GSK928TEa/GSK928TD-L Alarm List

Alarm Table in JOG OR AUTO Working Mode (i.e.E300~ E499)
The Alarm type in JOG and AUTO is divided to: Alarm in executing relative operation and The relative
Alarm in executing statement two kinds

Programming Chapter Eight Alarm Message
8.5.1 Alarm in Executing Relative Operations (i.e E300~E399)
Alarm number	Alarm prompt	Alarm reason	Troubleshooting
E302	Z driver unit alam	Z drive unit alam	CheckZ axis drive unit, resolve the failure to power-on again
E303	x driver unit alarm	X drive unit alarm	Check t X axis drive unit, resolve the failure to power-onagain
E304	Y driver unit alarm	Y drive unit alarm	Check Y axis drive unit, resolve the filure to power-on again
E305	Positive hardware limit alarm	XorZ positive limit swichis closed	Xor z negatively moves in JOG working l the alarm is releasec mode
E306	Negative hardware imit alarm	XorZ negative limit switch is closed	Xor Z positively moves in JOG working mode tll the alarm is released
E307	z machine (+) software limit alam	Z machine coordinate(Zm) exceeds the positive software limit alam value (P015)	Xor Z positively moves in JOG working mode, or set the machine coordinate to zero again, release the alam
E308	xmachine (+) software limit alam	X machine coordinate(Zm) exceeds the positive software limit alam value(P017)	Xnegatively .moves in JOG working mode, or set the machine coordinate to zero again, release the alarm
E309	Y machine (+) software limit alarm	Y machine coordinate(Zm) exceeds the positive software limit alam Value(P019)	Y negatively moves in JOG working mode, or set the machine coordinate to leasethealam zero again, release the alam
E310	Z machine (-) software limit alam	Xmachine coordinate(Zm) exceeds the negative software limit alarm value(P016)	Z positively moves in JOG working mode, or set the machine coordinate to zero again, release the alam
E311	x . machine () software limit alarm	x machine coordinate(Zm) exceeds the negative software limit alarm value(P018)	X positively moves in JOG working mode, or set the machine coordinate to zero again, release the alam
E312	Y machine () software limit alarm	Y machine coordinate(Zm) exceeds the negative software limit alarm value(P020)	Y positively moves in JOG working mode, or set the machine coordinate/machine zero retum again, release the alarm
E313	nose (+) limit software alam	Z tool nose coordinate exceeds the posive limit alam value(P009)	Z negativel moves in JOG working mode, or execute the toltn/programn reference point retum again, release the alarm
E314	X nose (+)sofware limit alarm	X tool nose coordinate exceeds the positive limit alam value(P011)	文axis negatively moves in JOG working mode, or execute the toltinprogram reference point retum again, release the alarm
E315	Y nose software imit alarm	Y tool nose coordinate exceeds the positive limit alam value(P013)	Ynegatively moves in JOG working mode, or execute the toltn/rogram reference point returm again, release the alarm
E316	E316: Z nose (-)software limit alam	Z tool nose coordinate exceeds the negative limit alam value(P010)	Y positively moves in JOG working mode, or execute the toettin/program reference point returm again, release the alarm
E317	X nose (-)software limit alarm	X tool nose coordinate exceeds the negative limit alarm value(P012)	x positively moves in JOG Wworking mode, or execute. the tolttn/program reference point retum again, release the alarm
E318	E318:Y nose (-) software limit alarm	Ytool nose coordinate exceeds the negative limit alarm value(P014)	Y positively moves in JOG working mode, or execute the toletting/program reference point retum again, release the alam心POS
E319	Output frequency too high	ZIXY pulse output frequency exceeds the system speaied ran ge	Reduce the moving speedor modify the pulse multiplication ratio, division Ceoffcient(P203, P204) to the proper value
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Manual Alarm Alarm prompt Alarm reason Troubleshooting number
E320	Thread spindle speed too high	the value of spindle speed multiplying the thread pitch(P) is more than max. speed limit of cutting feed (P113)	Reduce the feedrate or modify P113 value to the enough
E321	Can't execute G32 in DRY	The system cannot execute G32 in DRY RUN working mode	Deleted G32, then execute the programin DRY RUN working mode
E322	G34: Screw pitch is out of range	In machining the thread, the pitchis grading, it will exceed the system specified range before the end point.	Modify the machining program

E330	Tool lock signal does not use	The settoolpost typeneed the clamping signail. but the parameter P408_d6 doesn'tetitto be the clamping signal	Set P408 _d6 to be the using tool post clamping signal
E331	Chuck release P507 not define	The system has not defined the tool post using releasing signal (P507)	Set the parameter P507 to be the corresponding interface signal
E332	Chuck in-position P508 not define	The system has not defined the tool pot in-position using signal(P508)	Set the parameter P508 to be the corresponding interface signal
E333	Tool-post gating P529 not define	The system has not defined the tool selection using strobesignal (P529)	Set the parameter P529 to be the corresponding interface signal
E334	Tool-post locking is overtime	In tool post rotation(CCW) time in tool change, it can't inspect the tool post champing signal	Check the tool post champing signal is in normal or not, or delay the reversion time(P324)
E335	Tool-post NO alarm	Atter tool change completed, thetool selection number isn't the target number	Check the target tool selection signalisin nomal or not
E336	No changing tool	The parameter set the too changing forbidden	Modity the forbidden tool changing parameter P403 d7
E337	Detect tool post signal overtime	In tool post rotation (CCW) time in tool change, it can't inspect the tool selection number	Check the target tool selection signalisin normal or not, or delay the time for tool changing in property
E338	Chuck doesn't clamp, no spindle	Forbid staring the spindle when the Chuck. s. rleased in spindie and chuck locking each other	Execute the chuck damping oerainto clamp the workpiece
E339	Spindle doesn't stop, no chuck	When ! the . spindle and chuck are locking each other, don't operate the spindle without stopped the spindle	Stop the spindle, then operate the chuck
E340	Forbid function of chuck	The parameterhassettoforbid control chuck	Modify parameter P409 _d7
E341	Spindle doesn't stop, no tail	" When the spindle and chuck are , locking each other, don't operate the tailstock without stopped the spindle	Stop the spindle, the operate the tailstock
E342	Forbid function of tail stock	The parameter has set to forbid controlthet ailstock	Modily the parameter P409 _d4
E343	M10 no respond	r The system cannot check the valid ! chuck champing selection signal RM11 in contolling chuck champing	Check the chuck damp selection signalis in nommal or not
E344	M11 no respond	The system cannot check the valid chuck releasing selection signal RM11 in controlling chuck releasing	Check the chuck releasing selection signal is in normal or not
E345	M78 norespond	the system cannot check the valid tailstock going-forward in-position signal RM78 in contolling taistock going-forward	Check the tailstock signal is in normalor not
E346	M79 no respond	The system cannot check the valid tailstock going backward in-position signal alarm 79 in contolling tailstock _going backward	Check the tailstock going backward signal is in normal or not
E347	The non-frequency spindle	The system can't execute the constant surface speed command G96 or gear shifing command M41-M44 in non-frequency spindle	Modify the spindle ollocated parameter P410 d6

Alarm number	Alarm prompt	Alarm reason	Troubleshooting
E348	The program isnot ready	Program error, execution is forbidden	Modiy the program, resolve error
E349	Use [ return machine zero] key	When the machineis back to zero function, the mdiying manual is forbidden	Using “MACHINE ZERO RETURN key to zero
E350	S exceed limit	The Sxxx value exceeds the gear shiting range in the non-frequency spindile gear shifing	Modity the S value to the correct gear value
「 E351	Spindle is Cntrolede by Y axis	Whenthespindleiscontrlledby Y axis. the stant and stoo of the spndile can't be controlled in JoG	ExecteMa8&togetbackthespindle function
E352	Spindle Y, levels can't be changed	The spindle can't execute the gear shifting. command when is controlled by Y axis	Execute M48 to get back the spindle function
E353	M47/M48 function doesn't work	The M47M48 function forbidden is set in parameter when thereisno Y axis(P405_ d1) or Y axis can't be changed (P410 d4)	Modify parameter P405_ d1 andP410 _d4
E354	Spindle doesn't stop, no M47/M48	The M47/M48 is forbidden to execute when the spindle don't stop	Stop the spindle, then execute M47/M48
E355	254 program error	254 program error, the machining program is forbidden to execute	Modify 254 program, resolve error
E357	Feeding override is 0	The overnide is zero in feedrate	Adjusted to feedrate overide nonzero
E358	Spindle running is abnormal .	The spindle rotate speed is checked to be zero after the spindle is started	Check the spindle relative part, resolve the error or modify parameter P402 d6 to forbid its function
E359	Alarm: pressure is low.	,The systemhaschecked thelow pressure and lasted the parameter P332 specified time	Check the hydraulic pressure equipment, resolve the error
E360	Alarm: protecting door isn't closed	The safty door don't close inAUTO	Close the safety door
E361	Material convey alarm	The system has checked it's out of rod in M20, automatism stop alam	Change the rod, then go on the machining
E362	Lubricating doesn't start	The system executes the M32/M33 command without lubricating function	Set the parameter P506 to be the corresponding lubricating control interface
E363	E363: Tool NO exceeds limit	The target tool number exceeds the parameter P319 specified value in changing tool	Modify tool number or modify P319 tobe the maxima system I tool number
E364	Tool post release overtime	Thetoolpose champing signal is effective always in tooil changing and releasing tool post	Check the tool pose champing signal and resolve error
E365	Y axis is speed control mode	The spindle and Y axis allow change(P410_ d4), but the system don't allow to control the Y axis moving in current spindle non-position control mode	Execute M47 first, change the spindle to location control mode
E366	Clamp in-position signal abnormal	When the ollowing chuck respond signal checking alam function is open, the chuck champing in-position signal is invalidation	Control the chuck champing again or resolve the chuck error
E367	Release in-position signal abnormal	When the ollowing chuck respond signal checking alam function is open, the chuck champing in-position signal is invalidation	Control the chuck champing again or resolve the chuck error
E368	Tail stock FW signal abnormal	When the fllowing tailstock respond signal checking alam function is open, the tailstock going-forward in-position signal is invalidation	Control the tailstock going foward again or resolve the chuck error
[ E369	[ Tail stock BK	When the fllowing tailstock respond	Control the tailstock going backward

Manual
Alarm number	Alarm prompt	Alarm reason	Troubleshooting
	signal abnormal	signal checking alam function is open, the tailstock going backward in-position signal is invalidation	again or resolve the chuck error
E370	P319 and P320 are not equal	T panter soting P3194P3200 tool changing, the position parameter P408 d7=0	Sel he prameler P408 d7-01 againar letP319 equal to P320
E371	External start signal abnormal	The outside starting key always isn't released when the system changes toJOG or AUTO working mode	Check the outside startup signal and resolve the error
E372	Chuck foot switch signal abnormal	The chuck foot switch always isn't released when the system changes toJOG or AUTO working mode	Check the chuck foot switch signal and resolve the error
E373	Tall foot switch signal abnormal	The tailstock foot switch always isnt released when the system changes to JOG or AUTO working mode	Check the tilstock foot switch signal and resolve the error

E374	G31 monitor interface undefined	The parameter P532 is undefined(G31 input checking)	Define the P532 to be G31 checking input pin
E375	Spindle doesn't stop	When the system is in the tappingin JOG working mode, the spindle doesn't stop or the rotate speed isn't zero	It's llowed to enter the tapping in JOG working mode when the spindle has stopped and the rotate speed is zero
E376	Manual tapping speed is too high	The manual tapping rotate speedis too fast	Reduce the tapping rotate speed in properly
E377	Commands have been undefined	Used the undefined command M60-M74	Modify the program

8.5.2 Relative alarm in executing statement (i.e.E400~ E499) Alarm in statement program means in the program by statement, the alarm is made by the wrong statement command in executing the workpiece program, the alarm can be resolved by inputting the correct command.
Alarm number	Alarm prompt .	Alarm reason	Troubleshooting
E400	Monitor variable not initialize	The system doesn't evaluate and set the judgement condition to the process monitor before startup	Modify program, put right
E401	In macro, divisor isO	The divisor is zero in statement operation	Modify the divisor in macro command, letit don't be zero
E402	not support monitor calculation	The process monitor assignment tatement has assignment operation which is not supportedby the system, ie. square root, sine operation	Modily program, put right
E403	r5008 data error	Evaluate the variable r5008 llegal value	Modify program, put right
E404	Variable data r6xx error	llgaily used the undefined 6xx series variable	Modify program, put right
E405	Variable data r4x0 error	llegally used the undefined r4xx series variable	Modify program, put right
E406	r4003 can't be written	The llegal witten operation is made to variable r4003(spindle realtime speed)	Modify program, put right
E407	r4007 can't be written	The llegal witten operation is made to variable r4007(spindle real-time speed)	Modity program, put right

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Alarm number	Alarm prompt	Alarm reason	Troubleshooting
E408	r4008 can't be written	The llegal witten operation is made to variable r4008(spindle real-time speed)	Modify program, put night
E409	Not assign a value to r6xxx in monitor	The condition statement in process monitor evaluates the r6xxx series variable	Modify program, put night
E410	r711x Invalid data	Write the undefined valuetor711x series vaniable	Modify program, put night
E411	r4002 can't be witten	Witen operation is made to the read only machining time variable 4002	Modify program, put right
E412	The variable doesn't support this kind of operation	The system nonsupported operator is used in the assignment statement	Modify program, put night
E413	The unknown process monitor description	The system nonsupported judgment condition is used in the statement of process monitor descniption	Modify program, put right
E414	Unknown pointer variable	The pointer variable points to the non-common vanable or the exceeded range pointer variableis used	Modify program, put right
E415	The variable r4004 can't be witten	Making witten operation to reading variable r4004	Modify program, put right
E416	The vaniable r4012 can't be witten	Making witten operation to reading variable r4012	Modify program, put night