” range.  0.0~10.0  0.1 

1.0 

F_178  (On) Delay Time 

After the “PV” exceeds the “On” range and lasts a 
duration(F_178), drive starts. 

0~250 

1sec 

F_179  (Off) Delay Time 

After the “PV” value exceeds the “Off” range and lasts 
a duration(F_179), drive stops. 

0~250 

1sec 

F_180 

(On-Off) 

Accel/Decel 

Time Selection 

0: Primary accel./decel. time 
1: Secondary accel./decel. time 

0,1 

─ 

F_181  (Off) Holding Time 

Hold the “Off” condition with the duration. 

0~240 

1sec 

F_182 

Air conditioning 

mode 

0: Disable 
1: Enable 

0,1 

─ 

F_183 

(Air Conditioning 

Mode) 

Temperature 

Response Time 

In the air conditioning mode,the frequency is varied 
according to the setting value of temperature 
response time. 
PV > (SV+F186) , Variation of acceleration: 
(Hz/sec) = (F_184/ F183) 
PV > (SV+F187)

Variation of deceleration: 

(Hz/sec) = (F_184/ F183)*4. 

0.0~25.0  0.1sec 

5.0 

F_184 

(Air Conditioning 

Mode) 

Variation Frequency 

0.1~25.0  0.1Hz 

2.0 

F_185 

(Air Conditioning 

Mode) 

Upper Limit Range 

of Temperature 

Upper limit value = “SV” value + F_185 
Lower limit 

value = “SV” value + F_186

 

When the temperature is over upper limit value, drive 
outputs the setting value of F_042(Frequency Upper 
Limit) 
When the temperature is under lower limit value, 
drive outputs the setting value of F_043(Frequency 
Lower Limit) 

F_184~ 

20.0 

0.1 

3.0 

F_186 

(Air Conditioning 

Mode) 

Lower Limit Range 

of Temperature 

0~F_184 

0.1 

1.0 

F_187 

(Air Conditioning 

Mode) 

Holding Frequency 

Level 

When the operation frequency of drive is under 
(F_031*F_187) and maintaining F_188 duration, 
drive runs at full speed by oper-loop condition and 
maintaining a duration(F_189) and then recovering 
PID control. 
 
(F_188=0: Disable) 

0.00~1.00  0.01 

0.50 

F_188 

(Air Conditioning 

Mode) 

Time of Holding 

Frequency 

0.0~25.0  0.1hr 

0.0 

F_189 

(Air Conditioning 

Mode) 

Full Speed Time 

0.0~25.0 

0.1 

min 

1.0 

F_190 

Feedback Limit 

Detection 

0: Disable 
1: Warning detection

Continue operation 

2: Warning detection

Stop output 

3: Error detection

Error trip 

0~3 

─ 

Содержание RM6 Series

Страница 1: ...source input terminals Single phase sinusoidal power source input terminals R S T L1 L2 L3 Three phase sinusoidal power source input terminals N DC power source input terminals External DC power source terminal Only 2007 2015 4007 4020 models have the terminal Motor U V W T1 T2 T3 Drive outputs to motor terminals Output three phase variable frequency and voltage to motor Power and Braking P N Dyna...

Страница 2: ...ption Jumper P PR P1 1 DC Reactor DCL option RM6 IM R L1 S L2 W T3 V T2 U T1 Induction Motor T L3 R L1 S L2 T L3 N Jumper P P1 1 DC Reactor DCL option Model RM6 2007 RM6 2015 Model RM6 4007 RM6 4025 Model RM6 2020 RM6 2040 Model RM6 4030 RM6 4060 RM6 IM R L1 S L2 W T3 V T2 U T1 Induction Motor T L3 R L1 S L2 T L3 N Jumper P P1 1 DC Reactor DCL option Three Phase 50 60Hz AC Power Input 2 Braking Re...

Страница 3: ... R L1 S L2 W T3 V T2 U T1 Induction Motor T L3 R L1 S L2 T L3 Three Phase 50 60Hz AC Power Input Model RM6 2050 RM6 2075 Model RM6 4075 1 N Jumper P P1 1 DC reactor DCL option 1 RM6 100HP above drives AC reactor ACL is the standard accessory RM6 175HP above drives DC reactor DCL is the standard accessory Please remove the jumper between P1 and P terminal when connecting the external DC reactor DCL...

Страница 4: ...tal input control signal terminals FWD REV and X1 X6 Vin Analog input terminal Input range DC 0 10V Iin Analog input terminal Input signal selection JP4 I position current signal JP4 V position voltage signal Input range DC 4 20mA 2 10V or DC 0 20mA 0 10V The function is set by F_126 Output terminals FM AM Analog output terminals Voltage meter with 10V full scale spec meter impedance 10kΩ above Ma...

Страница 5: ...ded Wire P P P P VR 1KΩ 1 4W Forward Reverse Multi function Input Terminal 1 Multi function Output Terminal Relay Type AC 250V 0 5A COSθ 0 3 Multi function Output Terminal Open collector DC 48V 50mA 2 M GND Analog Output Terminal DC 0 10V 1 COM GND Analog input signal default DC 4 20mA Analog input control default DC 0 10V JP4 Communication Control Terminal P DX DX GND P24 JP5 ON 1 DSW3 Multi func...

Страница 6: ...udes fault messages and three modes The switching methods are shown as below figure Monitor mode Function setting mode Parameter setting mode Fault message FUN DATA PROG FUN DATA STOP RESET PROG PROG KEYPAD Hz V A KEYPAD Hz V A KEYPAD Hz V A KEYPAD Hz V A When the keypad is idle for three minutes at function setting mode or parameter setting mode drive will switch back to the main display The oper...

Страница 7: ...ture FUN DATA FUN DATA Func Name Description Range of Setting Unit Default F_000 Drive Information 0 Software version 1 Drive model number 2 Drive running hours 3 Drive supply power time 4 Software checksum code 5 Reserved F_001 Start Command Selection Start command Rotation direction command 0 11 3 0 FWD or REV terminal FWD or REV terminal 1 FWD terminal REV terminal 2 Keypad RUN key FWD REV term...

Страница 8: ...mand Multi speed level 1 command 0 00 400 00 0 01 Hz 50 00 Note1 OFF OFF OFF OFF 60 00 Note2 F_010 Preset Speed 1 OFF OFF OFF ON 10 00 F_011 Preset Speed 2 OFF OFF ON OFF 20 00 F_012 Preset Speed 3 OFF OFF ON ON 30 00 F_013 Preset Speed 4 OFF ON OFF OFF 0 00 F_014 Preset Speed 5 OFF ON OFF ON 0 00 F_015 Preset Speed 6 OFF ON ON OFF 0 00 F_016 Preset Speed 7 OFF ON ON ON 0 00 F_196 Preset Speed 8 O...

Страница 9: ... of V F pattern 0 0 399 9 0 1Hz 0 0 F_037 V F Voltage 1 Voltage at the first point of V F pattern 0 0 255 0 0 1V 0 0 0 0 510 0 F_038 V F Frequency 2 Frequency at the second point of V F pattern 0 0 399 9 0 1Hz 0 0 F_039 V F Voltage 2 Voltage at the second point of V F pattern 0 0 255 0 0 1V 0 0 0 0 510 0 F_040 Vin Gain Analog input Vin gain ratio adjustment 0 00 2 00 0 01 1 00 F_041 Vin Bias Analo...

Страница 10: ...nction Input Terminal X4 0 Selection of primary or secondary frequency command ON secondary frequency command 2 F_056 Multi function Input Terminal X5 0 Stop command with 3 wire start stop circuit N O contact a 7 F_057 Multi function Input Terminal X6 0 Stop command with 3 wire start stop circuit N C contact b 6 F_058 Multi function Output Terminal Y1 0 Disable 1 Operation command detection 2 Cons...

Страница 11: ...rrent level of DC braking 0 150 of drive rated current 1 50 F_076 Time of DC Braking after Stop Set the time for DC braking after drive stopped 0 0 20 0 0 1sec 0 5 F_077 Time of DC Braking before Start Set the time for DC braking before drive started 0 0 20 0 0 1sec 0 0 F_078 Operation Selection at Instantaneous Power Failure 0 Drive cannot be restarted 1 Drive can be restarted 2 Ramp to stop 3 Dr...

Страница 12: ...onitor mode of external indicator 3 0 Disable 0 10 2 F_102 V F Pattern Selection 0 Linear 1 Energy saving mode auto adjust V F pattern according to the load condition 2 Square curve 3 1 7th power curve 4 1 5th power curve 0 4 0 F_103 Subtracted Frequency of Ramp to Stop by Power Failure When the power failure drive will substract the setting value from the current frequency before ramp to stop F_0...

Страница 13: ...he terminal is activated with the duration 1 5 sec 6 Edge trigger 1 6 1 F_121 UP DOWN Frequency Adjustment Adjust UP DOWN frequency by KP 603 keypad 0 00 400 00 0 01 Hz 0 00 F_122 Secondary Frequency Command Selection 0 Frequency command by analog signal via terminal 1 Frequency command by keypad 2 Frequency command by UP DOWN terminal 3 Frequency command by communication 0 3 0 F_123 Analog Input ...

Страница 14: ...PID control and command by SV condition 0 PV value 1 SV PV value 0 1 1 F_150 PID Control Command 0 By F_002 1 Analong frequency command controls SV 2 Keypad conrols SV 3 Communication interface controls SV 0 3 2 F_151 Upper Limit of Transmitter Set the value in accordance with the maximum specification of transmitter 800 0 800 0 0 1unit 10 0 F_152 Lower Limit of Transmitter Set the value in accord...

Страница 15: ...ion F_178 drive starts 0 250 1sec 0 F_179 Off Delay Time After the PV value exceeds the Off range and lasts a duration F_179 drive stops 0 250 1sec 0 F_180 On Off Accel Decel Time Selection 0 Primary accel decel time 1 Secondary accel decel time 0 1 1 F_181 Off Holding Time Hold the Off condition with the duration 0 240 1sec 0 F_182 Air conditioning mode 0 Disable 1 Enable 0 1 0 F_183 Air Conditio...

Страница 16: ...urrent Oscillation Gain HPF The setting gain of the current oscillation 16 1 0 255 0 F_220 Cut frequency of Current Oscillation When the setting value is too high it will make the output current to high in light duty 0 2000 400 F_221 Current Oscillation Gain LPF When the setting value is too high it will make the output current to high in light duty 0 255 128 F_222 Upper frequency of Current Oscil...

Страница 17: ...se open PAdF KEYPAD Hz V A Keypad interruption during copy LE1 KEYPAD Hz V A Under voltage during operation OH KEYPAD Hz V A Drive overheating OC KEYPAD Hz V A Drive over current OL KEYPAD Hz V A Motor overload GF KEYPAD Hz V A Grounding fault OL1 KEYPAD Hz V A Drive overload OE KEYPAD Hz V A Over voltage ntCF KEYPAD Hz V A NTC thermistor sensor fault no Fb KEYPAD Hz V A PID feedback signal error ...

Страница 18: ...to stop Wr_F KEYPAD Hz V A Different software version inter copy db KEYPAD Hz V A Over voltage at stop PUF1 KEYPAD Hz V A First time you enter wrong LOC KEYPAD Hz V A Parameter locking PUF2 KEYPAD Hz V A Second time you enter wrong ULOC KEYPAD Hz V A Parameter Password Unlock PUF3 KEYPAD Hz V A Third time you enter wrong dtF KEYPAD Hz V A Direction command error Ht KEYPAD Hz V A Drive overheat PrE...

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