TOSHIBA P3 4500 (01) PDF Document

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What is the initial mode when the TOSHIBA P3 4500 drive is first powered up?

When the TOSHIBA P3 4500 drive is initially powered up, it is in standard monitor mode (Mode selection level).

What information does the TOSHIBA P3 4500 display in standard monitor mode when initially powered up?

The TOSHIBA P3 4500 drive will display the current output frequency, trip code, or warning code in standard monitor mode.

How can a user switch between local and remote frequency control on the TOSHIBA P3 4500?

To change from local frequency control to remote frequency control, or vice versa, press the LOCAL/REMOTE key (UR key).

What happens if the Local/Remote key is pushed when the TOSHIBA P3 4500 inverter is running at 0 Hz?

If the inverter is running at 0 Hz, and the Local/Remote key is pushed, the frequency command input will be switched to a source that may be set for a non-zero frequency command, and the motor may begin turning without any other key pressed.

How can a user switch the source of run/stop command information on the TOSHIBA P3 4500 operation panel?

Switch the source of run/stop command information from panel/terminal block by pressing the Manual/Auto Key (RUN MODE).

What is the function of the SETUP/PROGRAM/MONITOR key on the TOSHIBA P3 4500 keypad?

The SETUP/PROGRAM/MONITOR key (S/P/M key) toggles between Setup, Program, Monitor, and Frequency Mode.

How are RAM values saved to memory on the TOSHIBA P3 4500 when adjusting parameters using the Up Key or Down Key?

Only RAM values are changed when the Up Key or Down Key is held down. Pushing the READ/WRITE key (RIW key) saves the setting.

How is a fault cleared on the TOSHIBA P3 4500 using the keypad?

A trip clear can be performed by pressing the STOP/RESET key twice when the LED message shows the flashing trip title (E) in standard monitor mode.

What is the procedure to issue an Emergency Off command on the TOSHIBA P3 4500 in auto mode?

In auto mode, the emergency off command procedure is as follows (assume starting in terminal control mode with the inverter running):

The first time STOP/RESET key is pressed, the emergency off command prompt “ECIFF” will be displayed and will flash.
If within two seconds, the STOP/RESET key is pressed a second time, the emergency off command will be issued with “E” displayed and continue flashing.

If within two seconds, STOP/RESET is not pressed a second time, the emergency off command will be aborted and the display will return to the standard monitor mode.

What is the procedure to issue an Emergency Off command on the TOSHIBA P3 4500 in manual mode?

In manual mode, the emergency off command is similar to auto mode. The first time STOP/RESET key is pressed, it will be treated as a regular stop command, so there is no “ECIFF” display. If STOP/RESET key is pressed a second time within one second, the press will be treated as an emergency off command and “E” will be displayed and will be continuously flashing. If STOP/RESET key is not pressed within one second, no emergency off command will be issued.

How can the local frequency command value be adjusted on the TOSHIBA P3 4500 while in standard monitor mode?

The local frequency command is adjusted by pushing the Up/Down keys (U/D keys) while in standard monitor mode. Pushing the SETUP/PROGRAM/MONITOR key (S/P/M key) will toggle back to the standard monitor mode.

What is the requirement for the TOSHIBA P3 4500 drive to run when initially powered up?

For the TOSHIBA P3 4500 drive to run, the following must be true:

Drive enable (“ST” to “CC” made).
No emergency off command (“S4” to “CC” made).
Direction command (“F” or “R” to “CC” made).
Frequency reference (wiper from pot is read via “RR” terminal) when using a Potentiometer Operation example.
MANUAL LED off (puts drive in remote mode).

Toggle the LOCAL/REMOTE button on keypad to turn LOCAL LED off (with drive stopped) for Potentiometer Operation.

What is required for the TOSHIBA P3 4500 drive to follow a 4-20 mA signal as a reference?

To follow a 4-20 mA signal on the TOSHIBA P3 4500 drive, the following must be present:

“IV” dipswitch to the right of phone jack on control board (immediately under keypad) set to “I” position. (“5/10” dipswitch has no effect in this scenario).
No emergency off command (“S4” to “CC” made).
Drive enable (“ST” to “CC” made).
Direction command (“F” or “R” to “CC” made).
Frequency reference (4-20 mA signal at “IV” terminal).
MANUAL LED off (puts drive in remote mode).

Toggle the LOCAL/REMOTE button on keypad to turn LOCAL LED off for 4-20mA Reference Operation.

What are the requirements for the TOSHIBA P3 4500 drive to run from a 0-10 Volt reference using the “RR” terminal?

To run from a 0-10 V reference on the TOSHIBA P3 4500 drive, the drive must have:

Drive enable (“ST” to “CC” made).
No emergency off command (“S4” to “CC” made).
Direction command (“F” or “R” to “CC” made).
Frequency reference (0-10 V signal applied to “RR” terminal).
MANUAL LED off (puts drive in remote mode).

Toggle the LOCAL/REMOTE button on keypad to turn LOCAL LED off for 0-10 volt Reference Operation.

What happens if the “S4” to “CC” connection is broken while using a Potentiometer Operation for the TOSHIBA P3 4500?

If “S4” to “CC” is broken during Potentiometer Operation on the TOSHIBA P3 4500, there will be an “E” trip.

What happens if the “ST” to “CC” connection is broken during 4-20mA Reference Operation on the TOSHIBA P3 4500?

If the “ST” to “CC” connection is broken during 4-20mA Reference Operation on the TOSHIBA P3 4500, the motor will coast to a stop.

What is the effect of pushing the STOP/RESET key twice in two seconds when the TOSHIBA P3 4500 drive is in auto mode and running?

When the STOP/RESET key is pressed a second time within two seconds after the first press shows the “ECIFF” prompt, the emergency off command will be issued with “E” displayed and continue flashing.

What happens if the STOP/RESET key is pressed only once when the TOSHIBA P3 4500 drive is in auto mode and running?

The first time the STOP/RESET key is pressed when the TOSHIBA P3 4500 drive is in auto mode and running, the emergency off command prompt “ECIFF” will be displayed and will flash.

What is the result if the STOP/RESET key is not pressed a second time within two seconds when the TOSHIBA P3 4500 drive is in auto mode and displays “ECIFF”?

If the STOP/RESET key is not pressed a second time within two seconds when the TOSHIBA P3 4500 drive is in auto mode and displays “ECIFF”, the emergency off command will be aborted and the display will return to the standard monitor mode.

What is the consequence of pressing the STOP/RESET key once on the TOSHIBA P3 4500 in manual mode?

In manual mode on the TOSHIBA P3 4500, the first time the STOP/RESET key is pressed, it will be treated as a regular stop command, and there is no “ECIFF” display.

What is the consequence of pressing the STOP/RESET key twice within one second on the TOSHIBA P3 4500 in manual mode?

In manual mode on the TOSHIBA P3 4500, if the STOP/RESET key is pressed a second time within one second, the press will be treated as an emergency off command and “E” will be displayed and continuously flashing.

What happens if the STOP/RESET key is not pressed within one second on the TOSHIBA P3 4500 in manual mode after the first press?

If the STOP/RESET key is not pressed within one second on the TOSHIBA P3 4500 in manual mode after the first press, no emergency off command will be issued.

What is the default setting for the “R” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “R” INPUT TERMINAL FUNCTION (Item 51) on the TOSHIBA P3 4500 is a reverse run command when the “R” terminal is shorted to “CC”.

What is the default setting for the “F” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “F” INPUT TERMINAL FUNCTION (Item 56) on the TOSHIBA P3 4500 is a forward run command when the “F” terminal is shorted to “CC”.

What is the default setting for the “ST” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “ST” INPUT TERMINAL FUNCTION (Item 58) on the TOSHIBA P3 4500 is to enable the drive when the “ST” terminal is shorted to “CC”.

What is the default setting for the “RES” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “RES” INPUT TERMINAL FUNCTION (Item 57) on the TOSHIBA P3 4500 is to reset a fault when the “RES” terminal is shorted to “CC”.

What is the default setting for the “S1” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S1” INPUT TERMINAL FUNCTION (Item 52) on the TOSHIBA P3 4500 is firespeed control when the “S1” terminal is shorted to “CC”.

What is the default setting for the “S2” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S2” INPUT TERMINAL FUNCTION (Item 53) on the TOSHIBA P3 4500 is feedback control when the “S2” terminal is shorted to “CC”.

What is the default setting for the “S3” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S3” INPUT TERMINAL FUNCTION (Item 54) on the TOSHIBA P3 4500 gives a preset speed reference when the “S3” terminal is shorted to “CC”.

What is the default setting for the “S4” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S4” INPUT TERMINAL FUNCTION (Item 55) on the TOSHIBA P3 4500 is emergency off when the “S4” terminal is open to “CC”.

What is the default setting for the “S6” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S6” INPUT TERMINAL FUNCTION (Item 60) on the TOSHIBA P3 4500 is ACC1/DEC1 or ACC2/DEC2 selection when the “S6” terminal is shorted to “CC”.

What is the default setting for the “S7” INPUT TERMINAL FUNCTION on the TOSHIBA P3 4500?

The default setting for the “S7” INPUT TERMINAL FUNCTION (Item 61) on the TOSHIBA P3 4500 is emergency off when the “S7” terminal is shorted to “CC”.

What is the purpose of Item 50, INPUT TERMINAL SELECTION (ll::), in the TOSHIBA P3 4500 drive?

With Item 50, INPUT TERMINAL SELECTION (ll::), set to “0”, the drive’s input terminals, when shorted to “CC”, have the default functions noted in Items 51 – 62. The user has the option of changing the function assigned to any of the input terminals by programming a “1” into Item 50 and programming the parameters in Items 51 – 62 as necessary.

What is the purpose of Item 62, POTENTIAL TERMINAL FUNCTION (lleI), in the TOSHIBA P3 4500 drive?

Item 62, POTENTIAL TERMINAL FUNCTION (lleI), refers to an imaginary terminal that the drive considers always shorted to “CC”. Any function code from page 9-9 entered here will always be active. For example, if a value of “10” is programmed here, the drive will always ESTOP.

What is the effect if the same function is assigned to more than one input terminal on the TOSHIBA P3 4500?

‘OR’ logic is in effect if the same function is assigned to more than one input terminal on the TOSHIBA P3 4500.

What happens if none of the input terminals’ functions are set to “7” (enable) on the TOSHIBA P3 4500?

If none of the input terminals’ function is set to “7” (enable) on the TOSHIBA P3 4500, the drive will assume the drive enabled (just like ST-CC is made).

How can the response time for input terminals be adjusted on the TOSHIBA P3 4500?

The time between an input terminal’s connection to “CC” and the function realization can be adjusted using the following parameters:

Item 63, R, S1-S7 INPUT TERMINAL RESPONSE TIME (leF): A setting of “100” results in a delay of about 200 milliseconds.
Item 64, “F” INPUT TERMINAL RESPONSE TIME SELECTION (le5F): A setting of “100” results in a delay of about 200 milliseconds.
Item 65, “RES” INPUT TERMINAL RESPONSE TIME SELECTION (le5F): A setting of “100” results in a delay of about 200 milliseconds.
Item 66, “ST” INPUT TERMINAL RESPONSE TIME SELECTION (Ie IF): A setting of “100” results in a delay of about 200 milliseconds.

How is the function realized for the “RCH” OUTPUT TERMINAL on the TOSHIBA P3 4500?

The function realized for the “RCH” OUTPUT TERMINAL (Item 67, “RCH” OUTPUT TERMINAL FUNCTION SELECTION (OeD)) is determined by entering the code from the table on pages 9-11 and 9-12 to determine when the drive will change the state of the open collector transistor output.

How is the delay time for the “RCH” OUTPUT TERMINAL on the TOSHIBA P3 4500 set?

The delay time from sensing a desired condition to the change in state of the “RCH” open collector transistor output indicating that the condition occurred is set by Item 68, “RCH” OUTPUT TERMINAL DELAY TIME (OeOd). The maximum adjustment of “100” is approximately 200 milliseconds.

How is the hold time for the “RCH” OUTPUT TERMINAL on the TOSHIBA P3 4500 set?

The hold time for the “RCH” OUTPUT TERMINAL is set by Item 69, “RCH” OUTPUT TERMINAL HOLD TIME (OeOH). For example, if the drive is programmed to sense when it is outputting more than 30 Hz, and the output frequency goes above 30 Hz, closing the open collector transistor, adjusting this parameter to “100” would keep the RCH terminal floating open for an additional 200 milliseconds after the drive outputted more than 30 Hz.

What is the default setting for Item 70, “LOW” OUTPUT CONTACTS FUNCTION SELECTION (De I) on the TOSHIBA P3 4500?

Item 70, “LOW” OUTPUT CONTACTS FUNCTION SELECTION (De I) on the TOSHIBA P3 4500 is set by referring to Item 67 above (except for dry relay contacts).

What is the default setting for Item 73, “FL” OUTPUT TERMINAL FUNCTION SELECTION (01::2) on the TOSHIBA P3 4500?

The “FL” OUTPUT TERMINAL FUNCTION SELECTION (Item 73, 01::2) on the TOSHIBA P3 4500 is set by referring to Item 70 on page 9-8. On the terminal strip, the normally closed contact is between “FLA” and “FLC” and the normally open contact is between “FLB” and “FLC”.

What is the default setting for Item 76, “OUT” OUTPUT TERMINAL FUNCTION SELECTION (01::3) on the TOSHIBA P3 4500?

The setting for Item 76, “OUT” OUTPUT TERMINAL FUNCTION SELECTION (01::3) on the TOSHIBA P3 4500 is set by referring to Item 70 on page 9-8. It is available on INV3-COM-B and INV3-COM-D option boards.

How is the LOW SPEED SIGNAL OUTPUT FREQUENCY (LF) set on the TOSHIBA P3 4500?

The LOW SPEED SIGNAL OUTPUT FREQUENCY (Item 79, LF) on the TOSHIBA P3 4500 is set using this parameter to set the frequency above which one of the outputs changes state. Refer to Items 67, 70, and 73.

How is the ACC/DEC COMPLETE DETECT BAND (brCh) set on the TOSHIBA P3 4500?

If one of the open collector output functions is set to “6” (accel/decel complete) on the TOSHIBA P3 4500, Item 80, ACC/DEC COMPLETE DETECT BAND (brCh), is used to output the function when the output frequency is within this bandwidth (minus during accel, plus during decel) of the frequency command.

How is the SPEED REACH MAXIMUM FREQUENCY (HrCh) set on the TOSHIBA P3 4500?

Item 81, SPEED REACH MAXIMUM FREQUENCY (HrCh), on the TOSHIBA P3 4500 is used to set the output frequency at which one of the outputs changes state during an acceleration. Refer to Items 67, 70, and 73.

How is the SPEED REACH MINIMUM FREQUENCY (LrCh) set on the TOSHIBA P3 4500?

Item 82, SPEED REACH MINIMUM FREQUENCY (LrCh), on the TOSHIBA P3 4500 is used to set the output frequency at which one of the outputs changes state during a deceleration. Refer to Items 67, 70, and 73.

What are the options for COMMERCIAL POWER/INVERTER SWITCHING OUTPUT (CCHG) on the TOSHIBA P3 4500?

Item 83, COMMERCIAL POWER/INVERTER SWITCHING OUTPUT (CCHG), on the TOSHIBA P3 4500 determines the effect of cycling power on a faulted drive with the following options:

0: Motor runs on bypass when drive trips.
1: Motor runs on bypass when a signal is given.
2: Both of the above.

What is the purpose of Item 86, RR INPUT SPECIAL FUNCTION SELECT (Inrr) on the TOSHIBA P3 4500?

Item 86, RR INPUT SPECIAL FUNCTION SELECT (Inrr), on the TOSHIBA P3 4500 is used to change the function of the 0-10 volt signal applied to the “RR” terminal. The options are:

0: Standard (speed reference).
1: Scale MAXIMUM OUTPUT FREQUENCY (FH); Minimum 30 Hz.
2: Adjust multiplier on accel/decel times. Zero volts sets the multiplier to 1, 10 volts sets the multiplier to 10.
3: Adjust voltage boost. Zero volts sets voltage boost to 0%. 10 volts sets the voltage boost to its programmed value.
4: Current limit. Ten volts sets current limit to 150%.

What is the purpose of Item 91, JUMP FREQUENCY ENABLE (FJ.n), on the TOSHIBA P3 4500?

Item 91, JUMP FREQUENCY ENABLE (FJ.n), on the TOSHIBA P3 4500 enables the programming of “Jump Frequencies,” which are bands of output frequencies the drive will not continuously output. The drive allows the user to program up to three separate frequencies along with a bandwidth for each.

What is the definition of the hysteresis band for the RUN FREQUENCY (Frun) and RUN FREQUENCY HYSTERESIS (FH:JS) on the TOSHIBA P3 4500?

Item 89, RUN FREQUENCY (Frun), is the center of the hysteresis band. Item 90, RUN FREQUENCY HYSTERESIS (FH:JS), is used as a +/- bandwidth around (Frun). When the reference signal reaches a value that commands a frequency of Frun+Fhys, the drive’s output frequency will ramp up to the corresponding frequency. The output will continue to follow the reference until the frequency it is commanding falls below Frun-Fhys, at which time the drive will decel to 0 Hz.

When are Item 89 (Frun) and Item 90 (FH:JS) not effective on the TOSHIBA P3 4500?

Item 89 (Frun) and Item 90 (FH:JS) are not effective when PID control is operating on the TOSHIBA P3 4500.

What is the function of Item 164, OVERVOLTAGE STALL PROTECTION (0P55), on the TOSHIBA P3 4500?

Item 164, OVERVOLTAGE STALL PROTECTION (0P55), is turned on as a default setting on the TOSHIBA P3 4500. It causes the drive to automatically extend the decel time when the DC bus voltage increases due to regeneration. The stored DECELERATION TIME #1 (dEC I)/DECELERATION TIME #2 (dEC2) is not changed. The drive may still trip on overvoltage if the decel time is too small.

What is the purpose of Item 170, EMERGENCY STOP SELECTION (ESf.::P), on the TOSHIBA P3 4500?

Item 170, EMERGENCY STOP SELECTION (ESf.::P), on the TOSHIBA P3 4500 determines the “emergency stop” (E) method.

What is the function of Item 172, RETRY SELECTION (rb-l::J), on the TOSHIBA P3 4500?

Item 172, RETRY SELECTION (rb-l::J), on the TOSHIBA P3 4500 programs the drive to restart after a fault occurs by setting the number of retry attempts. Auto-restart “motor speed search” (RrSe) is automatically on during retry. Retry will not function if Item 172, FAULT TRIP SAVING (b-CL) is set to option 1, “on”.

What is the effect if Item 191, FAULT TRIP SAVING (b-[L), is set to option “1” on the TOSHIBA P3 4500?

If Item 191, FAULT TRIP SAVING (b-[L), is set to option “1” on the TOSHIBA P3 4500, the drive will power up with the fault display, but the fault monitor and any fault contacts will be reset. On OVERLOAD trips, reset can occur only after a cooling time; no cooling time for reset is required when power is cycled.

What is the effect of setting Item 313, PANEL OPERATION MODE SELECTION (pnOd), to option “0” on the TOSHIBA P3 4500 keypad operations?

If Item 313, PANEL OPERATION MODE SELECTION (pnOd), is set to option “0” on the TOSHIBA P3 4500, the keypad does nothing except switching between forward/reverse in manual mode.

What is the meaning of LED message “FL–F” in Standard Monitor Mode on the TOSHIBA P3 4500?

The LED message “FL–F” in Standard Monitor Mode on the TOSHIBA P3 4500 indicates Motor run direction monitor (forward).

What is the meaning of LED message “r–r” in Standard Monitor Mode on the TOSHIBA P3 4500?

The LED message “r–r” in Standard Monitor Mode on the TOSHIBA P3 4500 indicates Motor run direction monitor (reverse).

What is the meaning of LED message “L” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “L” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates an overload condition.

What is the meaning of LED message “P” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “P” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates an overvoltage condition.

What is the meaning of LED message “c” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “c” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates an overcurrent condition.

What is the meaning of LED message “H” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “H” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates an overheat condition.

What is the meaning of LED message “E” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “E” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates a communication timeout condition.

What is the meaning of LED message “LC” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “LC” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates an overload and overcurrent condition.

What is the meaning of LED message “LCH” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500?

The LED message “LCH” in the Status Monitor Mode when warning displays are automatic on the TOSHIBA P3 4500 indicates overload, overcurrent, and overheat conditions.

What is the first parameter displayed when entering Setup Mode on the TOSHIBA P3 4500 after selecting SEEP?

The first parameter displayed when entering Setup Mode on the TOSHIBA P3 4500 after selecting SEEP and pressing READ/WRITE (RIW) key is ACC1 (Acceleration time #1).

What parameter title is displayed if the user scrolls through all setup parameter titles until “UL” is displayed on the TOSHIBA P3 4500?

If the user scrolls through all setup parameter titles until “UL” is displayed on the TOSHIBA P3 4500, the parameter title displayed is Upper limit frequency.

How does the TOSHIBA P3 4500 handle an attempt to increase a parameter value beyond its maximum limit in Setup Mode?

When the user adjusts the setting value beyond the maximum allowable value in Setup Mode on the TOSHIBA P3 4500, the alarm is displayed in the parameter data field. The warning message and the maximum limit data are alternately displayed for two cycles. The display returns to the setting value display mode.

How does the TOSHIBA P3 4500 handle an attempt to decrease a parameter value below its minimum limit in Setup Mode?

For all parameters in Setup Mode on the TOSHIBA P3 4500, if the setting value exceeds the parameter’s minimum value, the warning “LO” and the minimum value will be alternately displayed for two cycles, similar to the maximum warning case.

What is the display message when the READ/WRITE key is pressed after changing a setup parameter value in RAM on the TOSHIBA P3 4500?

When the read/write key is pressed after changing a setup parameter value in RAM on the TOSHIBA P3 4500, the parameter name, UL, and the new setting value will be alternately displayed to indicate that the new setting value has been written to memory. After two alternating display cycles, the display will return to setup mode, with the parameter title UL displayed.

What happens to the frequency command value if it is changed during operation on the TOSHIBA P3 4500?

If the frequency command value is changed during operation on the TOSHIBA P3 4500, the operating frequency will also change accordingly. If the command value precedes the actual operating frequency, the accel/decel of the motor will be dictated by the accel/decel times.

How does the TOSHIBA P3 4500 display the change in motor direction in Standard Monitor Mode?

The TOSHIBA P3 4500 indicates forward direction of motor operation with the LED Message “F–F” when the READ/WRITE key and the Up Key are pressed, and indicates reverse direction of motor operation with the LED Message “r–r” when the REAR/WRITE key and the Down Key are pressed, provided the system is in manual control mode.

How can the TOSHIBA P3 4500 mode selection menu be accessed from Standard Monitor Mode?

The mode selection menu on the TOSHIBA P3 4500 is accessed by pressing the SETUP/PROGRAM/MONITOR key (S/P/M key) while in standard monitor mode.

What are the selections available in the mode selection menu on the TOSHIBA P3 4500?

The following mode selections are available in the mode selection menu on the TOSHIBA P3 4500, selected by pressing the READ/WRITE key (RIW key):

Mode selections	Explanation
SEeP	Setup mode selection
PrOG	Program mode selection
nOn	Status monitor mode selection

What is the default display when the TOSHIBA P3 4500 drive is in Setup Mode?

The display changes to the first entry in the setup parameter list, RCC i (Acceleration time #1), when entering Setup Mode on the TOSHIBA P3 4500 after selecting SEEP from the mode selection menu and pressing READ/WRITE (RIW).

How do you exit Setup Mode on the TOSHIBA P3 4500?

Pressing the SETUP/PROGRAM/MONITOR key (S/P/M key) will return the user to standard monitor mode from Setup Mode on the TOSHIBA P3 4500.

What are the primary functions available in Program Mode on the TOSHIBA P3 4500?

The three main functions in Program Mode on the TOSHIBA P3 4500 are:

The parameter display and setting function.
Displaying and changing user changed parameters.
The analog output adjustment function.

How is a parameter setting written to memory (EEPROM & RAM) in Program Mode on the TOSHIBA P3 4500?

The new setting value is written to memory (EEPROM & RAM) on the TOSHIBA P3 4500 by pressing the READ/WRITE key (RIW key) when the data is displayed.

What is the LED indication after a successful write operation in Program Mode on the TOSHIBA P3 4500?

After a successful write operation in Program Mode on the TOSHIBA P3 4500, the parameter title and the new setting value will flash alternately for two cycles. Then the display returns to program mode with the parameter title displayed.

How can a user access the group of parameters changed from factory default settings (Gr.U) in Program Mode on the TOSHIBA P3 4500?

The user accesses the group of parameters changed from factory default settings (Gr.U) in Program Mode on the TOSHIBA P3 4500 by selecting the program mode title PROG, pressing READ/WRITE (RIW) to enter Program Mode, selecting the user changed parameter group title (Gr.U) using the U/D keys, and pressing READ/WRITE (RIW) key.

How does the TOSHIBA P3 4500 display when it is searching for user changed parameters in the Gr.U group?

When viewing parameters in the user changed parameter group (Gr.U) on the TOSHIBA P3 4500, the inverter will flash “Gr.U” on the LED display to indicate that the inverter is searching for user changed parameters. This may cause a time delay between parameter title displays.

How can a user exit viewing the user changed parameter group (Gr.U) and return to standard monitor mode on the TOSHIBA P3 4500?

Pressing the S/P/M button will exit from viewing the user changed parameter group (Gr.U) back to standard monitor mode on the TOSHIBA P3 4500.

How is the analog meter adjustment function accessed in Program Mode on the TOSHIBA P3 4500?

The analog meter adjustment function is accessed in Program Mode on the TOSHIBA P3 4500 by selecting the AM/FM adjustment parameter group (Gr.Rn) using the U/D keys, entering the group by pressing READ/WRITE (RIW), selecting the FM adjustment parameter (Fn) with the U/D keys, and pressing READ/WRITE (RIW). The current output frequency will be displayed.

How is the setting value adjusted for the FM terminal output during analog meter adjustment on the TOSHIBA P3 4500?

The setting value is adjusted with the U/D keys until the analog output matches the desired level when adjusting the FM terminal output during analog meter adjustment on the TOSHIBA P3 4500. The displayed value of output frequency will not change while the setting value is changing.

What message is displayed on the TOSHIBA P3 4500 if a user attempts to increase a parameter value above its maximum limit while setting an alarm display?

If the user attempts to increase the parameter value above the maximum limit while setting an alarm display on the TOSHIBA P3 4500, the warning message and the maximum limit data are alternately displayed for two cycles, and the display returns to the setting value display mode.

How can panel lockout mode be cancelled on the TOSHIBA P3 4500?

To cancel panel lockout mode on the TOSHIBA P3 4500 (when parameter PRSS is set to 0), use the following special key sequence: LOCAUREMOTE + UP + S/P/M + READ/WRITE, then use the U/D keys to input the pass number, and finally press READ/WRITE (RIW). If the pass number is correct, normal panel operations are restored, and the display automatically changes back to standard monitor mode after a few seconds.

What LED message is displayed when the TOSHIBA P3 4500 is in panel locked out condition with no keys valid?

The LED Message “0 0” is displayed when the TOSHIBA P3 4500 is in panel locked out condition with no keys valid.

What is the procedure to enter Status Monitor Mode on the TOSHIBA P3 4500?

Status Monitor Mode on the TOSHIBA P3 4500 is entered by pressing the S/P/M key, selecting “nOn” at the mode selection menu, and pressing the READ/WRITE key (RIW).

What is the first item displayed when entering Status Monitor Mode on the TOSHIBA P3 4500 (assuming ST-CC terminals are shorted)?

The first monitor item displayed when entering Status Monitor Mode on the TOSHIBA P3 4500 (assuming ST-CC terminals are shorted) is the motor run direction monitor, displayed as “Fr-F”.

How can the user view the next/previous status variable in Status Monitor Mode on the TOSHIBA P3 4500?

Pressing the UP/DOWN keys (DOWN key in the table) views the next/previous status variable in Status Monitor Mode on the TOSHIBA P3 4500.

What is the LED message for the Frequency command value displayed in Status Monitor Mode (Monitor #1) on the TOSHIBA P3 4500?

The LED message for the Frequency command value displayed in Status Monitor Mode (Monitor #1) on the TOSHIBA P3 4500 is “0 0”.

What is the LED message for the Load current (%) monitor (monitor #2) in Status Monitor Mode on the TOSHIBA P3 4500?

The LED message for the Load current (%) monitor (monitor #2) in Status Monitor Mode on the TOSHIBA P3 4500 is “L 0”.

What is the LED message for the Input voltage (V) monitor (monitor #3) in Status Monitor Mode on the TOSHIBA P3 4500?

The LED message for the Input voltage (V) monitor (monitor #3) in Status Monitor Mode on the TOSHIBA P3 4500 is “U 228”.

What is the LED message for the Output voltage (V) monitor (monitor #4) in Status Monitor Mode on the TOSHIBA P3 4500?

The LED message for the Output voltage (V) monitor (monitor #4) in Status Monitor Mode on the TOSHIBA P3 4500 is “P 0”.

What LED messages are displayed in Status Monitor Mode on the TOSHIBA P3 4500 when the drive is tripped?

When the TOSHIBA P3 4500 drive is tripped, the first item displayed in status monitor mode is the output frequency at the time of trip (“0 0”). After the inverter trips, the displayed message changes to the trip title (“tr i”).

What is the LED message displayed during a discrete LED test in Status Monitor Mode on the TOSHIBA P3 4500?

The LED message displayed during a discrete LED test (all discrete LEDs lit) in Status Monitor Mode on the TOSHIBA P3 4500 is “8.8.8.8”.

Under what conditions can JOG Run Mode be entered on the TOSHIBA P3 4500?

JOG Run Mode on the TOSHIBA P3 4500 can be entered only when the drive is in local frequency and manual run/stop control mode and the JOG frequency is set to a value not equal to zero.

What is the LED message sequence to enter forward JOG mode on the TOSHIBA P3 4500, assuming JOG frequency is 5.0Hz?

The sequence to enter forward JOG mode on the TOSHIBA P3 4500 (assuming JOG frequency is 5.0Hz) is:

Key Operation	LED Message	Explanation
S/P/M	0 0	Standard monitor mode
S/P/M	SEeP	S/P/M key enters mode selection menu.
S/P/M	PrOG	Enter program mode.
S/P/M	nOn	Enter monitor mode.
S/P/M	FJOG	When S/P/M is pressed a fourth time, the drive enters forward JOG mode (FJOG != 0.0 Hz only).

How is the JOG run stopped after it starts on the TOSHIBA P3 4500?

When the RUN key is released after starting a JOG run on the TOSHIBA P3 4500, the JOG run will stop according to the stop method selected. To continue JOG run, press RUN.

What is the purpose of Item 176, AUTO-RESTART (MOTOR SPEED SEARCH) (RrSe) on the TOSHIBA P3 4500?

Item 176, AUTO-RESTART (MOTOR SPEED SEARCH) (RrSe), on the TOSHIBA P3 4500 enables the drive’s ability to catch a spinning motor with the following options:

0: Speed search off.
1: Drive performs speed search after a power glitch.
2: Drive performs speed search after “ST”-“CC” is made.
3: Both 1 and 2 above.

A drive with a forward direction command will catch a reversing motor.

What conditions cause an OVERCURRENT (ACCEL) trip (D[ i) on the TOSHIBA P3 4500?

The cause of an OVERCURRENT (ACCEL) trip (D[ i) or DC OVERCURRENT (ACC) D[ iP on the TOSHIBA P3 4500 is that the drive current exceeded 145% of its rated FLA (190% above 100 HP).

What conditions cause an OVERCURRENT (DECEL) trip (D[2) on the TOSHIBA P3 4500?

The cause of an OVERCURRENT (DECEL) trip (D[2) or DC OVERCURRENT (DEC) D[2P on the TOSHIBA P3 4500 is that the drive current exceeded 145% of its rated FLA.

What conditions cause an OVERCURRENT (RUN) trip (D[3) on the TOSHIBA P3 4500?

The cause of an OVERCURRENT (RUN) trip (D[3) or DC OVERCURRENT (RUN) D[3P on the TOSHIBA P3 4500 is that the drive current exceeded 145% of its rated FLA.

What causes an OVERVOLTAGE (ACCEL) trip (0P I) on the TOSHIBA P3 4500 (460 volt drive)?

The cause of an OVERVOLTAGE (ACCEL) trip (0P I) or OVERVOLTAGE (RUN) O[P3 on the TOSHIBA P3 4500 (460 volt drive) is that the Bus exceeded 787 VDC.

What causes an OVERVOLTAGE (DEC) trip (0P2) on the TOSHIBA P3 4500 (460 volt drive)?

The cause of an OVERVOLTAGE (DEC) trip (0P2) on the TOSHIBA P3 4500 (460 volt drive) is that the Bus exceeded 787 VDC.

What causes an INVERTER OVERLOAD trip (Olin) on the TOSHIBA P3 4500?

The cause of an INVERTER OVERLOAD trip (Olin) on the TOSHIBA P3 4500 is that the drive exceeded 100% of its rated current for too long of a time.

What causes a MOTOR OVERLOAD trip (Oline) on the TOSHIBA P3 4500?

The cause of a MOTOR OVERLOAD trip (Oline) on the TOSHIBA P3 4500 is that the Motor is in danger of overheating because it drew too much current for too long of a time, as determined by the drive.

What causes a DBR OVERCURRENT trip (0[,r) on the TOSHIBA P3 4500?

The cause of a DBR OVERCURRENT trip (0[,r) on the TOSHIBA P3 4500 is that IGBT7 (dynamic braking transistor) is damaged.

What causes an OVERHEAT trip (OH) on the TOSHIBA P3 4500?

The cause of an OVERHEAT trip (OH) on the TOSHIBA P3 4500 is that the Drive’s heatsink exceeded 90°C.

What causes an EMERGENCY OFF trip (E) on the TOSHIBA P3 4500?

The cause of an EMERGENCY OFF trip (E) on the TOSHIBA P3 4500 is that the Drive received one of the following ESTOP commands:

Drive was receiving STOP/RUN command via terminal strip when STOP button on keypad was pressed.
One of the drive’s input terminal’s function is set to “10” (see Item codes 0-56 and page 9-11), and terminal is being opened/closed to command ESTOP.

What causes an EEPROM WRITE FAILURE or EEPROM READ FAILURE trip (EEP:, EEP2) on the TOSHIBA P3 4500?

The cause of an EEPROM WRITE FAILURE or EEPROM READ FAILURE trip (EEP:, EEP2) on the TOSHIBA P3 4500 is that the EEPROM was unable to read/write to peripherals.

What causes a RAM ERROR or ROM ERROR trip (Err3, Err4) on the TOSHIBA P3 4500?

RAM ERROR or ROM ERROR trips (Err3, Err4) on the TOSHIBA P3 4500 are caused by miswiring that may be causing noise (such as “CC” connected to ground, an external 10 volt source connected to “PP” etc.).

What causes a CPU ERROR trip (ErrY) on the TOSHIBA P3 4500?

A CPU ERROR trip (ErrY) on the TOSHIBA P3 4500 occurs if an option ROM or option board is installed or removed when the drive is powered. If the CPU is truly damaged, the fault will not reset and replacement of the control board is necessary.

What causes a COMMUNICATION ERROR trip (ErrS) on the TOSHIBA P3 4500?

The cause of a COMMUNICATION ERROR trip (ErrS) on the TOSHIBA P3 4500 is that the RS232 or RS485 timer did not respond.

What causes an AUTO-TUNING ERROR trip (Een) on the TOSHIBA P3 4500?

The cause of an AUTO-TUNING ERROR trip (Een) on the TOSHIBA P3 4500 is that the Motor’s physical characteristics are not within the window of allowable values for modeling.

What causes a GATE ARRAY FAULT trip (Err5) on the TOSHIBA P3 4500?

The cause of a GATE ARRAY FAULT trip (Err5) on the TOSHIBA P3 4500 is that the control board needs replacement.

What causes a CURRENT DETECT ERROR trip (ErrI) on the TOSHIBA P3 4500?

A CURRENT DETECT ERROR trip (ErrI) on the TOSHIBA P3 4500 occurs when the drive is stopped but the CPU detects current flowing. This fault could be caused by plugging in the RS232 cable with the drive powered.

What causes an INV TYPEFORM ERROR trip (Etp) on the TOSHIBA P3 4500?

The cause of an INV TYPEFORM ERROR trip (Etp) on the TOSHIBA P3 4500 is that the Control board is not configured to the drive’s rating.

What does the warning display “dRnp” on the TOSHIBA P3 4500 indicate?

The warning display “dRnp” on the TOSHIBA P3 4500 indicates a Damper trip. This occurs if the damper function is selected and the damper is closed while the motor is running.

What causes the warning display “LO55” on the TOSHIBA P3 4500?

The warning display “LO55” on the TOSHIBA P3 4500 indicates an IV analog input loss, valid when Item 194 (LR :5) adjustment range option is set to 3 and the frequency command is selected from the IV analog input terminal.

What is the LED Message displayed for Output frequency (standard monitor mode) when switching between forward/reverse operation in Standard Monitor Mode on the TOSHIBA P3 4500?

The LED Message “0 0” is displayed for Output frequency (standard monitor mode) when switching between forward/reverse operation in Standard Monitor Mode on the TOSHIBA P3 4500, before pressing the READ/WRITE key in combination with the Up or Down key.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is in standard monitor mode displaying the flashing trip title during a trip clear command?

The LED Message “E” flashing is displayed when the TOSHIBA P3 4500 drive is in standard monitor mode displaying the flashing trip title during a trip clear command, prompting the user for the next step.

What is the LED Message displayed when the trip is cleared on the TOSHIBA P3 4500 after pressing STOP/RESET at the trip clear prompt?

The LED Message “0 0” is displayed when the trip is cleared on the TOSHIBA P3 4500 after pressing STOP/RESET at the trip clear prompt, and the display returns to standard monitor mode.

What is the purpose of TYP = 3 in the Standard Setting Selections for the TOSHIBA P3 4500?

TYP = 3 in the Standard Setting Selections for the TOSHIBA P3 4500 sets the drive to Standard factory-shipped conditions (sets all parameters except those in Gr.Rn to their factory-shipped values). This also CLEARS ALL PAST TRIPS.

What happens to the display on the TOSHIBA P3 4500 when a Standard Setting Command (TYP) is executed?

When the TYP command is executed on the TOSHIBA P3 4500, the display will blank for a short time, after which “0 0” will be displayed. After the settings have been automatically updated, the inverter will return to standard monitor mode.

What is the function of Retry when activated on the TOSHIBA P3 4500?

When a protective function is activated on the TOSHIBA P3 4500 and retry is enabled, the system checks main circuit devices, and attempts to restart. It is settable to a maximum of 10 times, with wait time adjustment from 0 to 10 seconds.

What is the Damper Function used for on the TOSHIBA P3 4500?

The Damper Function on the TOSHIBA P3 4500 is used to turn on the damper before the motor runs and turn off the damper after the motor stops. This requires assigning code 55 (damper status input: 0:damper closes, 1:damper open) to an input terminal and assigning 64 or 65 (open damper 64:positive/negative logic) to an output terminal.

What happens if the “damper status” input becomes 0 (means the damper closes) while the motor is running on the TOSHIBA P3 4500 with the Damper Function active?

If the “damper status” input becomes 0 (means the damper closes) while the motor is running on the TOSHIBA P3 4500 with the Damper Function active, the drive trips and flashes “dRnp”. The damper trip is non-retriable.

How is the Fire Speed Function used on the TOSHIBA P3 4500?

The Fire Speed Function on the TOSHIBA P3 4500 is used to automatically start a motor at the preset speed and forward direction in case of fire. If fire status input (default assignment to S1 input terminal) is detected and the inverter is not in trip, a run command at forward direction and the speed set by Item 131 (F5or) will be issued. Fire speed run command has the highest priority besides drive trip, and in a fire situation, the motor cannot be stopped by STOP command from anywhere.

How can the Fire Speed input terminal be assigned on the TOSHIBA P3 4500?

The fire speed input can be assigned to any input terminal by setting the input terminal function to code 56 on the TOSHIBA P3 4500.

How is the Fire Speed set on the TOSHIBA P3 4500?

Fire speed can be set by Item 131 (F5or) on the TOSHIBA P3 4500. Fire speed is limited by setting the upper and lower limit frequency in Item 24 (LL) and Item 23 (UL).

What is the LED Message displayed when the TOSHIBA P3 4500 drive is operating at an overload condition in Standard Monitor Mode?

The LED Message “L” is displayed when the TOSHIBA P3 4500 drive is operating at an overload condition in Standard Monitor Mode (this is a pre-alarm display).

What is the LED Message displayed when the TOSHIBA P3 4500 drive is displaying its Inverter overload pre-alarm in Standard Monitor Mode?

The LED Message “L” is displayed when the TOSHIBA P3 4500 drive is displaying its Inverter overload pre-alarm in Standard Monitor Mode, as per the output contact logic explanation where contact closes to signify inverter overload pre-alarm.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is displaying its Motor overload pre-alarm in Standard Monitor Mode?

The LED Message “o” is displayed when the TOSHIBA P3 4500 drive is displaying its Motor overload pre-alarm in Standard Monitor Mode, as per the output contact logic explanation where contact closes to signify motor overload pre-alarm.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is operating at an overcurrent pre-alarm condition in Standard Monitor Mode?

The LED Message “c” is displayed when the TOSHIBA P3 4500 drive is operating at an overcurrent pre-alarm condition in Standard Monitor Mode.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is displaying its Overvoltage pre-alarm in Standard Monitor Mode?

The LED Message “P” is displayed when the TOSHIBA P3 4500 drive is displaying its Overvoltage pre-alarm in Standard Monitor Mode.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is displaying its Overheat pre-alarm in Standard Monitor Mode?

The LED Message “H” is displayed when the TOSHIBA P3 4500 drive is displaying its Overheat pre-alarm in Standard Monitor Mode.

What is the LED Message displayed when the TOSHIBA P3 4500 drive has an Option board communication alarm in Standard Monitor Mode?

The LED Message “E” is displayed when the TOSHIBA P3 4500 drive has an Option board communication alarm in Standard Monitor Mode.

What is the LED Message displayed when the TOSHIBA P3 4500 drive unit is initializing values during resetting/power-up in Standard Monitor Mode?

The LED Message “In II::” is displayed when the TOSHIBA P3 4500 drive unit is initializing values during resetting/power-up in Standard Monitor Mode.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is OFF?

The LED Message “OFF” is displayed when the ST-CC connection is open on the TOSHIBA P3 4500.

What is the LED Message displayed when the TOSHIBA P3 4500 inverter control power supply voltage is too low?

The LED Message “POFF” is displayed when the TOSHIBA P3 4500 inverter control power supply voltage is too low.

What is the LED Message displayed when the TOSHIBA P3 4500 inverter’s main DC bus voltage is low?

The LED Message “liJFF” is displayed when the TOSHIBA P3 4500 inverter’s main DC bus voltage is low.

What is the LED Message displayed during an Auto-restart message on the TOSHIBA P3 4500?

The LED Message “rl:r::l” is displayed alternately with the output frequency when the TOSHIBA P3 4500 inverter tries to automatically restart after a non-critical trip.

What is the LED Message displayed during a pending clear command (after the STOP/RESET key has been pressed once after a trip) on the TOSHIBA P3 4500?

The LED Message “E, LLI” is displayed during a pending clear command (after the STOP/RESET key has been pressed once after a trip) on the TOSHIBA P3 4500.

What is the LED Message displayed during a pending emergency off command (after the STOP/RESET key has been pressed once when in terminal control mode) on the TOSHIBA P3 4500?

The LED Message “EOFF” is displayed during a pending emergency off command (after the STOP/RESET key has been pressed once when in terminal control mode) on the TOSHIBA P3 4500.

What is the LED Message displayed during a pending coast stop command (after the Local/Remote key has been pressed once when in local control mode while the inverter is running) on the TOSHIBA P3 4500?

The LED Message “Ll:rL” is displayed during a pending coast stop command (after the Local/Remote key has been pressed once when in local control mode while the inverter is running) on the TOSHIBA P3 4500.

What is the LED Message displayed when the user attempts to increase a parameter value above its maximum value on the TOSHIBA P3 4500?

The LED Message “H I” is displayed alternately in the data field of a parameter when an attempt is made to increase the setting value greater than the parameter’s maximum value on the TOSHIBA P3 4500.

What is the LED Message displayed when the user attempts to decrease a parameter value less than the parameter’s minimum value on the TOSHIBA P3 4500?

The LED Message “LO” is displayed alternately in the data field of a parameter when an attempt is made to decrease the setting value less than the parameter’s minimum value on the TOSHIBA P3 4500.

What is the LED Message displayed if the correct pass number is entered at the pass number prompt on the TOSHIBA P3 4500?

The LED Message “PR55” is displayed if the correct pass number is entered at the pass number prompt on the TOSHIBA P3 4500.

What is the LED Message displayed if an incorrect pass number is entered at the pass number prompt on the TOSHIBA P3 4500?

The LED Message “Err” is displayed if an incorrect pass number is entered at the pass number prompt on the TOSHIBA P3 4500.

What is the LED Message displayed when the TOSHIBA P3 4500 inverter unit attempts to display a number that exceeds four numerical digits?

The LED Message “E I” is displayed when the TOSHIBA P3 4500 inverter unit attempts to display a number that exceeds four numerical digits.

What is the LED Message displayed when DC injection braking is being executed on the TOSHIBA P3 4500?

The LED Message “db” is displayed when DC injection braking is being executed on the TOSHIBA P3 4500.

What is the LED Message displayed when motor shaft stationary control is being executed on the TOSHIBA P3 4500?

The LED Message “db on” is displayed when motor shaft stationary control is being executed on the TOSHIBA P3 4500.

What is the LED Message displayed when the TOSHIBA P3 4500 is in forward JOG mode?

The LED Message “FJOG” is displayed when the TOSHIBA P3 4500 is in forward JOG mode.

What is the LED Message displayed when the TOSHIBA P3 4500 is in reverse JOG mode?

The LED Message “rJOG” is displayed when the TOSHIBA P3 4500 is in reverse JOG mode.

What is the LED Message displayed for Inverter/motor overload pre-alarm on the TOSHIBA P3 4500?

The LED Message “L” is displayed for Inverter/motor overload pre-alarm on the TOSHIBA P3 4500.

What is the LED Message displayed for Overcurrent pre-alarm on the TOSHIBA P3 4500?

The LED Message “c” is displayed for Overcurrent pre-alarm on the TOSHIBA P3 4500.

What is the LED Message displayed for Overvoltage pre-alarm on the TOSHIBA P3 4500?

The LED Message “P” is displayed for Overvoltage pre-alarm on the TOSHIBA P3 4500.

What is the LED Message displayed for Overheat pre-alarm on the TOSHIBA P3 4500?

The LED Message “H” is displayed for Overheat pre-alarm on the TOSHIBA P3 4500.

What is the LED Message displayed for Option board communication alarm on the TOSHIBA P3 4500?

The LED Message “E” is displayed for Option board communication alarm on the TOSHIBA P3 4500.

What is the LED Message displayed when the TOSHIBA P3 4500 inverter unit is initializing values during resetting/power-up?

The LED Message “In II::” is displayed when the TOSHIBA P3 4500 inverter unit is initializing values during resetting/power-up.

What is the LED Message displayed when the TOSHIBA P3 4500 drive is tripped, showing the output frequency at the time of the trip?

The LED Message “50.0” is displayed when the TOSHIBA P3 4500 drive is tripped, showing the output frequency at the time of the trip, in standard monitor mode.

What is the LED Message displayed for the currently active pattern group number and pattern speed if the drive is not running on the TOSHIBA P3 4500?

The LED Message “Pt:: -.-” is displayed for the currently active pattern group number and pattern speed if the drive is not running on the TOSHIBA P3 4500.

What is the LED Message displayed for the number of pattern group repetitions remaining if the drive is not running on the TOSHIBA P3 4500?

The LED Message “n- – -” is displayed for the number of pattern group repetitions remaining if the drive is not running on the TOSHIBA P3 4500.

What is the LED Message displayed for the preset speed being used if the drive is not running on the TOSHIBA P3 4500?

The LED Message “Sr– -” is displayed for the preset speed being used if the drive is not running on the TOSHIBA P3 4500.

What is the LED Message displayed for the remaining pattern time if the drive is not running on the TOSHIBA P3 4500?

The LED Message “- – – -” is displayed for the remaining pattern time if the drive is not running on the TOSHIBA P3 4500.

What is the LED Message displayed for the output frequency (standard monitor mode) when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message “0 0” is displayed for the output frequency (standard monitor mode) when the TOSHIBA P3 4500 drive is not running in Status Monitor Mode.

What is the LED Message displayed for the output frequency (standard monitor mode) when the drive is tripped in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message “50.0” is displayed for the output frequency (standard monitor mode) when the TOSHIBA P3 4500 drive is tripped in Status Monitor Mode.

What is the LED Message displayed for the Inverter trips and displayed message changes to trip title in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message “tr i” is displayed for Inverter trips and displayed message changes to trip title in Status Monitor Mode on the TOSHIBA P3 4500.

What is the LED Message displayed for the output frequency at the time of trip in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message “50.0” is displayed for the output frequency at the time of trip in Status Monitor Mode on the TOSHIBA P3 4500.

What is the LED Message displayed for the LED segment test display in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message “8.8.8.8” is displayed for the LED segment test display in Status Monitor Mode on the TOSHIBA P3 4500.

What is the LED Message displayed for Motor direction selection (status monitor mode) on the TOSHIBA P3 4500?

The LED Message “Fr–F” is displayed for Motor direction selection (status monitor mode) on the TOSHIBA P3 4500.

What is the LED Message displayed when all discrete LEDs are lit for the discrete LED test in Status Monitor Mode on the TOSHIBA P3 4500?

The LED Message is displayed for the discrete LED test when all discrete LEDs are lit in Status Monitor Mode on the TOSHIBA P3 4500.

What is the explanation for LED Message “50.0” when the drive trips in Standard Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “50.0” when the drive trips in Standard Monitor Mode on the TOSHIBA P3 4500 is: When the drive is tripped, the first item displayed in status monitor mode is the output frequency at the time the drive tripped.

What is the explanation for LED Message “Pt 10” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “Pt 10” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500 is: Currently active pattern group number and pattern speed. If the drive is not running, the group and speed numbers will appear as “Pt:: -.-“.

What is the explanation for LED Message “n 15” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “n 15” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500 is: Number of pattern group repetitions remaining. If the drive is not running, the number of cycles remaining will appear as “n- – -“.

What is the explanation for LED Message “Sr 02” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “Sr 02” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500 is: Number of the preset speed being used. If the drive is not running, the preset speed number will appear as “Sr– -“.

What is the explanation for LED Message “2355” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “2355” when the drive is not running in Status Monitor Mode on the TOSHIBA P3 4500 is: Remaining pattern time (s / min). If the drive is not running, the remaining time will appear as “- – – -“.

What is the explanation for LED Message “L 0” when displaying a parameter value above its maximum limit in Program Mode on the TOSHIBA P3 4500?

The explanation for LED Message “L 0” when displaying a parameter value above its maximum limit in Program Mode on the TOSHIBA P3 4500 is: This minimum value warning message “LO” will be alternately displayed in the data field of a parameter when an attempt is made to decrease the setting value less than the parameter’s minimum value.

What is the explanation for LED Message “HI” when displaying a parameter value above its maximum limit in Program Mode on the TOSHIBA P3 4500?

The explanation for LED Message “HI” when displaying a parameter value above its maximum limit in Program Mode on the TOSHIBA P3 4500 is: This maximum value warning message “H I” will be alternately displayed in the data field of a parameter when an attempt is made to increase the setting value greater than the parameter’s maximum value.

What is the explanation for LED Message “Err” when entering the pass number prompt on the TOSHIBA P3 4500?

The explanation for LED Message “Err” when entering the pass number prompt on the TOSHIBA P3 4500 is: Displayed if an incorrect pass number is entered at the pass number prompt.

What is the explanation for LED Message “PRS5” when entering the pass number prompt on the TOSHIBA P3 4500?

The explanation for LED Message “PRS5” when entering the pass number prompt on the TOSHIBA P3 4500 is: Displayed if the correct pass number is entered at the pass number prompt.

What is the explanation for LED Message “db” during operation on the TOSHIBA P3 4500?

The LED Message “db” is displayed when DC injection braking is being executed on the TOSHIBA P3 4500.

What is the explanation for LED Message “db on” during operation on the TOSHIBA P3 4500?

The LED Message “db on” is displayed when motor shaft stationary control is being executed on the TOSHIBA P3 4500.

What is the explanation for LED Message “FJOG” during operation on the TOSHIBA P3 4500?

The LED Message “FJOG” is displayed when the TOSHIBA P3 4500 is in forward JOG mode.

What is the explanation for LED Message “rJOG” during operation on the TOSHIBA P3 4500?

The LED Message “rJOG” is displayed when the TOSHIBA P3 4500 is in reverse JOG mode.

What is the explanation for LED Message “L” during pre-alarm on the TOSHIBA P3 4500?

The LED Message “L” is displayed for Inverter/motor overload pre-alarm on the TOSHIBA P3 4500.

What is the explanation for LED Message “c” during pre-alarm on the TOSHIBA P3 4500?

The LED Message “c” is displayed for Overcurrent pre-alarm on the TOSHIBA P3 4500.

What is the explanation for LED Message “P” during pre-alarm on the TOSHIBA P3 4500?

The LED Message “P” is displayed for Overvoltage pre-alarm on the TOSHIBA P3 4500.

What is the explanation for LED Message “H” during pre-alarm on the TOSHIBA P3 4500?

The LED Message “H” is displayed for Overheat pre-alarm on the TOSHIBA P3 4500.

What is the explanation for LED Message “E” during pre-alarm on the TOSHIBA P3 4500?

The LED Message “E” is displayed for Option board communication alarm on the TOSHIBA P3 4500.

What is the explanation for LED Message “In II::” during initialization on the TOSHIBA P3 4500?

The LED Message “In II::” is displayed when the TOSHIBA P3 4500 inverter unit is initializing values during resetting/power-up.

What LED Message is displayed when the TOSHIBA P3 4500 is in standard monitor mode (current output frequency displayed)?

The LED Message “0 0” is displayed when the TOSHIBA P3 4500 is in standard monitor mode (current output frequency displayed).

What LED Message is displayed when the TOSHIBA P3 4500 displays changes to indicate that the frequency command setting is displayed rather than the output frequency?

The LED Message “xx.x” is displayed when the TOSHIBA P3 4500 displays changes to indicate that the frequency command setting is displayed rather than the output frequency, upon pressing and holding the Up Key.

What LED Message is displayed after releasing the Up key when changing frequency command setting on the TOSHIBA P3 4500?

The LED Message “*data blinking*” is displayed after releasing the Up key when changing the frequency command setting on the TOSHIBA P3 4500, indicating the new setting value (RAM) has been changed from the non-volatile memory value (EEPROM).

What LED Message is displayed when the READ/WRITE key is pressed while changing frequency command setting on the TOSHIBA P3 4500?

The LED Message “FC +-50.0” is displayed when the READ/WRITE key is pressed while changing the frequency command setting on the TOSHIBA P3 4500, indicating the new local frequency command setting value has been written to memory (EEPROM & RAM).

What is the explanation for LED Message “L” during Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “L” during Status Monitor Mode on the TOSHIBA P3 4500 is: Indicates overload condition.

What is the explanation for LED Message “P” during Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “P” during Status Monitor Mode on the TOSHIBA P3 4500 is: Indicates overvoltage condition.

What is the explanation for LED Message “C” during Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “C” during Status Monitor Mode on the TOSHIBA P3 4500 is: Indicates overcurrent condition.

What is the explanation for LED Message “H” during Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “H” during Status Monitor Mode on the TOSHIBA P3 4500 is: Indicates overheat condition.

What is the explanation for LED Message “E” during Status Monitor Mode on the TOSHIBA P3 4500?

The explanation for LED Message “E” during Status Monitor Mode on the TOSHIBA P3 4500 is: Indicates communication timeout condition.

What is the LED Message displayed when the TOSHIBA P3 4500 is in Setup Mode displaying the first entry in the mode selection menu, SEEP (SETUP mode)?

The LED Message “SEeP” is displayed when the TOSHIBA P3 4500 is in Setup Mode displaying the first entry in the mode selection menu, SEEP (SETUP mode).

What is the LED Message displayed when the TOSHIBA P3 4500 is in Setup Mode displaying the first entry in the setup parameter list, RCC i (Acceleration time #1)?

The LED Message “01 r I IILL I” is displayed when the TOSHIBA P3 4500 is in Setup Mode displaying the first entry in the setup parameter list, RCC i (Acceleration time #1).

What is the LED Message displayed when the setting value increases for ACCELERATION TIME #1 (RCC I) in Setup Mode on the TOSHIBA P3 4500?

The LED Message “XXX.X” is displayed when the setting value increases for ACCELERATION TIME #1 (RCC I) in Setup Mode on the TOSHIBA P3 4500.

What is the LED Message displayed when the setting value stops increasing after releasing the Up key while editing ACCELERATION TIME #1 (RCC I) in Setup Mode on the TOSHIBA P3 4500?

The LED Message “nn LLJ.LJ” is displayed after releasing the Up key while editing ACCELERATION TIME #1 (RCC I) in Setup Mode on the TOSHIBA P3 4500, indicating the displayed value (RAM) has been changed from the non-volatile memory value.

What are the setup parameter titles and explanations for the TOSHIBA P3 4500?

The setup parameter titles and explanations for the TOSHIBA P3 4500 are:

P3 setup parameter titles	Explanation
Rrl- I LL I	Acceleration time #1
dCI- I LL I	Deceleration time #1
III UL	Upper limit frequency
I I LL	Lower limit frequency
SFl:l	Local/Remote and Manual/Auto switch on the fly
:u :n	IV input selection
P3	IV reference point #1
F-P3	IV reference point #1 frequency
PY	IV reference point #2
F-PY	IV reference point #2 frequency
I::H,- :	Motor overload rating
51::[ :	Stall selection
Sl::l :	Stall level #1
nl n ULII	Motor overload selection
Oll::	Motor 110% overload time limit
ROI IL	Application parameters selection
I:::lP	Standard setting mode
PRSS	Pass number

What is the LED Message displayed when the TOSHIBA P3 4500 is in Program Mode showing the parameter title display (maximum output frequency)?

The LED Message “FH” is displayed when the TOSHIBA P3 4500 is in Program Mode showing the parameter title display (maximum output frequency).

What is the LED Message displayed when the TOSHIBA P3 4500 is adjusting the setting value to its maximum allowable value during an alarm display example in Program Mode?

The LED Message “400.0” is displayed when the user adjusts the setting value to its maximum allowable value during an alarm display example in Program Mode on the TOSHIBA P3 4500, before it starts flashing.

What is the LED Message displayed when the TOSHIBA P3 4500 is in Program Mode showing the setting value of maximum output frequency?

The LED Message “80.0” is displayed when the TOSHIBA P3 4500 is in Program Mode showing the setting value of maximum output frequency.

What is the LED Message displayed when the TOSHIBA P3 4500 returns to the setting value display mode after displaying the maximum limit alarm for two cycles?

The LED Message “400.0” is displayed when the TOSHIBA P3 4500 returns to the setting value display mode after displaying the maximum limit alarm for two cycles.

What is the default setting for the “PRSS” parameter (Pass number) in Setup Mode on the TOSHIBA P3 4500?

The default setting for the “PRSS” parameter (Pass number) in Setup Mode on the TOSHIBA P3 4500 is 0.

What is the default setting for Item 37, STALL PROTECTION ENABLE #2 (5EL2), in FUNDAMENTAL PARAMETERS #2 (Gr.F2) on the TOSHIBA P3 4500?

The default setting for Item 37, STALL PROTECTION ENABLE #2 (5EL2), in FUNDAMENTAL PARAMETERS #2 (Gr.F2) on the TOSHIBA P3 4500 is 0 (Off).

What is the default setting for Item 43, Forward/reverse (Fr), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 43, Forward/reverse (Fr), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 1 (Forward).

What is the default setting for Item 44, Stop pattern selection (ScPP), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 44, Stop pattern selection (ScPP), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 1 (Coast stop).

What is the default setting for Item 45, Fundamental parameter #1 or #2 selection (PcP), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 45, Fundamental parameter #1 or #2 selection (PcP), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 1 (Fundamental parameter #1).

What is the default setting for Item 46, Acc/dec #1 or #2 selection (Rd2), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 46, Acc/dec #1 or #2 selection (Rd2), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 1 (Acc/dec #1).

What is the default setting for Item 47, Panel reset selection (PrES), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 47, Panel reset selection (PrES), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 0 (All possible resets).

What is the default setting for Item 48, Panel feedback control (PFbC), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 48, Panel feedback control (PFbC), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 0 (On (valid when panel operation is selected)).

What is the default setting for Item 49, Switch on fly (SFL:l), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500?

The default setting for Item 49, Switch on fly (SFL:l), in PANEL CONTROL PARAMETERS (Gr.Pn) on the TOSHIBA P3 4500 is 0 (Off).

What is the default setting for Item 50, Input terminal selection (ll::), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 50, Input terminal selection (ll::), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 0 (Standard terminal functions).

What is the default setting for Item 51, “R” INPUT TERMINAL FUNCTION (lleO), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 51, “R” INPUT TERMINAL FUNCTION (lleO), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 0 (Reverse direction command).

What is the default setting for Item 52, “S1” INPUT TERMINAL FUNCTION (lleI), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 52, “S1” INPUT TERMINAL FUNCTION (lleI), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 13 (Firespeed control).

What is the default setting for Item 53, “S2” INPUT TERMINAL FUNCTION (lle2), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 53, “S2” INPUT TERMINAL FUNCTION (lle2), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 1 (Feedback control).

What is the default setting for Item 54, “S3” INPUT TERMINAL FUNCTION (lle3), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 54, “S3” INPUT TERMINAL FUNCTION (lle3), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 3 (Preset speed frequency reference).

What is the default setting for Item 55, “S4” INPUT TERMINAL FUNCTION (lleY), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 55, “S4” INPUT TERMINAL FUNCTION (lleY), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 10 (Emergency off command).

What is the default setting for Item 56, “F” INPUT TERMINAL FUNCTION (lle5), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 56, “F” INPUT TERMINAL FUNCTION (lle5), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 5 (Forward run command).

What is the default setting for Item 57, “RES” INPUT TERMINAL FUNCTION (lle5), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 57, “RES” INPUT TERMINAL FUNCTION (lle5), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 6 (Resets a fault).

What is the default setting for Item 58, “ST” INPUT TERMINAL FUNCTION (lle I), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 58, “ST” INPUT TERMINAL FUNCTION (lle I), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 7 (Enables the drive).

What is the default setting for Item 59, “S5” INPUT TERMINAL FUNCTION (lle8), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 59, “S5” INPUT TERMINAL FUNCTION (lle8), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 8 (Binary speed reference bit).

What is the default setting for Item 60, “S6” INPUT TERMINAL FUNCTION (lleg), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 60, “S6” INPUT TERMINAL FUNCTION (lleg), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 9 (ACC1/DEC1 or ACC2/DEC2 selection).

What is the default setting for Item 61, “S 7” INPUT TERMINAL FUNCTION (lle Ii]), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500?

The default setting for Item 61, “S 7” INPUT TERMINAL FUNCTION (lle Ii]), in TERMINAL SELECTION PARAMETERS (Gr.SE) on the TOSHIBA P3 4500 is 10 (Emergency off).

What is the purpose of Item 67, “RCH” OUTPUT TERMINAL FUNCTION SELECTION (OeD), on the TOSHIBA P3 4500?

Item 67, “RCH” OUTPUT TERMINAL FUNCTION SELECTION (OeD), on the TOSHIBA P3 4500 is used to enter the code from the table on pages 9-11 and 9-12 to determine when the drive will change the state of the open collector transistor output.

What is the purpose of Item 68, “RCH” OUTPUT TERMINAL DELAY TIME (OeOd), on the TOSHIBA P3 4500?

Item 68, “RCH” OUTPUT TERMINAL DELAY TIME (OeOd), on the TOSHIBA P3 4500 sets the delay time from sensing a desired condition to the change in state of the “RCH” open collector transistor output. A setting of “100” is approximately 200 milliseconds.

What is the purpose of Item 69, “RCH” OUTPUT TERMINAL HOLD TIME (OeOH), on the TOSHIBA P3 4500?

Item 69, “RCH” OUTPUT TERMINAL HOLD TIME (OeOH), on the TOSHIBA P3 4500 sets how long the RCH terminal will keep floating open after the drive output condition is met.

What is the purpose of Item 85, “FP” OUTPUT TERMINAL PULSE FREQUENCY (OI::FP), on the TOSHIBA P3 4500?

Item 85, “FP” OUTPUT TERMINAL PULSE FREQUENCY (OI::FP), on the TOSHIBA P3 4500 is used to set the number of pulses per output frequency at the open collector of this output function.

How does the TOSHIBA P3 4500 handle the situation where the drive’s output frequency is commanded to be between two preset speed deadbands when Jump Frequency is active?

Suppose (FJ i) is set to 30 Hz and (bFJ i) is set to 5 Hz. If a frequency reference starts at 0 Hz and slowly increases, when the reference hits a level commanding 25 Hz (30 – 5 Hz), the drive’s output frequency stays at 25 Hz even though the reference continues to increase. When the reference hits a level commanding 35 Hz (30+5 Hz), the drive accelerates (using the selected acceleration time) from 25 Hz to 35 Hz and continues to increase as the reference increases. During a deceleration, the drive will “stick” at 35 Hz until the reference hits a level that commands 25 Hz, at which time the drive decelerates (using the selected decel time) from 35 Hz to 25Hz, and resumes following the reference.

What is the purpose of Item 192, COOLING FAN CONTROL SELECTION (FRn), on the TOSHIBA P3 4500?

Item 192, COOLING FAN CONTROL SELECTION (FRn), on the TOSHIBA P3 4500 determines if the drive’s fan is thermostatically controlled or if it runs continuously.

What are the suggested maximum output lead distances for a 460 V AC Motor on the TOSHIBA P3 4500?

The suggested maximum output lead distances for a 460 V AC Motor on the TOSHIBA P3 4500, based on PWM Carrier Frequency, are:

AC Motor Voltage	PWM Carrier Frequency	NEMA MG-1-1998 Section IV Part 31 Compliant Motors 2
460 V	<= 5 kHz	600 ft.
460 V	>= 5 kHz	200 ft.

For lead lengths that exceed the suggested maximum, contact Toshiba for application assistance.

What is the meaning of the warning “If the drive is stopped for less than 2 seconds” regarding peak monitor values on the TOSHIBA P3 4500?

If the TOSHIBA P3 4500 drive is stopped for less than 2 seconds, the input voltage and output current peak monitor values may not be reset after each STOP command.

What is the purpose of Item 313, PANEL OPERATION MODE SELECTION (pnOd), on the TOSHIBA P3 4500?

Item 313, PANEL OPERATION MODE SELECTION (pnOd), on the TOSHIBA P3 4500 limits what can be done via the keypad. Panel “emergency stop” in remote mode is always valid.

What is the purpose of Item 314, PASS NUMBER (PR55), on the TOSHIBA P3 4500?

Item 314, PASS NUMBER (PR55), on the TOSHIBA P3 4500 is used to enter the pass number to reset keypad lockout (Item 313 (pnOd) set to “0”). The pass number is viewable through the RS232 port.

What is the function of Item 328, BLIND FUNCTION SELECTION (bLnd), on the TOSHIBA P3 4500?

Item 328, BLIND FUNCTION SELECTION (bLnd), on the TOSHIBA P3 4500 must be set to option 1 before Items 329-345 can be read or changed. This parameter unblinds the programming groups.

How is Item 329, FUNDAMENTAL PARAMETERS #2 BLIND (bLF2), set on the TOSHIBA P3 4500?

Item 329, FUNDAMENTAL PARAMETERS #2 BLIND (bLF2), on the TOSHIBA P3 4500 must be unblinded before any of the parameters on page 8-3 can be read or changed. Selecting option 1 adds GROUP: FUNDAMENTAL PARAMETERS #2 (Gr.F2) to the visible group list (accessed via the S/P/M button).

What is the purpose of Item 352, AUTO-TUNING ENABLE (nl::l::n), on the TOSHIBA P3 4500 when using a Toshiba/Houston motor?

To auto-tune a motor on the TOSHIBA P3 4500 when using a Toshiba/Houston motor, enter option 1 for Item 352, AUTO-TUNING ENABLE (nl::l::n). When the next run is initiated, the drive performs an autotuning which lasts a fraction of a second. This function is then reset to “0” by the drive.

What is the purpose of Item 353, LOAD MOMENT OF INERTIA (nl:: iH), on the TOSHIBA P3 4500 when auto-tuning fails?

If an “auto-tuning error” (Een) occurs on the TOSHIBA P3 4500, try a different inertia level estimate using Item 353, LOAD MOMENT OF INERTIA (nl:: iH), where estimates are 0: Small, 1: Medium, 2: Large, 3: Very large.

How does the TOSHIBA P3 4500 select what current units to display in the monitor?

The TOSHIBA P3 4500 displays currents in amps when Item 326, CURRENT UNITS SELECTION (d5PC), is set to option 1.

How does the TOSHIBA P3 4500 select what voltage units to display in the monitor?

The TOSHIBA P3 4500 displays voltages in percent when Item 327, VOLTAGE UNITS SELECTION (d5Pu), is set to option 0.

What is the default setting for Item 161, DYNAMIC BRAKING SELECTION (Pb), on the TOSHIBA P3 4500?

The default setting for Item 161, DYNAMIC BRAKING SELECTION (Pb), on the TOSHIBA P3 4500 is 0 (No DBR). Note that Dynamic Braking is not available in P3 drives.

What is the default setting for Item 164, OVERVOLTAGE STALL PROTECTION (0P55), on the TOSHIBA P3 4500?

The default setting for Item 164, OVERVOLTAGE STALL PROTECTION (0P55), on the TOSHIBA P3 4500 is 0 (On).

What is the default setting for Item 170, EMERGENCY STOP SELECTION (E5f.::P), on the TOSHIBA P3 4500?

The default setting for Item 170, EMERGENCY STOP SELECTION (E5f.::P), on the TOSHIBA P3 4500 is 0, which means the drive determines the “emergency stop” (E) method.

What is the default setting for Item 180, OVERLOAD SELECTION (Oln), on the TOSHIBA P3 4500?

The default setting for Item 180, OVERLOAD SELECTION (Oln), on the TOSHIBA P3 4500 is 0 (Standard).

What is the default setting for Item 181, STALL PROTECTION ENABLE #1 (SeC i), on the TOSHIBA P3 4500?

The default setting for Item 181, STALL PROTECTION ENABLE #1 (SeC i), on the TOSHIBA P3 4500 is 0 (On).

What is the default setting for Item 183, UNDERVOLTAGE TRIP SELECTION (UPSl), on the TOSHIBA P3 4500?

The default setting for Item 183, UNDERVOLTAGE TRIP SELECTION (UPSl), on the TOSHIBA P3 4500 is 0 (Trip disabled).

What is the default setting for Item 188, OUTPUT SHORT-CIRCUIT DETECTION SELECT (DClS), on the TOSHIBA P3 4500?

The default setting for Item 188, OUTPUT SHORT-CIRCUIT DETECTION SELECT (DClS), on the TOSHIBA P3 4500 is 0 (Standard setting).

What is the default setting for Item 189, OVERTORQUE TRIP SELECTION (DI::Sl), on the TOSHIBA P3 4500?

The default setting for Item 189, OVERTORQUE TRIP SELECTION (DI::Sl), on the TOSHIBA P3 4500 is 0 (Trip disabled).

What is the default setting for Item 191, FAULT TRIP SAVING (I::rCl), on the TOSHIBA P3 4500?

The default setting for Item 191, FAULT TRIP SAVING (I::rCl), on the TOSHIBA P3 4500 is 0 (Fault and fault data cleared when drive powers up).

What is the default setting for Item 192, COOLING FAN CONTROL SELECTION (FRn), on the TOSHIBA P3 4500?

The default setting for Item 192, COOLING FAN CONTROL SELECTION (FRn), on the TOSHIBA P3 4500 is 0 (Automatic).

What is the default setting for Item 194, IV ANALOG INPUT LOSS FUNCTION (LR :5), on the TOSHIBA P3 4500?

The default setting for Item 194, IV ANALOG INPUT LOSS FUNCTION (LR :5), on the TOSHIBA P3 4500 is 0, meaning it will perform as a normal P3 if no IV signal loss occurs.

What is the default setting for Item 277, DROOPING CONTROL ENABLE (d,-PC), on the TOSHIBA P3 4500?

The default setting for Item 277, DROOPING CONTROL ENABLE (d,-PC), on the TOSHIBA P3 4500 is 0 (Off).

What is the default setting for Item 279, OVERRIDE CONTROL SELECTION (O,-d i), on the TOSHIBA P3 4500?

The default setting for Item 279, OVERRIDE CONTROL SELECTION (O,-d i), on the TOSHIBA P3 4500 is 0 (none).

What is the default setting for Item 280, OVERRIDE MULTIPLIER INPUT SELECTION (O,-d2), on the TOSHIBA P3 4500?

The default setting for Item 280, OVERRIDE MULTIPLIER INPUT SELECTION (O,-d2), on the TOSHIBA P3 4500 is 0 (Frequency reference).

What is the default setting for Item 281, OVERRIDE CHANGE MULTIPLIER (Ord3), on the TOSHIBA P3 4500 when Item 280 is set to 0?

The default setting for Item 281, OVERRIDE CHANGE MULTIPLIER (Ord3), on the TOSHIBA P3 4500 when Item 280 is set to “0” is 0.

What is the default setting for Item 282, RS232 BAUD RATE (brc2), on the TOSHIBA P3 4500?

The default setting for Item 282, RS232 BAUD RATE (brc2), on the TOSHIBA P3 4500 is 2 (9600 baud).

What is the default setting for Item 283, Number of data bits (Sn1B), on the TOSHIBA P3 4500?

The default setting for Item 283, Number of data bits (Sn1B), on the TOSHIBA P3 4500 is 0 (7 bits).

What is the default setting for Item 284, PARITY SETTING (SnEO), on the TOSHIBA P3 4500?

The default setting for Item 284, PARITY SETTING (SnEO), on the TOSHIBA P3 4500 is 0 (Even parity).

What is the default setting for Item 286, COMMUNICATION SELECTION (OPI::), on the TOSHIBA P3 4500?

The default setting for Item 286, COMMUNICATION SELECTION (OPI::), on the TOSHIBA P3 4500 is 0 (Off).

What is the default setting for Item 287, MASTER/SLAVE SELECTION (nSe), on the TOSHIBA P3 4500?

The default setting for Item 287, MASTER/SLAVE SELECTION (nSe), on the TOSHIBA P3 4500 is 0 (Follower role, no effect).

What is the default setting for Item 305, FM TERMINAL FUNCTION SELECTION (FnSL), on the TOSHIBA P3 4500?

The default setting for Item 305, FM TERMINAL FUNCTION SELECTION (FnSL), on the TOSHIBA P3 4500 is 0 (Pre-compensation reference frequency).

What is the default setting for Item 307, AM TERMINAL FUNCTION SELECTION (RnSL), on the TOSHIBA P3 4500?

The default setting for Item 307, AM TERMINAL FUNCTION SELECTION (RnSL), on the TOSHIBA P3 4500 is 3.

What is the default setting for Item 309, INDUSTRIAL APPLICATION SELECTION (RPL), on the TOSHIBA P3 4500?

The default setting for Item 309, INDUSTRIAL APPLICATION SELECTION (RPL), on the TOSHIBA P3 4500 is 0 (Does nothing).

What is the default setting for Item 310, STANDARD SETTING MODE SELECTION (c’:JP), on the TOSHIBA P3 4500?

The default setting for Item 310, STANDARD SETTING MODE SELECTION (c’:JP), on the TOSHIBA P3 4500 is 0 (Does nothing).

What is the default setting for Item 311, COMMAND MODE SELECTION ([nOd), on the TOSHIBA P3 4500?

The default setting for Item 311, COMMAND MODE SELECTION ([nOd), on the TOSHIBA P3 4500 is 4 (Manual/Auto change over).

What is the default setting for Item 312, FREQUENCY MODE SELECTION (FilOd), on the TOSHIBA P3 4500?

The default setting for Item 312, FREQUENCY MODE SELECTION (FilOd), on the TOSHIBA P3 4500 is 4 (Local or remote as determined by setting of LOCAUREMOTE button on keypad).

What is the default setting for Item 313, PANEL OPERATION MODE SELECTION (pnOd), on the TOSHIBA P3 4500?

The default setting for Item 313, PANEL OPERATION MODE SELECTION (pnOd), on the TOSHIBA P3 4500 is 63 (Standard mode (perform all operations)).

What is the default setting for Item 319, STATUS MONITOR DISPLAY SELECTIONS (nOn:), on the TOSHIBA P3 4500?

The default setting for Item 319, STATUS MONITOR DISPLAY SELECTIONS (nOn:), on the TOSHIBA P3 4500 is 1 (Post-compensation output frequency).

What is the default setting for Item 320, STATUS MONITOR DISPLAY SELECTIONS (nOn2), on the TOSHIBA P3 4500?

The default setting for Item 320, STATUS MONITOR DISPLAY SELECTIONS (nOn2), on the TOSHIBA P3 4500 is 3.

What is the default setting for Item 321, STATUS MONITOR DISPLAY SELECTIONS (nOn3), on the TOSHIBA P3 4500?

The default setting for Item 321, STATUS MONITOR DISPLAY SELECTIONS (nOn3), on the TOSHIBA P3 4500 is 4.

What is the default setting for Item 322, STATUS MONITOR DISPLAY SELECTIONS (nOnY), on the TOSHIBA P3 4500?

The default setting for Item 322, STATUS MONITOR DISPLAY SELECTIONS (nOnY), on the TOSHIBA P3 4500 is 5.

What is the default setting for Item 326, CURRENT UNITS SELECTION (d5PC), on the TOSHIBA P3 4500?

The default setting for Item 326, CURRENT UNITS SELECTION (d5PC), on the TOSHIBA P3 4500 is 0 (%).

What is the default setting for Item 327, VOLTAGE UNITS SELECTION (d5Pu), on the TOSHIBA P3 4500?

The default setting for Item 327, VOLTAGE UNITS SELECTION (d5Pu), on the TOSHIBA P3 4500 is 1 (V).

What is the effect of setting Item 328, BLIND FUNCTION SELECTION (bLnd), to option 1 on the TOSHIBA P3 4500?

Setting Item 328, BLIND FUNCTION SELECTION (bLnd), to option 1 on the TOSHIBA P3 4500 makes all programming groups accessible (unblinded) for reading or changing.

What is the default setting for Item 335, PATTERN RUN CONTROL PARAMETERS BLIND (bLPe), on the TOSHIBA P3 4500?

The default setting for Item 335, PATTERN RUN CONTROL PARAMETERS BLIND (bLPe), on the TOSHIBA P3 4500 is 0, meaning the pattern run control parameters group is blinded.

What is the default setting for Item 345, MOTOR PARAMETERS BLIND (bLm:), on the TOSHIBA P3 4500?

The default setting for Item 345, MOTOR PARAMETERS BLIND (bLm:), on the TOSHIBA P3 4500 is 0, meaning the motor parameters group is blinded.

What is the default setting for Item 346, NUMBER OF MOTOR POLES (nl::P), on the TOSHIBA P3 4500?

The default setting for Item 346, NUMBER OF MOTOR POLES (nl::P), on the TOSHIBA P3 4500 is 2.

What is the default setting for Item 348, MOTOR TYPE (nl::l::), on the TOSHIBA P3 4500?

The default setting for Item 348, MOTOR TYPE (nl::l::), on the TOSHIBA P3 4500 is 0 (Toshiba/Houston EQP3 (premium efficiency)).

What is the purpose of Item 352, AUTO-TUNING ENABLE (nl::l::n), on the TOSHIBA P3 4500 when using a generic motor?

The purpose of Item 352, AUTO-TUNING ENABLE (nl::l::n), on the TOSHIBA P3 4500 when using a generic motor is to enter option 1 to perform auto-tuning during the next run initiation, after which it resets to “0”.

What is the maximum current level for the drive overload on the TOSHIBA P3 4500?

The drive overload on the TOSHIBA P3 4500 is fixed at 120% of their rated current for 60 seconds, and 150% of their rated current for 0.5 seconds.

What is the effect of setting Item 180, OVERLOAD SELECTION (Oln), to option “1” on the TOSHIBA P3 4500?

Setting Item 180, OVERLOAD SELECTION (Oln), to option “1” on the TOSHIBA P3 4500 enables Soft stall on. Soft stall reduces output frequency only when the drive is in its overload region, which helps prevent the drive from tripping on “inverter overload” (Olin).

What is the effect of setting Item 180, OVERLOAD SELECTION (Oln), to option “2” on the TOSHIBA P3 4500?

Setting Item 180, OVERLOAD SELECTION (Oln), to option “2” on the TOSHIBA P3 4500 turns Motor overload trip off.

What is the effect of setting Item 180, OVERLOAD SELECTION (Oln), to option “3” on the TOSHIBA P3 4500?

Setting Item 180, OVERLOAD SELECTION (Oln), to option “3” on the TOSHIBA P3 4500 enables Soft stall on and turns Motor overload trip off.

What must be done to ensure that the motor model is correctly derived for a generic motor using True Torque Control on the TOSHIBA P3 4500?

If a generic motor is used with True Torque Control on the TOSHIBA P3 4500, the drive can be programmed to auto-tune. During auto tuning, the drive derives a motor model by applying a voltage to the motor and analyzing the resulting decay. The parameters that must be adjusted are listed in the table for a GENERIC motor.

What are the required parameter adjustments for True Torque Control when using a TOSHIBA/HOUSTON motor on the TOSHIBA P3 4500?

The following parameters must be adjusted to use TTC with a TOSHIBA/HOUSTON motor on the TOSHIBA P3 4500:

Group	Parameter	Value
UTILITY PARAMETERS Gr.Ut	BLIND FUNCTION SELECTION bLnd	1
UTILITY PARAMETERS Gr.Ut	MOTOR PARAMETERS BLIND bLnl::	1
FUNDAMENTAL PARAMETERS #1 Gr.F	VOLTS PER FREQUENCY PATTERN PI::	5
MOTOR PARAMETERS Gr.nl::	NUMBER OF MOTOR POLES nl::op	*
MOTOR PARAMETERS Gr.nl::	MOTOR RATED CAPACITY nl::.[	*
MOTOR PARAMETERS Gr.nl::	MOTOR TYPE nl::ol::	**
MOTOR PARAMETERS Gr.nl::	LOAD MOMENT OF INERTIA nl::o iH	***

* Enter appropriate value from motor’s nameplate. KW = 0.746 X HP.

** Enter “0” for an EQPIII or “1” for a high efficiency motor.

*** The drive will auto tune the next time a run is initiated. This parameter is then reset to “0” by the drive’.

What are the required parameter adjustments for True Torque Control when using a GENERIC motor on the TOSHIBA P3 4500?

The following parameters must be adjusted to use TTC for a GENERIC motor on the TOSHIBA P3 4500:

Group	Parameter	Value
UTILITY PARAMETERS Gr.Ut	BLIND FUNCTION SELECTION bLnd	1
UTILITY PARAMETERS Gr.Ut	MOTOR PARAMETERS BLIND bLnl::	1
FUNDAMENTAL PARAMETERS #1 Gr.F	VOLTS PER FREQUENCY PATTERN PI::	5
MOTOR PARAMETERS Gr.nl::	NUMBER OF MOTOR POLES nl::op	*
MOTOR PARAMETERS Gr.nl::	MOTOR RATED CAPACITY nl::.[	*
MOTOR PARAMETERS Gr.nl::	MOTOR TYPE nl::ol::	2
MOTOR PARAMETERS Gr.nl::	MOTOR RATED VOLTAGE nl::ou	*
MOTOR PARAMETERS Gr.nl::	MOTOR RATED FREQUENCY nl::ol::	*
MOTOR PARAMETERS Gr.nl::	MOTOR RATED RPM nI “c.r	*
MOTOR PARAMETERS I~r’:ll::	AUTO-TUNING ENABLE Ill::.l::n	1****
MOTOR PARAMETERS I~r’:ll::	LOAD MOMENT OF INERTIA Ill::. iH	***

* Enter appropriate value from motor’s nameplate. KW = 0.746 X HP.

** Enter “0” for an EQPIII or “1” for a high efficiency motor.

**** The drive will auto tune the next time a run is initiated. This parameter is then reset to “0” by the drive’.

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