VMC 56022
VMC 56022
It is t h e users responsibility t o be acquainted with the legal obligations and requirements in the use
a n d application of the machine particularly under the Health a n d Safety at Work Act 1974 a n d
those under the British Standard Code of Practice for Safety of Machinery BS5304 1988.
SAFE INSTALLATION
i
It is the customers responsibility to ensure the machine is installed in a safe operating position, with
all service pipes a n d cables clear of the operation area so as not t o cause a hazard. Access must
b e allowed for safe maintenance, swarf and oil disposal including safe stacking of machined a n d
unmachined components.
MACHINE GUARDING
The Bridgeport Machining Centre is fitted with completely enclosed guards as standard. In certain
cases a n d tooling applications additional guarding may have t o b e provided by the user.
The standard machine guarding has special safety interlocks on t h e guard doors that comply with
the British Standard C o d e of practice for Safety of Machinery. Guards and interlock shall b e kept
fully maintained a n d tested by the customer and shall not b e removed.
I
The guards are m a d e with clear observation windows having high impact resistance t o provide
operator safety a n d a clear unobstructed view of the operations in progress. The opening of any
guard door provides access t o potential hazard areas. Opening the working area guard doors will
automatically stop the spindle, but it is still possible, by means of t h e operator controls, t o manually
initiate all other machine functions. Extreme care must therefore be used at all times.
SOFTWARE
i
Workholding devices, lifting equipment, tooling a n d their use shall b e the responsibility of the user, it
is the users responsibility to protect against the hazards caused by swarf, leaking oil or coolant a n d
1
their use.
i
Use of proprietory oil or coolant is the responsibility of the user. Special instructions from the
suppliers concerning their use should be carefully read a n d understood before use.
To prevent bodily injury safe working practices should b e e m p l o y e d when operating or servicing
1
the machine.
SAFETY INFORMATION
I
I U.S.A. ONLY
i
To prevent serious bodily injury, you should observe the following basic safety precautions w h e n
Installing, operating or servicing your Bridgeport milling machine or machining centre.
!
1
1. Follow all Instructions In the machine manual.
I
i 2. Wear approved Industrial safety glasses and safety
shoes.
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1
3. Do not wear gloves, long sleeves, long hair, rings,
i watches, jewelry or other loose Items that could
j b e c o m e caught In moving parts.
i
These a n d other safety precautions are discussed In the American National Standards Institute
Standard entitled Safety Requirements forthe Construction, Care a n d Use of Drilling. Milling a n d Boring
Machines (ANSI Bl 1.8-1974).
Safeguarding for protection at the point of operation c a n only be designed a n d constructed when the
parameters of the patlcular operation have been determined. As a result. ANSI Bl 1.80-1974, Section
5.1, states that "it shall be the responsibility of the employer to provide, a n d ensure the use of a guard,
guarding device, awareness barrier, awareness device, or shield...".
I
To assist machine users In designing point of operation safeguarding for their specific machine
applications, the Occupational Safety and Health Administration has published a booklet entitled
Concepts and Techniques of Machine Safeguarding (O.S.H.A. Publication Number 3067).
The general purpose point of operation shield provided with this machine a n d shown In
certain Illustrations throughout this manual may not be appropriate a n d cannot be utilized
for all possible applications of the machine. Use additional or alternate safeguarding
where this shield is not appropriate or cannot be utilized Note that for purpose of display
the shield has b e e n removed In certain other illustrations in this manual.
BRIDGEPORT SAFETY LIST
ALL COUNTRIES
1. DON'T run your machine until you have read and understood the Bridgeport Operator a n d
Maintenance manuals.
i
2. pON'T run your machine until you have read a n d understood all machine a n d control key
signs.
3. DON'T run your machine for the first time without a qualified instructor. ASK your supervisor
for help when you n e e d it.
4. PROTECT your eyes. Wear safety glasses with side shields at all times.
5. pON'T get caught in moving parts. Remove watches, rings, jewelry, neck-ties, a n d loose-
fitting clothes.
i
6. PROTECT your head. Wear a safety helmet when working near overhead hazards.
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8. PROTECT your feet. Always wear safety shoes with steel toes a n d oil-resistance soles.
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9. Gloves are easily caught in moving parts. TAKE THEM OFF before you turn o n the machine.
10. Loose objects c a n b e c o m e flying projectiles. REMOVE all loose items (wrenches, chuck
keys, rags, etc.) from machine before starting.
11. NEVER operate a machine tool after taking strong medication, using non-prescription drugs
or perscribed drugs which may impair concentration or consuming alcoholic beverages.
12. SAFEGUARD the cutting zone ("point of operation"). Use standard, general purpose
safeguard where possible. Use special safeguards when required.
i
13. Protect your hands. STOP the spindle completely BEFORE changing tools.
14. Protect your hands. STOP the spindle completely BEFORE you load or unload a workpiece.
15. Protect your hands. STOP the spindle completely BEFORE you clear a w a y chips or oil. Use
brush or chip scraper. NEVER use your hands.
i
16. Protect your hands. STOP the spindle completely BEFORE you adjust the workpiece, fixture
or coolant nozzle.
17. Protect your hands. STOP the spindle completely BEFORE you take measurements.
18. Protect your hands. STOP the spindle completely BEFORE you open safeguard or covers.
Never reach around a safeguard.
19. Protect your hands. STOP the machine BEFORE you change or adjust belts, pulleys or gears.
20. PROTECT your hands. Keep hands and arms clear of spindle start switch w h e n changing
tools.
21. PROTECT your eyes a n d the machine. Never use a compressed air hose t o remove chips.
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22. KEEP work area well lighted. Ask for additional light if needed.
23. DON'T slip. Keep your work area clean a n d dry. Remove chips, oil a n d obstacles.
24. NEVER lean on your machine. Stand away when the machine is running.
25. DON'T get trapped. Avoid pinch points caused by motion of table a n d h e a d .
26. PREVENT objects from flying loose. Securely c l a m p a n d locate workpiece. Use stop blocks
where necessary. KEEP clamps clear of cutter path.
27. PREVENT cutter breakage. Use correct table f e e d and spindle speed for the job. Reduce
f e e d a n d speed if you notice unusual noise or vibration.
28. PREVENT cutter breakage. Rotate spindle in clockwise direction for right-hand tools..
counterclockwise for left-hand tools. Use the correct tool for the job.
29. PREVENT workpiece and cutter d a m a g e . Never start the machine when t h e cutter is in
c o n t a c t with the workpiece.
30. Dull a n d d a m a g e d tools break easily. Inspect tools a n d tool holders. Keep tools sharp.
Keep tool overhang short.
31. Keep rotating cranks and handwheels well-lubricated a n d maintained. Do not remove
safety springs.
32. Certain materials, such as magnesium, are highly flammable in dust a n d chip form. See
your supervisor before working with these materials.
33. PREVENT fire. Keep flammable liquids a n d materials a w a y from work area a n d hot chips.
34. PREVENT machine from moving unexpectedly. Disengage power f e e d w h e n not being
used (manual machines only).
35. PREVENT machine from moving unexpectedly. Always start machine in manual mode.
36. DO NOT use the machine in a volatile atmosphere. Electrical devices fitted t o this
machine are for normal factory use, a n d are not explosion proof.
I
I
E&OE.
CONTENTS
MACHINE INSTALLATION
I
3. MACHINE COMMISSIONING
!
5. POWER DISTRIBUTION
i
CONTENTS
6. PREVENTATIVE MAINTENANCE
7. FAULT FINDING
LIST OF ILLUSTRATIONS
FIGURE PAGE
I
1.1 I Slinging 1.1
1.2 j Foundation and Clearances 1.2
1.3 | Levelling Screw Clearances 1.2
1.4 \ Overall Clearance Of Machine 1.2
2.1 | Lubrication System Pump 2.1
1
4.1 Spindle Power (40-6000 R.P.M. Spindle) 4.3
4.2 | Spindle Power (404.000 R.P.M. Spindle Optional) 4.4
4.3 j Spindle Power (40-10,000 R.P.M. Spindle Optional) 4.5
5.1 [ General Arrangement (electrical) 5.2
1
Base Arrangement (2409315) GA-1
, Saddle Assermbly (2409316) GA-2
| Table Assembly (2409317) GA-3
; Lubrication Assembly (2409318) GA-4
Column Assembly (2409319) GA-5
:
Head (Heid. Plus Encoder) (2409320) GA-6
1
Triple Action Drawbar Arrangement (2409218) GA-7
1
Service Panel (2409322) GA-8
i Coolant Tank (2409364) GA-9
| Transit Foundation Assembly (2409365) GA-10
I Rear Panel Assembly (2409323) GA-11
! Specification Drawing (2409403) GA-12
! Pneumatic Layout (2389921) GA-13
| Perimeter Guard Sub Assembly (2409379) GA-14
I Rear Perimeter Guard (2409336) G A-15
! 22 Toolchanger (2409410) GA-16
I
1. MACHINE INSTALLATION
1.1 INTRODUCTION
1.2 UNCRATING
(WHERE NECESSARY)
- l.l -
1. MACHINE INSTALLATION (cont.)
n
rollers a n d then drawn into position using
suitable conveyancer. The machine
together with its ancillary equipment 660 SU,
L
1 8 - 590
should now be positioned o n the selected
site and levelled.
If VELUNG SCREW
1.2-
1. MACHINE INSTALLATION (cont.)
1.6 ELECTRICAL SERVICE
1.6.1 REFERENCE INFORMATION Bridifeborf BRIDGEPORT MACHINES
There are t w o electrical cabinets on
the machine supplied. Check the label VOLTAGE
PHASE
on the door of the main magnetics
FREQUENCY
cabinet|to determine the exact figures
FULL LOAD CURRENT
for your installation. SPINDLE MOTOR RATING
i SHORT CrRCUT INTERRUPT CAPACITY |
1.6.2 M/^IN MAGNETICS CABINET OF MAINS PROTECTION DEVICE
/|\ DANGER
DO NOT CONNECT ELECTRICAL SUPPLY AT
I THIS STAGE
-1.3-
NOTE
2. PREPARATION FOR OPERATION
2.1 ; CLEANING THE MACHINE SUDEWAY OIL
FILLING POINT
^ J X WARNING
D 6 NOT USE GASOUNE. CHLORINATED
HYDROCARBONS OR ANY OTHER
INFLAMMABLE OR TOXIC CLEANING AGENT.
l\ WARNING BP Trading
Esso
Kluber
M a c c u r a t e 68D
Febis K-68
Labora D68
Rna Hydran G68
FOR ALL LUBRICANTS THE Deggamlt BW 68
Arac
MANUFACTURERS HEALTH AND Avilub ESL 68 SU
Avia
SAFETY RECOMMENDATIONS
SHOULD BE OBSERVED 23 COOLANT
|\ WARNING
(L1/L2/L3) to the main isolator as shown in
figure 3.1.
Figure 3.1
iD i Check that all circuit breakers are ID Bracket between saddle a n d base - this
, installed a n d are secure. c a n be reached through the perimeter
guard opening.
iiD [ Check that the lubrication reservoir
i has been filled with the correct iii) Bracket between table a n d saddle. The
! grade of oil. middle table tray must be removed (to
gain access).
3.1 -
3. MACHINE COMMISSIONING (cont.)
3.2.4 PNEUMATICS
/t\ WARNING
TOOLCHANGER WILL JUMP BACK TO HOME
POSITION IF NOT AT THE HOME POSITION.
DANGER
SWITCH OFF ISOLATOR
A DANGER
ELECTRICALLY ISOLATE THE CUSTOMERS
SUPPLY CABLE BEFORE EXCHANGING ANY
WIRES ON THE ISOLATOR.
-3.2-
I
4. SPECIFICATION
4.1 THE XYZ SERVO MOTOR DRIVE
4.1.1 SERVO MOTORS Automatic tool changer
The feed motors ore of the permanent magnet Machine capacity 22 tools
type driven by 3 single axis drive unit situated in Tool selection random select-bi-
the electrical cabinet. Each motor has an directional shortest
1
encoder built in (X & Y - 500 linear/revolution. Z - path
500 linear/revolution) t o provide velocity Tool diameter adjacent
feedback to the drive. pockets (max.) 75 mm
I Tool weight (max) 6 kgs
4.1.2 TRANSMISSION Tool change time:
The X and Y motions of the table are adjacent pockets 5 sees.
accomplished by means of h a r d e n e d a n d adjacent pockets.chip
preloaded 8mm pitch ballscrews with t o chip 12 sees.
recirculating ball nuts. On t h e Y axis the ball nut
is fixed to the saddle; X axis ballnut bracket is
fixed to the table and the Z axis ballnut is fixed
t o the head casting.The a.c. motors drive the Space and Weight
screw by timing belt and pulleys. The Z motion is Floor area 2100mm x 2100mm
accomplished by a hardened preloaded 5mm Height 2500mm 98"
pitch baliscrew with recirculating ball nuts. Weight 2850 kg
I
Power
i Input power 380/420 VOLTS
3 PHASE
4.2 SPECIFICATION
50/60 CYCLES
Range i
Total power required 15kVA
Table travel 0< axis) 580 m m
Air supply 5.5 bar
Saddle travel (Y axis) 416 m m
Spindle travel (Z axis) 480 m m
Table
Working surface 840x 420mm
T slots i 3 o n 112 m m centres
T slot size 18 m m
Positioning speed 32m/min.
max table load. 500kg.
Machine Spindle
Motor i 9.0kW (cont)
11 kW (30 min)
Spindle taper No. 40 BT
Tooling ; BT40
Speed range 40 - 6000 r.p.m.
Speed range optional 40 - 4000 r.p.m.
40-10.000 r.p.m,
Positioning speed 16 m/min.
-4.1 -
4. SPECIFICATION
SPECIFICATION (CONT).
Control
Spindle motor Siemens a.c. variable frequency
Axis drives Siemens a.c.
Control Heidenhain TNC407/ 415/
Input range
XYZ 0.001 to ±9999.999mm
Programme Storage 3000 blocks
Tool definitions 254
Serial line input/output
Interface RS232
Input/Output c o d e for t a p
reader/punch ISO
-4.2-
4. SPECIFICATION (cont.
Figure 4.1 SPINDLE POWER 40-6,000 RPM
7.5-
7 -
6kW
6 -
5.5
SPINDLE
POWER 5 -
. kW
4 -
3 -
1
40
—I
5300
1000 2000 3000 4000 5000 6000
0
SPINDLE SPEED RPM
YAXIS 45 Nm
ZAXIS 4.5 Nm
AXIS THRUST. X AXIS 260Kg f
Y AXIS 260 Kg f
ZAXIS 524 Kgf
i
-4.3-
i
4.SPEC1FICATION (cont.)
Figure 4.2 SPINDLE POWER 40-4XXXI RPM
8 -i
7.5-
. 7 -
6 -
5.5'
5 -
SPINDLE
POWER 4 -
kW
3 -
2 -
1 -
T i I I I 1
40 7 5 0 1000 2000 3000 4000
YAXIS 4 4 Nm
2 AXIS 4.5 Nm
AXIS THRUST. X AXIS 260Kg f
YAXIS 260 Kg f
2 AXIS 525 K g f
-4.4-
4. SPECIFICATION (cont.
Figure 4.3 SPINDLE POWER 40- 10XXXD RPM
8 -|
I 7.5-
I 7 -
I 50% ED
f
6 -
5.5
: 5 -i CONTINUOUS
SPINDLE
POWER 4 -
kW 3.5 kW
i
2.5 kW
2
!" -
i
i
I I T —r
40 2000 4000 6000 j 8000 10000
1250 6250 6700
YAXIS 4.5 Nm
2 AXIS 4.5 Nm
AXIS THRUST. X AXIS 260 Kg f
Y AXIS 260 Kg f
2 AXIS 524 Kg f
i
-4.5-
NOTES
I
5. POWER DISTRIBUTION
5.1 INPUT SUPPLY
-5.1
Figure 5.1 GENERAL ARRANGEMENT ELECTRICAL
5. SPARE PARTS ELECTRICAL (cont)
ITEM » DESCRIPTION BRIDGEPORT No. QTY.
NOTES
CIRCUIT DIAGRAM DRAWING No. 240-154 SHT 1
i
FOR TX< OPTION
SEE SHEET 3
DISTRIBUTION BOARD
380/460V
MAINS
SUPPLY
SPINDLE
FAN
MOTOR
COOLANT
MOTOR
MAGAZINE
MOTOR
LUBRICATION
MOTOR Bridgeport
TITLE SCHEMATIC DIAGRAM
COOLANT SOLENOID
COOLANT THRU TOOL
SOLENOID SOLENOID 1570446 2
DISTRIBUTION BOARD FROM SHT.1
TOOLCHANGER
ARM MOTOR PLUG
SPINDLE
FAN MOTOR
TOOLCHANGER
ARM MOTOR
COOLANT MOTOR
CONTACTOR
FROM
SHEET 1
BRAKE
COOLANT
THR0T00L
SOLENOID
TITLE SCHEMATIC DIAGRAM
Jttridijfefrort
E-4
RS232
SKT E/R MODULE -X131
(SEE S H T 3 )
CIRCUIT DIAGRAM DRAWING No. 240-154 SHT 5
2-4 CR )
7-15CR ) 24V RELAY (PED11-752-232-740) 1555902 15
18.19CR )
YL/RD
r«
3
» 25
X1
SKT. 3
PEND. PLUG POWER ON
PIN 7
OR/GN 215
(04)5 O-
-» X1A-AX2
- » -
i-Qi
PEND. PLUG PR0G.START.
PIN 5
GN/BU 25 2CR
(033)34 Q TNC E-STOP
(00) 1 0
RD 3CR
i-Qi X ENABLE
(01)
(02)
2 0
3 0
BU
GN
24
o 4CR
SCR
i-Q-i
Y ENABLE
2 ENABLE
(03) 4 0-
YL 23
a 6CR
B ENABLE
^O 3
TQ 14 15CR SPINDLE
(010) 11 O START
(011) 12 <f
(027)28^
GY
RD/BU
32
13
^o 1 16CR
17CR
i-Qi
(013)14
(014) 15 \ >
GN/RD
YL/RD
31
12
o 18CR
19CR
i-Qi
SPINDLE
ON 1
GUARD LOCK
BK 11CR TOOL
(05) 6<>
i-Qi
UNCLAMP
BU/BK 9CR TOOL MAG.
(020)21 <> DOWN
BN 22 8CR TOOL AIR
(016) 17 ( > BLAST
VL 7CR
(07)) 8 0- COOLANT
WH/GN 30
i-Qi 20CR WORKPIECE
i-Qi
(023)240-
AIR BLAST
YL/GN 11 21CR ALT.
(06) 70-
»
i-Qi
COOLANT
OR 20 12CR
(017) 18 O- TOOL MAG. REV.
(021)220-
(024)25 6-
0R/BU
GY/BU
33
a 14CR
34CR
LUB. ON
COOLANT
SOLENOID
(025)260-
(015)16 0 -
GN/BK
WH
26
21
^o 1 35CR
10CR
.^Qi
COOLANT THRO'
TOOL SOLENOID
TOOL ARM
FORWARD
^o 1 56CR
(026)27
WH/VL 35 57CR
^o 1
TOOLCHANGER
ARM BACK
Bridgeport
TITLE SCHEMATIC DIAGRAM
r
E-5
CIRCUIT DIAGRAM DRAWING No. 240-154 SHT 6
TOOL MAG POSN 1 PROX SWITCH (EGT 12X02 AP024 SEM4) 1550004 1
TOOL MAG COUNT PROX SWITCH (EGT 12X02 AP024 SEM4) 1550004 1
CABLE ASSY PROX SWITCH (SWLF-3AP-500P) 1550067 2
LUB LOW
LUB PRESS DROPSA PUMP-E 3902074 1575225 1
O 22(121)
1 ? - _ B U YL/BU 37 11
(09) 10 O-
6-
TOOL MAG POSN.1 36
WH/BU 5
BK 27 YL/GN
<> 23(122)
• (012) 13 -»- -»- «
4
^ _ B U
= BN FROM SHEET 1
TOOJ^MAG^OUNT
BK 26, WH/GN
•Q 24(123) • 2 4 V DC DIST. BRD. PLUG SHOTBOLT
1
214
19CR
SHOTBOLT OV
DB.SPINDLE DB.SPINDLE
-O-l r-O-
YL J673 6 7 2 J PK SP, DR.READY 12 WH/BU
g3
-0 20(119)
WH All VL SPEED ACK 10 RD ± ? 3
-r»> -=<4 - 0 1 (10) DIST. BRD. PLUG SOLENOIDS 1
A31 OR ZERO SPEED BU
-0 2 (ID B AXIS
SPINDLE DRIVE 6CR BRAKE SOL.
UNIT X441 65 64
10 11
D.B. X REF D.B. X REF
5£T 6Y
k<
RD * BU 14
-»• -0 12 (111) 12
21 22 D.B. Y R E F BR BR2
D.B. Y REF
—*!
Y REF BU
-6 14 (113)
5CR (L*) (L-)
« RD
-CX3TJ-
33, GN/RD
63 309 BN BU
21 22
-o-l l-O-
D.B. Z REF D.B. Z REF : 1 2:
k<
2
RO R£f BU 1 15 WH/RO
-6 16 (115) <<r. Z AXIS MOTOR
21 22 ±r V3 BRAKE
24CR
26 34. YL/BU
-0 19 (118)
DB.LUB/COOL DB.LUB/COOL
SOCKET ADAPTOR
—
LUB LOW
209 BN FOR TS 120 PROBE
.p— -0 7 (16) (OPTION)
LUB PRESS. « 4
:2 26 210 24. YL/BU T S 120
-O 13 A140) PLUG T S 120
COOLANT LEVEL OPTION PROBE
WH/BU
O
-« -0 240151)
D.B. 90M
(SEE SHEET 4) 14-10
24CR 35 : RO/BU
B AXIS PLUG ••• 3
<<fc <> 13 (112) Bridgeport
_^ GN
B REF
1 YL 1 500
£Q-1 M VERIFY
—•
2 ^ 1
TB4-12 SP.CON. TITLE SCHEMATIC DIAGRAM
33 27 A TB4-11
OV
21 22 .
D.B.
SPINDLE OFF TB1 OV
E-6
CIRCUIT DIAGRAM DRAWING No. 240-154 SHT 7
30,3 ICR
RL1.RL2 24V D.C. RELAY 1555902 4
RELAY CLIP 1555905 4
3 PHASE SUPPLY
[ S W A R F CONVEYOR OPTION]
f
TB4-1 T B 4 - 2 TB4-3
1 0 0 V A C ( S E E SHT.1)
A
SWARF (*.
100V OV
CONVEYOR
MOTOR C O N T R O L
MOTOR DIST. BOARD S W A R F CONVEYOR AUX. BOARD.TB6
LIMIT SWITCH
30CR TB1-14 :
DIST. BOARD
: SKT.3 OV DC
:28"
6Y/GN 510
- » - CONVEYOR ON
27
YL/BN : 9
511 CONVEYOR
029 30
4-2>-f- 8 ^ 7 REVERSE
14 INDEXER
OPTION
CIRCUIT FOR B.E. INDEXER CIRCUIT FOR PTG INDEXER
DIST.BRD. DIST.BRD. DIST.BRD.
INDEXER 14 P L U G
SKT 3 14 P L U G
HOME D 3
17 503 2 A
»
X 4 1 (I08) 9A_^>. -O^O
LS2
RL2
504
PTG
INDEXER
14 P L U G
RL2 64
505 2
11
26
( • 2 4 V DC) N.C
DIST.BRD. DIST.BRD. 8
INDEXER 14 P L U G
14 P L U G SKT3-17
COCK 503 WH/RD
1
»
B 0
503 5 C
-O^O
505 7
T -» 9 X 4 1 (08)
(M51 COMMAND)
DIST.BRD. DIST.BRD. LS1 10 SKT1-35
508 RD/BU
SKT 1 \t, P L U G 5C> 0 1 3 X 4 2 (112)
35 10 RL1 (VERIFY)
X 4 2 (112) 13
« — 508 507
1 C*
27 12
(OV D O DIST. BOARD
DIST.BRD. DIST.BRD.
RL2 RL1
14 P'LUG
LUG r—M—. 14 PPL
'4 LUG
63 502
24V
DC - INDEXER SOLENOID
64 TITLE SCHEMATIC DIAGRAM
OV
=7
Bridgeport PARTS LIST
ISSUED BY: H.HORTON
DATE: 5-7-94 Sheet of
ASSEMBLY No. 4688287 DESCRIPTION VMC 5 6 0 - 2 2 TNC 4 0 7 STAGE 1 CABINET ASSEMBLY ISSUE 2
ITEM PART No. QUANTITY UNIT OTY DESCRIPTION COMMENT MOD. ITEM
MOD No. DESCRIPTION AUTHORISED BY DATE MOD NO. DESCRIPTION AUTHORISED BY DATE
10
ASSEMBLY No. 4688287 DESCRIPTION VMC 560-22 TNC 407 STAGE 1 CABINET ASSEMBLY ISSUE 2
ITEM PART No. QUANTITY UNIT OTY DESCRIPTION COMMENT MOD. ITEM
3
4
5
6 1557622 2 OFF 7.5A FEED MODULE 6SN1130-1AA11-0AA0
7 1557626 3 OFF PARAMETER BOARD 6SN1114-0AA01-0AA0
15 1
16 1
17 1
MOD No. DESCRIPTION AUTHORISED BY DATE MOD NO. DESCRIPTION AUTHORISED BY DATE
3 8
4 9
5 10
Bridgeport
TITLE CABINET ASSEMBLY
MOD No. DESCRIPTION AUTHORISED BY DATE MOD NO. DESCRIPTION AUTHORISED BY DATE
J -
CHOKE
9 4TH AXIS
OPTION
TX5 \4> •
• \ TX4
(OPTION)
> j
* •
TX3
:
1 TX4
9
| j j (OPTION)
PENDANT OUTLET | TX1
|
U j i -f- + • i
TX4 VOLTAGE
OPTION
TX4
420/380V OPTION
1553941
TITLE CABINET ASSEMBLY
iiD Check that there is sufficient oil in the air 6.1.3 Periodic replacement (2 yearly).
lubricator.
The power drawbar disc spring stack a n d t h e
iv) Check that the air supply is regulated t o spindle drive belt should b e r e p l a c e d .
80 p.s.i.
NOTE: IT IS STRONGLY RECOMMEDED
v) Clean dirt a n d chips from the ways; a n d THAT ALL WORK ON THE SPINDLE
empty swarf tray. CARTRIDGE, INCLUDING
REPLACEMENT OF THE DISC SPRING
6.1.2.2 Weekly Maintenance STACK. IS CARRIED OUT BY
In addition t o daily maintenance BRIDGEPORT TRAINED DEALER
SERVICE STAFF.
D Clean chips a n d dirt from t h e entire
machine a n d wipe down.
-6.1 -
6. PREVENTATIVE MAINTENANCE (cont.)
6.1.4 MULTIPLE SHIFT OPERATIONS AND
PUNITIVE ENVIRONMENTS
6.1.4.1 Definitions
-6.2-
7. FAULT FINDING
This section is a brief guide to enable simple
electrical faults to be readily identified a n d to
localise any problem area due to the more
obscure faults that cannot be dealt with
individually in this chapter.
-7.1 -
7.1 PRELIMINARY CHECKS
7.1 PRELIMINARY CHECKS
1. Check that the three phase of the incoming electrical mains supply are present a n d of the
correct voltage.
2. Check that none of the circuit breakers CB2 - CB9 are in their OFF or TRIPPED positions.
3. Check that 24 v.dc is present at t h e output of PSU1 (wires 26 and 27) a n d PSU2 (wires 263 a n d
264).
NOTES
7.2 ERROR MESSAGE'
72 FAULT MESSAGES
LUBRICATION OIL - Early warning that oil level in lubrication unit is getting low. This
LEVEL LOW message will not stop the machine and may b e temporarily
cancelled by pressing CE button. However the lubrication unit
should be topped up with the correct slideway oil at t h e first
opportunity.
LUBRICATION OIL - Lubrication oil level has been allowed to fall t o o low.
PRESSURE LOW
reaching-15'bar. "
EXTREME AXIS LIMIT - Check operation of axis reference switches if this occurs during
AXIS DRIVE FAULT - Check for Alarm number displayed on the axes drive unit s a n d
refer t o the Siemens Manual.
-7.3-
7.2 ERROR MESSAGES
72 FAULT MESSAGES Continued
(N.B. This message is only displayed w h e n air is used i.e. during a toolchange or power drawbar
operation).
SPINDLE DRIVE FAULT Check for alarm number displayed on spindle drive unit. (AL-XX)
a n d refer t o Siemens Manual.
SPINDLE DRIVE OFF After disabling the spindle drive with a n M25 c o m m a n d , it is
necessary t o press the programme start push-button t o
re-enable the drive before the spindle c a n b e
started. If this is not done (e.g. a programme with a n M25
c o m m a n d followed by an M03, M04 and M19) this message will
b e displayed.
ZAXIS NOT AT TOOL Check that feedrate override control is not turned down.
CHANGE POSITION
-7.4-
7 2 ERR^)R IMESS^^C^ES
0
TOOLCHANGER NOT AT Faulty or incorrectly set tool magazine count proximity switch or
POCKET wiring.
N.B. If the tool carousel is out of position d u e t o a n aborted tool change (e.g. mains loss or E-stop
operated) it may be realigned t o the next pocket by pressing the tool c h a n g e manual index
push-button provided that the toolchanger is in its back position a n d that t h e TNC is in its
manual mode. It will then b e necessary t o turn the machine isolator off a n d then o n again,
so that the tool carousel will re-reference at the next toolchange.
WRONG TOOL NUMBER - M06 has b e e n commanded with a tool outside t h e range of the
CALLED. toolchanger i.e. Tl to T16.
FAULT FINDING (cont.)
7.3 FAULTS AND DIAGNOSTIC AIDS
The following faults/errors can be present when the operating display remains dark after
power-up:
• Circuit-breaker not switched-in
• At least two phases missing (infeed/regenerative feedback module)
• At least two Lnput fuses have blown (infeed/regenerative feedback module)
• Electronics power supply (60 V AC/17 kHz) defective in the l/R feedback module
• Equipment bus connection l/R feedback module +» induction motor module (ribbon cable)
defective or not inserted
• Connection between the display board and the control board defective
• 5 volt power supply on the control board defective
• Control board defective
• Software module or FEPROM defective.
Fault messages are displayed for several faults, and the motor pulses are cancelled. Operator
control is then in the fault mode which is indicated when the following symbols flash:
If parameters have to be viewed or changed in the fault mode, the operator control mode can
be selected for approx. one minute by depressing the "-" key. After this time, the fault number
is re-displayed.
-7.6-
FAULT FINDING (cont)
The significance of the individual fault messages and their possible causes is provided in the
following fist
F-07 Data save in the ® The FEPROM is defective if this error message
FEPROM was Js^repeatedly_displayed-during data save:
unsuccessful ® If the error message is issued immediately after
the converter has been switched-on, this indica-
tes that the converter was previously shutdown
during data save. In this case "F-07" indicates
that the last parameter changes were not sa-
ved.
The error message repeats itself after each po-
wer up until a new data save is started with P-
052 = 1
F-11 Frequency setpoint ® Ribbon cable between the control board -+ ga-
> max. frequency ting board defective, or not connected
© Motor is not connected or phase missing
® Gating board power supply defective
® DC fink fuse ruptured
o Motor stalled, as the motor or controller para-
meters completely incorrect
© Induction motor module connected to an older
monitoring module but no DC fink voltage was
entered in P-061 (refer to Section 1.4.8.7.4)
© When changing-over the machining-specrfic
data set the speed limit (P-029) was reduced,
although the motor was running at a speed
above this limit.
The fault must be acknowledged so that the fault display disappears and the motor pulses are
enabled, tf the cause is not removed, under certain circumstances, the fault re-appears imme-
diately after acknowledgement For fault acknowledgement, the "controller enable" enable ter-
minal (terminal 65) must be open. Faults can be acknowledged as follows:
• Depress the "P" key with the controller inhibited (terminal 65 open)
• Activate the freely-programmable terminal function "acknowledge fault" with the controller
inhibited (terminal 65 open)
• Open and close the "controller enable" terminal (terminal 65) if bit 5 of P-053 is s e t
• Close terminal "R" (central reset) of the irrfeed/regenerative feedback unit or monitoring
module, (in this case, terminal 65 (controller enable) can also be opened after terminal R
has closed).
• Switch the converter off and on again.
-7.8-
GENERAL ARRANGEMENT AND PARTS LIST
ISSUE 1 SHEET 1 OF 2
BASE ARRANGEMENT (cont.) DRAWING N O . 2 4 0 9 3 1 5
ISSUE 1 SHEET 2 OF 2
t7.ta«.50_ 54.A8.t9.50_, 51.52 53.10, 51.52,. 4ZCa49.50_ C6.32.3_ U,.<5.t, A2.A3
55.56.57. t
176 REF
JSrriioebarf
TITLE
BASE ARRANGEMENT
ISSUE 1 SHEET 1 OF 1
1.15.16.. 2.u._ 3.16.17.. 1.15.16.
SWITCH
5'Sc
<2oi I
1 R~ STROKE p)VEK TRAVEL
OVERTRAVSJ
Bridgeport
TITLE
TABLE ASSEMBLY
GA-3
LUBRICATION ASSEMBLY DRAWING NO. 2409318
ISSUE 1 SHEET 1 OF 1
3 m
1 I
3
1 2 3
ls-e-B
1 AXIS SCREW ' ii
1
3-O-g-
"4 i v/ 25.29
12 11 17 11 12 16 12 11 15 11 12
9 2 10 18
10 2
9 ? \I
X AXIS BEARING
X AXIS BEARING
(S-2129
To" 28.29
20 .
r 4670905
i < 1
UJESICATION PUMP
30 21
X AXIS SCREW J
7J |T Y AXIS BEARING
f | | |!
22 22
YAXIS BEARING
JBHdoepart
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?5 25 31.27 2?
TITLE
LUBRICATION ASSEMBLY
2S.29
COLUMN ASSEMBLY (cont.) DRAWING NO. 2409319 COLUMN ASSEMBLY DRAWING NO. 2 4 0 9 3 1 9
ITEM PART NO. DESCRIPTION QTY ITEM PART NO. DESCRIPTION QTY
623Z55.
59.60.61
SOT'ON Y.Y
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i
771
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TITLE
COLUMN ASSEMBLY
GA-5
HEAD (HEID. PLUS ENCODER) (cont.) DRAWING N O . 2 4 0 9 3 2 0 HEAD (HEID. PLUS ENCODER) DRAWING N O . 2 4 0 9 3 2 0
ITEM PART NO. DESCRIPTION QTY ITEM PART NO. DESCRIPTION QTY
SECTION A-A
Bridgeport
TITLE
HEAD (HEID. PLUS ENCODER)
GA=6
TRIPLE ACTION DRAWBAR ARRANGEMENT DRAWING NO. 2409218
ISSUE 1 SHEET 1 OF 1
SERVICE PANEL DRAWING N O . 2409322
ISSUE 1 SHEET 1 OF 1
LIFTING BEAM
(l I I WlJ
LIFTING B - P
3.4.5
LIFTING 8 A R
_____
-555. J55_
F
FOUNDATION BOLT
5^
660 514 —\— POINTS OF FOUNDATION BQJS 484
ELECTRICAL CABwFJ
SUPPORT SCREWS
TTTLE
TRANSIT-FOUNDATION ASSEMBLY
n f l r M ^ p t C * APT A
1
GA-10
REAR PANEL ASSEMBLY DRAWING N O . 2409323
ISSUE 1 SHEET 1 OF 1
1.1
GA-11
, 560 J
''X-AXISSTROKE !
112
PNEUMATIC INPUT (0.6 M HIGH) U5 420 ! U 6 Y-AXIS STROKE
112
160 660
_M60_
TABLE DETAIL
160^ CENTRE SLOT
p T H E f r S L O T S "
19
3t
TFF qnTDFTAII
Bridgeport
TITLE
SPECIFICATION
tPOLANT PUMP'
DRG No. 2409403 ISSUE No. 1
GA-12
®
0.01 um COALESING FILTER
WITH AUTO.DRAIN
AIR SUPPLY
SHUT OFF VALVE
PRESSURE REGULATOR
Regulated to 15 PSI (1 BAR)
F.R.L UNIT o PRESSURE SWITCH
4 BAR
LUBRICATOR
SOL 1
INTERLOCK VALVE
50 um FILTER FOR ELECTRICAL
PRESSURE REGULATOR POWER FAILURE
WITH AUTO.DRAIN Regulated to 80 PSI (5.5 BAR)
C.V.6
SOL 11
I I SOL 2 SOL 3 SOL 5
i r - i — t
02 BZ
C.V.5 CV.3 C.V.2 C.V.1
AIR PURGE
TO END CAPS
OA-13
PERIMETER GUARD SUB ASSEMBLY (HEID.) DRAWING N O . 2409379
ISSUE 1 SHEET 1 OF 1
GA-U
REAR PERIMETER GUARDS DRAWING NO. 2409336
ISSUE 1 SHEET 1 OF 1
TITLE REAR PERIMETER GUARD
GA=15
22 TOOLS TOOLCHANGER (cont.) DRAWING No. 2409410 22 TOOLS TOOLCHANGER DRAWING No. 2409410
ITEM PART NO. DESCRIPTION QTY ITEM PART NO. DESCRIPTION QTY
Brut
112
PNEUMATIC INPUT (0.6 M HIGH) U5 420 !U6 Y-AXIS STROKE
112
160 660
J16JL
TABLE DETAIL
160^ CENTRE SLOT
p I H E f r S L O T S ~
19
3t
14-oa
A
TFF qnTDFTAII
Bridgeport
TITLE
SPECIFICATION
GA-12
I
®
0.01 urn COALESING FILTER
WITH AUTO.DRAIN
AIR SUPPLY
SHUT OFF VALVE
PRESSURE REGULATOR
Regulated to 15 PSI (1 BAR)
F.R.L UNIT o PRESSURE SWITCH
4 BAR
LUBRICATOR
SOL 1
INTERLOCK VALVE
50 um FILTER FOR ELECTRICAL
PRESSURE REGULATOR POWER FAILURE
WITH AUTO.DRAIN Regulated to 80 PSI (5.5 BAR)
C.V.6
SOL 11
I I SOL 2 SOL 3 SOL 5
i r - i — t
Ni Ni B7J Ni BZ
C.V.5 CV.3 C.V.2 C.V.1
AIR PURGE
TO END CAPS
OA-13
PERIMETER GUARD SUB ASSEMBLY (HEID.) DRAWING N O . 2409379
ISSUE 1 SHEET 1 OF 1
GA-U
REAR PERIMETER GUARDS DRAWING NO. 2409336
ISSUE 1 SHEET 1 OF 1
TITLE REAR PERIMETER GUARD
GA=15
22 TOOLS TOOLCHANGER (cont.) DRAWING No. 2409410 22 TOOLS TOOLCHANGER DRAWING No. 2409410
ITEM PART NO. DESCRIPTION QTY ITEM PART NO. DESCRIPTION QTY
Brut