ND6 HD9 ND9 ND18 - Paco Spiralift inc.

Transcription

ND6
HD9
ND9
ND18
Innovations that last…
Groupe PACO inc.
Established in 1960 and now located in Saint-Hubert (a suburb of Montreal, Canada), Paco has, since its
inception, specialized in the development of high-tech electromechanical equipment. Research and
Development (R&D) has always been at the heart of Paco’s success. The company’s main strength lies in its
ability to apply its inventions to machinery. Paco has patented multiple inventions and continues to innovate in
an ever-growing range of products.
Spiralifts … innovations that last !
Beside its durability, its precision and its incredible lifting capacity, the most striking characteristic of any Spiralift is
its compact height. The Spiralift, which is simple to install and operate, can be mounted easily on any sturdy,
load-bearing base with no requirement for free space underneath.
The Spiralift employs a coiled, flexible flat steel spring that expands with the insertion of a thin vertically oriented
spiral steel band. The result is a fully adjustable column formed of continuously integrated “I”-shaped sections. Its
stainless steel on stainless steel construction provides a long lifetime of trouble-free operations with minimal
maintenance.
Because the Spiralift is not hydraulic, it does not require a pump room or fluids that can leak or contract. It is
therefore not influenced by temperature and is completely stable. It is supremely quiet and can be used at any
time under the most noise-sensitive circumstances.
Spiralift units can be easily configured in modular designs to suit any platform geometry and building architecture.
Multiple units can be linked to the same drive train and be fully synchronized. They require modest power and
maintenance, yet provide substantial lift capacity.
1
March 20, 2009
CONTENTS
SPIRALIFT ND6
3
SPIRALIFT HD9
7
SPIRALIFT ND9
11
SPIRALIFT ND18
15
APPLICATIONS
19
GENERAL INFORMATION
21
2
ND6
The smallest Spiralift model is designed for lighter
and shorter lifting requirements. This newest addition
to the family provides increased flexibility and
versatility in tight spaces.
This ND6 comes with an integrated worm drive,
which allows for direct coupling with either a motor or
drive shaft without the use of chains or belts. The
ND6 allows for reduced noise, lower cost, a
simplified drive arrangement and quicker installation.
Because of its single-part configuration, the ND6
model is considered maintenance-free. It is built to
run until replacement is required at the end of its
useful lifespan.
TECHNICAL PARAMETERS – ND6
Column diameter
6 in
152 mm
Maximum lifting capacity
5,500 lb
2450 daN
Max static capacity
8,000 lb
3550 daN
23 ft/min
7 m/min
Maximum continuous torque
272 lb.in
30.7 Nm
Maximum peak torque
544 lb.in
61.5 Nm
Maximum overhung on input
55 lb
25 daN
Maximum misalignment
1.5˚
1.5˚
1.293 in
32.8 mm
Maximum lifting speed
**
Lift travel per revolution (pitch)
Available worm ratios, R
Input torque to lift Max Load, Tm
Total system efficiency, E
Base and housing material
Column material (bands)
Lifting speed
Power required to lift load
Lifting input torque
32.50
16.25
10.83
8.17
32.50
16.25
10.83
8.17
64.4 lb.in
107 lb.in
155 lb.in
201 lb.in
7.27 Nm
12.1 Nm
17.6 Nm
22.7 Nm
52.3%
63%
65%
66.8%
52.3%
63%
65%
66.8%
Aluminum
Aluminum
Stainless steel 301
Stainless steel 301
Motor RPM x 1/R x 0.1078 (ft/min)
Motor RPM x 1/R x 0.0328 (m/min)
Load (lb) x speed (ft/min)
Load (kg) x Speed (m/min)
33,000 x E (hp)
6133 x E (kW)
Lifting load (lbs) x Tm / 5500
Lifting load (daN) x Tm / 2450
Note ** Speed ramps are required with speeds above 3.3 ft/min (1 m/min) – contact us for more details.
3
DIMENSIONS – ND6
DIMENSIONS
See drawing
IMPERIAL UNITS
METRIC UNITS
ND6-2.5
ND6-4
ND6-7
ND6-11.5
ND6-2.5
ND6-4
ND6-7
ND6-11.5
2.5 ft
4 ft
7 ft
11.5 ft
0,76 m
1,22 m
2,13 m
3,50 m
Oil (0w30 synth.)
1.25 L
1,75 L
2,75L
4.75 L
1,25 L
1,75 L
2,75 L
4,75 L
Mass (empty)
70 lbs
77 lbs
91 lbs
155 lbs
32 kg
35 kg
42 kg
71 kg
6 3/8 in
6 3/8 in
6 3/8 in
7 1/4 in
161 mm
161 mm
161 mm
218 mm
B*
7 13/16in
7 13/16in
7 13/16in
8 1/2 in
200 mm
200 mm
200 mm
8 3/8
C*
2 11/16in
3 13/16in
6 11/16in
11 5/8in
69 mm
97 mm
170 mm
296 mm
8 7/8 in
10 ¼ in
13 5/32in
18 in
226 mm
260 mm
334 mm
457 mm
next page
Total travel
A
D (closed height)
E (shaft length)
F (shaft diameter)
Key
1 5/8 in
42 mm
¾ in (standard)
¾ in (standard), 19 mm (available)
3/16 x 3/16 x 1 ½ in (standard)
6 x 6 x 40 mm (available)
* Dimensions B and C will vary with the load. Drive using universal joints if possible.
UNDERTRAVEL NOTE :
THE SPIRALIFT CLOSED HEIGHT “D” SHOWN
ABOVE INCLUDES A MINIMUM UNDERTRAVEL OF
1 INCHES (25 mm). CONTACT US IF YOU NEED A
DIFFERENT UNDERTRAVEL. ALSO, YOU MUST
ALWAYS MAKE SURE THAT THE BRAKING
DISTANCE OF THE LIFT IS SMALLER THAN THE
UNDERTRAVEL AVAILABLE TO AVOID REACHING
THE COMPLETELY COLLAPSED HEIGHT OF THE
SPIRALIFT.
DIMENSION “D” IS ADJUSTABLE!
Shaft options
4
C
ND6 REPRESENTATION
5
MINIMUM LOAD REQUIREMENT – ND6
A minimum required load (MRL) ensures the integrity of the column under normal use and under moderate to
strong lateral acceleration. The MRL also ensures that an acceptable lateral force will not affect the Spiralift’s
supporting function. It can be reduced if the column is guided at mid travel or protected by guards.
The charts below show the MRL for ND6 Spiralifts as a function of the column stroke, which must be taken into
consideration when designing Spiralift applications. These figures are for preliminary studies only and should be
verified with PACO’s Engineering Department for your specific applications. For example, these figures can be
reduced significantly in multiple Spiralift devices or if a safety mechanism reduces the risk of failures under
exceptional conditions (safety brake, lock pins, etc).
MIMIMUM LOAD ON SPIRALIFT - ND6
Imperial Units
Metric Units
2500
1250
VERTICAL LOAD (daN)
VERTICAL LOAD (pounds)
2250
2000
1750
1500
1250
1000
750
500
1000
750
500
250
250
0
0
4
5
6
7
8
9
10
11
12
1,25
1,5
1,75
2
2,25
TRAVEL (ft)
2,5
2,75
3
3,25
3,5
3,75
TRAVEL (m )
SPIRALIFT LIFE CALCULATIONS – ND6
(contact PACO for life with higher loads or high cycles applications of 250K+ cycles or with brakes)
SPIRALIFT LIFE - ND6 - Imperial Units
SPIRALIFT LIFE - ND6 - Metric Units
5000000
1400000
Life at maximum speed (meters)
Life at maximum speed (ft)
4500000
4000000
3500000
3000000
2500000
2000000
1500000
1000000
500000
0
2000
1200000
1000000
800000
600000
400000
200000
0
2250
2500
2750
3000
3250
3500
3750
4000
900
1000
Number of cycles =
1100
1200
1300
1400
1500
1600
1700
VERTICAL LOAD (daN)
Life Distance
2 x Travel
6
1800
HD9
This model is available with “lube-for-life” bearings
that reduce the maintenance requirements
significantly. This heavy-duty model also comes with
an oil bath for the horizontal band, allowing for selflubrication and self-cleaning to ensure maintenancefree operation for an increased number of cycles.
On-site repairs require minimum training.
The design of the HD9 is an ideal combination of the
ND6 and ND9 models as it uses a worm gear
reduction for direct motor coupling up to 10 hp (7.5
kW). Its tough base can be mounted on an existing
structure or a concrete floor without grout or surface
preparation.
TECHNICAL PARAMETERS – HD9
Column diameter
9 in
Maximum static capacity
230 mm
10,000 lb
4450 daN
22,500 lb (with base on ground)
10 000 daN (with base on ground)
20 ft
6m
Maximum lifting speed **
20 ft/min
6 m/min
Maximum peak torque *
1325 lb.in
150 Nm
143 lbs
65 daN
1.5˚
1.5˚
2.084 in
52.9 mm
Maximum lifting stroke
Maximum overhung force
Available worm ratios, R
32.50
16.25
10.83
8.17
32.50
16.25
10.83
8.17
Input torque to lift max load, Tm
144.0
239.9
346.8
448.8
16.27
27.1
39.2
50,7
lb.in
lb.in
lb.in
lb.in
Nm
Nm
Nm
Nm
45.8%
55%
57.1%
58.5%
45.8%
55%
57.1%
58.5%
Total system efficiency, E
Lifting speed
Lifting input torque
Painted steel
Painted steel
Stainless steel 301
Stainless steel 301
Motor RPM x 1/R x 0.1122 (ft/min)
Motor RPM x 1/R x 0.0341 (m/min)
Load (kg) x Speed (m/min)
33,000 x E (hp)
6133 x E (kW)
Lifting load (lbs) x Tm / 10,000
Lifting load (daN) x Tm / 4450
Note * - Valid for the 24mm input shaft only (or 1” imperial input) – use 50% for continuous torque
Note ** Speed ramps are required with speeds above 3.3 ft/min (1 m/min) – contact us for more details.
7
DIMENSIONS – HD9
MODEL
(LTT)
IMPERIAL
METRIC
TRAVEL
B
C
D
MASS
TRAVEL
B
C
D
MASS
ft
in
in
In
pounds
m
Mm
mm
mm
kg
HD9-2
2
0
1 7/8
11 ½
200
0,610
0
48
290
91
HD9-3
3
0
1 7/8
11 ½
209
0,915
0
48
290
95
HD9-4
4
5/8
2½
12 ¼
218
1,220
16
64
310
99
HD9-5
5
1 3/8
3¼
13
227
1,524
35
83
330
103
HD9-6
6
2 1/8
4
13 ¾
236
1,829
54
102
350
107
HD9-7
7
2 7/8
4¾
14 ½
245
2,134
73
121
370
111
HD9-8
8
3¾
5 5/8
15 3/8
254
2,439
95
143
390
115
HD9-9
9
4½
6 3/8
16 1/8
307
2,744
114
162
410
119
HD9-10
10
5¼
7 1/8
17
316
3,049
133
181
430
144
HD9-11
11
6
7 7/8
17 ¾
325
3,354
152
200
450
148
HD9-12
12
6 7/8
8¾
18 ½
334
3,659
175
222
470
152
HD9-13
13
7 5/8
9½
19 ¼
343
3,963
194
241
490
156
HD9-14
14
8 3/8
10 ¼
20
352
4,268
213
260
510
160
HD9-15
15
9 1/8
11
20 7/8
361
4,573
232
279
530
164
HD9-16
16
10
11 7/8
21 5/8
370
4,878
254
302
550
168
HD9-17
17
10 ¾
12 5/8
22 ½
379
5,183
273
321
570
172
HD9-18
18
11 ½
13 3/8
23 1/4
388
5,488
292
340
590
176
HD9-19
19
12 ¼
14 1/8
24
397
5,793
311
359
610
180
HD9-20
20
13 1/8
15
24 ¾
406
6,096
333
381
630
185
UNDERTRAVEL NOTE :
WEIGHT NOTE :
THE SPIRALIFT CLOSED HEIGHT “D” SHOWN
THE SPIRALIFT MUST BE INSTALLED WITH A
ABOVE INCLUDES A MINIMUM UNDERTRAVEL OF
SPRING-LOADED TOP PLATE (NOT INCLUDED IN
2 INCHES (50mm). CONTACT US IF YOU NEED A
THE ABOVE DIMENSIONS). YOU MUST ADD 75
DIFFERENT UNDERTRAVEL. ALSO, YOU MUST
POUNDS (34 kg) OF WEIGHT TO THE MASS ABOVE
IN ORDER TO INCLUDE THE TOP PLATE WEIGHT.
UNDERTRAVEL AVAILABLE TO AVOID REACHING
THE CLOSED HEIGHT OF THE SPIRALIFT SHOWN
ABOVE.
DIMENSION “D” IS ADJUSTABLE!
8
HD9-2 TO HD9-8
UP
D
FLANGE DETAIL
B
C
UP
TOP PLATE DETAIL
HD9-9 TO HD9-20
COMPACT BASE DETAIL
(HD9-2 TO HD9-8 ONLY)
B
C
D
UP
LARGE BASE DETAIL
(ALL STROKES)
9
MINIMUM LOAD REQUIREMENT – HD9
The minimum load requirement for the HD9 model is the same as the ND9 model. Refer to the charts of the
ND9 model to determine the minimum load to apply to the Spiralift as a function of the travel.
SPIRALIFT LIFE CALCULATION – HD9
The Spiralift life for the HD9 model can be calculated using the ND9 life charts. The life of the HD9 can be
considered to be 25% more than the ND9 model due to better lubrication conditions and stronger internal
bearings.
The calculation for the number of cyles remains the same, once we used the charts for the ND9 :
HD9 Life distance =
Number of cycles =
ND9 Life distance x 1.25
Life Distance
2 x Travel
The HD9 model main advantage over the ND9 model is that it will achieve its full life without the ND9
maintenance requirement (other than verifying oil quality & level) while the ND9 requires periodic cleaning and
lubrication. Also, the ND9 model may require minor parts replacement to continue working while these
components were replaced for stronger ones in the HD9 model. Therefore, no work is required on the unit
unless an abnormal condition occurs.
10
ND9
The 9 inch diameter (230 mm) model—our most popular to date—is compact
and can rise up to 20 feet (6 m) when fully extended. It can carry loads that will
satisfy most applications as it can be multiplied until the load per Spiralift is
within its capacity (see charts). Thousands of ND9 Spiralifts are currently being
used worldwide.
This model is usually installed in relatively clean areas or can be protected by
bellow skirts if required.
Column diameter
9 in
230 mm
10,000 lb
4450 daN
22,500 lb
10 000 daN
20 ft
6m
20 ft/min
6 m/min
Chain no. 60 ASA – 54 teeth
Spur gear 65 teeth
Spur gear 65 teeth
4,740 lb/in
535.6 Nm
1.5˚
1.5˚
2.084 in
52.9 mm
Painted steel
Painted steel
Stainless steel 301
Stainless steel 301
70%
70%
RPM of Spiralift
Speed (ft/min) x 5.758
Speed (m/min) x 18.89
Load (kN) x Speed ( m/min.)
23,100 (hp)
42 (kW)
Tension in chain when lifting
Load / 13.6
Load / 13.6
Tension in chain when sustaining
Load /27.7
Load / 27.7
Maximum lifting stroke
Chain Sprocket
Gear drive
Torque required to lift maximum load
Efficiency
Note ** - 30 ft/min (152 mm/s) is possible for travels of 7 ft (2,13 m) or less only
11
DIMENSIONS – ND9
MODEL
(LTT)
IMPERIAL
METRIC
TRAVEL
SCA
SRH
X
MASS
TRAVEL
SCA
SRH
X
MASS
ft
in
in
in
pounds
m
Mm
mm
mm
kg
ND9-2
2
2 3/8
7 3/16
14 1/8
103
0,610
60,3
182,6
359
47
ND9-3
3
3 1/8
7 15/16
14 1/8
112
0,915
79,4
201,6
359
51
ND9-4
4
3 7/8
8 11/16
17 3/8
121
1,220
98,4
220,7
442
55
ND9-5
5
4 5/8
9 7/16
17 3/8
130
1,524
117,5
239,7
442
59
ND9-6
6
5 3/8
10 3/16
17 3/8
139
1,829
136,5
258,8
442
63
ND9-7
7
6 1/8
10 15/16
17 3/8
148
2,134
155,6
277,8
442
67
ND9-8
8
7
11 13/16
17 3/8
157
2,439
177,8
300,0
442
71
DN9-9
9
7 3/4
12 9/16
17 3/8
166
2,744
196,9
319,1
442
76
ND9-10
10
8 1/2
13 5/16
17 3/8
175
3,049
215,9
338,1
442
80
ND9-11
11
9 1/4
14 1/16
17 3/8
184
3,354
235,0
357,2
442
84
ND9-12
12
10 1/8
14 15/16
18 7/8
193
3,659
257,2
379,4
480
88
ND9-13
13
10 7/8
15 11/16
18 7/8
202
3,963
276,2
398,5
480
92
ND9-14
14
11 5/8
16 7/16
18 7/8
211
4,268
295,3
417,5
480
96
ND9-15
15
12 3/8
17 3/16
18 7/8
220
4,573
314,3
436,6
480
100
ND9-16
16
13 1/4
18 1/16
18 7/8
229
4,878
336,6
458,8
480
104
ND9-17
17
14
18 13/16
19 7/8
238
5,183
355,6
477,8
505
108
ND9-18
18
14 3/4
19 9/16
19 7/8
247
5,488
374,7
496,9
505
112
ND9-19
19
15 1/2
20 5/16
19 7/8
256
5,793
393,7
515,9
505
116
ND9-20
20
16 3/8
21 3/16
19 7/8
265
6,096
415,9
538,2
505
121
TOP PLATE NOTE :
CLOSED HEIGHT NOTE :
THE SPIRALIFT CLOSED HEIGHT (SRH) SHOWN
SPRING-LOADED TOP PLATE (NOT INCLUDED IN
ABOVE DOES NOT INCLUDE THE MINIMUM
THE ABOVE DIMENSIONS). YOU MUST ADD 44
UNDERTRAVEL REQUIRED. YOU MUST ADD AT
POUNDS (20 kg) OF WEIGHT AND 1 3/8“ (35mm)
LEAST 1 FREE TURN OF SPIRALIFT TRAVEL TO
OF HEIGHT TO INCLUDE THE STANDARD TOP
THE CLOSED HEIGHT ABOVE TO GET THE
PLATE TO YOUR DESIGN (PART #S01-158-C).
MINIMUM DESIGN HEIGHT. ALSO, YOU MUST
UNDERTRAVEL AVAILABLE TO AVOID
REACHING THE CLOSED HEIGHT OF THE
SPIRALIFT SHOWN ABOVE.
12
ND9 REPRESENTATION
Plan View
Base Detail
13
supporting function.
Metric Units
5000
2500
4500
2250
VERTICAL LOAD (daN)
Imperial Units
4000
3500
3000
2500
2000
1500
1000
500
2000
1750
1500
1250
1000
750
500
250
0
0
4
6
8
10
12
14
16
18
20
1,5
2
2,5
3
TRAVEL (ft)
SPIRALIFT LIFE CALCULATION – ND9
4,5
5
5,5
6
700000
3000000
4
(periodic maintenance required)
2500000
2000000
1500000
1000000
500000
0
3000
3,5
TRAVEL (m )
600000
500000
400000
300000
200000
100000
0
4000
5000
6000
7000
8000
9000
10000
1500
Number of cycles =
2000
2500
3000
3500
4000
VERTICAL LOAD (daN)
Life Distance
2 x Travel
14
4500
ND18
The largest model, with an 18 inch (455 mm) diameter, is
unrivalled in terms of capacity and travel range.
Designed for applications that require heavier lifting, this unit is
considered as a unique solution for special lifting needs. It is
manufactured with heavy-duty components. It is used when the
required travel or lifting capacity exceed the capabilities of the
other models.
Multiply the number of ND18 and lift the unimaginable :
Trucks, planes, tanks or even complete rooms !
Column diameter
18 in
475 mm
25,000 lb
11 100 daN
40,000 lb
17 800 daN
40 ft
12.2 m
40 ft/min
12 m/min
20,500 lb/in
2350 N/m
1.5˚
1.5˚
4.136 in
105.1 mm
Painted steel
Painted steel
Stainless steel 301
Stainless steel 301
80%
80%
Speed (ft/min) x 2.901
Speed ( m/min) x 9.519
Load (kN) x Speed ( m/min)
26,400 (hp)
48 (kW)
Tension in chain when lifting
Load / 15.5
Load / 15.5
Tension in chain when sustaining
Load / 24.3
Load / 24.3
Maximum lifting travel
Sprocket
Torque required to lift maximum load
Efficiency
RPM of Spiralift
Note ** - 40 ft/min (12,2 m/min) is possible for travels of 21 ft (6,4 m) or less only
15
DIMENSIONS – ND18
MODEL
(LTT)
IMPERIAL
METRIC
TRAVEL
SCA
SRH
X
MASS
TRAVEL
SCA
SRH
X
MASS
ft
in
in
in
pounds
m
mm
mm
mm
kg
ND18-4
4
2 7/8
12 13/16
31 15/16
668
1,220
73.0
322.3
811.2
303
ND18-5
5
3 1/2
13 5/16
31 15/16
697
1,524
88.9
338.1
811.2
316
ND18-6
6
4 1/8
13 15/16
31 15/16
726
1,829
104.8
354.0
811.2
330
ND18-7
7
4 3/4
14 9/16
31 15/16
755
2,134
120.7
369.9
811.2
343
ND18-8
8
5 3/8
15 3/16
31 15/16
784
2,439
136.5
385.8
811.2
356
ND18-9
9
6
15 13/16
31 15/16
813
2,744
152.4
401.6
811.2
369
ND18-10
10
6 5/8
16 7/16
31 15/16
841
3,049
168.3
417.5
811.2
382
ND18-11
11
7 1/4
17 1/16
31 15/16
870
3,354
184.2
433.4
811.2
395
ND18-12
12
7 7/8
17 11/16
31 15/16
899
3,659
200.0
449.3
811.2
408
ND18-13
13
8 1/2
18 5/16
31 15/16
928
3,963
215.9
465.1
811.2
421
ND18-14
14
9 1/8
18 15/16
31 15/16
957
4,268
231.8
481.0
811.2
434
ND18-15
15
9 3/4
19 9/16
31 15/16
986
4,573
247.7
496.9
811.2
448
ND18-16
16
10 3/8
20 3/16
31 15/16
1015
4,878
263.5
512.8
811.2
461
ND18-17
17
11
20 13/16
31 15/16
1044
5,183
279.4
528.6
811.2
474
ND18-18
18
11 5/8
21 7/16
31 15/16
1073
5,488
295.3
544.5
811.2
487
ND18-19
19
12 1/4
22 1/16
31 15/16
1102
5,793
311.2
560.4
811.2
500
ND18-20
20
12 7/8
22 11/16
31 15/16
1130
6,098
327.0
576.3
811.2
513
ND18-22
22
14 1/8
23 15/16
34 7/16
1188
6,707
358.8
608.0
874.7
539
ND18-24
24
15 3/8
25 3/16
34 7/16
1246
7,317
390.5
639.8
874.7
566
ND18-26
26
16 5/8
26 7/16
34 7/16
1304
7,927
422.3
671.5
874.7
592
ND18-28
28
17 7/8
27 11/16
34 7/16
1362
8,537
454.0
703.3
874.7
618
ND18-30
30
19 1/8
28 15/16
34 7/16
1419
9,146
485.8
735.0
874.7
644
ND18-32
32
20 3/8
30 3/16
35 7/8
1477
9,756
517.5
766.8
911.2
671
ND18-34
34
21 5/8
31 7/16
35 7/8
1535
10,366
549.3
798.5
911.2
697
ND18-36
36
22 7/8
32 11/16
35 7/8
1593
10,976
581.0
830.3
911.2
723
ND18-38
38
24 1/8
33 15/16
35 7/8
1651
11,585
612.8
862.0
911.2
749
ND18-40
40
25 3/8
35 3/16
35 7/8
1708
12,195
644.5
893.8
911.2
776
TOP PLATE NOTE :
CLOSED HEIGHT NOTE :
THE SPIRALIFT CLOSED HEIGHT (SRH) SHOWN
SPRING-LOADED TOP PLATE (NOT INCLUDED
ABOVE DOES NOT INCLUDE THE MINIMUM
IN THE ABOVE DIMENSIONS). YOU MUST ADD
UNDERTRAVEL REQUIRED. ADD AT LEAST 1
THE WEIGHT AND 1 3/4“ (44mm) OF HEIGHT TO
FREE TURN OF SPIRALIFT TRAVEL TO THE
INCLUDE THE STANDARD TOP PLATE TO YOUR
CLOSED HEIGHT ABOVE TO GET THE MINIMUM
DESIGN.
DESIGN HEIGHT. ALSO, YOU MUST ALWAYS
MAKE SURE THAT THE BRAKING DISTANCE OF
THE LIFT IS SMALLER THAN THE
UNDERTRAVEL AVAILABLE TO AVOID
REACHING THE CLOSED HEIGHT OF THE
SPIRALIFT SHOWN ABOVE.
16
ND18 REPRESENTATION
Plan View
Base Detail
17
supporting function.
Metric Units
5500
2500
5000
2250
4500
VERTICAL LOAD (daN)
Imperial Units
4000
3500
3000
2500
2000
1500
1000
2000
1750
1500
1250
1000
750
500
250
500
0
0
5
10
15
20
25
30
35
40
2
3
4
5
6
TRAVEL (ft)
7
8
9
10
11
12
TRAVEL (m )
SPIRALIFT LIFE CALCULATION – ND18
600000
2000000
1750000
1500000
1250000
1000000
750000
500000
250000
0
10000
500000
400000
300000
200000
100000
0
12500
15000
17500
20000
22500
25000
5000
Number of cycles =
6000
7000
8000
9000
10000
VERTICAL LOAD (daN)
Life Distance
2 x Travel
18
11000
Applications
PACO Spiralift works in collaboration with established integrators and materials handling manufacturers to
provide quality solutions, ready to install, based on the Spiralift technology. Most applications are possible such
as scissor lift tables, cantilevered or straddle carriage vertical lifts, stackers, skillets, telescopic lifts, sheet
feeding, automatic load transfers, synchronized mode for multiple lifts operation, hydraulic free assembly lines,
etc…
Automotive Skids
Light weight
Durable
Autonomous
Power free
Maintenance free
Custom for any vehicle
Fits standard roller conveyors
Automotive Skillet Lifts
Automotive Inspection
workstation
19
Industrial load indexing systems
Telescopic actuators
High travel/capacity Lifts
20
General Information
RECOMMENDED USE
Spiralifts are generally used to lift evenly distributed loads. They must be used in clean industrial areas where
they are isolated from excessive dust, humidity and dirt. The pit or lift area must remain clean at all times or
have the appropriate protection to ensure reliability and safety.
Spiralifts can lift very large loads. However, because of their size, they do so at much slower speeds than
closed elevators or hydraulic lift tables. Increasing the speed increases the required power and therefore
significantly increases the “closed” height of the system.
When appropriately equipped with safety devices, Spiralifts can lift people. Otherwise, the operator should
always stand clear of the platform and keeping it in sight during motion. No one should stand under the lift, and
all access should be restricted when the unit is in use. The Spiralift is extremely precise and powerful.
However, as with any other mechanical device, it is extremely important that it is not overloaded. It must be
operated without interference to avoid affecting the column during band insertion.
Some parts of the Spiralift turn freely during operation and must be checked regularly to avoid problems with
the drive system. Certain maintenance tasks are required, but must be performed by a certified Spiralift
technician only. Refer to the owner’s manual for specific maintenance procedures.
SELECTING A SPIRALIFT
Load and Speed
Determine the maximum load (dead and live) of your application, then, determine the desired speed. The
quantity of Spiralift can be increased until you meet the total capacity requirement. The speed must meet the
Spiralift capabilities, as stipulated in the technical data tables. Typically, speed ramps are required with
speeds above 3.3 ft/min (1 m/min) – contact us for more details.
Number of Spiralifts
The number of Spiralifts needed is based on the combined lifting and sustained capacity of each Spiralift. The
load must be evenly distributed on each Spiralift. The configuration of your structure and the location of each
Spiralift under it are therefore important. There is a potential tolerance of 0.1% in the manufactured pitch of a
Spiralift column. As adjacent Spiralifts travel together, a difference of loading conditions may occur due to the
difference in lifting heights. A common way to compensate for the loading difference consists in changing the
height and hardness of the rubber on the unit’s top plate. Consider this when choosing a top-plate design.
Stroke (travel) Requirement
Determine the stroke requirement (travel) and use travel limit switches. Include safety overtravel in the analysis.
21
Minimum Required Load (MRL)
Determine whether your total load divided by the number of Spiralifts meets the MRL for each Spiralift.
Additional dead weight may be required for small lifts with high travels. Contact us for solutions in case of
problems.
Undertravel and Overtravel
Verify that under and overtravel meet the recommendations given in the appropriate sections above. The
under/overtravel recommendations are relative to speed and travel. Spiralifts don’t have mechanical stops.
Driving-Sprocket or Input Shaft Height
The higher the stroke, the greater the retracted height and chain of input shaft height. The post that the
Spiralift sits on can be raised to your specifications. However, the minimum height is determined by the height
of the driving sprocket, which in turn relates to travel and to under / overtravel.
Top and Bottom Plates
PACO provides standard top-plate designs that offer flexibility with respect to attaching them to your structure.
Your own design may be incorporated as long as it respects all the safety features mentioned in this catalog.
Contact PACO to get the CAD drawing of the Spiralift customized to your application or download standard
CAD drawings from the web site at: www. pacospiralift.com.
Spiralift top plate example
Attachment plate (fixed
to table top). This item
can be removed to
save height
Compression spring and
neoprene load
distribution pad
C-clamps (2) to attach on
a beam flange
Yellow bolts (2x) to
keep plate
together –
REMOVE before
operation
Guide pin to keep
Spiralift from turning
and guide the mobile
plate (2x)
Retaining washer
recommended for
high travels (ND6-7
or higher)
Mobile plate (fixed to
Spiralift)
Compression switch
cam (adjustable)
Clamps (4x) to fix the
mobile plate on the
head cap
NOTE : Top plate design may vary.
Contact us for more detailed information
Standard base plates are also provided and will accommodate a variety of drive setups. Once again, we offer
the option of integrating your own design.
Total Height (design height)
Add the closed height, the undertravel (at least one turn of Spiralift), the top plate height and the bottom plate
to get the minimum design height of the system. Verify that this height meets your design criteria.
22
SPIRALIFT SYSTEMS – DESIGN CONSIDERATIONS
When designing a system with Spiralift, some design considerations must be kept in mind in order to make sure
the system will meet the specified durability, stability, performance and safety. Make sure you fully understand
these considerations before attempting to design a Spiralift system. PACO has technical bulletins that can help
you during the design process. A formal training may be required for some application, especially if the lifting
device is to be used with operators on or close to the system. There are numerous design considerations, for
example, in these categories:
Spiralift
Motors, and other drive components
Structure
Security
Controls
Examples of multiple Spiralift drive system
Single or dual motor and synchronization drive shaft - Always verify your design with local regulations and
consider operators safety when preparing a drive configuration.
MOTOR
MOTOR
MOTOR
MOTOR
MOTOR
MOTOR
MOTOR
MOTOR
NOTE : To avoid damaging the units, problems or even injuries, request our Spiralift integration
training or contact us to get the Integration technical bulletin and all other bulletins you may need
for your specific application.
23
GUIDING REQUIREMENT
The lift must be equipped with a guidance system. Lateral force on the Spiralift must be avoided in order to
prevent band separation, although the bands are designed to support reasonable lateral force. The Spiralift does
not function under tension. Excessive eccentric load may cause tilting problems on multiple Spiralift tables. Do
not exceed the maximum point load specified. If the lift has to be moved, it must be handled with the locking
hooks provided or be supported from underneath. Pulling on the table floor or top deck could cause damage.
INSTALLATION
The installation of a Spiralift is simple, yet critical to proper and safe operation.
Never apply side loads to the column, do not operate the Spiralift without the minimum dead load required and
verify that both bands assemble correctly before loading the Spiralift. Avoid construction debris from falling in the
column and center of the Spiralift by covering it properly.
The Spiralift works vertically only and must be plumbed. While being plumbed, the guiding system must not jam
or bind during motion. To maintain safety, the column alignment must not be off by more than 1/16 inches (1.5
mm). To avoid misalignment from the outset, the base plate should be securely installed.
Prior to starting the Spiralift drive system, the magazines should be checked for rotation interference caused by
debris or other matter. (The ND6 & HD9 models don’t have a rotating magazine.)
For connection to the structure, the column can be raised by hand without additional guiding devices. Special
care is required. The column height should not exceed 4 feet (approx. 1.25 m). Work only at very slow speeds if
using the motor drive. Limit switches must be installed, even if they are to be relocated or adjusted
later on.
24
HOW TO REACH US
Head office
3185 1st Street
Address
Saint-Hubert, Quebec
Canada J3Y 8Y6
Telephone
+450 678 7226
Fax
+450 678 4060
E-Mail
spiralift@pacospiralift.com
Web site
www.pacospiralift.com
A complete list of contacts and product information can be found on our Web site.
NOTE
All information concerning the Spiralift® provided in
this document is general in nature and subject to
change to reflect product enhancements. Neither
Paco Corp. nor its subsidiaries may in any way be
held liable for improper use of the information
contained herein.
Although every effort has been made to ensure
accuracy in this manual, it may contain inadvertent
errors. The details of your application should always
be submitted to our engineering department for
verification. Please contact us if you have any
concerns or questions.
25

ND6 HD9 ND9 ND18 - Paco Spiralift inc.

Transcription

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