Anhui Pan-sino BL330E User manual

2
GENERAL SAFETY INSTRUCTIONS
EXTREME CAUTION SHOULD BE USED IN OPEATION ALL POWER TOOLS. KNOW YOUR
POWER TOOL, BE FAMILIAR WITHITS OPEARTION. READ THE OWNER’S MANUAL AND
PRACTICE SAFE USAGE PROCEDURES AT ALL TIMES.
◆CONNECT your machine ONLY to the matched and specified power source.
◆WEAR SAFETY GLASSES, RESPIRATORS, HEARING PROTECTION and SAFFTY SHOES when
operating heavy machinery. Always wear safety glasses.
◆DO not wear loose clothing or jewellery when operating machinery.
◆A Safe Environment is important. Keep the area free of dust, dirt and other debris in the
immediate vicinity of the machine.
◆BE ALERT! Do Not Use prescription or other drugs that may affect your ability or
judgments to safely use this machine.
◆DISCONNECT the power source when changing tool bits and or any equipment.
◆NEVER leave an operating tool unattended.
◆ALWAYS keep blades, knives or bits sharp and properly aligned.
◆ALWAYS keep all safety guards in place and ensure their proper function.
◆ALWAYS make sure that any tools used for adjustments are removed before operating the
machine.
◆ALWAYS secure your work with the appropriate clamps or vises.
◆ALWAYS keep bystanders safely away while operating machinery.
◆DO NOT change speed while spindle is running.
◆3-JAW CHUCK OR 4-JAW CHUCK MAX.SPEED 2500r/min
◆THINK SAFELY. WORK SAFELY. Never attempt a procedure if it dose not feel safe or
comfortable.

3
BL330E PRECISION GEAR HEAD LATHE
As part of the growing line of metalworking equipment, we are proud to offer the BL330E Metal
Lathe. The name guarantees ANHUI PAN-SINO. By following the instructions and procedures laid out
in this owner’s manual, you will receive years of excellent service and satisfaction. The BL330 is a
professional tool and like all power tools, proper care and safety procedures should be adhered to.
Specifications
Max. Swing over bed: 330mm
Max. Length of work piece: 700 mm
Max. Swing carriage: 220mm
Bed width: 160mm
Spindle Bore: 38mm
Spindle Taper: MT 5#
Spindle Speeds: 12 Steps
Spindle Speeds Range: 60; 90; 120; 160;
220; 300; 380; 500;
640; 850; 110; 1650rpm
Max Lateral Stroke over tool post: 160mm
Max Longitudinal stroke of tool post: 100mm
Metric Thread kinds: 17 Kinds
Metric Thread range: 0.5-4 mm
Inch Thread kinds: 24 Kinds
Inch Thread range: 9-40 TPI
Longitudinal–feed range: 0.1-1.396mm/r
Cross–feed range: 0.025-0.34mm/r
Tailstock Quill Diameter: 40mm
Travel of Tail-stock Quill: 70mm
Tail-stock Quill Taper: MT 3#
Motor Power: 1.1kw
Net Weight: 240kg
Packing Size (Without Stand): 1470*770*580mm
Packing Size (With Stand): 1470*770*1350mm

4
Illustrated Features
Fig 1. Driving system drawing.
01. Input Pulley 21. Gear
02. Gear Change 22. Gear
03. Gear Change 23. Gear
04. Gear Change 24. Worm Gear
05. Gear Change 25. Worm
06. Gear 26. Gear
07. Gear 27. Gear
08. Gear 28. Gear
09. Gear 29. Gear
10. Gear 30. Gear
11. Spindle Gear 31. Gear
12. Gear 32. Gear
13. Tool Post Lead Screw 33. Gear
14. Tool Post Nut 34. Gear
15. Tail Stock Lead Screw 35. Motor Pulley
16. Tool Post Nut 36. Gear
17. Longitudinal Screw 37. Gear
18. Longitudinal Nut 38. Gear
19. Cross Nut 39. Gear
20. Cross Lead Screw

5
Lifting ＆Installation
It is recommended that this machine is lifted by the use of a crane or hoisting mechanism as it is
very heavy.
Fig 2. Lifting drawing.
Lifting ＆Installation
Please refer to figure 3 when installing this machine. As this lathe is for the most part pre-assembled
at the factory, there is not a great deal of assembly for the end user. Line up the four bolt holes with
the stand and carefully place the lathe on the stand.
Fig 3. Installation drawing.
After installation, be sure to clean the antiseptic coat (used to preserve and protect during shipping)
off the guide carriage, tail stock, change gear and pulley with a clean cloth and non-corrosive
cleaner.

6
Lubrication Positions
Fig 4. Lubrication positions drawing.
Refer to the Lubrication chart on the following page in order to properly lubricate and maintain your
Lathe. Proper lubrication of any tools, especially Metal Lathes should not be ignored.
Lubrication Positions
No.
Lubrication Position
Located part
Located
Lubrication Oil
Period
1
Gears. bush bearing
Left trestle
Gun
Machine oil
0ne year
2
Spindle bearing
Lathe head
Greasing
Grease
1/year
3
Thrust bull bearing
Left trestle
Greasing
Grease
1/year
4
Slide way, lead screw, guide surface
Apron parts
Gun
Machine oil
2/days
5
Gears, racks
Apron parts
Greasing
Grease
1month
6
Tool post lead screw, guide surface
Tool carriage
Gun
Machine oil
2/days
7
Longitudinal lead screw
Lead screw
Gun
Machine oil
2/days
8
Lathe bed guide
Lathe bed
Gun
Machine oil
2/days
9
Tail stock sleeve
Tailstock
Gun
Machine oil
2/days
10
Tailstock lead screw bush bearing
Tailstock
Gun
Machine oil
2/days
11
Bearing pedestal
Lathe bed
Gun
Machine oil
2/days
12
Cross nut lead screw
Small carriage
Gun
Machine oil
2/days
13
Bearing bush
Small carriage
Gun
Machine oil
2/days
14
Thrust bearing
Lead screw pedestal
Greasing
Grease
6/s year
15
Tailstock lead screw bush bearing
Tailstock
Gun
Machine oil
2/days
16
Change gear shaft
Compound box
Gun
Machine oil
2/s year
17
Bearing
Input pulley
Greasing
Grease
6/s year
Notes: 1. Recommend to fill 3# Ca grease 20# machine oil
2. The parts lubricated by grease should be cleaned and the machine oil in feed box should
be changed and renewed up to the center line of the oil indicator regularly.

7
Electrical System Drawing
14
23 13
SB2
N L
SB1
24
26
KM
KM
10
2
4
6
8
7
5
3
1
9
11 12
Z 2
U1
KV 2
Z1
M
∽
YL-90L4 1.1KW
C 1
C 2
V1（Z 1 ）
U 2
U＜
A1
AC220V/240 V
50HZ/60HZ
HL
25
SQ1
PE
SQ2 ZH- A
KJD17B
R
*
*
*
*
OF
*
*
*
*
1 2
34
5 6
7 8
910
11 12
Fig5. Electric System Drawing (SINGLE PHASE)
Fig6. Electric System Drawing (THREE PHASES)
Grounding Instructions
In the event of a malfunction or breakdown, grounding provides the path of least resistance for
electrical current and reduces the risk of electrical shock. This tool is equipped with an electrical cord
that has an equipment grounding conductor and a grounding plug. The plug MUST be plugged into a
matching outlet that has been properly installed and grounded in accordance with ALL local codes
and ordinances.
DO NOT MODIFY THE PLUG PROVIDED. If the provided plug will not fit the electrical outlet, have the
proper outlet installed by a qualified licensed electrician.
IMPROPER CONNECTION of the equipment grounding conductor can result in risk of electrical shock.
The conductor wire with the green insulation (with or without yellow stripes) is the
equipment-grounding conductor. If repair or replacement of the electrical cord or cord or plug is
required, DO not connect the equipment grounding conductor to a live terminal.
If in doubt about these instructions consult a qualified, licensed electrician.
USE ONLY A THREE-WIRE EXTENSION CORD with a 3-prong grounding plug.

8
Thread & Feed Table
Cutting threads and feeding movement can be performed by the manual use of the change gears and
handle (refer to Operating Controls)
Thread & Feed Chart
Fig. 7
Operating Controls
Fig 7. Thread & Feed Chart

9
REFER TO THEDIAGRAMBELOW FOR THEBL330E operationcontrols.
Fig 8. Operation Parts Fig.
1. Handler of Spindle Speed Change A
2. Handler of Spindle Speed Change B
3. Change Gear Box
4. Power Indictor
5. Emergency Stop Switch
6. Forward-Stop-Reverse Switch
7. Self-centering 3 Jaw Chuck
8. Handler of 4-way Tool Post
9. Tool Post Feeding Handler
10. Handle Lock for tailstock center
11. Lever to lock Tailstock
12. Tailstock hand-wheel
13. Tailstock Offset Screw
14. Main Lead-screw
15. Longitudinal-cross feed handle
16. Handler of Auto-Feed (Half Nut)
17. Carriage Cross Feed hand wheel
18. Apron feed hand-wheel
19 Handle of forward/reverse for lead screw
45 6 7 8 9 10 11
3
2
1
19 18 17 16 15
12
13
14

10

11
Straight Turning
In the straight turning operation, the tool feeds parallel to the
axis of rotation of the workpiece. The feed can be either manual
by turning the handwheel on the lathe saddle or the top slide, or
by activating the automatic feed. The cross feed for the depth of
cut is achieved using the cross slide. (Fig. 14)
Fig. 14
Facing and Recesses
In the facing operation, the tool feeds perpendicular to the axis
of rotation of the workpeice. The feed is made manually with the
cross slide handwheel. The cross feed for cut depth is made with
the top slide or lathe saddle. (Fig. 15)
Fig. 15
Turning Between Centers
For turning between centers, it is necessary to remove the chuck
from the spindle. Fit the MT 5 center into the spindle nose and
the tailstock. Mount the workpiece fitted with the driver dog
between the centers. The driver is driven by a catch or face plate.
Note: Always use a small amount grease on the tailstock center
to prevent center tip on overheating. (Fig. 16)
Fig. 16
Taper Turing Using Tailstock Off-set
Work to a side angle it can be turned by off-setting the tailstock,
the angle depends on the length of the workpiece.
Loosen the nut (A. Fig. 17), handle (C) and two screws (D) then
adjust the screw (A) to deflect the quill center line off-track from
spindle center line, for getting the desired taper, please refer to the
value in scale plate (E).
Taper direction adjustment:
To get the forward-off-track (operator side), be lose the nut (A) in
front and tighten the nut (A) in back to move the body of tailstock
forward to the desired value against scale plate, and then tighten the
nut (A) in front. For backward-off-track, as same procedures as above Fig. 17
mentioned. Must be clamped the screw (E) after taper turned, and the
tailstock should be returned to its original position according to the
zero position on scale of tailstock.

12
Taper Turning by Setting top Slide
By angle the top slide, tapers may be turned manually with the
Top slide ( Fig. 18 ).
Rotate the top slide to the required angle. A graduated scale
permits accurate adjustment of the top slide. The cross feed is
performed with the cross slide. This method can only be used for
short tapers.
Fig. 18
Threads Cutting
Set the machine up to the desired thread pitch (according to the
Thread chart Fig. 7). Start the machine and engage the half nut.
When the tool reaches the part, it will cut the initial threading
pass. When the tool reaches the end of cut, stop the machine by
turning the motor off and at the same time back the tool out of
the part so that it clears the thread. Do not disengage the half
nut lever. Reverse the motor direction to allow the cutting tool
to traverse back to the starting point. Repeat these steps until
you have obtained the desired results.
Change Gear Replacement
1. Disconnected the machine from the power source.
2. Unscrew the two fastening screw and remove the protective
cover.
3. Loosen the locking screw (C. Fig. 19) on the quadrant.
4. Swing the quadrant (D. Fig. 19) to the right.
5. Unscrew the bolt (E. Fig. 19) from the leadscrew or the square
bolts (F. Fig. 19) from the quadrant bolts in order to remove the
change gears from the front.
6. Install the gear couples according to the thread and feed table
(Fig. 19) and screw the gears onto the quadrant again.
7. Swing the quadrant to the left until the gear has engaged again.
8. Readjust gear backlash by inserting a normal sheet of paper as C D E
an adjusting or distance aid between the gears. Fig.19
9. Immobilize the quadrant with the locking screw.
10. Install the protective cover of the headstock and reconnected
the machine to the power supply.
F

13
Adjustment
After a period time, wear in some of the moving components
may need to be adjusted.
Compound Rest Adjustment
Loosen the two screws (A. Fig. 20), after you have obtained the
angle you want, do not forget to tighten them again.
Fig. 20
Belt Adjustment
Loosen the two nuts and screws (A. Fig. 21) to remove the plate
of mounting motor and position.
Fig. 21
Main Spindle Bearing Adjustment
The main spindle bearings are adjusted at the factory. If end play
becomes evident after considerable use, the bearings may be
adjusted. Loosen two hex socket cap screws (A, Fig. 22) in the
slotted nut on the back of spindle. Tighten slotted nut until all end
play is taken up. The spindle should still revolve freely.
Tighten two hex socket cap screws.
Caution: excessive tightening or preloading will damage the bearings
Fig. 22
Cross Slide Adjustment
The cross slide is fitted with a gib strip (A, Fig. 23) and can be adjusted
with screw (B, Fig. 23) fitted with lock nuts (C, Fig. 23). Loosen the
lock nuts and tighten the set screws until slide moves freely without
play. Tighten lock nuts to retain adjustment.
Fig. 23
Top Slide Adjustment
The top slide is fitted with a gib strip (A, Fig. 24) and can be adjusted
with screw (B, Fig. 24) fitted with lock nuts (C, Fig. 24). Loosen the
lock nuts and tighten the set screws until slide moves freely without
play. Tighten lock nuts to retain adjustment.

14
Parts Diagram- Headstock

15
Parts Listing- Headstock
NO.
Description
1
V-belt type 700
35
Screw
67
C-Clip
2
Spanner nut
36
Localing sleeve
68
Middle shaft
3
Lock washer for circular nut
37
Washer
69
Thin flat key
4
Spindle pulley
38
O-seal ring
70
Gear
5
Taper roller bearing
39
Right Block
71
Gear
6
Hexagon socket head screw
40
Oil Sight
72
C-Clip
7
Pulley seat
41
Sleeve
73
Spanner nut
8
Felt cover
42
C-Clip
74
Lock washer for circular nut
9
Crossrecessed pan head screws
43
Left shifting fork
75
Hexagon socket head
screw
10
Plain washers
44
Shifting fork shaft
76
Sleeve
11
Lathe head
45
Right shifting fork
77
Pressurize washer
12-14
/
46
Sleeve
78
Sleeve spacer
15
Oil drain plug
47
Nut
79
Taper roller bearing
16
Oil cup
48
Plain washers
80
C-Clip
17
C-Clip
49
Gear
81
Gear
18
Cover
50
Felt cover
82
Taper roller bearing
19
Change Gear
51
Sleeve
83
Pressurize washer
20
Sleeve spacer
52
Taper roller bearing
84
Main shaft bearing oil seal
21
Plain parallel key
53
Plain parallel key
85
Lathe spindle
22
Sleeve
54
Output shaft
86
Plain parallel key
23
Gear
55
Plain parallel key
87
Sleeve spacer
24
Shaft
56
Gear
88
Gear
25
Screw
57
Gear
89
Gear
26
Left Block
58
Gear
90
Sleeve spacer
27
Handle lever
59
Sleeve spacer
91
Gear
28
Chock
60
Sleeve
92
Plain parallel key
29
Screw
61
Sleeve spacer
93
Plain parallel key
30
Set screws with cone point
62
Plain parallel key
94
Single shaft
31
Spring
63
Gear
95
Hexagon screw
32
Steel ball
64
Gear
96
Oil port plug
33
Handle seat
65
Gear
97
Transmission cover
34
Taper pins
66
C-Clip

16
Parts Diagram- Trestle

17
Parts Listing- Trestle
NO.
Description
NO.
Description
1
Oil cup
28
Sleeve
2
Apron body
29
Change Gear
3
Taper pins
30
Sleeve spacer
4
Hexagon socket head screw
31
Key
5
Handle lever
32
Change gear plate
6
/
33
Sleeve
7
Right shifting fork
34
Key
8
Shaft
35
Shaft
9
Base
36
Key
10
Screw
37
Gear
11
Taper pins
38
Sleeve spacer
12
Handle seat
39
Gear
13
Steel ball
40
Shaft
14
Spring
41
Shaft
15
Screw
42
Sleeve
16
Cover
43
Gear
17
Sleeve
44
Gear
18
C-Clip
45
Sleeve
19
Gear
46
Key
20
Shaft
47
Plain washers
21
Key
48
T Nut
22
Taper pins
49
Shaft
23
Taper roller bearing
50
Key
24
Base
51
Gear
25
Hexagon socket head screw
52
Nut
26
Spanner nut
53
Plain washers
27
Sleeve
54
Screw

18
Parts Diagram- Bed

19
Parts Listing- Bed
NO.
Description
NO.
Description
1
Hexagon socket head screw
34
Cross feed screw seat
Cam sleeve
35
Hexagon socket head screw
3
Switch bar
36
Spring lamination
4
Connecting plate
37
Dial sleeve
5
Plain washers
38
Taper pins
6
Nut
39
Handles with sleeve
7
Shield
40
Spanner nut
8
Shield
41
Dial
9
Hexagon socket head screw
42
Rolling bearing
10
Plain washers
43
Cross nut
11
Hexagon head screw
44
Chain up block
12
Hexagon socket head screw
45
/
13
Hexagon socket head screw
46
Behind board
14
Chock
47
Hexagon nuts
15
Shield
48
Set screws with cone point
16
Middle carriage
49
Hexagon socket head screw
17
Oil cup
50
Rivet
18
Hexagon socket head screw
51
Table
19
Washer
52
Bed
20
Set screws with cone point
53
Oil cup
21
Oil cup
54
Hexagon socket head screw
22
Plain washers
55
Right pedestal
23
Hexagon head bolts
56
Taper pins
24
Taper pins
57
Taper pins
25
Hexagon socket head screw
58
Hexagon socket head screw
26
Chock
59
Longitudinal feed screw
27
Carriage
60
Taper pins
28
Hexagon socket head screw
61
Washer
29
Plain parallel key
62
Racks
30
Plain parallel key
63
Shield
31
Cross feed screw rod
64
Screw
32
Gear
65
Hexagon socket head screw
33
Oil cup

20
Parts Diagram- Apron