Hottest motor soft starter f1505

Motor soft starter f1500

(I) block diagram of operation mode

f1500-g series frequency converter operation mode is shown in the figure

(II) speed regulation mode

f1500-g series inverter various speed regulation modes, including "keyboard, terminal digital speed regulation", "multi-stage speed regulation (including multi-stage speed operation, automatic cycle operation, eight stage speed operation, segment speed compound speed regulation)", "analog single channel speed regulation", "analog compound speed regulation", "coding speed regulation" "Inching speed regulation" and "upper computer speed regulation" should be coordinated with the corresponding parameter settings. The details are as follows:

1 Keyboard and terminal digital speed regulation mode: f204=0 or 1

in this function parameter setting state, the frequency converter adopts keyboard and terminal digital speed regulation mode. At this time, the speed can be adjusted dynamically through the "▲/▼" keys on the keyboard or the "up" and "down" terminals. Among them, the speed regulation function of "up" and "down" terminals is defined by F408 ~ f415, "up" terminal is equivalent to the "▲" key on the keyboard, "down" terminal is equivalent to the "▼" key on the keyboard

for example, f409=11, op2 is defined as "up" terminal, which is short circuited with cm, and the frequency rises; F410=12, OP3 is defined as "down" terminal, which is short circuited with cm, and the frequency decreases

f204=0, the adjustment results will not be saved after the inverter is powered off

f204=1, save the adjustment results after the frequency converter is powered off

the factory default speed regulation mode of the frequency converter is f204=0

operation control is selected by F200: f200=0 keyboard control/485 communication control, f200=1 terminal control, f200=2 upper computer control

the running direction of keyboard control is selected by f207: f207=0 forward, f207=1 reverse

the terminal control mode is selected by f208: f208=0 two-wire 1, f208=1 two-wire 2, f208=2 three wire 1, f208=3 three wire 2, f208=4 direction pulse control start and stop

the frequency adjustment step is set by F230, and the setting range is 0.01 ~ 1.00hz

the parking mode is selected by f121: f121=0 stop according to the deceleration time, f121=1 free parking. The free shutdown mode is selected by F700: f700=0 immediate shutdown, f700=1 delayed shutdown. The delayed shutdown time is set by f701

2. Multi segment speed regulation: f204=2

multi segment speed regulation is divided into three modes: multi segment speed operation, automatic cycle operation and eight segment speed operation, which are selected by F210: f210=0 multi segment speed operation, f210=1 automatic cycle operation, f210=2 eight segment speed operation

segment speed change control is selected by f209: f209=0 does not allow segment speed adjustment, f209=1 allows segment speed adjustment. The relevant parameters of pressure switch

multi-stage speed are set by F300 ~ F344

operation control is selected by F200: f200=0 keyboard control/485 communication control, f200=1 terminal control, f200=2 upper computer control

the terminal control mode is selected by f208: f208=0 two-wire 1, f208=1 two-wire 2, f208=2 three wire 1, f208=3 three wire 2, f208=4 direction pulse control start and stop

the frequency adjustment step is set by F230, and the setting range is 0.01 ~ 1.00hz

the parking mode is selected by f121: f121=0 stop according to the deceleration time, f121=1 free parking. The free shutdown mode is selected by F700: f700=0 immediate shutdown, f700=1 delayed shutdown. The delayed shutdown time is set by f701

(1) multi stage speed operation: f204=2, f210=0. "Multi segment speed" refers to the seven speeds set inside the frequency converter (its frequency value, acceleration and deceleration time, etc. can be modified by parameters), which are called by the defined "multi segment speed terminal 1", "multi segment speed terminal 2" and "multi segment speed terminal 3". The combination of these three terminals and the status of "cm" short circuited or disconnected can call any section of "multi section speed" respectively

for example, f408=1, f409=2, f410=3, define terminals OP1, op2, OP3 as "multi speed terminal 1", "multi speed terminal 2", "multi speed terminal 3" respectively. See the table for the combined calling method

table multi segment speed caller's products use the more extensive method and corresponding parameter settings

multi segment speed terminal multi segment speed terminal call segment speed shutdown one segment two segment three segment four segment five segment six segment seven segment acceleration time f301f307f319f325f3311f337deceleration time f304f310f316f322f328f334f340 frequency given f302f308f314f320f326f3322f338 running direction

keyboard control (f200=0) f300f306f312f318f324f334f330 f336 terminal control (f200=1) The control mode realization of FWD, rev and X terminals (f208) "1" in the note table indicates that the input signal terminal is short circuited with cm; "0" indicates that the input signal terminal is disconnected from cm

(2) automatic cycle operation: f204=2, f210=1. "Automatic cycle operation" refers to the "multi segment speed" automatic cycle operation, that is, after the "operation" command is given, the frequency converter automatically operates according to the acceleration and deceleration time, operation time, operation frequency and operation direction of "each segment speed" set by the user; If the operation time reaches the set value, the frequency converter will automatically switch between segment speeds. During the automatic operation of the frequency converter, if the "shutdown" command is not given or the high fixed value of f212 is not reached (automatic cycle operation times), the frequency converter will continue to cycle according to the set function code parameters

"automatic cycle operation" can be called by the "run" key or the defined "run" terminal, and automatically released by the f212 setting value, or released by the "stop" key on the keyboard or the defined "stop" terminal

"automatic cycle operation" can realize automatic cycle operation at 2 ~ 7 speeds (set by f211). After reaching the cycle times (set by f212), the frequency converter will automatically stop or maintain stable operation at the last speed frequency (determined by f213)

figure automatic cycle operation (parking waiting time is zero)

for example, f211=7, select "seven speed" automatic cycle operation. F212=1000, automatic cycle operation 1000 times. F213=0, automatic shutdown after the cycle operation

when the f1500-g frequency converter executes the "automatic cycle operation" function, if the "shutdown waiting time" is equal to zero, that is, the set values of f305, f311, f317, f323, f329, F355, f341 are 0.0, it will directly switch from this section of speed to the next section of speed without stopping and waiting (as shown in the figure)

if the "shutdown waiting time" is greater than zero, that is, the set values of f305, f311, f317, f323, f329, F355, f341 are greater than 0.0, the frequency converter stops first and then switches to the next speed (as shown in the figure)

if the running directions between segment speeds are different, such as f300=0, f306=1, f312=0, the segment speed switching process must first stop and then switch to the next segment speed, and the switching process executes the forward and reverse switching dead time (F120), as shown in the figure

(3) eight speed operation: f204=2, f210=2. Eight segment speed operation consists of seven segment speed frequencies and target frequency F113, which are also called by the defined "multi segment speed terminal 1", "multi segment speed terminal 2" and "multi segment speed terminal 3". The combination of these three terminals and the status of "cm" short circuited or disconnected can call any of the eight speeds respectively

figure automatic cycle operation (parking waiting time is greater than zero)

figure automatic cycle operation (running direction is different between segment speeds)

for example, f408=1, f409=2, f410=3, terminals OP1, op2, OP3 are defined as "multi segment speed terminal 1", "multi segment speed terminal 2", "multi segment speed terminal 3" respectively. See the table for the combined calling method

table 8-segment speed call method and corresponding parameter settings

multi segment speed terminal multi segment speed terminal call segment speed one segment two segment three segment four segment five segment six segment seven segment eight segment acceleration time f114f301f307f331f319f325f3311f337 deceleration time f115f304f310f316f322f328f334f340 frequency given f113f302f308f34f320f326f332f338 running direction

keyboard control (f200=0) f207f300f306f312f318 f324f330f336 terminal control (f200=1) FWD, rev The control mode realization of X terminal (f208) "1" in the note table indicates that the input signal terminal is short circuited with cm; "0" indicates that the input signal terminal is disconnected from cm

(4) segment speed compound speed regulation: f204=2, f210=0 or 2, f342=1. Segment speed compound speed regulation refers to the speed regulation mode controlled by multi-stage speed regulation, digital speed regulation and analog speed regulation. This speed regulation mode is only effective for multi-stage speed operation and eight stage speed operation, and is invalid for automatic cycle operation

when multi-stage speed regulation and digital speed regulation are jointly controlled (f343=0), the operating frequency of each speed is the sum of the multi-stage speed setting frequency and the digital frequency setting value. The digital frequency setting value is set by F344, and the setting range is 0.00 ~ 20.00hz

when multi-stage speed regulation and analog speed regulation are jointly controlled (f343=1), the operating frequency of each stage speed is the sum of the multi-stage speed setting frequency and the analog value of an2 channel. The setting range of an2 analog value is 0 ~ 10V (given by external equipment through an2 channel), and the corresponding frequency is 0 ~ 10Hz

segment speed change control is selected by f209: f209=0 does not allow segment speed adjustment, f209=1 allows segment speed adjustment

the relevant parameters of multi-stage speed are set by F300 ~ F344

operation control is selected by F200: f200=0 keyboard control/485 communication control, f200=1 terminal control, f200=2 upper computer control

the running direction of keyboard control is selected by f207: f207=0 forward, f207=1 reverse

the terminal control mode is selected by f208: f208=0 two-wire 1, f208=1 two-wire 2, f208=2 three wire 1, f208=3 three wire 2, f208=4 direction pulse control start and stop

the frequency adjustment step is set by F230, and the setting range is 0.01 ~ 1.00hz

the parking mode is selected by f121: f121=0 stop according to the deceleration time, f121=1 free parking. The free parking mode is selected by F700; F700=0 immediate shutdown, f700=1 delayed shutdown. The delayed shutdown time is set by f701

3. Analog single channel speed regulation: f204=3, 4 or 10

analog speed regulation refers to the use of voltage (or current) analog signals to adjust the output frequency of the frequency converter. Among them, the voltage type analog quantity can be given by the external potentiometer or the potentiometer of the keyboard controller, or by the analog quantity output by other devices. The current type analog quantity can be given by the corresponding sensor or by the output of other control equipment

f204=3, analog speed regulation signal is input through terminal "an1"; When f204=4, analog speed regulation signal is input through terminal "an2"; F204=10 is used to select keyboard potentiometer analog (VK) speed regulation (single-phase frequency converter without built-in braking unit and three-phase 11 ~ 110KW frequency converter have no "J2" jumper terminal, and keyboard potentiometer analog (VK) selection is set by function code f204)

different speed regulation modes can be achieved through the jumper terminal with the function parameter setting

the relevant parameters of analog quantity are set by F800 ～ f811

operation control is selected by F200: f200=0 keyboard control/485 communication control, f200=1 terminal control, f200=2 upper computer control

the running direction of keyboard control is selected by f207: f207=0 forward, f207=1 reverse

the terminal control mode is selected by f208: f208=0 two-wire 1, f208=1 two-wire 2, f208=2 three wire 1, f208=3 three wire 2, f208=4 direction pulse control start and stop

the parking mode is selected by f121: F1, but with the enhancement of environmental awareness, 21=0 stop according to the deceleration time, f121=1 stop freely. The free shutdown mode is selected by F700: f700=0 immediate shutdown, f700=1 delayed shutdown. The delayed shutdown time is set by f701

4. Analog compound speed regulation: when f204=5, 6 or 9

compound speed regulation, analog speed regulation signal is input through terminals "an1" and "an2". When f204=5, the result of compound speed regulation is K1 × AN1+K2 × AN2; When f204=6, the result of compound speed regulation is K1 × AN1-K2 × AN2; When f204=9, the result of compound speed regulation is K1 × AN1+K2 × (ANV)。 expression