Lantec Specifications
Lantec Specifications
Lantec Specifications
Driven to Excellence
LANTEC LW Series Winches
This catalogue contains detailed sales information on the LANTEC LW Series
A M O DUL AR L I NE OF
Winches. With 20 basic models, a modular design, customizable drums and
HYDRAUL I C W I NCHES
flexible input options, LANTEC LW Winches suit many applications.
Experience
LANTEC … Recognized
Reliability
of technical know-how
with state-of-the-art
lift
manufacturing techniques
in winch reliability,
lower
versatility and quality.
information systems.
construction The LANTEC LW Series Winches are a
LANTEC LW Series Winches
r
externally to the drum barrel
Cable Drum Steel cable drum running on rolling bearings. providing for a very versatile
Cable is anchored to the drum using a convenient spiral-ferrule
technical description
type cable anchor. design with the ultimate in
performance flexibility.
separate brochure.
When winching in, the Multi-disc Brake remains applied with the hydraulic motor driving directly
into the gear reduction, through an overrunning clutch. When winching stops, the overrunning
clutch locks the input shaft to the already applied Multi-disc Brake ensuring no slippage of the
load. When powering out, the hydraulic motor is pressurized for the opposite rotation. This
pressure is also applied to the Multi-disc Brake, releasing it fully. The Brake Valve then controls
the speed of the load in response to the operator demand. When the operator intends to stop,
the main control valve is moved to neutral, the pressure diminishes, the Brake Valve closes to
stop the load, and the Multi-disc Brake applies as a “parking” brake to positively hold the load.
1
LANTEC LW Series Winches
Features
G F E D C B
H I J K A
B High capacity rolling bearings for long, trouble-free life with minimum maintenance
C Planet gear rolling bearings, replaceable independent of the gear itself for lower cost rebuilds
E Multi-disc Brake — spring force applied and hydraulic pressure released for positive load holding
F Large diameter, high-capacity, sprag type, overrunning clutch for reliable engagement and long life
G Brake Valve for controlled load movement and high energy transfer rate
Optional high-efficiency piston motors to match high-pressure hydraulic systems and achieve
J
optimum winch performance
2
LANTEC LW Series Winches This chart shows the estimated gross cable capacity (feet) of the drum, assuming proper spooling.
Capacities shown assume a full drum, with the top layer of cable not exceeding the flange diameter.
No allowance has been made for “free flange” or “free board” which may be dictated by codes or
Cable Drum Capacities rules relevant to the application. No allowance has been made for “dead” wraps (mandatory minimum
of 3 “dead” wraps of cable to be left on the drum at all times).
Estimated Gross Cable Capacity (ft) In addition to this list, virtually any drum size is available.
Consult LANTEC for recommendation of a cost-effective solution.
Consult Factory
Not Available
3
LANTEC LW Series Winches
Performance This table shows the basic performance data and limitations based on the standard gear ratio and
motor for each model. Considering the wide variety of winch sizes, gear ratios, hydraulic motor
LWS Series – Single Drive characteristics and hydraulic system performance, the winch selection process can become complex.
LWS100 08X 8 24 23,200 16,100 9,000 312 558 803 268 479 690
12X 12 32 16,100 11,400 6,600 450 774 1,097 387 665 943
16X 16 40 12,300 8,800 5,200 589 990 1,391 506 851 1,196
LWS160 08X 8 24 35,100 24,600 14,000 207 363 518 177 311 445
12X 12 32 24,400 17,300 10,200 297 504 710 255 433 610
16X 16 40 18,700 13,400 8,000 387 645 902 332 554 775
LWS240 10X 10 30 41,900 29,200 16,500 169 300 431 145 258 370
14X 14 36 31,000 22,300 13,500 229 378 527 197 325 453
18X 18 42 24,600 18,000 11,400 288 456 623 248 392 535
LWS330 12X 12 32 52,100 37,400 22,600 136 226 315 117 194 270
16X 16 40 40,100 28,900 17,700 177 289 401 152 249 345
20X 20 44 32,400 24,200 16,000 219 331 443 188 285 381
LWS430 12X 12 32 64,600 46,600 28,500 110 180 249 94 154 214
16X 16 40 49,900 36,100 22,300 142 230 318 122 198 273
20X 20 44 40,400 30,300 20,200 176 264 352 151 227 302
performance
4
LANTEC recommends allowing our Sales & Application Engineering professionals to assist in
determining the winch model and options that satisfy your most demanding applications.
LANTEC will be pleased to supply a detailed specification sheet specifically for your application.
Basic Output Data Basic Input Data Hydraulic Supply Required with Standard Motor
101,500 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
101,500 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
101,500 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
155,600 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
155,600 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
155,600 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
230,600 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
230,600 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
230,600 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
338,400 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
338,400 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
338,400 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
424,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
424,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
424,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
561,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
561,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
561,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
807,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
807,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
807,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,197,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,197,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,197,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,756,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,756,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
1,756,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
2,200,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
2,200,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
2,200,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 150 28 50
5
LANTEC LW Series Winches
Performance This table shows the basic performance data and limitations based on the standard gear ratio and
motor for each model. Considering the wide variety of winch sizes, gear ratios, hydraulic motor
LWD Series – Dual Drive characteristics and hydraulic system performance, the winch selection process can become complex.
LWD200 10X 10 30 37,300 25,900 14,400 388 698 1,008 333 600 866
14X 14 36 27,500 19,700 11,800 526 878 1,230 452 755 1,057
18X 18 42 21,700 15,900 10,000 669 1,057 1,444 575 908 1,241
LWD310 12X 12 32 47,800 34,300 20,700 303 501 698 260 430 600
16X 16 40 36,900 26,600 16,300 393 642 890 337 551 765
20X 20 44 29,800 22,300 14,700 486 735 983 417 631 845
LWD460 12X 12 32 69,600 50,500 31,300 204 329 454 175 283 390
16X 16 40 53,800 39,100 24,400 263 422 581 226 363 499
20X 20 44 43,900 33,000 22,000 323 485 646 278 417 555
LWD680 14X 14 36 88,100 64,400 40,700 161 255 349 139 220 300
18X 18 42 70,300 52,300 34,300 202 308 414 173 265 356
24X 24 48 53,900 41,800 29,600 263 372 480 226 319 412
LWD850 14X 14 36 109,400 80,400 51,400 130 203 276 111 174 237
18X 18 42 87,500 65,400 43,200 162 245 328 139 211 282
24X 24 48 67,200 52,300 37,300 211 296 381 182 255 327
performance
LWD1100 16X 16 40 127,400 94,300 61,100 111 172 232 96 148 200
20X 20 44 104,500 79,700 54,800 136 198 259 117 170 223
30X 30 60 71,900 55,500 39,100 198 281 363 170 241 312
LWD1600 18X 18 42 162,400 123,400 84,400 87 128 168 75 110 144
24X 24 48 126,000 99,100 72,100 113 155 197 97 133 169
36X 36 66 86,400 68,700 51,000 164 221 278 141 190 239
LWD2400 24X 24 48 184,100 146,500 108,800 76 102 128 65 88 110
36X 36 66 127,200 101,800 76,300 109 146 182 94 126 157
48X 48 78 96,900 80,300 63,600 143 181 219 123 156 188
LWD3500 24X 24 48 265,100 214,200 163,300 52 69 85 45 59 73
36X 36 66 184,800 149,100 113,300 75 99 123 65 86 106
48X 48 78 141,200 117,800 94,300 99 124 148 85 106 127
LWD4400 30X 30 60 270,700 215,400 160,000 51 69 87 44 60 75
42X 42 72 200,000 164,700 129,400 70 89 107 60 76 92
48X 48 78 176,000 147,500 118,900 79 98 117 68 85 101
6
LANTEC recommends allowing our Sales & Application Engineering professionals to assist in
determining the winch model and options that satisfy your most demanding applications.
LANTEC will be pleased to supply a detailed specification sheet specifically for your application.
Basic Output Data Basic Input Data Hydraulic Supply Required with Standard Motor
203,000 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
203,000 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
203,000 136 117 23.49 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
311,000 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
311,000 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
311,000 89 76 36.00 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
461,000 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
461,000 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
461,000 59 50 54.46 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
677,000 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
677,000 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
677,000 40 34 79.91 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
848,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
848,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
848,000 32 27 100.10 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,123,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,123,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,123,000 24 21 132.55 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,614,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,614,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
1,614,000 17 14 190.59 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
2,393,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
2,393,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
2,393,000 11 10 288.29 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
3,512,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
3,512,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
3,512,000 8 7 423.03 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
4,399,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
4,399,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
4,399,000 6 5 529.94 4,500 3,200 2,750 12.3 2,500 2,870 300 56 100
7
LANTEC LW Series Winches
Dimensional Data The dimensions shown are for general information. Only a detailed Certified Installation
Drawing, specific to your winch, should be used for final installation dimensions.
LWS Series – Single Drive Certified Installation Drawings are available from LANTEC upon request.
Minimum Flange Overall Overall Overall Drum Centerline Drum Axis to Base
Diameter Height Width Length to Motor End Mounting Pads Length
Model
B D E F G H J
All dimensions are in inches.
LWS160 17 1/4 B + 1 7/8 B + 5 3/8 C + 41 5/8 C/2 + 35 1/8 B/2 + 1 7/8 C + 13 1/8
LWS800 26 1/4 B + 2 1/4 B + 6 1/2 C + 51 1/8 C/2 + 44 3/8 B/2 + 2 1/4 C + 13 1/2
FIRST
Use the Cable Capacity Chart
on page 3 to select the …
Barrel Diameter (A)
Flange Diameter (B)
(subject to the minimum per table above)
Drum Length Between Flanges (C)
single drive
SECOND
Use the formula in the table above
to calculate the approximate winch
dimensions.
B = Drum Flange Diameter
C = Drum Length Between Flanges
Diagram LWS Series
8
LANTEC LW Series Winches
Dimensional Data The dimensions shown are for general information. Only a detailed Certified Installation
Drawing, specific to your winch, should be used for final installation dimensions.
LWD Series – Dual Drive Certified Installation Drawings are available from LANTEC upon request.
Minimum Flange Overall Overall Overall Drum Centerline Drum Axis to Base
Diameter Height Width Length to Motor End Mounting Pads Length
Model
B D E F G H J
All dimensions are in inches.
LWD310 17 1/4 B + 1 7/8 B + 5 3/8 C + 70 1/4 C/2 + 35 1/8 B/2 + 1 7/8 C + 13 1/8
LWD460 19 1/4 B + 1 7/8 B + 5 3/8 C + 76 3/4 C/2 + 38 3/8 B/2 + 1 7/8 C + 13 1/8
LWD1600 26 1/4 B + 2 1/4 B + 6 1/2 C + 88 3/4 C/2 + 44 3/8 B/2 + 2 1/4 C + 13 1/2
LWD3500 34 1/2 B + 2 1/4 B + 7 1/2 C + 101 1/4 C/2 + 50 5/8 B/2 + 2 1/4 C + 14
LWD4400 34 1/2 B + 2 1/4 B + 7 1/2 C + 106 3/4 C/2 + 53 3/8 B/2 + 2 1/4 C + 15
FIRST
Use the Cable Capacity Chart
on page 3 to select the …
Barrel Diameter (A)
Flange Diameter (B)
(subject to the minimum per table above)
Drum Length Between Flanges (C)
SECOND
Use the formula in the table above
to calculate the approximate winch
dimensions.
dual drive
9
LANTEC LW Series Winches
Optional Gear Ratios LANTEC offers optional gear ratios to permit the most economical matching of
performance requirements with the available hydraulic power and motor selection.
Hydraulic Motor LANTEC supplies the winch with a hydraulic motor that matches the customer’s
hydraulic system to provide optimum performance. Winches are also available without motors for
customers who prefer to supply their own.
Motor Mounting Configurations LANTEC provides either an SAE C or D motor mount. Other
motor mounting configurations are available to support most hydraulic motors including DIN and ISO
standards.
Ratchet & Pawl LANTEC offers a spring engaged, hydraulic pressure released ratchet and pawl
package. Manual operation is also available.
Multi-disc Brake LANTEC includes a standard multi-disc, friction brake with a sprag type, overrunning
clutch for optimum performance in most applications. The brake is available without the overrunning
clutch for applications requiring a brake effective in both directions, such as slewing, vanging or
positioning.
Drum Brake LANTEC offers a band brake acting directly on the drum. Band brakes are available with
a variety of actuator types and in “marine duty” configurations.
Levelwind LANTEC provides a powered levelwind device to assist in proper cable spooling for
applications with a large fleet angle.
Drum Pressure Roller LANTEC provides a roller, forced into contact with the cable on the drum by
adjustable springs to help prevent “birdsnesting” and assist with cable spooling. This option is also
available with sensors indicating top and bottom layer conditions.
Encoder Drive LANTEC offers a light duty output shaft for driving a rotary encoder to monitor winch
drum speed and/or position.
® LeBus and the Grooved Sleeve design are Registered Trademarks of LeBus International Inc.
10
LANTEC LW Series Winches
Motor Selection
Standard Motor
Electric Motor
Radial Piston – Fixed and
Variable Displacement
2-Speed Motor
motor selection
11
LANTEC LW Series Winches
Parts
Service
Installation
parts service
LANTEC stocks all wear parts LANTEC provides in-factory service and rebuild of your winch
for quick shipment to any including visual inspection, magnetic particle inspection,
for same day shipment if Factory Authorized Service Centers are conveniently
LANTEC LW Series Winches must be installed in strict accordance with our written installation instructions. The winch must be connected
to a suitable hydraulic power supply. Caution: these circuit examples are for illustration purposes only and may not contain all components
required for full system function.
12
Application Data Sheet
Maximum What is the maximum line pull required at the drum for the application? This should lb
ton
Line Pull take into account the basic payload weight, cable weight, tackle weight, parts of
kg
Required line, sheave efficiency, load dynamics, load acceleration/deceleration time, etc. tonne
Line Speed What is the line speed required at the drum for the application? fpm
Required This should take into account the parts of line. m/min
1st Layer
Condition for Line
Is this line speed required on the top layer, mid (mean) layer, or first layer? Mid Layer Check One
Speed Requirement
Top Layer
Cable Select the appropriate cable size for the application. This selection should consider
in
(Wire Rope) the maximum load and the factor of safety, which may be dictated by codes or
mm
Size rules relevant to the application.
Length of Determine the total length of cable to be held on the drum. This should take into
Cable on account the parts of line in the cable system, the total load travel requirement
Drum and over-travel margin. In addition, the cable length on the drum must include ft
the mandatory minimum 3 “dead” wraps of cable to be left on the drum at all m
times (to supplement the cable termination system and minimize the possibility of
reverse wrapping the cable on the drum).
Minimum Determine the minimum allowable drum barrel diameter. This is often dictated by
Drum Barrel codes or rules relevant to the application and often expressed as a “Minimum D:d
Diameter Ratio”, that is, the ratio of first layer pitch diameter to cable diameter. This ratio affects in
cable bending stress and wear; generally the larger the D:d ratio the longer the cable mm
life will be. LANTEC recommends a minimum of 14:1 for most applications.
Hydraulic If the hydraulic system is predetermined, we will use this data to help select gpm
Power Supply the gear ratio and motor size to best suit the performance requirements. If the lpm
hydraulic system is not predetermined, then we will advise the requirements
psi
based upon optimized selection of gear ratio and motor size. bar
Distance to The distance from the cable drum axis to the axis of the first, non-floating sheave.
ft
Fixed Sheave This distance will be used to determine the cable drum width that will ensure
m
proper cable spooling. The shorter the distance the narrower the drum must be.
Considering the wide variety of winch sizes, gear ratios, hydraulic motor characteristics and hydraulic system
performance, the winch selection process can become complex. LANTEC recommends allowing our Sales &
! Application Engineering professionals to assist in determining the winch model and options that satisfy your
most demanding applications. For assistance in determining a winch for your application, please copy and fill
out this Application Data Sheet and fax to LANTEC at 604-530-2889.
LANTEC LH Series Hoists
crane applications. With Line Pulls from 12,000 to 72,000 lbs, there’s an LH
Hoist to suit the most demanding application. Many models have mounting
Current designs include output torques from 10,000 to 500,000 lb-ft. A long
modern electric drives are well suited for use on winches. If your application
requires electric drives, let LANTEC show you our economical solutions.
P R O U D LY D I S T R I B U T E D B Y
LANTEC
Winch & Gear Inc.
sales@lantecgear.com
www.lantecgear.com
planetary gear reductions. The Model 750 is a power in/power out winch with equal
Full 52,700 23,918 58 18
MODEL 750
113 10 254 30 762 30 762 40.25 1022.4 1860 576 1518 462 994 303 964 294 716 218
Full 28,000 12,700 110 33
121 14 356 30 762 14 356 23.75 603.3 760 234 600 183 440 134 338 103 246 75
MODEL 752
Contact a TWG sales representative about other available configurations. LANTEC® is a registered brand of TWG, a global LANTEC® TWG
As a leader in product innovation, TWG is committed to the ongoing leader in standard and engineered winch, gear- 5827 Production Way PO Box 1130
improvement of its equipment. TWG reserves the right to make changes box and electronic monitoring systems. Langley, BC, Canada V3A 4N5 Jenks OK 74037-1130 USA
to our products without notice. Phone: 604-530-0737 Phone: 918-298-8300
© 2009 TWG. All rights reserved. 37733 LANTEC 10-09 Fax: 604-530-2889 www.team-twg.com