CG-1.00USD0108
English Cover (Series G) DB USA New 0108:English Cover (Series F) 06.07
A Textron Company
17/1/08
09:41
Page 2
Industrial Gearbox
(Series G)
Technical
Up to - 1,860kW / 165,000Nm
INDUSTRIAL GEARBOX
www.davidbrown.com
English Cover (Series G) DB USA New 0108:English Cover (Series F) 06.07
16/1/08
11:04
Page 3
SERIES G
PRODUCTS IN THE RANGE
0411
Serving an entire spectrum of mechanical drive applications from food, energy, mining and metal; to automotive,
aerospace and marine propulsion, we are here to make a positive difference to the supply of drive solutions.
Series A
Worm Gear units
and geared motors
in single & double
reduction types
Series B
Conex helicoidal
gear geometry right
angle gearmotors
and reducers
Series BD
Screwjack worm
gear unit
Series BS
Worm gear unit
Series C
Right angle drive
helical worm geared
motors & reducers
DuoDrive
Dual gears on
parallel output
shafts
Series E
Economical
planetary servo
gearboxes
Extruder Drive
Rugged duty
reducer takes high
screw pressure
Series F
Parallel angle
helical bevel helical
geared motors &
reducers
Series G
Helical parallel shaft
& bevel helical right
angle drive gear
units
Series H
Large helical
parallel shaft &
bevel helical right
angle drive units
Highspeed
Helical parallel shaft
high speed units
HTP
High torque
planetary gear units
Series J
Shaft mounted
helical speed
reducers
Series K
Right angle helical
bevel helical geared
motors & reducers
Series M
In-line helical
geared motors &
reducers
Series P
Precision planetary
servo gearboxes
Series W
Precision right angle
servo gearboxes
Series X
Cone Ring
Pin and bush
elastomer coupling
Series X
Flexiwrap
Double flexing
elastomer coupling
Series X
Gear
Torsionally rigid,
high torque coupling
Series X
Grid
Double flexing steel
grid coupling
Series X
Nylicon
Gear coupling with
nylon sleeve
Series X
Torque Limiter
Overload protection
device
We can create custom engineered transmission solutions of any size and configuration.
SERIES G
CONTENTS PAGE
General Description
1
Unit Designations
Design Features
3-4
Explanation and use of Ratings and Service Factors
5-7
Selection Procedure
8-9
Unit Handings and Shaft Rotations
10 - 11
Installation & Maintenance
13 - 17
Lubrication
18 - 20
Standard Shaft Sealing arrangements
Inputshaft Options
2
21
22
Outputshaft Options
23
Outputbore Options
24
REDUCER
Overhung & Axial Loads on Shafts
27 - 28
Agitator Applications
29 - 30
Parallel Shaft Units
Moments of Inertia
33
Exact Ratios
34
Mechanical Ratings - Input Power / Output Torque
35 - 38
Thermal Ratings
Dimension Sheets - Speed Reducers Fan Cooling
39
40 - 43
44
Right Angle Shaft Units
Moments of Inertia
47
Exact Ratios
48
Mechanical Ratings - Input Power / Output Torque
49 - 52
Thermal Ratings
Dimension Sheets - Speed Reducers
54 - 59
Fan Cooling
53
60
Hollow Output Shaft with Shrink Disc
61
Keyed Sleeves
62
Cooling Coil Connections
63
Backstops
64
Torque Arm
65
MOTORISED
Motorised Dimension
Shipping Specification
67 - 68
69
SERIES G
GENERAL DESCRIPTION
Series G
Series G gear units are available in parallel shaft helical
units and right angle shaft bevel/helical units in double,
triple and quadruple reduction gear stages having a
maximum output torque of up to 1,420 000 Lb - in.
Parallel shaft unit
The modular design and construction of the Series
G offers many engineering and performance benefits
including a high degree of interchangeability of parts
and sub assemblies. This in turn provides considerable
economies of production whilst maintaining the highest
standard of component integrity.
Adding to the range of power transmission geared motors this product takes advantage of our many years of
accumulated design expertise together with the use of
high quality materials and components. The end result
is a series of speed reducing gear units offering high
load carrying capacities, increased efficiency, quiet running and reliability.
Right angle shaft unit
The Range Includes
• 8 sizes of units with a ratio coverage of 6.3:1 to 315:1.
• Parallel shaft helical units and
Right angle bevel/helical units.
Type 'J' right angle shaft unit
Design Features Include
• Profile ground helical gears / hard finished spiral bevel gears.
• High level of surface finish for quiet running.
Right angle shaft unit with mechanical fan
and hollow output shaft with shrink disc
• Units can be offered in horizontal
mounting positions or alternatively vertical mounting.
• Specially designed units are available for heavy duty agitator or tower applications.
• All units are also available with a hollow bore for
output shaft mounting. Output bores are connected
by a shrink disc or can be supplied with a keyed
sleeve.
Parallel shaft unit with a lantern housing
coupling and motor
• Backstops can be fitted to all Series G units when required to operate in
non-reversing drives.
As improvements in design are being made
continually this specification is not to be regarded
as binding in detail and drawings and capacities are
subject to alteration without notice. Certified drawings
will be sent on request.
Right angle heavy duty agitator unit
SERIES G
UNIT DESIGNATIONS
1
2
3
4
5
6
7
8
910111213141516171819 20
* THIS PAGE MAY BE PHOTOCOPIED
ALLOWING THE CUSTOMER TO
ENTER THEIR ORDER
*
EXAMPLE G1 4 3 0 5
0 .
H
N N - -
R L 1 - -
-
20 - TORQUE ARM &
Gearcase Finish
1 - SERIES G
RANGE
G
2, 3 - SIZE OF UNIT
1 4 THROUGH
2
2
2
THROUGH
NO TORQUE ARM + STD PAINT
T-
TORQUE ARM + STD PAINT
C
- STD EXTREME CLIMATIC PAINT
F
- STD EXTREME CLIMATIC PAINT
+ TORQUE ARM
Z
- SPECIAL
4 - NO OF REDUCTIONS
--
19- CASE CONSTRUCTION
4
-
S - SG (ductile) IRON
F - FABRICATED STEEL CASE
5 - REVISION VERSION
0
- CAST IRON
ETC
18- OIL LEVEL
6, 7, 8 -OVERALL RATIO
eg 8
.
0
5
0
.
See pages
34 for parallel shaft units
48 for right angle units
-
- DIPSTICK
G
- SIGHTGLASS
17 -COOLING
-
F -MECHANICAL FAN
H - HORIZONTAL PARALLEL SHAFT UNIT
C - COOLING COIL
V - VERTICAL PARALLEL SHAFT UNIT
A - MECHANICAL FAN & COOLING COIL
9 -
UNIT VERSION
- NONE
B - HORIZONTAL RIGHT ANGLE UNIT
R - VERTICAL RIGHT ANGLE UNIT
10 - OUTPUTSHAFT
16 - SHAFT ROTATION
N - INCH SOLID SINGLE EXTENSION
P - INCH SOLID DOUBLE EXTENSION
SEE PAGES
1
2
3 OR 4
10 and 11
L - INCH SOLID SINGLE EXTENSION (REVERSIBLE)
14,15 -
R - INCH SOLID DOUBLE EXTENSION (REVERSIBLE)
S - INCH AGITATOR WITH DROP BEARING HOUSING
T - INCH TOWER WITH EXTENDED BEARING HOUSING
-
D - METRIC SOLID DOUBLE EXTENSION
F - METRIC SOLID SINGLE EXTENSION (REVERSIBLE)
TO ALLOW FITTING OF MOTOR
SEE PAGES 67 and 68
G - METRIC SOLID DOUBLE EXTENSION (REVERSIBLE)
12 - BACKSTOP
A - METRIC AGITATOR WITH DROP BEARING HOUSING
-
-
NO BACKSTOP
C - METRIC TOWER WITH EXTENDED BEARING HOUSING
X
-
BACKSTOP FITTED
H - STD HOLLOW SLEEVE WITH SHRINK DISC
HANDLING
eg R L SEE PAGES
11 and 12
13 - TYPE OF UNIT
FOR REDUCER (STANDARD UNIT) - METRIC SOLID SINGLE EXTENSION
ENTER -
11 - INPUTSHAFT
J - STD HOLLOW SLEEVE WITH SHRINK DISC (REVERSIBLE)
N
- INCH STANDARD SINGLE EXTENSION
K - METRIC KEYED HOLLOW SLEEVE (REVERSIBLE)
P
- INCH DOUBLE EXTENDED PARALLEL UNIT
W
-
- METRIC STANDARD SINGLE EXTENSION
D
- METRIC DOUBLE EXTENDED PARALLEL UNIT
- INCH KEYED HOLLOW SLEEVE
Reversible OPTION should be selected for all units
SUbject to Torque Reversals
(see page 5 for explanation of use and associated rating factors)
L
- METRIC HEAVY DUTY SINGLE EXTENSION
(FOR RIGHT ANGLE UNITS ONLY)
SERIES G
DESIGN FEATURES
Shaft Mounted Units
Shaft mounted units can be mounted on the driven machine shaft extension and connected to the foundation by a torque arm,
supplied as an optional extra.
Additionally, unit feet are available for mounting on a baseplate with motor and coupling, the complete assembly being mounted
on the driven machine shaft extension and connected to the foundation by a torque arm.
Shaft mounted units are fitted with a 'shrink disc' device to provide positive clamping on the driven machine shaft extension.
Shaft mounted units with keyed sleeves may also be supplied for fitting on to a keyed shaft.
Motorized Gear Units
Gear units are available as standard assemblies comprising IEC standard metric (B5) flanged and NEMA 'C' motors directly
mounted on the gearcase input shaft housings by adaptors. Motor and gear unit shafts are connected by flexible couplings.
Baseplates
Standard baseplates can be supplied for units with parallel or right angle shafts. Assemblies comprise of gear units and foot
mounted motors correctly aligned in manufacture and connected by our couplings. Coupling guards are fitted.
Baseplates for right angle shaft gear units are designed for use with either foot or shaft mounted arrangements, and provision is
made for attaching torque arms where required.
Designs provide ample stiffness to prevent distortion under load. Full details are available from our Application Engineers.
Backstops
Externally mounted Backstops can be fitted to all Series G gear units, when required to operate in non-reversing drives. They
are located on the helical pinion shaft and have adequate capacities to deal with full rated torques. All backstops are centrifugal
lift off type. Changing the direction of locking rotation is a simple operation. If required, a torque limiting backstop with controllable tension release can be fitted to all units (consult our Application Engineers).
Preservation / Protection
Series G gear units are shipped without oil.
Prior to shipping they are test run with a rust preventative oil giving adequate protection to internal parts for a period of six
months covering normal transport and covered storage.
Shaft extensions and hollow output shafts are protected with a rust inhibitor which is protection against sea water and suitable
for under-cover storage up to 12 months.
Note:
Where gear units are to operate in abnormal conditions, or where they are to stand for long periods without running,
eg in plant installation, we must be notified so that suitable protective arrangements can be made.
SERIES G
DESIGN FEATURES
Gears
High quality alloy case hardening materials provide long life wear resistance and fatigue strength.
Profile ground single helical gears and hard finished spiral bevel gears ensure high standards of accuracy,
surface finish and quiet running characteristics. Helical gears are fitted in parallel shaft units. Units with shafts at right angles
incorporate spiral bevel and helical gears.
Gearcases
Standard gearcases are of rigid cast iron construction with modern styling, special cases can be supplied as SG (ductile) iron or
fabricated steel.
Horizontal split case design for ease of maintenance.
Gearcase design using finite element analysis to give high strength to weight ratio.
Inspection cover provided for viewing gear contacts.
Oil level dipstick, ventilator and drain plugs are fitted.
With an option to fit an oil level sight glass.
Gearcase Finish
Gearcase housings are shot blasted to SA 2-1/2 (or better) prior to painting.
Standard Paint System - Short oil alkyd resin/pigment semi-gloss, Colour: - RAL 5009 (Blue).
Optional Paint System for Extreme Climatic and Environmental Conditions - Two pack epoxy acrylic
semi-gloss finish, Colour: - RAL 5009 (Blue).
Both paint systems are resistant to dilute acids and alkalis, oils and solvents, sea water and temperatures up to 280oF.
External Dimensions
Shaft extensions are to inch standards. Fasteners are metric.
Lubrication
Lubrication in most instances is by the transfer of oil by gears dipping in the sumps of gear unit bases. Where high pitch line
speeds could cause churning of the lubricant. Spray lubrication is necessary where shown and complete systems can be supplied when required.
The unit oil grade and change period will be stamped on the nameplate. The change period will be 6 months for mineral oil
based lubricants and 18 months for synthetic oil based lubricants. These figures assume a sump temperature of 230oF. Oil
change periods can be extended for lower sump temperatures see installation and maintenance leaflet.
Units are provided with a dipstick, ventilator and drain plugs.
Cooling
Depending on the application standard gear units are cooled by:
Normal heat dissipation by convection from external surfaces.
Mechanical fan fitted to high speed shaft.
Cooling water coil fitted in gear unit base.
Fan and cooling coil.
Separate oil cooler incorporated in forced lubrication system.
As improvements in design are being made continually this specification is not to be regarded as binding in detail and drawings and
capacities are subject to alteration without notice. Certified drawings will be sent on request.
SERIES G
EXPLANATION AND USE OF RATINGS
AND ASSOCIATED RATING FACTORS
Gear unit selection is made by comparing actual loads with catalogue ratings. Gear ratings are based upon DIN standards. Catalogue ratings are based on a standard set of loading conditions, whereas actual load conditions vary according to type of application. Service Factors are therefore used to calculate an equivalent load to compare with catalogue ratings. i.e. Equivalent Load =
Actual Load x Service Factor
Mechanical and Thermal Service Factor must be considered:- Mechanical Service Factors Fm and Fs
Thermal Service Factors Ft, Fd, Fh and Fv
Mechanical ratings and service factors Fm and Fs
Mechanical ratings measure capacity in terms of life and/or strength, assuming 10 hr/day continuous running under uniform load
conditions.
Catalogue ratings allow 100% overload at starting, braking or momentarily during operation up to 10 times per day.
The unit selected must therefore have a catalogue rating at least equal to half maximum overload.
Mechanical Service Factor Fm (Table 1) is used to modify the actual load according to daily operating time, and type of loading.
Required mechanical power rating P(mech) = absorbed power x Fm
Load characteristics for a wide range of applications are detailed in Table 3 opposite, which are used in deciding the appropriate
Service Factor Fm from Table 1.
If loading can be calculated, or accurately assessed, actual loads should be used instead modifying using Fm.
For units subject to torque reversal or frequent stop/start overloads in excess of 10 times per day, the following check should be
made
gear unit input power capacity (Hp) >
Tm x Fs x n
2 x 63000
Where Tm=
n =
motor starting torque (In-Lb) or rating of torque limiting device, fluid coupling etc
number of starts factor (See table 2)
input speed (rev/min)
Fs =
For applications where high inertia loads are involved e.g. crane travel drives, slewing motion etc, or when units are to operate in
extremely dusty or moist/humid atmospheres, unit selection should be referred to our Application Engineers.
Table 1. Mechanical Service Factor (Fm)
Duration of
service hours
per day
Prime Mover
Electric motor, stream
turbine or hydraulic motor
Multi-cylinder internal
combustion engine
Single cylinder internal
combustion engine
Load classification-driven machine
Modertate
Heavy
Uniform
Shock
Shock
Under 3
1.00
1.00
3 to 10
1.00
1.25
1.50
1.75
Over 10
1.25
1.50
2.00
Under 3
1.00
1.25
1.75
3 to 10
1.25
1.50
2.00
Over 10
1.50
1.75
2.25
Under 3
1.25
1.50
2.00
3 to 10
1.50
1.75
2.25
Over 10
1.75
2.00
2.50
Table 2. Number of Starts Factor (Fs)
Start / Stops
per hour (1)
Unidirectional
Up to
1
1.0
5
10
40
60
>200
1.03
1.06
1.10
1.15
1.20
Reversing
1.4
1.45
1.50
1.55
1.60
1.70
Note: (1) Intermediate values are obtained by linear interpolation
SERIES G
EXPLANATION AND USE OF RATINGS
AND ASSOCIATED RATING FACTORS
Thermal ratings and service factors
The Thermal ratings are a measure of the gear units ability to dissipate heat. If they are exceeded the lubricant may overheat and
breakdown, resulting in gear failure.
Thermal ratings are given on page 39 for parallel shaft units and page 53 for right angle shaft units. The following choices are
available:
i)
No additional cooling
ii)
Unit fitted with fan cooling
iii)
Unit fitted with water cooling coil
iv)
Unit fitted with cooling coil and fan
Catalogue thermal limitations are based on the unit operating continuously in an environment with an ambient temperature equal
to 77°F and in a horizontal mounting position. The thermal rating is affected by ambient temperature, duration of running per hour,
altitude and operating area. To account for these varying conditions, the service factors given in tables 4, 5, 6 and 7 should be
applied as follows:
Ptherm =
Absorbed Power
Ft x Fd x Fh x Fv
Required thermal rating (Hp)
=
Service factor for ambient temperature (see Table 4)
=
Service factor for intermittent duty (see Table 5)
=
Thermal service factor for altitude (see Table 6)
=
Thermal service factor for air velocity correction (operating area) (see Table 7) Ptherm =
Ft
Fd
Fh
Fv
Table 4. Ambient Temperature Adjustment Factor (Ft)
Unit Type
Ambient Temperature °C
-4°F (-20°C)
14°F (-10°C)
32°F (0°C)
60°F (15°C)
77°F (25°C)
86°F (30°C)
95°F (35°C)
112°F (45°C)
1.65
1.50
1.35
1.14
1.00
0.93
0.86
0.71
All Units
Table 5. Intermittent Duty Factor (Fd)
% Running time per hour
Unit Output
Speed (Rev / min)
80
60
40
20
100
0
to101.001.181.451.72
2.38
>10
to
251.001.161.391.64
2.22
>25
to
501.001.141.311.54
2.00
>50
to1001.001.081.191.331.64
>100
to1501.001.041.081.191.41
>150
to
2001.001.001.001.061.23
>2001.001.001.001.001.00
Table 6. Altitude Adjustment Factor (Fh)
Altitude (m)
Factor Fh
Sea Level1.0
500 (1640’)
0.97
1000 (3280’)
0.93
1500 (4921’)
0.90
2000 (6562’)
0.87
3000 (9843’)
0.81
4000 (13123’)
0.75
5000 (16404’)
0.70
Table 7. Ambient Air Velocity Correction Factor (Fv)
Use FV = 1.0 For Units with Fan Cooling
Operating
Area
If Vv is not known
use this value for
Fv
Air Velocity
Vv
m/sec
Factor Fv If Vv is
known use this
formula for Fv
Small confined
space
(no Fan)
0.86
0 - 1.4
(0 - 3 mph)
Fv = 0.1 Vv + 0.86
Large indoor
space
(& fan cooled)
1.0
> 1.4 - < 6
(3 - 14 mph)
Fv = 0.2 Vv + 0.72
Sheltered outdoor
space
(no fan)
1.3
>2-<6
(5 - 14 mph)
Fv = 0.17 Vv + 0.9
Outdoor space
(no fan)
1.5
>2
(5mph)
Fv = 0.17 Vv + 0.9
(max Fv = 1.92)
General
When checking thermal capacities of units, use actual load required to be transmitted, not rating of prime mover.
SERIES G
EXPLANATION AND USE OF RATINGS
AND ASSOCIATED RATING FACTORS
Driven Machine
Table 3
Cranes
main hoists
bridge travel
trolley travel
U = Uniform load
M= Moderate shock load
H = Heavy shock load
= Refer to
Application Engineering
Driven Machine
Agitators
pure liquids
liquids and solids
liquids-variable density Blowers
centrifugal
lobe
vane
Brewing and distilling
bottling machinery
brew kettles-continuous
duty
cookers-continuous duty
mash tubs-continuous
duty
scale hopper-frequent
starts
Can filling machines
Cane knifes
H
Car pullers
M
Clarifiers
U
Classifiers
M
Clay working
machinery
brick press
briquette machine clay working machinery
pug mill
H
H
M
M
Conveyors-uniformly
loaded or fed
apron
assembly
belt
bucket
chain
flight
oven
screw
Conveyors-heavy
duty not uniformly
fed
apron
assembly
belt
bucket
chain
flight
live roll
oven
reciprocating
screw
shaker
Crusher
ore
stone
sugar
H
H
H
Dredges
cable reels
conveyors
cutter head drives
jig drives
maneuvering winches
pumps
screen drive
stackers
utility winches
M
M
H
H
M
M
H
M
M
type of Dry dock cranes
load main hoist
auxiliary hoist
boom, luffing
rotating, swing or slew
U
tracking, drive wheels
M
M
Elevators
bucket-uniform load
bucket-heavy load
U
bucket-continuous
M
centrifugal discharge
U
escalators
freight
gravity discharge
M
man lifts
passenger
M
M
Fans
centrifugal
M
cooling towers
induced draft
M
forced draft
induced draft
M
large, mine, etc
large, industrial
M
light, small diameter
Car dumpers
Compressors
centrifugal
lobe
reciprocating
multi-cylinder
single cylinder
type of
load
U
M
U
U
U
M
U
U
M
M
M
U
Feeders
apron
belt
disc
reciprocating
screw
M
M
U
H
M
Food industry
beef slicer
cereal cooker
dough mixer
meat grinders
M
U
M
M
Generators-not
welding
U
U
M
Hammer mills
H
M
H
Hoists
heavy duty
medium duty
skip hoist
H
M
M
Laundry washers
reversing M
Laundry tumblers
M
Line shafts
driving processing
equipment
light
other line shafts
M
U
U
Lumber industry
barkers-hydraulicmechanical
burner conveyor
chain saw and drag saw
chain transfer
craneway transfer
de-barking drum
edger feed
gang feed
green chain
live rolls
log deck
M
M
H
H
H
H
M
M
M
H
H
U
U
U
U
U
U
U
U
M
M
M
M
M
M
M
H
M
H
Driven Machine
log haul-incline
log haul-well type
log turning device
main log conveyor
off bearing rolls
planer feed chains
planer floor chains
planer tilting hoist
re-saw merry-go-round
conveyor
roll cases
slab conveyor
small waste
conveyor-belt
small waste
conveyor-chain
sorting table
tipple hoist conveyor
tipple hoist drive
transfer conveyors
transfer rolls
tray drive
trimmer feed
waste conveyor
Machine tools
bending roll
punch press-gear driven
notching press- belt
driven
plate planers
tapping machine
other machine tools
main drives
auxiliary drives
Metal mills
draw bench carriage
and main drive
pinch, dryer and
scrubber rolls-reversing
slitters
table conveyors
non-reversing
group drives
individual drives
reversing
wire drawing and
flattening machine wire winding machine Mill-rotary type
ball
cement kilns
dryers and coolers
kilns, other than cement
pebble
rod
plain
wedge bar
tumbling barrels
Mixers
concrete mixers
-continuous
concrete mixers
-intermittent
constant density
variable density
Oil industry
chillers
oil well pumping
paraffin filter press
rotary kilns
Paper mills
agitators, (mixers)
barker-auxiliarieshydraulic barker-mechanical
barking drum
beater and pulper
bleacher
calenders
calenders-super
converting machine,
except cutters, platers
conveyors
couch
cutters-plates
cylinders
dryers
felt stretcher
felt whipper
jordans
type of
load
Driven Machine
H
H
H
H
M
M
M
M
log haul
presses
pulp machine reel
stock chest
suction roll
washers and thickeners
winders
M
H
H
Pullers
barge haul
U
M
M
M
M
M
M
M
M
M
M
H
H
H
M
U
M
M
M
H
M
M
H
H
H
H
H
H
H
H
M
M
U
M
M
M
M
M
M
H
H
M
U
M
H
M
U
M
H
M
M
M
H
M
type of
load
H
M
M
M
M
M
M
Printing presses
Pumps
centrifugal
proportioning
reciprocating
single acting; 3 or
more cylinders
double acting; 2 or
more cylinders
single acting; 1 or 2
cylinders
double acting; single
cylinder
rotary
gear type
lobe, vane
Rubber and plastics
industries
crackers
laboratory equipment mixed mills
refiners
rubber calenders
rubber mill-2 on line
rubber mill-3 on line
sheeter
tire building machines
tire and tube press
openers
tubers and strainers
warming mills
H
U
M
M
M
U
U
H
M
H
M
M
M
M
M
M
M
Sand muller
M
Sewage disposal
equipment
bar screens
chemical feeders
collectors
dewatering screws
scum breakers
slow or rapid mixers
thickeners
vacuum filters
U
U
U
M
M
M
M
M
Screens
air washing rotary-stone or gravel
travelling water intake U
M
U
Slab pushers
M
Steering gear
Stokers
U
Sugar industry
cane knives
crushers mills
M
M
M
Textile industry
batchers
calenders
cards
dry cans
dryers
dyeing machinery
knitting machines
looms
mangles
nappers
pads
range drives
slashers
soapers
spinners
tenter frames
washers
winders
Windlass
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
SERIES G
SELECTION PROCEDURE
EXAMPLE APPLICATION DETAILS
Absorbed power of driven machine =120 HP
Output speed of gearbox or Input speed of machine = 81 rev/min
Application
= Uniformly loaded belt conveyor operating in a large indoor space
Duration of service (hours per day) = 24hrs
Motor speed
= 3 phase electric motor,
4 pole, 1750 rev/min
Mounting position
= Horizontal, Right Angle Shaft
Ambient temperature
= 86oF (30oC)
Running time (%)
=100%
Altitude
= Sea Level
2 DETERMINE MECHANICAL SERVICE FACTOR (Fm)
Refer to Load Classification by Application, table 3, page 7
Application =
Conveyors-uniformly
loaded or fed
apron
assembly
belt
bucket
chain
1 DETERMINE RATIO OF GEARBOX REQUIRED
Motor speed 1750
Gearbox output speed
81
Uniformly loaded belt conveyor
Duration of service (hours per day) =
Refer to exact ratios (page 48) for nearest nominal ratio
=
22
Prime mover
Electric motor,
steam turbine
or
hydraulic motor
3 DETERMINE REQUIRED MECHANICAL OUTPUT TORQUE CAPACITY OF GEARBOX
Required mechanical = Absorbed power x Fm
rating (Pmech)
Pmech =120 x 1.25 =150 HP
4 DETERMINE SIZE OF GEAR BOX REQUIRED
NOMINAL OUTPUT SPEED
REV / MIN
22.
79.5
Duration of
servicehrs per day
Load classification-drive
Under 3
0.801.00
Uniform
Over 101.251.50
Unit input power capacity > Pmech
RIGHT ANGLE UNIT - SIZE
CAPACITY
Input Power - HP
G14
G15
G16
G17
112
166
282
393
85000
124000
213000
313000
Mechanical input power capacity must be equal or more than required mechanical input power capacity of the gear box
(Pmech). Required mechanical input power = 150 HP. At a 22:1 ratio, nominal output speed 79.5 a G15 unit has a
mechanical input power capacity of 166 HP. Therefore the unit is acceptable.
If the unit is subject to torque reversal or frequent stop /starts the input power capacity must be checked in accordance
with the formulae on page 5.
5 DETERMINE EXACT RATIO OF GEARBOX
Refer to exact ratios table, page 48
Nominal Ratio
Column Entry
15
14
16
17
6 7 8
2 2 .
Exact ratio
21.775
=
21.541
21.756
22.894
21.541
Moderate
Shock
3 to 101.001.25
Therefore mechanical service factor (Fm)
Output Torque - lb-in
Uniform load
24hrs
Refer to ratings tables, Input speed = 1750rev/min, therefore refer to page 49.
NOMINAL
RATIO
=
Refer to mechanical service factor (Fm), table 1, page 5
= 21.605
U
U
U
U
U
U
Go to point 6
page 9
=1.25
SERIES G
SELECTION PROCEDURE
6 DETERMINE THERMAL SERVICE FACTOR (Ft)
7 DETERMINE THERMAL SERVICE FACTOR (Fd)
Refer to table 4, page 6
Ambient temperature =
86 F (30 C)
o
-4
-14
Ambient
temperature oC (-20oC) (10 oC)
o
32
60
77
86
(0 oC)
(15 oC)
(25 oC)
(30 oC)
Unit Output
Speed (Rev / min)
Factor Ft1.571.431.291.141.00 0.86
Ft
=
0.93
>10
>25
>50
8 DETERMINE ALTITUDE ADJUSTMENT THERMAL SERVICE FACTOR (Fh)
Refer to table 6, page 6
Altitude (m)
Factor Fh
Fh
Ptherm
=
Ptherm
Operating
Area
80
to 251.01.16
to 501.01.14
to1001.01.08
Fd
If Vv is not known
use this value
for Fv
Small confined
space
Ptherm
Absorbed Power (Hp)
Ft x Fd x Fh x Fv
=
100
=1.0
Air Velocity
Vv
m/sec
Factor Fv
If Vv is known use
this formula for Fv
0 - 1.4
Fv = 0.1 Vv + 0.86
> 1.4 - < 6
Fv = 0.2 Vv + 0.72
=1.0
% Running time per hour
Use FV = 1.0 For Units with Fan Cooling
10 CALCULATE REQUIRED THERMAL RATING Ptherm
=100%
= 80
9 DETERMINE AMBIENT AIR VELOCITY FACTOR (Fv)
Sea Level1.0
500
0.97
1000
0.93
Refer to table 5, page 6
Unit running time per hour
Nominal output speed (rev/min)
Large indoor1.0
space
Fv
=1.0
=129 HP
11 CHECK THERMAL CAPACITY
See Page 53
Thermal Ratings HP
Type of
Cooling
Input Speed
(rev/min)
No Additional
Cooling
875
1750
1450
Fan Cooling
1160
875
Cooling Coil
120
0.93 x1.0 x1.0 x1.0
0.86 1750
Thermal Rating > Ptherm
Right Angle Shaft Units - Triple Reduction
Ratio
G1430
G1530
G1630
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
82
64
41
240
206
149
212
181
129
185
157
111
163
137
96
233
199
142
86
71
49
243
216
167
215
190
145
188
165
125
167
146
109
242
215
165
141
120
86
386
350
282
347
314
250
308
277
219
277
248
194
377
342
275
Ptherm = 129 HP
therefore unit requires
cooling.
Thermal rating for the
nearest fan cooled
G15 unit is
25:1 ratio = 216 HP.
Thermal capacity is
therefore acceptable.
12 CHECK OVERHUNG LOADS
13 CHECK COUPLING HUB CAPACITIES
If sprocket, gear, etc is mounted on the input or output shaft
then refer to Overhung loads procedure, pages 27 - 30
NOTE:
It is advisable that all selections are verified by our Application Engineers.
If any of the following conditions occur then our Application Engineers must be consulted:
a)
Inertia of the Driven Machine (Referred to motor speed) >1.0
b) Ambient temperature is above 122oF (50oC)
Inertia of Gear Unit plus Motor
SERIES G
UNIT HANDINGS & SHAFT ROTATIONS
PARALLEL SHAFT UNITS
Column 14 Entry - Output Shaft Positions
L
SINGLE EXTENSION ON LEFT
Horizontal
Vertical
R
SINGLE EXTENSION ON RIGHT
D
DOUBLE EXTENSION
Vertical
Horizontal
Column 16 Entry - Shaft Rotations
Horizontal
(Not applicable on vertical units)
For parallel shaft units all rotations should be viewed from
output shaft end** (This side if double extended).
** driven machine side for shaft mounted units
Note: for shaft mounted units driven machine side (opposite to shriink disc) is assumed as extension side.
Column 15 Entry - Input Shaft Positions
L
SINGLE EXTENSION ON LEFT
Horizontal
Vertical
Rotation
R
SINGLE EXTENSION ON RIGHT
D
DOUBLE EXTENSION
Horizontal
(Not applicable on vertical units)
Horizontal
(Not applicable on vertical units)
Parallel Shaft
Outputshaft
Inputshaft
2 Stage &
4 Stage
Clockwise
Clockwise
1 (std)
n/a
2
n/a
Anticlockwise Anticlockwise
3 Stage
Clockwise
Anticlockwise
n/a
1 (std)
Anticlockwise
Clockwise
n/a
2
All units are rotation reversible, except when fitted with a
backstop (anti-runback device).
(std) if no rotation is entered rotation will be assumed as
standard build.
Double & Quadruple Reduction
L R R R D R R L
L
L
L
L
Horizontal Mounting
D L
R L
L D L
L
R D D D Vertical Mounting
L R R R D R R L
Horizontal Mounting
Triple Reduction
D L
R L
L D L
L
Vertical Mounting
10
R D D D SERIES G
UNIT HANDINGS & SHAFT ROTATIONS
RIGHT ANGLE SHAFT UNITS
Column 14 Entry - Output Shaft Positions
L
SINGLE EXTENSION ON LEFT
Horizontal
Vertical
R
SINGLE EXTENSION ON RIGHT
Vertical
Horizontal
Column 16 Entry - Shaft Rotations
D
DOUBLE EXTENSION
Horizontal
(Not applicable on vertical units)
Right angle units rotations as viewed looking on shaft
ends (This side if double extended).
Rotation
Note: for shaft mounted units driven machine side (opposite to shriink disc) is assumed as extension side.
Column 15 Entry - Input Shaft Positions
B
STANDARD RIGHT ANGLE EXTENSION
Horizontal
j
RIGHT ANGLE UNIT TYPE j
Vertical
Horizontal
Vertical
Right Angle Shafts
Outputshaft
Inputshaft
3 Stage & 4 Stage
Clockwise
Clockwise
1 (std)
Anticlockwise
Anticlockwise
2
Clockwise
Clockwise
3*
Anticlockwise
Anticlockwise
4*
All units are rotation reversible, except when fitted with a
backstop (anti-runback device).
(std) if no rotation is entered rotation will be assumed as
standard build.
Type J Shafts - Triple & Quadruple Reduction
Right Angle Shafts - Triple & Quadruple Reduction
Note:
L
*
Only available as standard for ratios:
G4, G6, G8 - 22: to 63:
G5, G7, G9 - 28: to 80:
B
R B
R B
L
B
L
j
R
j
R
j
L
j
Right angle unit rotations 3 & 4 are subject to a
reduction in output shaft external overhung load
capacities
D B
D
Horizontal Mounting
Vertical Mounting
Horizontal Mounting
Vertical Mounting
Note: For units fitted with a backstop please see page 63 for backstop position.
11
j
SERIES G
INSTALLATION,
MAINTENANCE,
LUBRICATION
SERIES G
12
SERIES G
INSTALLATION & MAINTENANCE
General
The following instructions will help you achieve a satisfactory installation of your Series G unit, ensuring the best possible
conditions for a long and trouble free operation.
WARNING:
The customer shall be responsible for the proper use of articles supplied by the company, particularly
the rotating shafts between their driving and driven members, and their guarding for safety, and the
company shall not be responsible for any injury or damage sustained as a result of the improper use of
the articles supplied.
Attention is hereby drawn to the danger of using exposed lights in proximity to openings in gearboxes
and gear units supplied by the company, and the company shall not be liable for any claim for injury or
damage arising from any action in contravention of this warning.
WARNING:
All units and couplings are shipped without oil or grease, on installing the unit fill with recommended
lubricant to correct level.
1.0 FITTING OF COMPONENTS TO EITHER THE UNIT INPUT OR OUTPUT SHAFT
The input or output shaft extension diameter tolerance is + 0 to - 0.0005 inches for shafts up to 1.5 inches diameter and
+0 to -0.001 for shafts larger than 1.5 inches diameter. The fitted component should be machined to ensure a proper fit.
-
Items (such as gears, sprockets, couplings etc) should not be hammered onto these shafts since this would damage the shaft support bearings.
-
The item should be pushed onto the shaft using a screw jack device fitted into the threaded
hole provided in the end of the shaft. -
Items being fitted maybe heated to 176/212°F (80/100°C) to aid assembly further.
THREADED HOLE DETAILS
UNIT SIZE
14 & 15
16 & 17
18 & 19
21 & 22
TYPE OF UNIT
Parallel 2 Stage
Parallel 3 & 4 Stage
Right Angle 3 Stage
Parallel 2 Stage
Parallel 3 & 4 Stage
Right Angle 3 Stage
Right Angle 4 Stage
Parallel 2 Stage
Parallel 3 & 4 Stage
Right Angle 3 Stage
Right Angle 4 Stage
Parallel 2 Stage
Parallel 3 & 4 Stage
Right Angle 3 Stage
Right Angle 4 Stage
INPUT SHAFT
5/8” UNF x 1.25 deep
1/2” UNF x 1 deep
5/8” UNF x 1.25 deep
3/4” UNF x 1.62 deep
5/8” UNF x 1.25 deep
5/8” UNF x 1.25 deep
5/8” UNF x 1.25 deep
1” UNF x 2 deep
3/4” UNF x 1.62 deep
3/4” UNF x 1.62 deep
5/8” UNF x 1.25 deep
1” UNF x 2 deep
3/4” UNF x 1.62 deep
1” UNF x 2 deep
3/4” UNF x 1.62 deep
OUTPUT SHAFT
1” UNF x 2 deep
1.25” UNF x 2.5 deep
1.5” UNF x 3 deep
1.5” UNF x 3 deep
2.0 WEATHER PROTECTION OF UNIT
All Series G units are provided with protection against normal weather conditions. Where units are to operate in extreme
conditions, or where they are to stand for long periods without running, eg during plant construction, we should be notified
when ordering so that arrangements for adequate protection can be made.
13
SERIES G
INSTALLATION & MAINTENANCE
3.0 INSTALLATION
All units are shipped less oil, for the customer to fill on site once installed. Care should be taken to ensure the correct type and
quantity of lubricant for the chosen mounting position is used. Ensure that the breather/filling plug, dipstick and drain plugs are
installed in the correct position
-
-
-
Page 19 gives approximate lubricant quantities for each mounting position
Pages 19 and 20 show a list of lubricants approved for use in the gear unit.
See appropriate dimension page for positions of breather/filling plug, dipstick and drain plugs
3.1 LIFTING
Only the lifting points identified on the gearbox or bedplate must be used for lifting operations during installation.
Gearbox
Coupling
Motor
Bedplate
Lifting point at all corners
Lifting points on bedplate (both sides)
Gearbox Only
Gearbox on Bedplate
The gearbox can be lifted
using any of the eight
lifting points.
The lifting points on the bedplate must be used to lift the whole drive assembly. Do NOT use the lifting points on the gearbox to lift the bedplate assembly. Note:
Failure to use these lifting points could result in personal injury/or damage to the product and
surrounding equipment
3.2 GENERAL
Drives must be installed on rigid, flat and vibration free beds. Align the driving and driven units carefully to avoid any increased
loads on the shafts and bearings due to misalignment.
The unit should be fixed by means of bolts to ISO grade 8.8 minimum and torque tightened to:
Screw Size
Tightening Torque
750 lb-ins ( 85 Nm )
1/2” (M12) 5/8” (M16)
1770 lb-ins ( 200 Nm )
3/4” (M20)
3100 lb-ins ( 350 Nm )
1” (M20)
5400 lb-ins ( 610 Nm )
1 1/4” (M30)
10,800 lb-ins ( 1220 Nm )
1 1/2” (M36)
19,030 lb-ins ( 2150 Nm )
1 3/4” (M42)
30,600 lb-ins ( 3460 Nm )
3.3 GUARDS
The customer must ensure that any exposed rotating shafts and couplings, guards must be fitted in accordance with the relevant
state and local safety regulations.
3.4 CONNECTING ELECTRIC MOTOR
Connection of the electric motor to the mains supply should be made by a qualified person. The current rating of the motor will be
identified on the motor plate, and correct sizing of the cables to electrical regulations is essential.
14
SERIES G
INSTALLATION & MAINTENANCE
3.5 FOOT-MOUNTED UNITS
The following procedure is recommended for all foot mounted units. Foot mounted units are supplied either as free standing units,
or if required, mounted on a standard baseplate with a foot mounted motor correctly aligned and connected by a flexible coupling.
a)
Clean shaft extensions and breather when fitted.
b)
Secure unit, or baseplate if fitted to a rigid foundation using heavy duty bolts to ISO grade 8.8 minimum.
c)
Ensure baseplate is not distorted Note: Units not supplied on baseplates should if possible be mounted on the same
bedplate as the prime mover.
d)
Align unit
Note:
It is important to ensure when aligning unit on baseplate that all machined mounting points are supported over their
full area. If steel shims are used these should be placed either side of the foundation bolt as close as possible. During
the final bolting ensure the unit or baseplate is not distorted this will cause strains in the gear case resulting in errors of
alignment of shafts and gearing.
e)
For units mounted on bedplates after alignment select any two diagonally opposite feet, drill ream and dowel in position.
f)
Fit guards in accordance with the factory acts.
g)
Check motor wiring for correct direction of rotation this is important when a backstop device is fitted.
h)
Fill gear unit with oil (if not factory filled) as detailed on page 18 - 20.
3.6 SHAFT MOUNTED UNITS
The following procedure is recommended for all shaft and foot/shaft mounted units.
a)
Clean shaft extensions, driven machine shaft, gear unit bore and breather when fitted.
b)
Locate in position, ensuring it is as close as possible to the bearing on the driven machine.
c)
Secure unit onto the shaft. For units using a shrink disc device refer to section 3.6.1
d)
Fit torque arm to the side of the unit adjacent to the driven machine where possible, as detailed below. Note: Unless
specified otherwise, the torque arm will be supplied loose.
e)
Anchor case to a secure point by means of the torque arm.
f)
Fit guards in accordance with local and state regulations.
g)
Check motor wiring for correct direction of rotation, this is important when a backstop device is fitted.
h)
Fill gear unit with oil (if not factory filled) as detailed on page 18 - 20.
Figure 2
Figure 1
the chassis structure
Each pair of
disc springs
to be
compressed
on assembly
15
SERIES G
INSTALLATION & MAINTENANCE
3.6.1 SHAFT MOUNTED UNITS USING A SHRINK DISC DEVICE
The gear unit is fitted with a ‘shrink disc’ device located on the hollow output shaft to provide a positive outer locking connection
between gear unit and driven shaft. The ‘shrink disc’ is a friction device without keys, which exerts an external clamping force on
the hollow output shaft, thus establishing a mechanical shrink fit between the gear unit hollow shaft and driven shaft. ‘Shrink disc’
capacities have ample margins in dealing with transmitted torques and external loading imposed on gear units.
The ‘shrink disc’ consists of a locking collar, a tapered inner ring and locking screws. By tightening the locking screws, the locking
collar and tapered inner ring are pulled together, exerting radial forces on the inner ring, thus creating a positive friction connection
between hollow shaft and driven shaft (see figure 2).
As the tapered surfaces of locking collar and inner ring are lubricated with Molykote 321R or similar and the taper angle is not self
locking, locking collar will not seize on the inner ring and can be released easily when removal is necessary.
When the ‘shrink disc’ is clamped in position the high contact pressures between tapered surfaces and screw heads and their seatings ensure hermetic sealing and eliminate the possibility of fretting corrosion.
INSTALLATION
‘Shrink discs’ are supplied with shaft mounted units. The following procedures should be followed when fitting or removing units
from the driven shaft.
1
Release locking screws gradually and in succession. Initially a quarter of a turn on each screw will avoid tilting and jamming - do not remove locking bolts completely.
2
Remove ‘shrink disc’ - from gear unit hollow shaft.
3
Clean and degrease locating diameters of gear unit hollow shaft, driven shaft and ‘shrink disc’ locating diameter on hollow
shaft extension.
4
Draw the gear unit onto the driven shaft (see figure 3)
5
Grease tapered surfaces of outer ring and inner ring with Molykote 321R or similar.
6
Fit ‘shrink disc’ on gear unit hollow shaft to position shown in figure 1 page 61.
7
Tighten all locking screws gradually and in succession. Do not tighten in a diametrically opposite sequence. Several
passes are required until all screws are tightened until the inner and outer ring faces are in-line and the torque figures Ta
shown in the table on page 61 are achieved.
8
Fit protective cover
Note: When the hollow output shaft is to operate in a vertical position it is essentially that the shaft of the driven machine is
provided with a shoulder. When the thrust load is not taken by the shoulder on the driven shaft, a thrust plate, as shown on
page 61, must be fitted.
It is recommended that customers’ shafts at the non-clamped end of the sleeve should be coated with
Molykote 321R or equivalent.
REMOVAL
1
2
3
Note:
Removal procedure is similar to the reverse of installation.
Remove any rust and dirt from gear unit hollow shaft.
Withdraw gear unit from driven shaft (see figure 4)
‘Shrink disc’ should be removed and cleaned thoroughly, and Molykote 321R or similar applied to the tapered surfaces
of inner ring and locking collar before re-use.
Note: Protective covers are supplied with all ‘shrink discs’. Assembly or removal kits and thrust plates are not provided.
Figure 3
Mounting Gear Unit
Figure 2
Figure 4
16
Removing Gear Unit
SERIES G
INSTALLATION & MAINTENANCE
3.7 OIL / GREASE CHANGES
On all sizes regular oil changes are essential and the following factors should be used to determine the frequency at which these
are carried out.
a. Oil temperature - unit operating under load.
c. Environment - humidity, dust, etc.
b. Type of oil.
d. Operating conditions - shock, loading, etc.
At elevated temperatures the effective life of the oil is very much reduced. This is most pronounced with oils containing fatty and
E.P. additives. To prevent damage to the unit through lubricant breakdown the oil should be renewed as detailed in the following
table:
RENEWAL PERIOD
UNIT OPERATING
TEMPERATURE °F
MINERAL OIL
SYNTHETIC OIL
167 (75°C) OR LESS
176 (80°C)
185 (85°C)
194 (90°C)
203 (95°C)
212 (100°C)
17000 HOURS or 3 YEARS
12000 HOURS or 3 YEARS
8500 HOURS or 3 YEARS
6000 HOURS or 2 YEARS
4200 HOURS or 17 MONTHS
3000 HOURS or 12 MONTHS
26000 HOURS or 3 YEARS
26000 HOURS or 3 YEARS
21000 HOURS or 3 YEARS
15000 HOURS or 3 YEARS
10500 HOURS or 3 YEARS
7500 HOURS or 2.5 YEARS
NB: INITIAL FILL OF OIL SHOULD BE CHANGED IN A NEW GEAR UNIT AFTER 1000 HOURS OPERATION
OR ONE YEAR OR HALF THE ABOVE LIFE WHICHEVER IS THE SOONEST
3.7 OIL / GREASE CHANGES
On all sizes regular oil changes are essential and the following factors should be used to determine the frequency at which these
are carried out.
age to the unit through lubricant breakdown the oil should be renewed as detailed in the following table:
Note:
Figures quoted are for oil temperatures when the unit has attained normal running temperature when operating under load. These
figures are based on normal running but where conditions are particularly severe it may be necessary to change the oil more
frequently. When changing lubricant, if same lubricant is not used then unit must be flushed out and filled only with one type of
lubricant.
The procedure for changing an oil should be to drain the oil preferably when hot and after circulation. If the gear unit is to be
flushed, the unit should be filled to the appropriate level with an oil of the same viscosity grade and type as the lubricating oil and
run before the flushing oil is drained. This procedure should be followed especially if the type of oil is being changed. The unit
should be filled with the approved oil to the level marked on the dipstick. Re-check the oil level after a short period of running and
top up as necessary. On certain units the output shaft bearings are grease lubricated, these should be re-greased at 2000 to 3000
hour intervals unless otherwise instructed.
3.8 ROUTINE MAINTENANCE
Periodically check that the fixing bolts are properly tightened and that everything is correctly aligned.
Once a week the oil level should be checked and lubricant added if required. Carry out oil
changes in accordance with the Table above. On certain units the output shaft bearings are grease lubricated, these should be regreased at 2000 to 3000 hour intervals unless otherwise instructed.
3.9 CLEANING
With the drive stationary periodically clean any dirt or dust from the gear unit and the electric motor cooling fins and fan guard to aid
cooling.
3.10 GENERAL SAFETY
Potential hazards which can be encountered during installation, maintenance and operation of drives is covered in greater detail in
the series G installation and maintenance booklet.
Any further information or clarification required may be obtained by contacting our Application Engineers.
17
SERIES G
LUBRICATION
All Series G units are despatched without oil (a warning label is attached), and therefore filled by the client. The grade and type of
oil will be stamped on the nameplate in accordance with either of the types of oil from tables 2 and 3. Recommended oils are listed
in the Approved Lubrication scheme booklet. The oil change period shall be dertimned from clause 3.7 on page 17.
The approximate quantity of oil required is given in Table 1, but the unit should always be filled to the level marked on the dipstick
or any other level indicator fitted (sight glass etc). Warning: Do not overfill the unit as this can cause leakage and overheating.
Where possible run the unit without load for a short time to circulate the lubricant thoroughly, then stop the unit and recheck the oil
level after allowing the unit to stand for 10 minutes and if necessary top up to the correct mark on the dipstick or any other level
indicator fitted (sight glass etc).
In addition where bearings are grease packed, the greases approved are NLGI grade 2 and recommended greases are listed in the
Approved Lubrication scheme booklet.
TABLE 1 LUBRICANT QUANTITY (Gallons)
Unit Type
Parallel Shaft
2 Stage
Parallel Shaft
3 Stage
Parallel Shaft
4 Stage
Right Angle
3 Stage
Right Angle
4 Stage
Horozontal
Vertical
Horozontal
Vertical
Horozontal
Vertical
Horozontal
Vertical
Horozontal
Vertical
14
5.81
4.76
5.55
4.76
5.55
4.76
5.55
5.28
-
15
5.28
4.76
5.02
4.76
5.02
4.76
5.02
5.28
-
16
12.42
10.57
12.15
10.57
12.15
10.57
12.42
11.36
12.68
11.89
UNIT SIZE
17
18
11.10
24.30
9.77
21.13
10.83
24.04
9.77
21.13
10.83
24.04
9.77
21.13
11.10
24.30
10.30
22.98
11.36
24.83
10.30
23.51
19
25.10
22.45
24.83
22.45
24.83
22.45
25.10
24.30
25.36
23.51
21
47.55
36.98
48.87
36.98
48.87
36.98
48.87
36.98
50.19
36.98
22
42.53
39.62
46.23
40.95
46.23
40.95
46.23
44.91
46.23
48.87
TABLE 2 OIL GRADES
EP Mineral Oil (type E)
LUBRICANT
Oil Grade
AMBIENT TEMPRATURE RANGE
23°F to 77°F
32°F to 104°F
50°F to 122°F
5E (VG 220)
6E (VG 320)
7E (VG 460)
TABLE 3 OIL GRADES
Polyalphaolefin based Synthetic (type H)
LUBRICANT
Oil Grade
AMBIENT TEMPRATURE RANGE
-91°F to 86°F
32°F to 113°F
91°F to 122°F
5H (VG 220)
5H (VG 220)
6H (VG 320)
TABLE 4 APPROVED BEARING GREASES
SUPPLIER
DESIGNATION
BP Oil International Limited
Caltex
Energrease LS-EP
Multifak EP
LMX Grease
Spheerol AP
Spheerol EPL
Klüberlub BE 41-542
Mobilgrease XHP
Mobilith SHC
Omega 85
Longtime PD
Albida RL
Alvania EP B
Nerita HV
Multifak All Purpose EP
Castrol International
Klüber Lubrication
Mobil Oil Company Limited
Omega Manufacturing Division
Optimol Ölwerke GmbH
Shell Oils
Texaco Limited
ALLOWABLE OPERATING TEMPERATURE RANGE °F
ABOVE
TO
-22 (-30°C)
266 (130°C)
32 (0°C)
248 (120°C)
-40 (-40°C)
302 (150°C)
-22 (-30°C)
230 (110°C)
50 (10°C)
248 (120°C)
-4 (-20°C)
284 (140°C)
-5 (15°C)
302 (150°C)
-4 (-20°C)
356 (180°C)
-40 (-40°C)
446 (230°C)
-49 (-45°C)
284 (140°C)
-4 (-20°C)
302 (150°C)
-4 (-20°C)
248 (120°C)
-22 (-30°C)
266 (130°C)
-22 (-30°C)
284 (140°C)
Notes: All the above greases are NLGI grade 2. Contact our application engineers if the unit is operating outside the range - 22°F
to 122°F (-30°C - 50°C)
18
SERIES G
LUBRICATION
TABLE 4 APPROVED LUBRICANTS
Type E Mineral oil containing industrial EP additives. These have a high load carrying capacity.
SUPPLIER
Ampol Limited
Batoyle Freedom Group
Boxer Services Limited
LUBRICANT
RANGE
Gearlube SP
Remus
Indus
Energol GR-XF
BP Oil International Limited
Energol GR-XP
Meropa
Caltex
RPM Borate EP Lubricant
Berugear GS BM
Carl Bechem GmbH
Staroil G
Alpha Max
Castrol International
Alpha SP
Gear Comp EP (USA ver)
Chevron International
Gear CompEP (Eastern ver)
Oil Company Limited
Ultra Gear
Eko-Elda (Greece)
Gearlub
Engen Petroleum Limited
Gengear
Esso
Spartan EP
Esso/Exxon
Spartan EP
Fina
Giran
Powergear
Fuchs Lubricants (UK) Plc
Renogear V
Renogear WE
Fuchs Mineraloelwerke GmbH
Renolin CLPF Super
Klüber Lubrication
Klüberoil GEM1
Kuwait Petroleum International
Q8 Goya
Lubrication Engineers Inc
Almasol Vari-Purpose Gear
Mobil gear 600 Series
Mobil Oil Company Limited
Mobil gear XMP
Omega Manufacturing Division
Omega 690
Optigear BM
Optimol Ölwerke GmbH
Optigear
Pertamina (Indonesia)
Masri
Petro-Canada
Ultima EP
Petromin Lubricating Oil Co.
Gear Lube EP
Rocol
Sapphire Hi-Torque
Cobalt
Sasol Oil (Pty) Limited
Hemat
Omala
Shell Oils
Omala F
Meropa
Texaco Limited
Meropa WM
Total
Carter EP
Molub-Alloy Gear Oil
Tribol GmbH
Tribol 1100
See
notes
page
27
e
c,e
e
c,e
e
c
h
e
c
e
e
e
e
e
e
e
c
c
c
GRADE NUMBERS
5E
DANGER
Numbers in brackets indicate recomended minimum operating temperture in °C
THE UNIT MUST NOT RUN BELOW THIS TEMPERATURE
19
6E
7E
AMBIENT TEMPERATURE RANGE °F
23°F to 77
32°F to 104
50°F to 122
(-5 to 25°C)
(0 to 40°C)
(10 to 50°C)
SP220 (-1)
SP320 (-1)
SP460 (-1)
220 (-2)
320 (-2)
460 (-2)
220 (-10)
320 (-10)
460 (-10)
220 (-16)
320 (-13)
460 (-1)
220 (-15)
320 (-10)
460 (-7)
220 (-4)
320 (-4)
460 (-4)
220 (-7)
320 (-4)
460 (-7)
220 (-20)
320 (-13)
460 (-10)
220 (-13)
320 (-13)
460 (-10)
220 (-19)
320 (-13)
460 (-10)
220 (-16)
320 (-16)
460 (-1)
220 (-16)
320 (-13)
460 (-10)
220 (-13)
320 (-13)
460 (-13)
220 (-10)
320 (-7)
460 (-7)
220 (-13)
320 (-10)
460 (-1)
220 (-13)
320 (-10)
460 (-1)
220 (-16)
320 (-13)
460 (-7)
220 (-12)
320 (-12)
460 (-4)
220 (-13)
320 (-10)
460 (-10)
P/Gear (-16)
M460 (-4)
220EP (-13)
320EP (-4)
460EP (-4)
220 (-7)
320 (-4)
400 (-4)
6 (-13)
8 (-10)
10 (-10)
220 (-5)
320 (-5)
460 (-5)
220 (-16)
320 (-13)
460 (-10)
607 (-18)
605 (-13)
608 (-10)
630 (-13)
632 (-13)
634 (-1)
220 (-19)
320 (-13)
460 (-7)
85w/140 (-15)
220 (-11)
320 (-10)
460 (-7)
220 (-18)
320 (-9)
460 (-7)
220 (-4)
320 (-4)
460 (-4)
220 (-22)
320 (-16)
460 (-10)
EP220 (-1)
EP320 (0)
EP460 (0)
220 (-13)
320 (-13)
460 (-13)
220 (-4)
320 (-1)
460 (-4)
220 (-10)
320 (-7)
460 (-4)
220 (-4)
320 (-4)
460 (-4)
220 (-13)
320 (-10)
460 (-4)
220 (-11)
320 (-11)
460 (-5)
220 (-19)
320 (-16)
460 (-10)
220 (-7)
320 (-7)
460 (-4)
90 (-18)
690 (-16)
140 (-13)
220 (-20)
320 (-18)
460 (-16)
SERIES G
LUBRICATION
TABLE 5 APPROVED LUBRICANTS
Type H Polyalphaolefin based synthetic lubricants with Anti-Wear or EP additives.
These have a medium to high load carrying capacity.
GRADE NUMBERS
SUPPLIER
LUBRICANT RANGE
See
Notes
5H
6H
7H
AMBIENT TEMPERATURE RANGE °F
50°F to 122
14°F to 86
32°F to 113
(0 to 45°C)
(10 to 50°C)
(-10 to 30°C)
220 (-31)
320 (-28)
Batoyle Freedom Group
Titan
Boxer Services Limited
Silkgear
BP Oil International Limited
Enersyn EPX
Caltex
Pinnacle EP
220 (-43)
320 (-43)
460 (-37)
Carl Bechem GmbH
Berusynth GP
220 (-38)
320 (-35)
460 (-32)
Castrol International
Alphasyn EP
220 (-35)
e
c
Alphasyn T
Chevron International Oil Co
Tegra
Esso/Exxon
Spartan Synthetic EP
e
320 (-35)
460 (-35)
320 (-28)
220 (-37)
320 (-31)
460 (-31)
220 (-31)
320 (-28)
460 (-28)
220 (-46)
320 (-33)
460 (-31)
220 (-46)
320 (-43)
460 (-40)
460 (-19)
Fina
Giran P
220 (-30)
320 (-25)
Fuchs Lubricants (UK) Plc
Renogear SG
220 (-32)
320 (-30)
Fuchs Mineraloelwerke GmbH
Renolin Unisyn CLP
220 (-37)
320 (-34)
460 (-28)
Klüber Lubrication
Klübersynth GEM 4
220 (-35)
320 (-35)
460 (-30)
320 (-19)
460 (-16)
320 (-37)
460 (-32)
460 (-31)
Kuwait Petroleum International
Q8 EL Greco
220 (-22)
Lubrication Engineers Inc
Synolec Gear Lubricant
9920 (-40)
Mobil Oil Company Limited
Mobilgear SHC
220 (-40)
Mobilgear SHC XMP
Optimol Ölwerke GmbH
Optigear Synthetic A
Petro-Canada
Super Gear Fluid
Shell Oils
Omala HD
Texaco Limited
c
220 (-40)
320 (-33)
220 (-31)
320 (-31)
e
220 (-43)
320 (-37)
460 (-37)
c
220 (-43)
320 (-40)
460 (-37)
220 (-43)
320 (-33)
460 (-33)
220 (-43)
320 (-43)
460 (-40)
Pinnacle EP
Pinnacle WM
c
Total
Carter EP/HT
220 (-34)
320 (-31)
460 (-28)
Tribol GmbH
Tribol 1510
220 (-36)
320 (-33)
460 (-28)
NOTES:
c) These lubricants have been tested for micro-pitting (FZG Type C), test results are available.
e) These lubricants contain additives which may adversely affect silvered or white metal components; consult oil supplier.
h) Minimum operating temperatures of these lubricants are based on worst case values, lower operating temperatures may be
available, please check with local supplier.
DANGER
Numbers in brackets indicate recomended minimum operating temperture in °C
THE UNIT MUST NOT RUN BELOW THIS TEMPERATURE
20
SERIES G
STANDARD SHAFT
SEALING ARRANGEMENTS
Right Angle Unit Input Shaft
Heavy Duty Agitator Unit Output shaft
Face Seal
(to prevent
ingress of foreign
bodies)
Face
Seal
Labyrinth
(Grease packed)
Viton
Lip Seal
Drywell
Flinger
(to eliminate oil surge
from bearing to seal
Bearing
Parallel Unit Input Shaft
(Grease purge)
Lip Seal
Labyrinth
Face Seal
(to prevent
ingress of foreign
bodies)
(Grease purge)
Labyrinth
Viton
Lip Seal
(Grease packed)
Heavy Duty Tower Unit Output Shaft
G21 & G22 Units
Face Seal
(to prevent
ingress of
foreign bodies)
Labyrinth
(Grease packed)
Flinger
Viton
Lip Seal
Labyrinth
(Grease purge)
Lip Seal
Standard Unit Output Shaft
Lip Seal
Labyrinth
(Grease purge)
21
SERIES G
INPUTSHAFT OPTIONS
INPUTSHAFT OPTIONS
C*
Parallel Shaft Units
SIZE OF
UNIT
TYPE OF
INPUTSHAFT
14 AND 15
Inch
16 AND 17
Inch
18 AND 19
Inch
21 AND 22
Inch
14 AND 15
Metric
16 AND 17
Metric
18 AND 19
Metric
21 AND 22
Metric
W2
Column 11 Entry
Y
Inch
Z
* Inch shaft has an open
ended keyway, therefore no
'C' dimension is required.
Tapped hole
dimn V4
NO OF
REDUCTIONS
W
øV
Metric
Single
N
Single
Double P
Double D
DIMENSIONS IN INCHES (Metric Shaft in mm)
C*
2 Stage
-
3 and 4 Stage
-
2 Stage
-
3 and 4 Stage
-
2 Stage
-
3 and 4 Stage
-
2 Stage
-
3 and 4 Stage
-
2 Stage
3
3 and 4 Stage
3
2 Stage
3
3 and 4 Stage
3
2 Stage
3
3 and 4 Stage
3
2 Stage
3
3 and 4 Stage
3
NO OF
REDUCTIONS
C*
øV
V4
W
W2
Y
Z
1.8750”
1.8740”
1.3750”
1.3745”
2.2500”
2.2490”
1.7500”
1.7490”
3.2500”
3.2490”
2.2500”
2.2490”
4.2500”
4.2490”
3.0000”
2.9990”
5/8” UNF
x 1.25 deep
1/2” UNF
x 1 deep
3/4” UNF
x 1.62 deep
5/8” UNF
x 1.25 deep
1” UNF
x 2 deep
3/4” UNF
x 1.62 deep
1” UNF
x 2 deep
3/4” UNF
x 1.62 deep
5.31”
4.13”
0.500”
2.10”
3.74”
3.00”
0.3125”
1.51”
5.71”
4.13”
0.500”
2.47”
4.53”
4.13”
0.375”
1.92”
7.48”
5.88”
0.750”
3.58”
5.71”
4.13”
0.500”
2.47”
8.27”
7.5”
1.000”
4.69”
7.48”
6.50”
0.750”
3.33”
50.018
50.002
35.018
35.002
60.03
60.011
45.018
45.002
85.035
85.013
60.03
60.011
110.035
110.013
80.03
80.011
M16
x 36
M12
x 25
M20
x 43
M16
x 36
M24
x 52
M20
x 43
M30
x 63
M20
x 43
138
130
14
53.5
99
90
10
38
148
140
18
64
118
110
14
48.5
190
180
22
90
150
140
18
64
210
200
28
116
190
180
22
85
Right Angle Shaft Units
SIZE OF
UNIT
TYPE OF
INPUTSHAFT
14 AND 15
Inch
16 AND 17
Inch
18 AND 19
Inch
21 AND 22
Inch
14 AND 15
Metric
16 AND 17
Metric
18 AND 19
Metric
21 AND 22
Metric
3 Stage
-
3 Stage
-
4 Stage
-
3 Stage
-
4 Stage
-
3 Stage
-
4 Stage
-
3 Stage
3
3 Stage
3
4 Stage
3
3 Stage
3
4 Stage
3
3 Stage
3
4 Stage
3
øV
DIMENSIONS IN INCHES (Metric Shaft in mm)
V4
W
W2
Y
Z
1.5000”
1.4995”
1.8750”
1.8740”
1.5000”
1.4995”
3.0000”
2.9990”
1.8750”
1.8740”
4.0000”
3.9990”
3.0000”
2.9990”
5/8” UNF
x 1.25 deep
5/8” UNF
x 1.25 deep
5/8” UNF
x 1.25 deep
3/4” UNF
x 1.62 deep
5/8” UNF
x 1.25 deep
1” UNF
x 2 deep
3/4” UNF
x 1.62 deep
3.94”
3.44”
0.375”
1.66”
5.51”
4.13”
0.500”
2.10”
3.94”
3.44”
0.375”
1.66”
6.30”
5.25”
0.750”
3.33”
5.51”
4.13”
0.500”
2.10”
8.27”
7.5”
1.00”
4.44”
6.30”
5.25”
0.750”
3.33”
38.018
38.002
50.018
50.002
38.018
38.002
75.03
75.011
50.018
50.002
100.035
100.013
75.03
75.011
M12
x 32
M16
x 36
M12
x 32
M20
x 43
M16
x 36
M24
x 52
M20
x 43
100
90
10
41
140
130
14
53.5
100
90
10
41
160
150
20
79.5
140
130
14
53.5
210
200
28
106
160
150
20
79.5
22
-
SERIES G
OUTPUTSHAFT OPTIONS
OUTPUTSHAFT OPTIONS
C*
W3
Y
Z
* Inch shaft has an open
ended keyway, therefore no 'C' dimension is
required.
Tapped hole
dimn V5
W
SIZE OF
UNIT
14
15
16
17
18
19
21
22
14
15
16
17
18
19
21
22
TYPE OF
OUTPUTSHAFT
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Inch Single
Inch Double
Inch Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Metric Single
Metric Double
Metric Agitator / Tower
Column 10 Entry
Column 10 Entry
Inch
Metric
Single
N
Single
-
Double
P
Double
D
Agitator
S
Agitator
A Tower
Tower
C
øV
DIMENSIONS IN MM (Inch Shaft in Inches)
C*
ØV1
V5
W1
W3
Y1
Z1
-
4.500”
4.499”
1” UNF
x 2” deep
7.09”
6.50”
1.00”
4.94”
-
5.000”
4.999”
1” UNF
x 2” deep
7.48”
7.13”
1.25”
5.55”
-
6.000”
5.999”
1.25” UNF
x 2.5” deep
9.06”
8.75”
1.50”
6.66”
-
6.750”
6.749”
1.25” UNF
x 2.5” deep
9.84”
9.38”
1.75”
7.39”
-
7.500”
7.499”
1.5” UNF
x 3 deep
11.81”
11.38”
1.75”
8.15”
-
8.250”
8.249”
1.5” UNF
x 3 deep
13.78”
13.00”
2.00”
8.88”
-
8.500”
8.499”
1.5” UNF
x 3 deep
13.78”
13.00”
2,00”
9.13”
-
9.250”
9.249”
1.5” UNF
x 3 deep
14.96”
14.25”
2.5”
9.95”
5
110.035
110.013
M30 x 3.5
63 deep
180
170
28
116
5
130.04
130.015
M30 x 3.5
63 deep
190
180
32
137
5
145.04
145.015
M42 x 4.5
81 deep
230
220
36
153
5
170.04
170.015
M42 x 4.5
81 deep
250
240
40
179
5
190.046
190.017
M42 x 4.5
81 deep
300
290
45
200
5
210.046
210.017
M42 x 4.5
81 deep
350
340
50
221
5
220.046
220.017
M42 x 4.5
81 deep
350
340
50
231
5
240.046
240.017
M42 x 4.5
81 deep
380
340
56
252
23
C
SERIES G
OUTPUTBORE OPTIONS
OUTPUTBORE OPTIONS
L
L2
Column 10 Entry *
With Shrink Disc H
SIZE OF UNIT
TYPE OF OUTPUTBORE
øD
øD3
øD
øD2
L
DIMENSIONS IN INCHES
ØD
14
Standard with Shrink Disc
4.72
15
Standard with Shrink Disc
5.51
16
Standard with Shrink Disc
6.30
17
Standard with Shrink Disc
7.09
18
Standard with Shrink Disc
7.87
19
Standard with Shrink Disc
8.66
21
Standard with Shrink Disc
10.24
22
Standard with Shrink Disc
11.02
ØD1
ØD2
3.742
3.940
3.740
3.937
4.332
4.531
4.331
4.528
4.923
5.122
4.921
5.118
5.710
5.909
5.709
5.906
6.301
6.697
6.299
6.693
6.694
7.091
6.693
7.087
8.270
8.665
8.268
8.661
9.057
9.453
9.055
9.449
24
ØD3
L
L1
L2
3.78
16.34
7.09
10.04
4.37
16.54
7.09
10.24
4.96
20.98
9.06
12.80
5.79
21.57
9.06
13.39
6.38
27.09
11.81
16.14
6.77
27.87
11.81
16.93
8.35
32.44
13.78
19.69
9.13
33.03
13.78
20.28
SERIES G
NOTES
25
SERIES G
REDUCER
SERIES G
26
SERIES G
OVERHUNG & AXIAL
LOADS ON SHAFTS
Maximum permissible overhung loads
When a sprocket, gear etc. is mounted on the shaft a calculation, as below, must be made to determine the overhung load on
the shaft, and the results compared to the maximum permissible overhung loads tabulated. Overhung loads can be reduced by
increasing the diameter of the sprocket, gear, etc. If the maximum permissible overhung load is exceeded, the sprocket, gear, etc.
should be mounted on a separate shaft, flexibly coupled and supported in its own bearings, or the gear unit shaft should be extended to run in an outboard bearing. Alternatively, a larger gear is often a less expensive solution.
Permissible overhung loads vary according to the direction of rotation. The values tabulated are for the most unfavourable direction
with the unit transmitting full rated power and the load P applied midway along the shaft extension. Hence they can sometimes be
increased for a more favourable direction of rotation, or if the power transmitted is less than the rated capacity of the gear unit, or if
the load is applied nearer to the gear unit case. Refer to our Application Engineers for further details. In any event, the sprocket,
gear etc. should be positioned as close as possible to the gear unit case in order to reduce bearing loads and shaft stresses, and to
prolong life.
All units will accept 100% momentary overload on stated capacities.
Overhung member
Overhung load (lb’s)
P=
Hp x 126 000 x K
NxD
where
P
Hp
N
D
K
=
=
=
=
=
equivalent overhung load (lb’s)
power transmitted by the shaft (Hp)
speed of shaft (rev/min)
pitch diameter of sprocket, etc. (in)
factor
Note: 1 lb = 0.4536 kg = 4.4484 newtons.
Fra
Frb
A
* If multistrand chain drives are equally loaded and the outer strand is further than dimension A output or B input, refer to our Application Engineers.
Frb
B
B
Parallel
Input Shaft
Output Shaft
Output Shaft - Distance 'A'
(midway along the shaft extension)
K (factor)
Chain sprocket*1.00
Spur or helical pinion1.25
Vee belt sheave1.50
Flat belt pulley
2.00
Right Angle
Input Shaft
Input Shaft - Distance 'B'
(midway along the shaft extension)
Parallel Shaft Unit
Right Angle Shaft Unit
Size of unit
Dimension
A(Inches)
Size of unit
2 Stage
3 & 4 Stage
3 Stage
4 Stage
G14
3.55”
G14 and G15
2.66
1.87
1.97
-
G15
3.74”
G16 and G17
2.86
2.27
2.76
1.97
G16
4.53”
G18 and G19
3.74
2.86
3.15
2.76
G17
4.92”
G21 and G22
4.13
3.74
4.13
3.15
G18
5.91”
G19
6.89”
G21
6.89”
G22
7.48”
Axial Thrust Capacities (lb’s)
Permissible axial thrust capacities vary according to the direction of rotation and the direction of thrust, towards or away from the
unit. The values tabulated are for the most unfavourable direction and hence can sometimes be increased. Similarly they can
sometimes be increased if the power transmitted is less than the rated capacity of the gear unit.
Thrust capacities tabulated refer to outputshafts, and are calculated without any overhung loads being applied. In cases where
combined axial thrusts and overhung loads are to be applied, refer to our Application Engineers.
27
SERIES G
OVERHUNG & AXIAL
LOADS ON SHAFTS
OVERHUNG LOADS (Fra) ON OUTPUTSHAFT (lb’s)
Parallel Shaft Units
Right Angle Shaft Units
Handings:
LR, RL, DL and DR
All handings with preferred shaft rotations
Unit Size
Shaft Speed
(Rev/min)
14
15
16
17
18
19
21
22
< 240
5700
9120
9804
18696
19380
26448
29640
36480
< 180
6156
9804
10488
18696
19836
26448
29640
36480
< 130
6612
10716
11172
18696
20520
26448
29640
36480
< 90
7296
11400
11856
18696
21660
26448
29640
36480
< 45
7752
12540
12540
18696
25080
26448
44916
44916
< 20
7068
12540
12540
18696
26448
26448
62700
62700
19
21
22
OVERHUNG LOADS (Fra) ON OUTPUTSHAFT (lb’s)
Parallel Shaft Units
Right Angle Shaft Units
Handings:
LL and RR
All handings with non-preferred shaft rotations
Unit Size
Shaft Speed
(Rev/min)
14
15
16
17
18
< 240
5700
7296
6384
13680
13680
18240
18240
18240
< 180
6156
7980
6612
13680
13908
18240
18240
18240
< 130
6612
8436
7068
13680
14364
18240
18240
18240
< 90
7296
9120
7068
13680
15504
18240
18240
18240
< 45
7752
10260
7068
13680
18240
18240
29640
29640
< 20
7068
10260
7068
13680
18240
18240
57000
57000
19
21
22
AXIAL THRUST ON OUTPUTSHAFT (lb’s)
Unit Size
Shaft Speed
(Rev/min)
14
15
16
17
18
< 240
1140
1938
1824
5700
3648
5928
5928
8208
< 180
1162.8
1960.8
1938
5700
3876
6156
6156
8208
< 130
1208.4
2257.2
2166
6156
4104
6840
6156
8208
< 90
1413.6
2736
2280
6612
4332
7752
6156
8208
< 45
2508
4560
3420
9120
8208
10260
8436
8436
< 20
4332
7296
6384
14820
14820
14820
18240
19836
OVERHUNG LOADS (Frb) ON INPUTSHAFT (lb’s)
Unit Type
Parallel Shaft
Right Angle
Unit Size
14
15
16
17
18
19
21
22
2 Stage
3420
3420
5016
5016
8892
8892
15960
15960
3 and 4 Stage
1573.2
1573.2
2074.8
2074.8
3648
3648
5700
5700
2 Stage
2508
2508
3648
3648
9348
9348
12768
12768
3 and 4 Stage
-
-
2508
2508
3648
3648
9348
9348
28
SERIES G
AGITATOR APPLICATIONS
BENDING MOMENT CAPACITY
To calculate the Bending Moment on the gearbox output shaft using the method recommended in The Engineering Equipment Users' Association Handbook
No. 9:Bending Moment = Absorbed Power (hp) x 63000 x L = lb’s
Shaft Speed x 0.75 R
The above information is given for guidance. When more precise bending
moment values are available they should be used.
Check the Bending Moment Capacity of the Gearbox
Agitator units are suitable for supporting a paddle directly coupled to the
gearbox output shaft and for accepting the bending moments and axial thrusts
generated from the forces at the paddle. Agitator type units have an extended
bearing span and taper bearings to accept higher loads than the standard unit.
Check the Bending Moment Capacity limited by shaft stress, using Table 2.
Output Torque
L
feet
Check the Bending Moment Capacity limited by bearing life, using Table 3.
Note: Bearing Capacities are based on 10,000 hours, L10 life. For other bearing lives multiply the values in Table 3 by the
factors in Table 1.
R
feet
Table 1 Bearing Life Factors (FB)
Required Life (hours)
5000
10000
Factor1.231
25000
50000
100000
0.76
0.62
0.50
P
(lb in )
For intermediate values
FB = (
3/ R
4
10000
)
Required Life (hours)
0.3
Table 2 Bending Moment Capacity (lb in) Allowable Bending Moment at output shaft lower bearing, limited by SHAFT STRESS
Unit Size
Unit
Type
14
15
16
17
18
19
21
22
Agitator Units
9912
15311
21417
33011
44250
60180
90270
**
Table 3 Bending Moment Capacity (lb in) Allowable Bending Moment on output shaft bearings, limited by BEARING LIFE (10,000 hrs L10)*
Unit Type
Agitator Units
Output
Speed
rev/min
Unit Size
14
15
16
17
18
19
21
< 240
5222
9647
10178
22745
23807
32568
35400
< 180
6549
11417
12833
26639
29825
39825
46905
< 130
9381
14868
18762
34427
43188
53985
74340
< 90
10178
16284
20267
37701
46905
60180
80535
< 45
14691
22302
29471
48675
64605
78765
117705
< 20
21329
29117
41330
62835
85845
103545
155760
*
For other lives multiply values by the factors in table 1
**
Consult Application Engineering
29
22
**
SERIES G
AGITATOR APPLICATIONS
AXIAL THRUST LOADS
Table 4 Axial thrust capacity (lb’s)
Allowable thrust on output shaft, limited by COVER BOLT STRESS
Unit Type
Agitator Units
Note:
Unit Size
14
15
16
17
18
19
21
22
6750
9000
12375
14625
14625
14625
33750
**
The values in table 4 are calculated for the most adverse direction of rotation. For the opposite rotation they can be increased. Consult our Application Engineers for an analysis where necessary.
Table 5 Axial thrust capacity (lb’s)
Allowable thrust on output shaft, limited by BEARING LIFE (10,000 hrs L10)*
Direction Of
Thrust
Unit Type
Agitator Units
Agitator Units
*
**
Output
Speed
rev/min
14
15
16
17
18
19
21
< 240
3150
5850
5175
11475
9000
12375
12600
< 180
3150
6075
5400
11700
9225
12600
13050
< 130
3375
6300
5625
11700
9225
12825
13050
< 90
3600
6750
6300
12825
10350
14175
14850
< 45
5850
9675
10125
18225
16875
21825
24750
Unit Size
< 20
9000
14175
15750
26100
25875
32850
39375
< 240
2250
4950
3825
9900
6975
10125
9000
< 180
2475
5175
4050
10125
7200
10350
9225
< 130
2475
5400
4050
10350
7200
10575
9225
< 90
2925
5625
4725
11250
8325
11925
11250
< 45
5175
8775
8550
16650
14625
19350
20925
< 20
8100
13275
14400
24750
23850
30375
35325
22
**
**
For other lives multiply values by the factors in table 1 page 29.
Consult Application Engineering
Note: Values are based on the most unfavourable directions of rotation. Higher values may be permitted after analysis by our
Application Engineers.
30
SERIES G
NOTES
31
SERIES G
PARALLEL SHAFT UNITS
Contents
Page No
Moments of Inertia
33
Exact Ratios
34
Mechanical Ratings - Input Power / Output Torque
35 - 38
Thermal Ratings
39
Dimension Sheets - Speed Reducers
40 - 44
32
SERIES G
MOMENTS OF INERTIA
PARALLEL SHAFT UNITS
MOMENTS OF INERTIA (lb in2) Referred to Input Shaft
PARALLEL SHAFT UNITS - without fans
G15
G16
G17
G18
G19
G21
G22
140.22
-
485.64
-
2281.14
-
-
-
7.1
114.57
-
451.44
-
1969.92
-
7866.00
-
8.0
100.89
165.87
389.88
603.63
1588.59
2722.32
6840.00
8614.98
9.0
87.21
135.09
333.45
554.04
1371.42
2346.12
5985.00
7489.80
10.
76.95
117.99
285.57
478.80
1277.37
1877.58
5198.40
6429.60
11.
66.69
102.60
239.40
398.43
1104.66
1602.27
4411.80
5608.80
12.
58.14
88.92
200.07
336.87
855.00
1474.02
3864.60
4753.80
14.
49.59
75.24
165.87
282.15
798.57
1260.27
3279.78
4104.00
16.
42.75
64.98
152.19
235.98
665.19
978.12
2753.10
3488.40
18.
35.91
56.43
141.93
193.23
591.66
892.62
2561.58
2900.16
20.
33.52
46.17
129.96
172.71
569.43
735.30
2267.46
2688.12
22.
30.78
39.33
119.70
157.32
523.26
653.22
2096.46
2363.22
25.
29.07
35.91
109.44
143.64
459.99
619.02
1932.30
2175.12
28.
27.02
33.17
101.23
129.96
446.31
564.30
1800.63
1993.86
32.
24.97
30.44
99.86
117.99
410.40
489.06
1687.77
1846.80
36.
15.39
28.39
51.30
107.73
208.62
470.25
1629.63
1723.68
40.
13.34
26.33
48.22
106.02
203.49
427.50
819.09
1658.70
45.
12.65
14.71
45.49
56.43
191.52
224.01
776.34
844.74
50.
11.97
14.02
43.09
51.30
176.13
215.46
735.30
796.86
56.
11.63
13.34
41.04
47.88
172.71
201.78
701.10
748.98
63.
11.29
12.65
40.36
46.17
162.45
182.97
673.74
714.78
71.
10.60
11.97
38.30
42.75
148.77
177.84
658.35
680.58
80.
10.60
11.63
36.94
41.72
147.06
167.58
571.14
666.90
90.
10.26
10.94
36.59
39.33
141.93
152.19
555.75
624.15
100
10.26
10.60
31.46
37.96
124.83
148.77
547.20
58.14
112
9.9
10.60
31.12
37.62
123.12
145.35
444.60
598.50
125
9.9
10.26
30.78
32.49
119.70
124.83
437.76
495.90
140
6.2
10.26
19.49
31.46
85.50
123.12
434.34
485.64
160
6.2
9.9
18.13
31.12
76.95
121.41
287.28
482.22
180
6.2
6.2
17.78
20.52
75.24
85.50
249.66
328.32
200
6.2
6.2
17.78
18.13
75.24
76.95
246.24
287.28
225
-
6.2
-
17.78
-
75.24
244.53
285.57
250
-
6.2
-
17.78
-
75.24
-
283.86
PARALLEL SHAFT UNITS - with fans
If fan cooling is required the inertia of the fan must be added to the table above.
MOMENTS OF INERTIA of fans (lb in2)
G14/G15
G16/G17
G18/G19
G21
DOUBLE REDUCTION
97.05
252.53
808.16
1676.46
TRIPLE REDUCTION
N/A
97.05
252.53
808.16
GD2 (lb in2) = 4 x Moment of Inertia (lb in2)
33
DOUBLE REDUCTION
G14
TRIPLE REDUCTION
6 7 8
6.3
PARALLEL SHAFT UNITS - SIZE
QUADRUPLE REDUCTION
NOMINAL RATIO
COLUMN
ENTRY
SERIES G
EXACT RATIOS
PARALLEL SHAFT UNITS
EXACT RATIOS - PARALLEL SHAFT UNITS
Double Reduction
Nominal Ratio
Column
Entry
UNIT - SIZE
6 7 8
6.3
G14
G15
G16
G17
G18
G19
G21
G22
-
6.1
-
6.528
-
6.324
-
-
7.1
7.029
-
7.06
-
6.986
-
7.36
-
8.0
7.752
7.7
7.729
8.393
8.016
7.93
8.153
8.221
9.0
8.578
8.873
8.82
9.078
8.935
8.76
9.221
9.106
10.
9.531
9.785
9.929
9.938
9.765
10.051
10.104
10.293
11.
10.643
10.828
11.063
11.34
10.957
11.204
11.324
11.285
12.
11.957
12.031
12.641
12.766
12.797
12.245
12.765
12.647
14.
13.534
13.435
14.36
14.223
14.092
13.739
14.494
14.257
16.
15.462
15.094
15.504
16.253
15.982
16.047
16.608
16.188
18.
-
17.084
-
18.463
-
17.671
17.851
18.549
20.
-
19.517
-
19.934
-
20.04
-
19.938
G21
G22
-
Triple Reduction
Nominal Ratio
Column
Entry
UNIT - SIZE
6 7 8
18.
G14
G15
G16
G17
G18
G19
17.401
-
17.934
-
17.539
-
-
20.
19.335
-
20.19
-
19.168
-
20.569
-
22.
21.591
21.966
22.494
23.058
21.507
21.994
23.051
22.973
25.
24.256
24.406
25.704
25.958
25.12
24.036
25.985
25.746
28.
27.455
27.254
29.199
28.921
27.662
26.969
29.506
29.023
32.
31.365
30.619
31.525
33.048
31.371
31.499
33.809
32.955
36.
34.721
34.657
35.77
37.542
35.182
34.688
36.34
37.761
40.
38.579
39.592
40.269
40.532
38.45
39.339
41.011
40.587
45.
43.08
43.828
44.865
45.99
43.141
44.117
45.96
45.804
50.
48.399
48.698
51.268
51.774
50.388
48.215
51.81
51.332
56.
54.782
54.379
58.239
57.683
55.488
54.098
58.829
57.865
63.
62.583
61.094
62.877
65.916
62.928
63.185
67.408
65.705
71.
-
69.151
-
74.879
-
69.58
72.455
75.287
80.
-
78.999
-
80.842
-
78.909
-
80.924
G21
G22
Quadruple Reduction
Nominal Ratio
Column
Entry
UNIT - SIZE
6 7 8
71.
G14
G15
G16
G17
G18
G19
70.494
80.
78.327
-
71.59
-
73.105
-
-
-
-
81.324
-
80.504
-
79.169
-
90.
87.465
88.984
87.8
92.044
100
98.265
98.872
104.001
104.559
91.298
91.671
90.715
88.423
102.455
100.949
97.506
101.318
112
111.224
110.407
118.142
112.886
112.825
114.485
115.479
108.903
125
127.063
124.039
127.55
133.716
127.953
128.475
132.32
128.977
140
136.419
140.398
140.233
151.897
140.825
141.479
142.226
147.786
160
153.263
160.392
166.109
163.993
158.034
160.449
159.476
158.85
180
173.476
172.201
188.694
180.299
174.029
176.59
188.872
178.116
200
198.181
193.464
203.721
213.568
197.364
198.17
216.416
210.948
225
-
218.978
-
242.607
-
218.227
232.618
241.712
250
-
250.163
-
261.927
-
247.488
-
259.808
34
SERIES G
PARALLEL SHAFT UNIT MECHANICAL
RATINGS AT 1750 RPM INPUT
278
7.1
246
8.0
219
9.0
194
10.
175
11.
156
12.
140
14.
125
16.
109.4
18.
97.2
20.
87.5
22.
79.5
25.
70.0
28.
62.5
32.
54.7
36.
48.6
40.
43.8
45.
38.9
50.
35.0
56.
31.3
63.
27.8
71.
24.6
80.
21.9
90.
19.4
100
17.5
112
15.6
125
14.0
140
12.5
160
10.9
180
9.7
200
8.8
225
7.8
250
7.0
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
358
77000
320
79000
295
80000
272
82000
250
83000
230
85000
208
87000
168
89000
169.0
91000
156
93000
145.0
97000
131
97000
97.6
97000
105
97000
92.8
97000
80.2
97000
73.0
97000
66.0
97000
59.3
97000
52.8
97000
46.7
97000
39.4
97000
35.8
97000
32.3
97000
29.1
97000
25.9
97000
22.9
97000
20.8
97000
18.6
97000
16.6
97000
14.6
97000
-
390
105000
351
108000
327
112000
304
115000
279
116000
253
118000
228
120000
205
120000
182.0
123000
156
1170000
143
121000
130
122000
116
123000
104
123000
91.7
123000
79.3
119000
72
121000
65.2
122000
58.5
123000
52.2
123000
46.1
123000
38.5
117000
35.2
118000
31.8
120000
28.5
122000
25.4
123000
22.5
123000
20.4
123000
18.3
123000
16.3
123000
14.4
123000
738
169000
695
172000
646
175000
581
180000
528
185000
484
187000
435
192000
393
197000
369
200000
319
198000
307
214000
282
218000
256
226000
225
226000
209
226000
184.0
226000
164
226000
148
226000
129
226000
113
226000
105
2226000
93.1
226000
82.1
226000
76.0
226000
64.2
226000
56.6
226000
52.6
226000
47.7
226000
40.4
226000
35.5
226000
33.0
226000
-
739
217000
716
228000
666
231000
618
245000
569
253000
519
258000
499
282000
421
270000
396
275000
319
254000
319
286000
287
290000
252
290000
222
290000
206
290000
181
290000
161
290000
145
290000
127
290000
112
290000
103
290000
90.5
290000
80.6
290000
74.7
290000
63.2
290000
55.7
290000
51.5
290000
46.9
290000
39.5
290000
34.9
290000
32.4
290000
1680
375000
1570
388000
1421
401000
1322
415000
1274
438000
1173
451000
1021
457000
971
478000
869
484000
764
466000
758
505000
677
505000
581
505000
528
505000
466
505000
409
505000
381
505000
340
505000
292
505000
265
505000
234
505000
184
482000
173
500000
158
505000
145
505000
132
505000
117
505000
106
505000
94.3
505000
85.7
505000
75.7
505000
-
1676
469000
1569
486000
1421
504000
1322
522000
1274
549000
1173
566000
1021
574000
971
600000
869
608000
764
584000
764
638000
687
650000
620
680000
564
680000
498
680000
409
620000
409
680000
363
680000
311
680000
283
680000
250
680000
205
640000
193
665000
174
680000
155
680000
141
680000
124
680000
113
680000
101
680000
91.5
680000
80.8
680000
3017
787000
3017
867000
3017
973000
2883
1020000
2655
1050000
2434
1090000
2186
1106000
1971
1151000
1824
1151000
1589
1151000
1421
1151000
1262
1151000
1113
1151000
974
1151000
907
1151000
805
1151000
719
1151000
638
1151000
563
1151000
492
1151000
459
1151000
422
1151000
369
1151000
343
1151000
291
1151000
255
1151000
237
1151000
212
1151000
178.0
1151000
156.0
1151000
145.0
1151000
-
3018
879000
3018
974000
3018
1100000
2880
1150000
2658
1190000
2438
1230000
2192
1250000
2019
1320000
1918
1350000
1615
1300000
1583
1420000
1407
1420000
1242
1420000
1086
1420000
1012
1420000
899
1420000
803
1420000
714
1420000
630
1420000
551
1420000
513
1420000
473
1420000
413
1420000
385
1420000
326
1420000
285
1420000
265
1420000
237
1420000
200
1420000
175
1420000
163
1420000
DOUBLE REDUCTION
6.3
Mechanical
Capacity
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
Bold Text: Forced lubrication System Required
35
SERIES G
PARALLEL SHAFT UNIT MECHANICAL
RATINGS AT 1450 RPM INPUT
230.0
7.1
204.0
8.0
181.0
9.0
161.0
10.
145.0
11.
129.0
12.
116.0
14.
104.0
16.
90.6
18.
80.6
20.
72.5
22.
65.9
25.
58.0
28.
51.8
32.
45.3
36.
40.3
40.
36.3
45.
32.2
50.
29.0
56.
25.9
63.
23.0
71.
20.4
80.
18.1
90.
16.1
100
14.5
112
12.9
125
11.6
140
10.4
160
9.1
180
8.1
200
7.3
225
6.4
250
5.8
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
308
79300
274
82000
254
83000
234
85000
214
86000
196
88000
179
90000
162
92000
146.0
95000
130
95000
120.0
97000
109
98000
97.6
99000
87
100000
76.8
100000
66.4
97000
60.3
97000
54.6
98000
49.1
99000
43.7
100000
38.6
100000
32.6
94000
29.6
95000
26.8
96000
24
97000
21.5
98000
18.9
99000
17.2
97000
15.4
97000
13.8
98000
12.2
99000
-
342
115000
308
117000
286
118000
260
119000
237
121000
215
122000
193
123000
173
123000
153.0
123000
130
119000
119.0
121000
107
122000
96.4
123000
86
123000
75.9
123000
65.6
119000
59.7
121000
53.9
122000
48.4
123000
43.2
123000
38.2
123000
32.1
117000
29.1
118000
26.3
120000
23.6
122000
21.1
123000
18.6
123000
16.9
123000
15.2
123000
13.5
123000
11.9
123000
635
176000
597
178000
555
181000
499
186000
453
190000
416
194000
374
199000
337
204000
317
207000
280
209000
270
226000
241
226000
212
226000
186
226000
173
226000
153.0
226000
135
226000
122
226000
107
226000
94.0
226000
87.2
2226000
77.1
226000
68.0
226000
63.0
226000
53.2
226000
46.9
226000
43.4
226000
39.4
226000
33.4
226000
29.4
226000
27.2
226000
-
648
230000
628
241000
583
245000
542
260000
499
269000
455
273000
419
290000
369
290000
342
290000
280
269000
265
290000
238
290000
209
290000
184
290000
170
290000
150
290000
133
290000
120
290000
105
290000
92.4
290000
85.7
290000
75.3
290000
66.3
290000
61.9
290000
52.3
290000
46.1
290000
42.7
290000
38.3
290000
32.3
290000
28.9
290000
26.3
290000
1470
396000
1381
410000
1250
425000
1160
440000
1120
463000
1030
477000
894
505000
848
505000
749
505000
671
493000
629
505000
561
505000
482
505000
438
505000
386
505000
345
505000
316
505000
282
505000
242
505000
219
505000
194
505000
161
482000
152
500000
135
505000
120
505000
109
505000
96.6
505000
87.6
505000
78.1
505000
71.0
505000
62.7
505000
-
1470
496000
1381
515000
1250
533000
1160
552000
1120
580000
1030
600000
894
607000
852
635000
762
643000
671
618000
671
680000
600
680000
514
680000
467
680000
412
680000
358
680000
337
680000
301
680000
258
680000
234
680000
207
680000
180
680000
163
680000
144
680000
128
680000
117.0
680000
103.0
680000
93.5
680000
83.4
680000
75.8
680000
66.9
680000
2494
787000
2494
867000
2494
973000
2494
1080000
2360
1142000
2105
1151000
1851
1151000
1623
1151000
1515
1151000
1320
1151000
1179
1151000
1046
1151000
924
1151000
807
1151000
752
1151000
668
1151000
597
1151000
530
1151000
468
1151000
408
1151000
380
1151000
350
1151000
306
1151000
286
1151000
241
1151000
211
1151000
196
1151000
176
1151000
148.0
1151000
129.0
1151000
120.0
1151000
-
2501
879000
2501
974000
2501
1100000
2501
1200000
2331
126000
2138
1300000
1922
1320000
1739
1370000
1633
1380000
1389
1350000
1314
1420000
1168
1420000
1031
1420000
902
1420000
840
1420000
746
1420000
667
1420000
593
1420000
523
1420000
457
1420000
425
1420000
392
1420000
343
1420000
319
1420000
270
1420000
236
1420000
220
1420000
196
1420000
166
1420000
145
1420000
135
1420000
36
DOUBLE REDUCTION
6.3
Mechanical
Capacity
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUDRUPLE REDUCTION
Nominal
Ratio
Column
Entry
SERIES G
PARALLEL SHAFT UNIT MECHANICAL
RATINGS AT 1160 RPM INPUT
184
7.1
163
8.0
145
9.0
129
10.
116
11.
104
12.
93
14.
83
16.
72.5
18.
64.4
20.
58.0
22.
52.7
25.
46.4
28.
41.4
32.
36.3
36.
32.2
40.
29.0
45.
25.8
50.
23.2
56.
20.7
63.
18.4
71.
16.3
80.
14.5
90.
12.9
100
11.6
112
10.4
125
9.3
140
8.3
160
7.3
180
6.4
200
5.8
225
5.2
250
4.6
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
257
83000
229
85000
211
87000
195
88000
179
90000
164
92000
150
94000
136
97000
123.0
100000
104
95000
96.1
97000
86.9
98000
78.0
99000
69.6
100000
61.6
100000
53.1
97000
48.3
97000
43.7
98000
39.3
99000
35.0
100000
30.8
100000
26.0
94000
23.7
95000
21.5
96000
19.2
97000
17.2
98000
15.2
99000
13.8
97000
12.3
97000
11.0
98000
9.8
99000
-
283
115000
251
117000
229
118000
209
119000
190
121000
173
122000
154
123000
138
123000
122.0
123000
104
119000
95.0
121000
85.8
122000
77.1
123000
68.8
123000
60.7
123000
52.4
119000
47.7
121000
43.2
122000
38.8
123000
34.6
123000
30.6
123000
25.5
117000
23.3
118000
21
120000
18.9
122000
16.8
123000
14.9
123000
13.5
123000
12.1
123000
10.8
123000
9.5
123000
530
183000
498
186000
463
190000
416
195000
379
200000
347
200000
312
210000
283
215000
267
220000
240
226000
216
226000
193
226000
169
226000
149
226000
138
226000
122.0
226000
108
226000
97.4
226000
85.4
226000
75.2
226000
69.7
2226000
61.7
226000
54.3
226000
50.4
226000
42.5
226000
37.5
226000
34.7
226000
31.6
226000
26.7
226000
23.5
226000
21.9
226000
-
554
246000
536
254000
499
260000
463
280000
426
290000
383
290000
335
290000
295
290000
274
290000
238
290000
212
290000
190
290000
167
290000
147
290000
136
290000
120.0
290000
107.0
290000
95.3
290000
83.9
290000
73.9
290000
68.5
290000
60.6
290000
53.4
290000
49.5
290000
41.3
290000
36.9
290000
34.2
290000
31
290000
26.2
290000
23.1
290000
21.4
290000
1257
422000
1181
438000
1067
454000
992
469000
956
494000
871
505000
747
505000
679
505000
600
505000
551
505000
504
505000
450
505000
386
505000
350
505000
309
505000
276
505000
253
505000
225
505000
193
505000
176
505000
155
505000
134
505000
122
505000
108
505000
96.2
505000
87.4
505000
77.2
505000
70.0
505000
62.5
505000
56.8
505000
50.1
505000
-
1257
530000
1181
550000
1067
570000
992
590000
956
620000
880
640000
764
650000
725
680000
641
680000
574
680000
538
680000
480
680000
412
680000
374
680000
330
680000
295
680000
270
680000
241
680000
206
680000
187
680000
165
680000
144
680000
130
680000
115
680000
103
680000
93.3
680000
82.4
680000
74.8
680000
66.7
680000
60.6
680000
53.5
680000
1998
787000
1998
867000
1998
973000
1998
1080000
1891
1142000
1690
1151000
1489
1151000
1301
1151000
1207
1151000
1057
1151000
944
1151000
838
1151000
740
1151000
646
1151000
602
1151000
535
1151000
479
1151000
425
1151000
374
1151000
327
1151000
304
1151000
280
1151000
245
1151000
228
1151000
193
1151000
169
1151000
157
1151000
139
1151000
119.0
1151000
104.0
1151000
96.4
1151000
-
2000
878000
2000
974000
2000
1100000
2000
1200000
1995
1350000
1808
1370000
1593
1370000
1435
1410000
1348
1420000
1161
1410000
1053
1420000
937
1420000
827
1420000
723
1420000
674
1420000
599
1420000
535
1420000
475
142000
419
142000
366
142000
366
142000
314
142000
275
142000
256
142000
216
142000
189
142000
176
142000
157
142000
133
142000
116
142000
108
142000
37
DOUBLE REDUCTION
6.3
Mechanical Capacity
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
SERIES G
PARALLEL SHAFT UNIT MECHANICAL
RATINGS AT 960 RPM INPUT
139
7.1
123
8.0
109
9.0
97
10.
88
11.
78
12.
70
14.
63
16.
54.7
18.
48.6
20.
43.8
22.
39.8
25.
35.0
28.
31.3
32.
27.3
36.
24.3
40.
21.9
45.
19.4
50.
17.5
56.
15.6
63.
13.9
71.
12.3
80.
10.9
90.
9.7
100
8.8
112
7.8
125
7.0
140
6.3
160
5.5
180
4.9
200
4.4
225
3.9
250
3.5
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
204
87000
182
90000
168
91000
155
93000
143
96000
132
97000
118
99000
105
100000
93.0
100000
79.3
96000
72.5
97000
65.5
98000
58.9
99000
52.6
100000
46.3
100000
40.1
97000
36.4
97000
33.0
98000
29.6
99000
26.4
100000
23.3
100000
19.7
94000
17.8
95000
16.1
96000
14.5
97000
13
98000
11.4
99000
10.4
97000
9.3
97000
8.3
98000
7.3
99000
-
214
115000
189
117000
174
118000
158
119000
144
121000
130
122000
117
123000
104
123000
91.9
123000
78.7
119000
71.6
121000
64.8
122000
58.2
123000
51.8
123000
45.8
123000
39.6
119000
35.9
121000
32.5
122000
29.2
123000
26.0
123000
23.0
123000
19.2
117000
17.6
118000
15.9
120000
14.2
122000
12.7
123000
11.2
123000
10.2
123000
9.1
123000
8.1
123000
7.2
123000
422
193000
396
196000
369
200000
331
204000
302
210000
278
215000
252
222000
226
226000
210
226000
182
226000
163
226000
145
226000
128
226000
113
226000
105
226000
92.0
226000
81.8
226000
73.5
226000
64.4
226000
56.7
226000
52.6
2226000
46.4
226000
40.9
226000
38.0
226000
32.1
226000
28.2
226000
26.3
226000
23.8
226000
20.2
226000
17.7
226000
16.5
226000
-
455
268000
440
280000
410
285000
362
290000
321
290000
289
290000
253
290000
223
290000
206
290000
180
290000
160
290000
144
290000
126
290000
111
290000
103
290000
90.5
290000
80.4
290000
72.2
290000
63.3
290000
55.7
290000
51.7
290000
45.7
290000
40.3
290000
37.3
290000
31.5
290000
27.3
290000
25.3
290000
23.4
290000
19.8
290000
17.4
290000
16.2
290000
1030
458000
969
480000
876
490000
805
505000
737
505000
658
505000
564
505000
513
505000
453
505000
416
505000
381
505000
340
505000
291
505000
265
505000
234
505000
208
505000
191
505000
170
505000
146
505000
132
505000
117
505000
101
505000
92.1
505000
81.3
505000
72.5
505000
65.9
505000
58.2
505000
52.8
505000
47.1
505000
42.8
505000
37.8
505000
-
1039
575000
969
600000
876
620000
814
640000
784
675000
703
680000
602
680000
548
680000
483
680000
444
680000
407
680000
363
680000
311
680000
282
680000
249
680000
222
680000
203
680000
181
680000
156
680000
141
680000
125
680000
108.0
680000
98.3
680000
86.8
680000
77.4
680000
70.4
680000
62.1
680000
56.4
680000
50.3
680000
45.7
680000
40.3
680000
1509
787000
1509
867000
1509
973000
1509
1080000
1435
1142000
1274
1151000
1126
1151000
979
1151000
912
1151000
798
1151000
713
1151000
634
1151000
559
1151000
488
1151000
455
1151000
404
1151000
361
1151000
320
1151000
283
1151000
247
1151000
229
1151000
212
1151000
185
1151000
173
1151000
146
1151000
127
1151000
119
1151000
106
1151000
89.0
1151000
78.0
1151000
73.0
1151000
-
1509
877000
1509
974000
1509
1100000
1509
1200000
1509
1410000
1419
1420000
1250
1420000
1096
1420000
1021
1420000
892
1420000
797
1420000
708
1420000
625
1420000
547
1420000
509
1420000
452
1420000
404
1420000
359
1420000
316
1420000
276
1420000
257
1420000
237
1420000
207
1420000
193
1420000
163
1420000
143
1420000
133
1420000
118
1420000
100
1420000
87.4
1420000
81.4
1420000
38
DOUBLE REDUCTION
6.3
Mechanical
Capacity
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
SERIES G
PARALLEL SHAFT UNIT
THERMAL RATINGS
Thermal Ratings HP
These thermal ratings assume the gear unit is in constant use working in an ambient temperature of 77°F (25°C)* installed in a
large indoor space at sea level.
These ratings must be adjusted for alternative operating and environment conditions refer to Thermal ratings and service factors on
page 6.
*maximum bulk oil temperature 203°F (95°C)
Parallel Shaft Units - Double Reduction
Type of Cooling
Input Speed
(rev/min)
1750
No Additional
Cooling
1450
1160
960
1750
Fan Cooling
1450
1160
960
1750
Cooling Coil
1450
1160
960
1750
Fan and Cooling
Coil
1450
1160
960
Ratio
G1420
G1520
G1620
G1720
G1820
G1920
G2120
G2220
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
8:1
16:1
110
84
109
84
109
85
108
85
198
162
175
142
153
123
137
110
300
256
294
252
289
248
285
245
355
309
335
291
315
273
302
261
123
98
121
98
120
97
119
97
202
170
179
150
157
131
142
118
319
281
312
276
307
271
303
268
366
326
347
309
329
293
317
281
185
153
191
159
195
164
199
168
320
280
292
253
264
227
244
209
498
451
498
451
498
451
497
451
578
528
557
508
537
489
523
476
176
149
182
156
188
162
192
166
309
274
280
247
251
221
231
202
507
466
505
464
502
463
501
462
582
539
559
518
537
498
523
483
291
241
306
256
320
270
328
278
501
432
453
390
406
348
374
320
876
789
873
788
871
786
869
786
1000
908
960
872
923
837
897
813
221
218
246
244
269
266
283
280
467
463
424
421
383
380
354
352
748
744
750
746
752
748
754
750
889
885
854
849
819
815
796
792
263
236
314
285
357
327
385
353
556
518
520
484
486
451
462
427
783
741
804
762
823
781
835
794
956
911
928
884
901
858
883
840
278
252
332
304
377
348
406
376
588
552
550
516
514
481
488
456
821
782
842
804
863
824
877
838
1002
961
974
934
946
907
927
888
Ratio
G1430
G1530
G1630
G1730
G1830
G1930
G2130
G2230
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
22:1
56:1
78
52
75
52
73
52
72
51
147
109
127
94
109
80
97
71
210
166
203
161
197
157
193
155
83
60
81
59
78
58
77
58
155
122
134
106
116
90
103
80
219
182
212
177
206
172
202
169
123
91
124
92
124
94
124
95
238
191
211
169
186
147
168
132
336
283
331
280
326
276
323
274
119
93
122
96
124
99
126
101
242
204
216
181
190
159
173
143
344
301
340
298
336
295
333
293
197
146
202
153
208
160
211
164
411
334
365
295
320
257
289
231
578
489
570
484
563
479
558
476
169
130
186
147
200
161
209
170
444
378
397
336
351
296
319
268
574
502
571
501
569
501
568
500
183
155
215
185
242
211
259
228
514
471
471
430
428
389
397
360
534
491
545
502
555
512
561
519
194
167
228
199
256
226
274
244
537
497
493
454
448
411
417
381
562
521
573
532
584
543
591
551
Ratio
G1440
G1540
G1640
G1740
G1840
G1940
G2140
G2240
100:1
200:1
100:1
200:1
100:1
200:1
100:1
200:1
48
35
47
35
46
35
46
34
56
40
54
40
52
39
52
39
84
61
84
62
84
63
84
63
87
68
88
70
88
71
89
72
138
108
142
113
146
117
148
120
137
109
146
119
154
127
158
132
156
123
180
147
200
166
213
178
173
139
198
163
218
183
231
196
Parallel Shaft Units - Triple Reduction
Type of Cooling
Input Speed
(rev/min)
1750
No Additional
Cooling
1450
1160
960
1750
Fan Cooling
1450
1160
960
1750
Cooling Coil
1450
1160
960
Parallel Shafts - Quadruple Reduction
Type of Cooling
Input Speed
(rev/min)
1750
No Additional
Cooling
1450
1160
960
39
SERIES G
DIMENSIONS HORIZONTAL PARALLEL
SHAFTS DOUBLE REDUCTION
2 0
H Double Reduction Parallel Shaft Units Horizontal
B
Q
P
W
N
W1
A
Tapped
hole
dimn V4
Tapped
hole
dimn V5
E
E1
G
W2
U1
U1
G
H
F
• For shaft/sleeve
tolerance refer to shaft
options tables pages
22 to 24
T
D
W3
J
U
R ø holes for
S ø bolts
K1
F
K2
M
Y1
(Opposite side
of case)
Y
P
ø V1
Input Shaft
Output Bore
Unit
Size
A
B
D
E
E1
L1
H1
øD1
øD2
H1
Output Shaft
L2
øV
Hollow Shaft Option
W
Z
Z1
A
* Maximum bolt length
F
G
H
H1
J
K1
K2
M
N
P
Q
R
S
T
U
U1
6 x M16
x 60*
6 x M16
x 60*
6 x M24
x 80*
6 x M24
x 80*
6 x M30
x 100*
6 x M30
x 100*
6 x M36
x 100*
6 x M36
x 100*
0.98
26.93
2.17
0.98
26.93
2.17
1.18
35.35
2.76
1.18
35.35
2.76
1.46
40.79
3.54
1.57
46.06
3.54
1.97
54.33
4.72
1.97
56.69
4.72
G14
12.80 21.81
9.06
9.84
14.57
6.97
10.43 11.81
5.91
6.69
11.22
32.28 11.61 12.40 14.17
0.73
G15
14.37 23.39
9.06
9.84
14.57
6.97
10.43 11.81
5.91
5.12
11.22
32.28 10.04 12.40 14.57
0.73
G16
16.93 28.66 11.81 13.19 20.28
8.86
12.99 14.96
7.48
8.86
15.16
41.73 14.57 14.57 18.11
1.10
G17
19.09 30.83 11.81 13.19 20.28
8.86
12.99 14.96
7.48
6.69
15.16
41.73 12.40 14.57 18.90
1.10
G18
22.44 37.52 15.16 16.54 27.95 11.42 17.32 19.69
9.84
6.02
20.47 13.78 48.82 13.31 18.90 23.62
1.30
G19
25.00 40.08 15.16 16.54 27.95 11.42 17.32 19.69
9.84
8.66
G21
30.12 48.82 18.31 19.96 29.53 13.39 20.87 23.62 11.81
G22
31.69 50.39 18.31 19.96 29.53 13.39 20.87 23.62 11.81
19.69
54.09 16.02 18.90 25.59
1.30
8.86
27.36 18.90 65.16 18.31 22.05 27.56
1.54
9.45
28.94 19.49 67.52 19.09 22.05 28.74
1.54
Input Shaft
Unit
Size
V
G14
1.875
G15
1.875
G16
2.250
G17
2.250
G18
3.250
G19
3.250
G21
4.250
G22
4.250
Output Shaft
Output Bore
V4
W
W2
Y
Z
V1
V5
W1
W3
Y1
Z1
D1
D2
L1
L2
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
1 UNF
x2
1 UNF
x2
5.31
4.13
0.500
2.10
4.500
7.09
6.50
1.00
4.94
3.74
3.94
7.09
10.04
5.31
4.13
0.500
2.10
5.000
7.48
7.13
1.25
5.55
4.33
4.53
7.09
10.24
5.71
4.13
0.500
2.47
6.000
9.06
8.75
1.50
6.66
4.92
5.12
9.06
12.80
5.71
4.13
0.500
2.47
6.750
9.84
9.38
1.75
7.39
5.71
5.91
9.06
13.39
7.48
5.88
0.750
3.58
7.500
11.81
11.38
1.75
8.15
6.30
6.69
11.81
16.14
7.48
5.88
0.750
3.58
8.250
13.78
13.00
2.00
8.88
6.69
7.09
11.81
16.93
8.27
7.50
1.000
4.69
8.500
13.78
13.00
2.00
9.13
8.27
8.66
13.78
19.69
8.27
7.5
1.000
4.69
9.250
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
14.96
14.25
2.50
9.95
9.06
9.45
13.78
20.28
40
SERIES G
DIMENSIONS VERTICAL PARALLEL
SHAFTS DOUBLE REDUCTION
V Double Reduction Parallel Shaft Units Vertical
Tapped
hole
dimn V4
A
W2
Z
øV
Q
W
Tapped
hole
dimn V5
Y
W3
2 0
W1
G
F
F
F1
H1
H1
P
Input Shaft
T
Z1
P2
H
Y1
ø V1
G2
Output Shaft
Pump
G2
B
N
A
Heavy Duty
Agitator Unit
Agitator unit has a drywell
and grease lubricated
lower bearings
Q2
D
W1
ø G3
D
G1
Note
Heavy Duty
Tower Unit
W1
Q2
ø G3
Unit
Size
A
B
D
F
F1
G1
G2
G3
H
H1
J1
R1
• For shaft tolerance refer to
shaft options tables pages
22 and 23
K1
M
J1
K1
M
N
P
P2
Q
Q2
G14
12.80 21.81
9.06
6.97
15.35 15.35
5.31
9.06
11.81
5.91
10.24 29.53 32.28 11.61 12.40
9.29
14.17 18.70
G15
14.37 23.39
9.06
6.97
15.35 15.35
5.31
10.24 11.81
5.91
8.66
9.29
14.57 19.49
G16
16.93 28.66 11.81
8.86
20.28 19.92
6.89
11.81 14.96
7.48
12.80 38.19 41.73 14.57 14.57 11.22 18.11 23.43
G17
19.09 30.83 11.81
8.86
20.28 19.92
6.89
13.39 14.96
7.48
10.63 38.19 41.73 12.40 14.57 11.22 18.90 24.21
G18
22.44 37.52 15.16 11.42 27.56 25.83
8.07
14.57 19.69
9.84
11.06 44.33 48.82 13.31 18.90 13.58 23.62 29.92
G19
25.00 40.08 15.16 11.42 27.56 25.83
8.07
15.75 19.69
9.84
13.78 49.61 54.09 16.02 18.90 13.58 25.59 32.09
G21
30.12 48.82 18.31 13.39 29.53 29.13 10.04 19.69 23.62 11.81 15.55 59.65 65.16 18.31 22.05 15.75 27.56 36.42
G22
31.69 50.39 18.31 13.39 29.53 31.10 10.43
Unit
Size
*
23.62 11.81 16.34 62.01 67.52 19.09 22.05 15.75 28.74
Input Shaft
V
G14
1.875
G15
1.875
G16
2.250
G17
2.250
G18
3.250
G19
3.250
G21
4.250
G22
4.250
V4
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
1 UNF
x2
1 UNF
x2
W
W2
29.53 32.28 10.04 12.40
Output Shaft
Y
Z
V1
V5
W1
W3
Y1
Z1
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
6.50
1.00
4.94
7.48
7.13
1.25
5.55
9.06
8.75
1.50
6.66
9.84
9.38
1.75
7.39
11.81
11.38
1.75
8.15
13.78
13.00
2.00
8.88
13.78
13.00
2.00
9.13
14.96
14.25
2.50
9.95
5.31
4.13
0.500
2.10
4.500
5.31
4.13
0.500
2.10
5.000
5.71
4.13
0.500
2.47
6.000
5.71
4.13
0.500
2.47
6.750
7.48
5.88
0.750
3.58
7.500
7.48
5.88
0.750
3.58
8.250
8.27
7.50
1.000
4.69
8.500
8.27
7.50
1.000
4.69
9.250
41
*
R1
T
4X
Ø 24
4XØ
24
4XØ
33
4XØ
33
4XØ
40
4XØ
40
4XØ
48
4XØ
48
1.18
1.18
1.77
1.77
2.17
2.17
2.76
2.76
SERIES G
DIMENSIONS HORIZONTAL PARALLEL
SHAFTS TRIPLE & QUADRUPLE REDUCTION
3 0
4
H Triple and Quadruple Reduction Parallel Shaft Units Horizontal
N
B
Q
P
W
W1
A
Tapped
hole
dimn V5
E1
Tapped
hole
dimn V4
E
G
W2
T
D
W3
U1
• For shaft/sleeve
tolerance refer to
shaft options tables
pages 22 to 24
U1
G
H
F
J
U
R ø holes for
S ø bolts
K1
F
K2
M
Y1
(Opposite side
of case)
Y
A
Z1
W
Z
øV
ø V1
øD1
L1
H1
øD2
B
H1
Output Shaft
Output Bore
A
L2
P
Input Shaft
Unit
Size
Hollow Shaft Option
* Maximum bolt length
D
E
E1
F
G
H
H1
J
K1
K2
M
N
P
Q
R
S
T
U
U1
6 X m16
X 60*
6 X m16
X 60*
6 X m24
X 80*
6 X m24
X 80*
6 X m30
X 100*
6 X m30
X 100*
6 X m36
X 100*
6 X m36
X 100*
0.98
26.93
2.17
0.98
26.93
2.17
1.18
35.35
2.76
1.18
35.35
2.76
1.46
40.79
3.54
1.57
46.06
3.54
1.97
54.33
4.72
1.97
56.69
4.72
G14
17.13 21.81
9.06
9.84
14.57
6.97
10.43 11.81
5.91
6.69
11.22
32.28 11.61 10.83 14.17
0.73
G15
18.70 23.39
9.06
9.84
14.57
6.97
10.43 11.81
5.91
5.12
11.22
32.28 10.04 10.83 14.57
0.73
G16
22.44 28.66 11.81 13.19 20.28
8.86
12.99 14.96
7.48
8.86
15.16
41.73 14.57 13.39 18.11
1.10
G17
24.61 30.83 11.81 13.19 20.28
8.86
12.99 14.96
7.48
6.69
15.16
41.73 12.40 13.39 18.90
1.10
G18
29.72 37.52 15.16 16.54 27.95 11.42 17.32 19.69
9.84
6.02
20.47 13.78 48.82 13.31 17.32 23.62
1.30
G19
32.28 40.08 15.16 16.54 27.95 11.42 17.32 19.69
9.84
8.66
G21
39.76 48.82 18.31 19.96 29.53 13.39 20.87 23.62 11.81
G22
41.34 50.39 18.31 19.96 29.53 13.39 20.87 23.62 11.81
19.69
54.09 16.02 17.32 25.59
1.30
8.86
27.36 18.90 65.16 18.31 21.26 27.56
1.54
9.45
28.94 19.49 67.52 19.09 21.26 28.74
1.54
Input Shaft
Output Shaft
Output Bore
Unit
Size
V
V4
W
W2
Y
Z
V1
V5
W1
W3
Y1
Z1
D1
D2
L1
L2
G14
1.375
3.74
3.00
0.313
1.51
4.500
6.50
1.00
4.94
3.74
3.94
7.09
10.04
1.375
3.74
3.00
0.313
1.51
5.000
7.48
7.13
1.25
5.55
4.33
4.53
7.09
10.24
G16
1.750
4.53
4.13
0.375
1.92
6.000
9.06
8.75
1.50
6.66
4.92
5.12
9.06
12.80
G17
1.750
4.53
4.13
0.375
1.92
6.750
9.84
9.38
1.75
7.39
5.71
5.91
9.06
13.39
G18
2.250
5.71
4.13
0.500
2.47
7.500
11.81
11.38
1.75
8.15
6.30
6.69
11.81
16.14
G19
2.250
5.71
4.13
0.500
2.47
8.250
13.78
13.00
2.00
8.88
6.69
7.09
11.81
16.93
G21
3.000
7.48
6.50
0.750
3.33
8.500
13.78
13.00
2.00
9.13
8.27
8.66
13.78
19.69
G22
3.000
7.48
6.50
0.750
3.33
9.250
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
G15
1/2 UNF
x1
1/2 UNF
x1
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
3/4 UNF
x 1.62
3/4 UNF
x 1.62
14.26
14.25
2.50
9.95
9.06
9.45
13.78
20.28
42
SERIES G
DIMENSIONS VERTICAL PARALLEL
SHAFTS TRIPLE & QUADRUPLE REDUCTION
3 0
4
V Triple and Quadruple Reduction Parallel Shaft Units Vertical
Tapped
hole
dimn V4
A
Z
W1
W2
øV
Q
W
Tapped
hole
dimn V5
Y
W3
G
F
F
F1
H1
H1
P
Input Shaft
T
Z1
P2
H
Y1
ø V1
G2
Output Shaft
Pump
G2
B
N
A
Heavy Duty
Agitator Unit
Agitator unit has a drywell
and grease lubricated
lower bearings
Q2
D
W1
Note
Heavy Duty
Tower Unit
D
G1
ø G3
Q2
ø G3
W1
• For shaft tolerance refer to
shaft options tables pages
22 and 23
J1
R1
K1
M
Unit
Size
A
B
D
F
F1
G2
min
G1
G3
H
H1
J1
K1
M
N
P
P2
Q
Q2
G14
17.13 21.81
9.06
6.97
15.35 15.35
5.31
9.06
11.81
5.91
10.24 29.53 32.28 11.61 10.83
9.29
14.17 18.70
G15
18.70 23.39
9.06
6.97
15.35 15.35
5.31
10.24 11.81
5.91
8.66
9.29
14.57 19.49
G16
22.44 28.66 11.81
8.86
20.28 19.92
6.89
11.81 14.96
7.48
12.80 38.19 41.73 14.57 13.39 11.22 18.11 23.43
G17
24.61 30.83 11.81
8.86
20.28 19.92
6.89
13.39 14.96
7.48
10.63 38.19 41.73 12.40 13.39 11.22 18.90 24.21
G18
29.72 37.52 15.16 11.42 27.56 25.83
8.07
14.57 19.69
9.84
11.06 44.33 48.82 13.31 17.32 13.58 23.62 29.92
G19
32.28 40.08 15.16 11.42 27.56 25.83
8.07
15.75 19.69
9.84
13.78 49.61 54.09 16.02 17.32 13.58 25.59 32.09
G21
39.76 48.82 18.31 13.39 29.53 31.10 10.04 19.69 23.62 11.81 15.55 59.65 65.16 18.31 21.26 15.75 27.56 36.42
G22
41.34 50.39 18.31 13.39 29.53 31.10 10.43
Unit
Size
*
23.62 11.81 16.34 62.01 67.52 19.09 21.26 15.75 28.74
Input Shaft
V
G14
1.375
G15
1.375
G16
1.750
G17
1.750
G18
2.250
G19
2.250
G21
3.000
G22
3.000
V4
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
1 UNF
x2
1 UNF
x2
W
W2
29.53 32.28 10.04 10.83
Output Shaft
Y
Z
V1
V5
W1
W3
Y1
Z1
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
6.50
1.00
4.94
7.48
7.13
1.25
5.55
9.06
8.75
1.50
6.66
9.84
9.38
1.75
7.39
11.81
11.38
1.75
8.15
13.78
13.00
2.00
8.88
13.78
13.00
2.00
9.13
14.96
14.25
2.50
9.95
5.31
4.13
0.500
2.10
4.500
5.31
4.13
0.500
2.10
5.000
5.71
4.13
0.500
2.47
6.000
5.71
4.13
0.500
2.47
6.750
7.48
5.88
0.750
3.58
7.500
7.48
5.88
0.750
3.58
8.250
8.27
7.50
1.000
4.69
8.500
8.27
7.50
1.000
4.69
9.250
43
*
R1
T
4X
Ø 24
4X
Ø 24
4XØ
33
4XØ
33
4XØ
40
4XØ
40
4X
48
4X
48
1.18
1.18
1.77
1.77
2.17
2.17
2.76
2.76
SERIES G
FAN COOLING DIMENSIONS
PARALLEL SHAFTS
Parallel Shaft Units with Mechanical Fans
B
B
H
F
P
W3
F2
H2
Triple and Quadruple Reduction
Double Reduction
Unit
Size
B1
F1
F2
H1
H2
P
W3
(Useable
shaft
extension)
Unit
Size
B1
F1
F2
H1
H2
P
W3
(Useable
shaft extension)
G14
23.03
8.86
17.80
7.87
2.48
12.40
4.25
G14
G15
24.61
8.86
17.80
7.87
2.48
12.40
4.25
G15
G16
30.16
11.06
22.87
9.65
3.35
14.57
4.25
G16
30.16
10.55
18.54
G17
32.32
11.06
22.87
9.65
3.35
14.57
4.25
G17
32.32
10.55
G18
39.57
14.21
29.84
11.97
4.33
18.90
5.31
G18
39.57
13.78
G19
42.13
14.21
29.84
11.97
4.33
18.90
5.31
G19
42.13
13.78
24.53
11.97
4.33
17.32
4.33
G21
52.48
16.85
37.83
14.09
6.10
22.05
6.10
G21
52.48
16.85
31.61
14.09
6.10
21.26
5.31
G22
54.06
16.85
37.83
14.09
6.10
22.05
6.10
G22
54.06
16.85
31.61
14.09
6.10
21.26
5.31
44
Not Available
9.65
3.35
13.39
3.07
18.54
9.65
3.35
13.39
3.07
24.53
11.97
4.33
17.32
4.33
SERIES G
NOTES
45
SERIES G
RIGHT ANGLE UNITS
Contents
Page No
Moments of Inertia
46
Exact Ratios
47
Mechanical Ratings - Input Power / Output Torque
48 - 51
Thermal Ratings
52
Dimension Sheets - Speed Reducers
53 - 59
46
SERIES G
MOMENTS OF INERTIA
RIGHT ANGLE SHAFTS
MOMENTS OF INERTIA (lb - in2) Referred to Input Shaft
RIGHT ANGLE UNITS - without fans
NOMINAL RATIO
COLUMN ENTRY
G14
G15
G16
G17
G18
G19
G21
G22
209
193
185
176
169
162
157
152
149
39
38
36
34
33
32
17
15
15
14
-
193
185
176
168
161
156
150
41
39
38
36
34
32
17
15
15
14
-
718
705
664
626
595
568
540
518
515
294
286
279
272
267
265
214
210
209
207
149
149
38
36
36
32
32
32
16
14
14
14
-
722
670
329
595
561
534
528
304
294
286
277
270
268
215
212
210
209
150
149
38
37
36
33
32
32
16
14
14
14
3482
3300
3218
3078
2893
2846
2740
677
657
624
580
568
544
284
265
260
250
523
516
287
286
282
268
267
265
215
209
209
209
10671
9918
9234
8687
8174
7730
7319
6977
6498
2702
2589
2483
2398
2326
2288
1040
1006
978
964
2565
2538
551
540
537
499
496
493
248
233
229
229
-
10808
10055
9371
8824
8311
7832
7422
7080
6909
2760
2638
2521
2428
2346
2305
1053
1019
988
971
2712
2702
612
602
599
537
530
528
274
246
245
243
10808
10055
9371
8824
7422
7080
6909
2760
2638
2521
2428
2346
2305
1053
1019
988
971
2712
2702
612
602
599
537
530
528
274
246
245
243
RIGHT ANGLE UNITS - with fans
If fan cooling is required the inertia of the fan must be added to the table above.
MOMENTS OF INERTIA of fans (lb - in2)
TRIPLE REDUCTION
G14/G15
G16/G17
G18/G19
G21
33.19
86.37
276.40
573.38
GD2 (lb in2) = 4 x Moment of Inertia (lb - in2)
47
TRIPLE REDUCTION
8311
7832
QUADRUPLE REDUCTION
6 7 8
8.0
9.0
10.
11.
12.
14.
16.
18.
20.
22.
25.
28.
32.
36.
40.
45.
50.
56.
63.
71.
80.
90.
100
112
125
140
160
180
200
225
250
280
315
PARALLEL SHAFT UNITS - SIZE
SERIES G
EXACT RATIOS
RIGHT ANGLE SHAFTS
EXACT RATIOS - RIGHT ANGLE UNITS
Triple Reduction
Nominal Ratio
Column Entry
6 7 8
8.0
9.0
10.
11.
12.
14.
16.
18.
20.
22.
25.
28.
32.
36.
40.
45.
50.
56.
63.
71.
80.
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
7.691
8.863
9.774
10.816
12.018
13.42
15.077
17.065
19.495
21.775
24.195
27.017
30.353
34.356
39.249
41.605
46.743
52.907
60.442
-
12.338
13.653
15.17
16.94
19.031
21.541
24.609
27.487
30.541
34.104
38.315
43.368
49.544
52.518
59.003
66.784
76.295
8.095
8.755
9.584
10.937
12.312
13.718
15.675
17.807
19.225
21.756
24.492
27.288
31.182
35.422
38.243
43.244
49.417
56.136
60.606
-
12.323
14.062
15.83
17.637
20.154
22.894
24.718
27.972
31.49
35.084
40.091
45.543
49.17
55.6
63.536
72.174
77.922
7.842
8.663
9.939
11.08
12.109
13.586
15.868
17.474
19.817
22.636
24.738
27.757
32.419
35.7
40.487
42.83
50.024
55.087
62.474
-
12.464
13.893
15.184
17.037
19.898
21.912
24.85
28.384
31.021
34.806
40.652
44.767
50.769
53.708
62.729
69.078
78.34
9.127
10.11
11.434
12.529
14.041
15.828
17.973
20.594
22.136
25.597
28.686
32.337
36.718
42.073
45.223
52.335
59.426
68.092
73.19
-
10.194
11.291
12.77
13.993
15.682
17.678
20.073
23.001
24.723
28.589
32.039
36.117
41.01
46.991
50.509
58.452
66.372
76.051
81.745
Quadruple Reduction
Nominal Ratio
Column Entry
6 7 8
71.
80.
90.
100
112
125
140
160
180
200
225
250
280
315
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
-
-
73.432
79.28
89.584
101.765
109.869
130.142
147.837
159.611
169.192
200.412
227.661
245.792
-
94.412
101.931
115.18
130.84
141.26
167.326
190.077
205.214
217.533
257.672
292.708
316.018
68.805
78.03
88.634
97.661
110.755
124.29
136.87
155.221
175.521
196.97
216.906
245.99
-
86.279
97.847
111.207
122.463
138.883
155.855
171.63
194.643
220.098
246.994
271.994
308.463
83.586
89.844
102.173
117.073
125.838
149.034
170.768
183.552
194.176
229.968
263.505
283.223
-
93.356
100.345
114.115
130.757
140.546
166.453
190.728
205.007
216.872
256.847
294.304
316.338
48
SERIES G
RIGHT ANGLE SHAFT MECHANICAL
RATINGS AT 1750 RPM INPUT
8.0
219
9.0
194
10.
175
11.
156
12.
140
14.
125
16.
109.4
18.
97.2
20.
87.5
22.
79.5
25.
70.0
28.
62.5
32.
54.7
36.
48.6
40.
43.8
45.
38.9
50.
35.0
56.
31.3
63.
27.8
71.
24.6
80.
21.9
90.
19.4
100
17.5
112
15.6
125
14.0
140
12.5
160
10.9
180
9.7
200
8.8
225
7.8
250
7.0
280
6.3
315
7.0
Mechanical
Capacity
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
263
71000
263
81000
325
90000
255
96000
232
98000
211
98000
189
98000
169
98000
149
98000
112
85000
112
85000
105
98000
94.1
98000
83.9
98000
74.0
98000
67.3
98000
61.1
98000
54.6
98000
48.1
98000
-
263
113000
253
121000
229
122000
208
123000
186
124000
166
124000
148
124000
112
116000
111
119000
103
123000
92.9
124000
82.9
124000
73.1
124000
67.3
124000
60.5
124000
53.9
124000
47.6
124000
-
559
158000
559
171000
559
187000
559
213000
527
226000
463
226000
416
226000
366
227000
339
227000
282
213000
267
227000
240
227000
211
227000
185
227000
172
227000
152
227000
133
227000
117
227000
109
227000
91
227000
84.1
227000
74.3
227000
65.4
227000
60.6
227000
51.2
227000
45.2
227000
41.8
227000
35.8
227000
31.6
227000
29.4
227000
27.2
227000
-
559
240000
559
274000
542
299000
503
308000
436
305000
393
313000
366
314000
282
275000
282
308000
253
310000
224
312000
198
313000
185
314000
158
306000
142
312000
125
313000
117
314000
97.0
314000
90.2
314000
78.2
314000
70.0
314000
65.2
314000
54.7
314000
48.3
314000
44.9
314000
35.8
314000
31.6
314000
31.4
314000
29.2
314000
1240
342000
1240
378000
1240
433000
1240
482000
1224
519000
1093
519000
937
519000
852
519000
752
519000
632
519000
603
519000
539
519000
461
519000
420
519000
369
519000
350
519000
300
519000
272
519000
241
519000
221
519000
194
519000
169
456000
156
472000
137
493000
123
505000
111
519000
98.3
519000
86.9
519000
77.5
519000
70.4
519000
62.1
519000
-
1240
543000
1240
604000
1240
660000
1157
689000
1006
700000
915
700000
809
700000
632
700000
613
700000
579
700000
498
700000
452
700000
398
700000
355
700000
323
700000
294
700000
260
700000
223
656000
211
702000
169
641000
168
702000
149
702000
132
702000
120
702000
106
702000
93.7
702000
83.5
702000
75.9
702000
67.0
702000
2447
790000
2447
870000
2447
990000
2426
1070000
2293
1130000
2069
1160000
1825
1160000
1596
1160000
1487
1160000
1262
1160000
1149
1160000
1021
1160000
900
1160000
787
1160000
732
1160000
634
1160000
561
1160000
489
1160000
456
1160000
402
1160000
373
1160000
327
1160000
286
1160000
267
1160000
225
1160000
197
1160000
184
1160000
173
1160000
146
1160000
128
1160000
119
1160000
-
2447
1098000
2414
1195000
2280
1257000
2092
1301000
1891
1328000
1743
1399000
1636
1416000
1255
1257000
1208
1355000
1132
1425000
999
1425000
874
1425000
814
1425000
658
1425000
624
1425000
544
1425000
507
1425000
448
1434000
417
1434000
366
1434000
320
1434000
298
1434000
252
1434000
220
1434000
205
1434000
194
1434000
164
1434000
143
1434000
133.3
1434000
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
Bold Text: Forced lubrication System Required
49
SERIES G
RIGHT ANGLE SHAFT MECHANICAL
RATINGS AT 1450 RPM INPUT
8.0
181
9.0
161
10.
145
11.
129
12.
116
14.
104
16.
90.6
18.
80.6
20.
72.5
22.
65.9
25.
58.0
28.
51.8
32.
45.3
36.
40.3
40.
36.3
45.
32.2
50.
29.0
56.
25.9
63.
23.0
71.
20.4
80.
18.1
90.
16.1
100
14.5
112
12.9
125
11.6
140
10.4
160
9.1
180
8.1
200
7.3
225
6.4
250
5.8
280
5.2
315
4.6
Mechanical
Capacity
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
231
75000
223
84000
217
90000
211
96000
193
98000
174
98000
157
98000
139
98000
123
98000
92.8
85000
92.8
95000
86.8
98000
77.9
98000
69.5
98000
61.4
98000
55.8
98000
50.7
98000
45.2
98000
40.0
98000
-
217
113000
209
120000
190
122000
172
123000
154
124000
138
124000
111
124000
92.8
107000
92.8
119000
85.7
124000
77.0
124000
68.7
124000
60.6
124000
55.8
124000
50.0
124000.0
44.7
124000
39.4
124000
-
489
168000
489
181000
489
198000
489
225000
439
226000
393
227000
345
227000
304
227000
282
227000
248
227000
221
227000
198
227000
174
227000
153
227000
142
227000
126
227000
110
227000
97.1
227000
90.0
227000
75.1
227000
69.6
227000
61.6
227000
54.2
227000
50.3
227000
42.5
227000
37.41
227000
34.73
227000
29.6
227000
26.3
227000
24.3
227000
22.5
227000
-
500
260000
489
290000
463
308000
417
309000
369
312000
326
313000
303
314000
248
290000
233
308000
211
309000
186
312000
165
313000
153
314000
133
310000
118
312000
104
312000
96.7
313000
80.3
313000
74.8
314000
65.7
312000
57.9
313000
53.91
314000
45.33
312000
40.0
313000
37.3
314000
29.6
266000
26.3
279000
26.0
313000
24.1
314000
1029
342000
1029
378000
1029
432000
1029
481000
1015
519000
907
519000
778
519000
707
519000
625
519000
546
519000
500
519000
447
519000
384
519000
347
519000
307
519000
290
519000
248
519000
227
519000
200
519000
182
519000
161
519000
142
519000
129
519000
114
519000
102
519000
92.26
519000
81.40
519000
72.0
519000
64.2
519000
58.3
519000
51.5
519000
-
1029
542000
1029
603000
1029
659000
974
700000
835
700000
760
700000
672
701000
546
649000
526
683000
481
701000
413
701000
374
701000
331
701000
295
701000
268
701000
244
701000
215
701000
194
694000
174
702000
143
658000
139
702000
123
702000
110
702000
100
702000
87.8
702000
77.6
702000
69.2
702000
62.9
702000
55.5
702000
2012
779000
2012
859000
2012
974000
2012
1062000
1920
1142000
1707
1151000
1506
1151000
1318
1151000
1227
1151000
1041
1151000
947
1151000
841
1151000
743
1151000
649
1151000
605
1151000
524
1151000
463
1151000
404
1151000
375
1151000
333
1151000
310
1151000
271
1151000
237
1151000
221
1151000
186
1151000
164
1151000
152
1151000
143
1151000
120.7
1151000
105.9
1151000
99.2
1151000
-
2012
1098000
2012
1195000
1998
1257000
1837
1301000
1649
1328000
1475
1399000
1368
1425000
1041
1248000
1002
1355000
940
1425000
830
1425000
725
1425000
676
1425000
546
1425000
516
1425000
452
1434000
420
1434000
371
1434000
346
1434000
304
1434000
266
1434000
247
1434000
209
1434000
182
1434000
170
1434000
161
1434000
135.4
1434000
118.7
1434000
110.5
1434000
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
Bold Text: Forced lubrication System Required
50
SERIES G
RIGHT ANGLE SHAFT MECHANICAL
RATINGS AT 1160 RPM INPUT
8.0
145
9.0
129
10.
116
11.
104
12.
93
14.
83
16.
72.5
18.
64.4
20.
58.0
22.
52.7
25.
46.4
28.
41.4
32.
36.3
36.
32.2
40.
29.0
45.
25.8
50.
23.2
56.
20.7
63.
18.4
71.
16.3
80.
14.5
90.
12.9
100
11.6
112
10.4
125
9.3
140
8.3
160
7.3
180
6.4
200
5.8
225
5.2
250
4.6
280
4.1
315
3.7
Mechanical
Capacity
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
185
75000
178
84000
174
90000
169
96000
154
98000
139
98000
125
98000
112
98000
98.6
98000
74.2
98000
74.2
98000
69.5
98000
62.4
98000
55.7
98000
49.1
98000
44.7
98000
40.5
98000
36.2
98000
31.9
98000
-
174
113000
168
120000
153
122000
138
123000
121
124000
110
124000
97.4
124000
74.2
107000
74.2
119000
68.5
123000
61.6
124000
54.8
124000
48.5
124000
44.5
124000
40.1
124000
35.7
124000
31.5
124000
-
401
171000
401
185000
401
201000
394
227000
351
227000
315
227000
276
227000
244
227000
225
227000
198
227000
177
227000
160
227000
139
227000
123
227000
114
227000
101
227000
88.2
227000
80.1
227000
72.0
227000
60.1
227000
55.7
227000
49.2
227000
43.3
227000
40.2
227000
33.9
227000
29.9
227000
27.8
227000
23.7
227000
21.1
227000
19.4
227000
18.0
227000
-
401
260000
398
294000
370
308000
334
310000
295
312000
261
313000
243
314000
198
293000
186
308000
169
310000
149
312000
131
313000
122
314000
106
310000
94.1
312000
83.1
313000
77.4
314000
64.2
313000
59.8
314000
52.6
312000
46.4
313000
43.2
314000
36.2
312000
32.0
313000
29.8
314000
23.7
266000
21.1
279000
20.8
313000
19.4
314000
822
341000
822
377000
822
431000
822
480000
814
519000
725
519000
622
517000
566
519000
500
519000
437
519000
401
519000
358
519000
306
519000
279
519000
245
519000
232
519000
198
519000
181
519000
160
519000
146
519000
129
519000
114
519000
103
519000
91.1
519000
81.3
519000
73.8
519000
65.2
519000
57.5
519000
51.4
519000
46.7
519000
41.2
519000
-
822
541000
822
602000
822
658000
782
700000
671
701000
609
701000
538
701000
437
649000
421
683000
385
701000
330
701000
300
701000
264
701000
236
701000
215
701000
194
701000
172
702000
158
702000
139
702000
119
702000
111
702000
98.3
702000
87.6
702000
79.5
702000
70.3
702000
62.1
702000
55.4
702000
50.3
702000
44.4
702000
1609
779000
1609
859000
1609
974000
1609
1062000
1539
1142000
1368
1151000
1207
1151000
1055
1151000
983
1151000
833
1151000
759
1151000
675
1151000
595
1151000
520
1151000
484
1151000
420
1151000
370
1151000
323
1151000
300
1151000
266
1151000
248
1151000
217
1151000
189
1151000
177
1151000
149
1151000
130
1151000
122
1151000
115
1151000
96.6
1151000
84.5
1151000
79.1
1151000
-
1609
1089000
1609
1195000
1609
1337000
1529
1425000
1341
1425000
1177
1425000
1097
1425000
833
1248000
802
1346000
754
1425000
665
1425000
582
1425000
542
1425000
436
1425000
413
1434000
361
1434000
337
1434000
298
1434000
278
1434000
243
1434000
212
1434000
197
1434000
168
1434000
146.2
1434000
135.4
1434000
128.5
1434000
108.6
1434000
94.8
1434000
88.4
1434000
51
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
SERIES G
RIGHT ANGLE SHAFT MECHANICAL
RATINGS AT 960 RPM INPUT
8.0
109
9.0
97
10.
88
11.
78
12.
70
14.
63
16.
54.7
18.
48.6
20.
43.8
22.
39.8
25.
35.0
28.
31.3
32.
27.3
36.
24.3
40.
21.9
45.
19.4
50.
17.5
56.
15.6
63.
13.9
71.
12.3
80.
10.9
90.
9.7
100
8.8
112
7.8
125
7.0
140
6.3
160
5.5
180
4.9
200
4.4
225
3.9
250
3.5
280
3.1
315
2.8
Mechanical
Capacity
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
Input power - HP
Output torque - lb-in
PARALLEL SHAFT UNITS - SIZE
G14
G15
G16
G17
G18
G19
G21
G22
127
68000
127
78000
127
86000
127
95000
116
97000
105.0
98000
94.5
99000
84.2
100000
74.4
100000
56.0
85000
56.0
94000
52.4
98000
47.1
100000
41.9
100000
37
100000
33.7
97000
30.6
100000
27.3
100000
24.1
100000
-
127
11000
126
120000
115
121000
104.0
127000
93.4
123000
83.3
124000
73.5
125000
56
106000
56.0
119000
51.8
122000
46.5
123000
41.4
124000
36.6
125000
33.6
122000
30.2
123000
26.9
124000
23.8
125000
-
331
189000
319
195000
314
210000
286
217000
261
226000
238
226000
209
226000
183
226000
170
226000
149
226000
133
226000
120
226000
105
226000
92.6
226000
85.8
226000
75.9
226000
66.5
226000
58.7
226000
54.3
226000
45.3
226000
42
2226000
37.2
226000
32.8
226000
30.3
226000
25.7
226000
22.6
226000
20.9
226000
17.8
226000
15.9
226000
14.7
226000
13.8
226000
-
314
270000
294
290000
261
290000
234
290000
205
290000
181
290000
168
290000
148
290000
131
290000
118
290000
103
290000
91
290000
234
290000
234
290000
234
290000
57.6
290000
53.4
290000
44.5
290000
41.3
290000
36.5
290000
32.1
290000
29.8
290000
25.2
290000
22.2
290000
20.5
290000
17.9
290000
15.9
290000
14.4
290000
13.4
290000
766
420000
746
496000
714
496000
653
505000
598
505000
534
505000
458
505000
416
505000
367
505000
321
505000
294
505000
262
505000
225
505000
204
505000
180
505000
170
505000
146
505000
133
505000
117
505000
107
505000
94.9
505000
83.3
505000
75.7
505000
66.8
505000
59.6
505000
54.1
505000
47.8
505000
42.3
505000
37.7
505000
34.2
505000
30.2
505000
-
714
622000
689
668000
638
680000
570
680000
489
680000
444
680000
392
680000
329
680000
314
680000
280
680000
240
680000
218
680000
193
680000
178
680000
156
680000
142
680000
125
680000
115
680000
101
680000
89.0
680000
80.8
680000
71.3
680000
63.6
680000
57.8
680000
51.0
680000
45.1
680000
40.2
680000
36.6
680000
32.3
680000
1216
779000
1216
858000
1216
974000
1216
1060000
1161
1140000
1033
1151000
912
1151000
797
1151000
742
1151000
628
1151000
573
1151000
510
1151000
449
1151000
393
1151000
366
1151000
316
1151000
279
1151000
244
1151000
227
1151000
201
1151000
186
1151000
164
1151000
143
1151000
133
1151000
113
1151000
98
1151000
92
1151000
86
1151000
73
1151000
64
1151000
59
1151000
-
1217
1090000
1217
1190000
1217
1340000
1153
1420000
1018
1420000
891
1420000
830
1420000
628
1250000
605
1350000
570
1420000
503
1425000
439
1425000
409
1425000
329
1425000
312
1425000
273
1430000
254
1430000
224
1430000
209
1430000
183
1430000
160
1430000
149
1430000
126
1430000
110
1430000
103
1430000
97
1430000
82
1430000
73
1430000
68
1430000
52
TRIPLE REDUCTION
Nominal
Output
Speed
RPM
QUADRUPLE REDUCTION
Nominal
Ratio
Column
Entry
SERIES G
RIGHT ANGLE SHAFT
THERMAL RATINGS
Thermal Ratings HP
These thermal ratings assume the gear unit is in constant use working in an ambient temperature of 77°F (25°C)* installed in a
large indoor space at sea level.
These ratings must be adjusted for alternative operating and environment conditions refer to Thermal ratings and service factors on
page 6.
*maximum bulk oil temperature 203°F (95°C)
Right Angle Shaft Units - Triple Reduction
Type of Cooling
Input Speed
(rev/min)
1750
No Additional
Cooling
1450
1160
875
1750
1450
Fan Cooling
1160
875
1750
1450
Cooling Coil
1160
875
1750
Fan and Cooling
Coil
1450
1160
875
Ratio
G1430
G1530
G1630
G1730
G1830
G1930
G2130
G2230
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
12:1
25:1
56:1
89
67
41
86
66
41
84
66
42
82
64
41
240
206
149
212
181
129
185
157
111
163
137
96
233
199
142
226
194
140
219
189
137
212
183
133
333
296
227
309
274
209
286
252
192
266
234
177
96
77
50
93
75
50
89
73
50
86
71
49
243
216
167
215
190
145
188
165
125
167
146
109
242
215
165
234
209
162
227
203
158
220
196
153
338
309
252
314
287
233
291
265
214
272
246
199
143
119
82
143
120
84
143
121
86
141
120
86
386
350
282
347
314
250
308
277
219
277
248
194
377
342
275
371
337
272
365
332
269
356
324
263
535
497
420
503
466
392
471
436
364
442
409
341
136
116
84
139
120
88
141
122
91
140
123
92
382
354
296
345
318
264
307
282
232
277
253
207
379
350
293
374
346
291
369
342
288
361
335
283
535
505
441
504
475
413
474
446
386
446
419
362
223
186
130
230
194
138
236
201
145
236
202
148
650
592
479
584
530
425
520
469
373
467
420
332
634
576
465
626
570
462
619
564
459
605
552
451
913
849
719
858
797
672
804
745
626
755
699
586
196
166
119
215
185
136
231
201
151
238
208
158
725
674
568
655
606
508
586
540
449
529
486
401
642
592
492
640
591
493
638
590
495
627
581
489
988
932
815
929
875
762
871
819
710
818
768
664
236
207
156
279
248
192
315
283
224
333
300
240
1024
968
850
933
880
768
843
792
687
767
719
620
743
692
588
755
705
602
765
716
616
761
713
615
1297
1238
1110
1218
1161
1038
1141
1085
966
1070
1017
903
250
222
173
295
265
212
331
301
244
349
319
262
1053
1003
897
962
915
813
871
825
729
794
751
660
768
722
627
780
736
642
792
748
655
788
745
654
1330
1278
1164
1251
1201
1090
1173
1124
1017
1102
1055
952
Right Angle Shafts - Quadruple Reduction
Type of Cooling
Input Speed
(rev/min)
1750
No Additional
Cooling
1450
1160
875
Ratio
G1440
G1540
G1640
G1740
G1840
G1940
G2140
G2240
100:1
250:1
100:1
250:1
100:1
250:1
100:1
250:1
-
-
83
60
82
60
82
61
80
60
82
61
82
63
82
64
82
64
111
85
115
89
119
93
119
94
100
79
109
88
118
97
121
100
123
97
146
117
165
135
175
144
125
102
148
123
167
140
176
149
53
SERIES G
DIMENSIONS HORIZONTAL RIGHT ANGLE
SHAFTS TRIPLE REDUCTION
G 3 0 B Triple Reduction Right Angle Units Horizontal
N
B
Q
W1
W
E
Tapped
hole
dimn V4
E1
Tapped
hole
dimn V5
W2
T
D
W3
U1
• For shaft/sleeve
tolerance refer to shaft
options tables pages
22 to 24
U1
G
H
F
F
J
U
R ø holes for
S ø bolts
K1
K2
M
Y1
(Opposite side
of case)
Z
Z1
Y
øV
Hollow Shaft Option
L2
ø V1
H1
H1
øD1
øD2
Output Shaft
L1
Input Shaft
Output Bore
Unit
Size
B
D
E
E1
F
G14
28.35
9.06
9.84
14.57
6.97
G15
29.92
9.06
9.84
14.57
G16
H1
J
10.43 11.81
5.91
6.69
11.22
32.28 11.61 14.17
6.97
10.43 11.81
5.91
5.12
11.22
32.28 10.04 14.57
37.01 11.81 13.19 20.28
8.86
12.99 14.96
7.48
8.86
15.16
41.73 14.57 18.11
G17
39.17 11.81 13.19 20.28
8.86
12.99 14.96
7.48
6.69
15.16
41.73 12.40 18.90
G18
48.03 15.16 16.54 27.95 11.42 17.32 19.69
9.84
6.02
G19
50.59 15.16 16.54 27.95 11.42 17.32 19.69
9.84
8.66
G21
64.17 18.31 19.96 29.53 13.39 20.87 23.62 11.81
8.86
27.36 18.90 65.16 18.31 27.56
G22
65.75 18.31 19.96 29.53 13.39 20.87 23.62 11.81
9.65
29.33 19.29 67.52 19.09 28.74
Unit
Size
G
H
K1
K2
G14
1.500
G15
1.500
G16
1.875
G17
1.875
G18
3.000
G19
3.000
G21
4.000
G22
4.000
V4
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
W
W2
N
Q
R
20.47 13.78 48.82 13.31 23.62
19.69
Input Shaft
V
M
54.09 16.02 25.59
S
m16
0.73 6 xx 60*
m16
0.73 6 xx 60*
m24
1.10 6 XX 80*
m24
1.10 6 XX 80*
m30
1.30 6xx100*
m30
1.30 6xx100*
m36
1.54 6xx100*
m36
1.54 6xx100*
T
U
U1
0.98
26.93
2.17
0.98
26.93
2.17
1.18
35.35
2.76
1.18
35.35
2.76
1.46
40.79
3.54
1.57
46.06
3.54
1.97
54.33
4.72
1.97
56.69
4.72
Output Shaft
Y
Z
Output Bore
V1
V5
W1
W3
Y1
Z1
D1
D2
L1
L2
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
6.50
1.00
4.94
3.74
3.94
7.09
10.04
7.48
7.13
1.25
5.55
4.33
4.53
7.09
10.24
9.06
8.75
1.50
6.66
4.92
5.12
9.06
12.80
9.84
9.38
1.75
7.39
5.71
5.91
9.06
13.39
11.81
11.38
1.75
8.15
6.30
6.69
11.81
16.14
13.78
13.00
2.00
8.88
6.69
7.09
11.81
16.93
13.78
13.00
2.00
9.13
8.27
8.66
13.78
19.69
14.96
14.25
2.50
9.95
9.06
9.45
13.78
20.28
3.94
3.00
0.313
1.60
4.500
3.94
3.00
0.313
1.60
5.000
5.51
4.13
0.500
2.10
6.000
5.51
4.13
0.500
2.10
6.750
6.30
5.25
0.750
3.33
7.500
6.30
5.25
0.750
3.33
8.250
8.27
7.50
1.000
4.44
8.500
8.27
7.50
1.000
4.44
9.250
54
SERIES G
DIMENSIONS VERTICAL RIGHT ANGLE
SHAFTS TRIPLE REDUCTION
R Triple Reduction Right Angle Units Vertical
Tapped
hole
dimn V5
Y
W1
• For shaft tolerance refer to
shaft options tables pages
22 and 23
Q
Z
3 0
W3
øV
H
F
H1
Input Shaft
F1
G
Pump
T
Z1
P2
F
Y1
G2
ø V1
G2
Output Shaft
Heavy Duty
Agitator Unit
B
N
W1
W2
Q2
D
W1
Heavy Duty
Tower Unit
D
Tapped
hole
dimn V4
Q2
ø G3
Note Agitator unit has a drywell
and grease lubricated
lower bearings
G1
W
ø G3
J1
R1
K1
M
G2 (min)
Unit
Size
B
D
F
G14
28.35
9.06
6.97
15.35 15.35
5.31
G15
29.92
9.06
6.97
15.35 15.35
G16
37.01 11.81
8.86
G17
39.17 11.81
8.86
F1
G1
G3
H
H1
6.10
9.06
11.81
5.91
10.24 29.53 32.28 11.61
9.29
14.17 18.70
5.31
6.10
10.24 11.81
5.91
8.66
9.29
14.57 19.49
20.28 19.92
6.89
8.07
11.81 14.96
7.48
12.80 38.19 41.73 14.57 11.22 18.11 23.43
20.28 19.92
6.89
8.07
13.39 14.96
7.48
10.63 38.19 41.73 12.40 11.22 18.90 24.21
G18
48.03 15.16 11.42 27.56 25.83
8.07
9.65
14.57 19.69
9.84
11.06 44.33 48.82 13.31 13.58 23.62 29.92
G19
50.59 15.16 11.42 27.56 25.83
8.07
9.65
15.75 19.69
9.84
13.78 49.61 54.09 16.02 13.58 25.59 32.09
G21
64.17 18.31 13.39 29.53 31.10
10.04
12.40
19.69 23.62 11.81 15.55 59.65 65.16 18.31 15.75 27.56 36.42
G22
65.75 18.31 13.39 29.53 31.10
10.43
12.40
Unit
Size
No Fan With Fan
*
G14
1.500
G15
1.500
G16
1.875
G17
1.875
G18
3.000
G19
3.000
G21
4.000
G22
4.000
V4
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
W
W2
K1
M
N
29.53 32.28 10.04
P2
Output Shaft
Y
Z
Q
23.62 11.81 16.34 62.01 67.52 19.09 15.75 28.74
Input Shaft
V
J1
V1
V5
W1
W3
Y1
Z1
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
6.50
1.00
4.94
7.48
7.13
1.25
5.55
9.06
8.75
1.50
6.66
9.84
9.38
1.75
7.39
11.81
11.38
1.75
8.15
13.78
13.00
2.00
8.88
13.78
13.00
2.00
9.13
14.96
14.25
2.50
9.95
3.94
3.00
0.313
1.60
4.500
3.94
3.00
0.313
1.60
5.000
5.51
4.13
0.500
2.10
6.000
5.51
4.13
0.500
2.10
6.750
6.30
5.25
0.750
3.33
7.500
6.30
5.25
0.750
3.33
8.250
8.27
7.50
1.000
4.44
8.500
8.27
7.50
1.000
4.44
9.250
55
Q2
*
R1
T
4x
Ø24
4x
Ø24
4x
Ø33
4x
Ø33
4x
Ø40
4x
Ø40
4x
Ø48
4x
Ø48
1.18
1.18
1.77
1.77
2.17
2.17
2.76
2.76
SERIES G
DIMENSIONS HORIZONTAL RIGHT ANGLE
SHAFTS QUADRUPLE REDUCTION
G
3 0
B Triple Reduction Right Angle Units Horizontal
N
B
Q
W1
W
E
Tapped
hole
dimn V4
E1
Tapped
hole
dimn V5
W2
U1
U1
T
• For shaft/sleeve
tolerance refer to shaft
options tables pages
22 to 24
G
H
F
D
W3
F
J
U
R ø holes for
S ø bolts
K1
K2
M
Y1
(Opposite side
of case)
Z
Z1
Y
øV
Hollow Shaft Option
ø V1
Input Shaft
L1
H1
øD1
øD2
H1
L2
Output Shaft
Output Bore
Unit
Size
B
D
E
E1
F
G
H
H1
J
K1
K2
M
N
Q
R
S
T
U
U1
6 x M24
x 80*
6 x M24
x 80*
6 x M30
x 100*
6 x M30
x 100*
6 x M36
x 100*
6 x M36
x 100*
1.18
35.35
2.76
1.18
35.35
2.76
1.46
40.79
3.54
1.57
46.06
3.54
1.97
54.33
4.72
1.97
5.51
4.72
G16
37.99 11.81 13.19 20.28
8.86
12.99 14.96
7.48
8.86
15.16
0.00
41.73 14.57 18.11
1.10
G17
40.16 11.81 13.19 20.28
8.86
12.99 14.96
7.48
6.69
15.16
0.00
41.73 12.40 18.90
1.10
G18
49.80 15.16 16.54 27.95 11.42 17.32 19.69
9.84
6.02
20.47 13.78 48.82 13.31 23.62
1.30
G19
52.36 15.16 16.54 27.95 11.42 17.32 19.69
9.84
8.66
19.69 19.69 54.09 16.02 25.59
1.30
G21
65.35 18.31 19.96 29.53 13.39 20.87 23.62 11.81
8.86
27.36 18.90 65.16 18.31 27.56
1.54
G22
66.93 18.31 19.96 29.53 13.39 20.87 23.62 11.81
9.65
29.33 19.29 67.52 19.09 28.74
1.54
Input Shaft
Unit
Size
V
G16
1.500
G17
1.500
G18
1.875
G19
1.875
G21
3.000
G22
3.000
Output Shaft
Output Bore
V4
W
W2
Y
Z
V1
V5
W1
W3
Y1
Z1
D1
D2
L1
L2
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
3.94
3.00
0.313
1.60
6.000
9.06
8.75
1.50
6.66
4.92
5.12
9.06
12.80
3.94
3.00
0.313
1.60
6.750
9.84
9.38
1.75
7.39
5.71
5.91
9.06
13.39
5.51
4.13
0.500
2.10
7.500
11.81
11.38
1.75
8.15
6.30
6.69
11.81
16.14
5.51
4.13
0.500
2.10
8.250
13.78
13.00
2.00
8.88
6.69
7.09
11.81
16.93
6.30
5.25
0.750
3.33
8.500
13.78
13.00
2.00
9.13
8.27
8.66
13.78
19.69
6.30
5.25
0.750
3.33
9.250
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
14.96
14.25
2.50
9.95
9.06
9.45
13.78
20.28
56
SERIES G
DIMENSIONS VERTICAL RIGHT ANGLE
SHAFTS QUADRUPLE REDUCTION
R Quadruple Reduction Right Angle Units Vertical
Tapped
hole
dimn V5
Y
W1
• For shaft tolerance refer to
shaft options tables pages
22 and 23
Q
Z
4 0
W3
G
øV
F1
H
F
H1
Input Shaft
Pump
T
Z1
P2
F
Y1
G2
ø V1
G2
Output Shaft
Heavy Duty
Agitator Unit
B
N
W1
W2
Q2
D
W1
Heavy Duty
Tower Unit
D
Tapped
hole
dimn V4
Q2
ø G3
Note Agitator unit has a drywell
and grease lubricated
lower bearings
G1
W
ø G3
J1
R1
K1
M
Unit
Size
B
D
F
F1
G1
G2
(min)
G3
H
H1
J1
K1
M
N
P2
Q
Q2
G16
37.99 11.81
8.86
20.28 19.92
6.89
11.81 14.96
7.48
12.80 38.19 41.73 14.57 11.22 18.11 23.43
G17
40.16 11.81
8.86
20.28 19.92
6.89
13.39 14.96
7.48
10.63 38.19 41.73 12.40 11.22 18.90 24.21
G18
49.80 15.16 11.42 27.56 25.83
8.07
14.57 19.69
9.84
11.06 44.33 48.82 13.31 13.58 23.62 29.92
G19
52.36 15.16 11.42 27.56 25.83
8.07
15.75 19.69
9.84
13.78 49.61 54.09 16.02 13.58 25.59 32.09
G21
65.35 18.31 13.39 29.53 31.10 10.04 19.69 23.62 11.81 15.55 59.65 65.16 18.31 15.75 27.56 36.42
G22
66.93 18.31 13.39 29.53 31.10 10.43
*
23.62 11.81 16.34 62.01 67.52 19.09 15.75 28.74
Input Shaft
Unit
Size
V
G16
1.500
G17
1.500
G18
1.875
G19
1.875
G21
3.000
G22
3.000
Output Shaft
V4
W
W2
Y
Z
V1
V5
W1
W3
Y1
Z1
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
3.94
3.00
0.313
1.60
6.000
9.06
8.75
1.50
6.66
3.94
3.00
0.313
1.60
6.750
9.84
9.38
1.75
7.39
5.51
4.13
0.500
2.10
7.500
11.81
11.38
1.75
8.15
5.51
4.13
0.500
2.10
8.250
13.78
13.00
2.00
8.88
6.30
5.25
0.750
3.33
8.500
13.78
13.00
2.00
9.13
6.30
5.25
0.750
3.33
9.250
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
14.96
14.25
2.50
9.95
57
*
R1
T
4x
Ø33
4x
Ø33
4x
Ø40
4x
Ø40
4x
Ø48
4x
Ø48
1.77
1.77
2.17
2.17
2.76
2.76
SERIES G
DIMENSIONS HORIZONTAL ‘J’ TYPE
RIGHT ANGLE SHAFTS TRIPLE REDUCTION
G 3 0 B Triple Reduction ‘J’ Type Right Angle Units Horizontal
W2
W
N
B
Note: Standard ratios available:
G14, G16, G18 - 22:1 to 63:1
G15, G17, G19 - 28:1 to 80:1
Tapped
hole
dimn V4
A
P
Q
W1
E
E1
Tapped
hole
dimn V5
T
D
W3
U1
• For shaft/sleeve
tolerance refer to
shaft options tables
pages 22 to 24
U1
G
H
F
J
U
R ø holes for
S ø bolts
K1
F
K2
M
Y1
(Opposite side
of case)
Y
øV
B
L1
H1
øD1
øD2
Output Shaft
* Maximum bolt length
Output Bore
A
H1
ø V1
Input Shaft
Unit
Size
L2
Z
Z1
Hollow Shaft Option
D
E
E1
F
G
H
H1
J
K1
K2
M
N
P
Q
R
S
T
U
U1
6 x m16
x 60*
6 x m16
x 60*
6 X m24
X 80*
6 x m24
x 80*
6 x m30
x 100*
6 x m30
x 100*
6 x m36
x 100*
6 x m36
x 100*
0.98
26.93
2.17
0.98
26.93
2.17
1.18
35.35
2.76
1.18
35.35
2.76
1.46
40.79
3.54
1.57
46.06
3.54
1.97
54.33
4.72
1.97
56.69
4.72
G14
12.80 21.81
9.06
9.84
14.57
6.97
10.43 11.81
5.91
6.69
11.22
0.00
32.28 11.61 15.55 14.17
0.73
G15
14.37 23.39
9.06
9.84
14.57
6.97
10.43 11.81
5.91
5.12
11.22
0.00
32.28 10.04 15.55 14.57
0.73
G16
16.93 28.66 11.81 13.19 20.28
8.86
12.99 14.96
7.48
8.86
15.16
0.00
41.73 14.57 20.08 18.11
1.10
G17
19.09 30.83 11.81 13.19 20.28
8.86
12.99 14.96
7.48
6.69
15.16
0.00
41.73 12.40 20.08 18.90
1.10
G18
22.44 37.52 15.16 16.54 27.95 11.42 17.32 19.69
9.84
6.02
20.47 13.78 48.82 13.31 25.59 23.62
1.30
G19
25.00 40.08 15.16 16.54 27.95 11.42 17.32 19.69
9.84
8.66
19.69
54.09 16.02 25.59 25.59
1.30
G21
30.12 48.82 18.31 19.96 29.53 13.39 20.87 23.62 11.81
8.86
27.36 18.90 65.16 18.31 34.06 27.56
1.54
G22
31.69 50.39 18.31 19.96 29.53 13.39 20.87 23.62 11.81
9.45
28.94 19.49 67.52 19.09 34.06 28.74
1.54
Input Shaft
Unit
Size
V
G14
1.500
G15
1.500
G16
1.875
G17
1.875
G18
3.000
G19
3.000
G21
4.000
G22
4.000
0.00
Output Shaft
Output Bore
V4
W
W2
Y
Z
V1
V5
W1
W3
Y1
Z1
D1
D2
L1
L2
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
3.94
3.00
0.313
1.60
4.500
7.09
6.50
1.00
4.94
3.74
3.94
7.09
10.04
3.94
3.00
0.313
1.60
5.000
7.48
7.13
1.25
5.55
4.33
4.53
7.09
10.24
5.51
4.13
0.500
2.10
6.000
9.06
8.75
1.50
6.66
4.92
5.12
9.06
12.80
5.51
4.13
0.500
2.10
6.750
9.84
9.38
1.75
7.39
5.71
5.91
9.06
13.39
6.30
5.25
0.750
3.33
7.500
11.81
11.38
1.75
8.15
6.30
6.69
11.81
16.14
6.30
5.25
0.750
3.33
8.250
13.78
13.00
2.00
8.88
6.69
7.09
11.81
16.93
8.27
7.50
1.000
4.44
8.500
13.78
13.00
2.00
9.13
8.27
8.66
13.78
19.69
8.27
7.50
1.000
4.44
9.250
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
14.96
14.25
2.50
9.95
9.06
9.45
13.78
20.28
58
SERIES G
DIMENSIONS VERTICAL ‘J’ TYPE
RIGHT ANGLE SHAFTS TRIPLE REDUCTION
G 3 0 R Triple Reduction ‘J’ Type Right Angle Units Vertical
Tapped
hole
dimn V5
P
W3
Q
W1
Note:
Standard ratios available:
G14, G16, G18 - 22:1 to 63:1
G15, G17, G19 - 28:1 to 80:1
W3
T
F
P2
H1
H
F
H1
F1
W
Y1
Y
G2
Z
Z1
Pump
øV
N
ø V1
Input Shaft
D
Output Shaft
Heavy Duty
Tower Unit
Q2
G1
W1
Heavy Duty
Agitator Unit
Note Agitator unit has a drywell
and grease lubricated
lower bearings
G2
B
D
ø G3
• For shaft tolerance refer to
shaft options tables pages
22 and 23
W1
Unit
Size
A
B
D
F
F1
A
R1
Q2
ø G3
G2
(min)
G1
G3
H
J1
K1
M
Tapped hole
dimn V4
H1
J1
K1
M
N
P
P2
Q
Q2
G14
12.80 21.81
9.06
6.97
15.35 15.35
5.31
9.06
11.81
5.91
10.24 29.53 32.28 11.61 15.55
9.29
14.17 18.70
G15
14.37 23.39
9.06
6.97
15.35 15.35
5.31
10.24 11.81
5.91
8.66
9.29
14.57 19.49
G16
16.93 28.66 11.81
8.86
20.28 19.92
6.89
11.81 14.96
7.48
12.80 38.19 41.73 14.57 20.08 11.22 18.11 23.43
G17
19.09 30.83 11.81
8.86
20.28 19.92
6.89
13.39 14.96
7.48
10.63 38.19 41.73 12.40 20.08 11.22 18.90 24.21
G18
22.44 37.52 15.16 11.42 27.56 25.83
8.07
14.57 19.69
9.84
11.06 44.33 48.82 13.31 25.59 13.58 23.62 29.92
G19
25.00 40.08 15.16 11.42 27.56 25.83
8.07
15.75 19.69
9.84
13.78 49.61 54.09 16.02 25.59 13.58 25.59 32.09
G21
30.12 64.17 18.31 13.39 29.53 31.10 10.04 19.69 23.62 11.81 15.55 59.65 65.16 18.31 34.06 15.75 27.56 36.42
G22
31.69 50.39 18.31 13.39 29.53 31.10 10.43
Unit
Size
*
23.62 11.81 16.34 62.01 67.52 19.09 34.06 15.75 28.74
Input Shaft
V
G14
1.500
G15
1.500
G16
1.875
G17
1.875
G18
3.000
G19
3.000
G21
4.000
G22
4.000
V4
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
5/8 UNF
x 1.25
3/4 UNF
x 1.62
3/4 UNF
x 1.62
1 UNF
x2
1 UNF
x2
W
W2
29.53 32.28 10.04 15.55
Output Shaft
Y
Z
V1
V5
W1
W3
Y1
Z1
1 UNF
x2
1 UNF
x2
1.25 UNF
x 2.5
1.25 UNF
x 2.5
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
1.5 UNF
x3
7.09
6.50
1.00
4.94
7.48
7.13
1.25
5.55
9.06
8.75
1.50
6.66
9.84
9.38
1.75
7.39
11.81
11.38
1.75
8.15
13.78
13.00
2.00
8.88
13.78
13.00
2.00
9.13
14.26
14.25
2.50
9.95
3.94
3.00
0.313
1.60
4.500
3.94
3.00
0.313
1.60
5.000
5.51
4.13
0.500
2.10
6.000
5.51
4.13
0.500
2.10
6.750
6.30
5.25
0.750
3.33
7.500
6.30
5.25
0.750
3.33
8.250
8.27
7.50
1.000
4.44
8.500
8.27
7.50
1.000
4.44
9.250
59
*
R1
T
4x
Ø24
4x
Ø24
4x
Ø33
4x
Ø33
4x
Ø40
4x
Ø40
4x
Ø48
4x
Ø48
1.18
1.18
1.77
1.77
2.17
2.17
2.76
2.76
SERIES G
FAN COOLING DIMENSIONS
RIGHT ANGLE SHAFTS
Right Angle Shaft Units with Mechanical Fans
B
B
F
F2
W3
F
Triple Reduction Only
Unit
Size
B
B1
F1
F2
W3
(useable shaft extension)
G14
28.35
26.38
15.24
5.51
2.76
G15
29.92
27.95
15.24
5.51
2.76
G16
37.01
33.86
19.96
7.09
3.94
G17
39.17
36.02
19.96
7.09
3.94
G18
48.03
44.61
24.61
9.06
4.13
G19
50.59
47.17
24.61
9.06
4.13
G21
64.17
58.90
30.00
11.69
6.10
G22
65.75
60.47
30.00
11.69
6.10
60
SERIES G
HOLLOW OUTPUT SHAFT
WITH SHRINK DISC
The gear unit is fitted with a 'shrink disc' device located on the hollow output shaft to provide a positive outer locking connection between gear unit and driven shaft. The 'shrink disc' is a friction device, without keys, which exerts an external clamping
force on the hollow output shaft, thus establishing a mechanical shrink fit between the gear unit hollow shaft and driven shaft.
'Shrink disc' capacities have ample margins in dealing with transmitted torques and external loading imposed on gear units.
WORKING PRINCIPLE
The 'shrink disc' consists of a locking collar, a tapered inner ring and locking screws. By tightening the locking screws, the
locking collar and tapered inner ring are pulled together, exerting radial forces on the inner ring, thus creating a positive friction connection between hollow shaft and driven shaft.
As the tapered surfaces of locking collar and inner ring are lubricated with Molykote 321R or similar and the taper angle is not
self locking, locking collar will not seize on the inner ring and can be released easily when removal is necessary.
When the shrink disc is clamped in position the high contact pressures between tapered surfaces and screw heads and their
seatings ensure hermetic sealing and eliminate the possibility of fretting corrosion.
Unit
Size
14
15
16
17
18
19
21
22
Unit
Size
CUSTOMERS SHAFT
SHRINK DISC
ød1
ød2
ød3
ød4
I
I1
I2
K
Type
B
øD
øG
H
M
3.740”
h6
4.330”
h6
4.921”
h6
5.708”
h6
6.299”
h6
6.692”
h6
8.267”
h6
9.055”
h6
3.937”
h6
4.527”
h6
5.118”
h6
5.905”
h6
6.692”
h6
7.086”
h6
8.661”
h6
9.448”
h6
3.72
4.53
16.26
2.17
1.97
HSD 120-81-95
0.87
4.72
7.76
2.09
M12
1070
4.31
5.12
16.46
2.36
2.36
HSD 140-81-110
0.87
5.51
9.06
2.28
M14
1700
4.90
5.79
20.87
2.76
2.76
HSD 160-81-125
1.10
6.30
11.42
2.68
M16
2600
5.69
6.57
21.46
3.54
3.54
HSD 180-81-145
1.10
7.09
12.60
3.35
M16
2600
6.28
7.28
26.97
3.54
3.54
HSD 200-81-160
1.18
7.87
13.39
3.35
M16
2600
6.67
7.68
27.76
4.13
4.13
HSD 220-81-170
1.18
8.66
14.57
4.06
M20
5040
8.25
8.86
32.28
5.12
4.13
HSD 260-81-210
1.18
10.24 16.93
4.69
M20
5040
9.04
9.25
32.87
5.71
4.13
1” UNF
x2”
1” UNF
x2”
1” UNF
x2”
1 1/4” UNF
x 2.36”
1 1/4” UNF
x 2.36”
1 1/4” UNF
x 2.36”
1 1/4” UNF
x 2.36”
1 1/4” UNF
x 2.36”
Torque
Ta (Nm)
HSD 280-81-230
1.18
11.02
5.20
M20
5040
HOLLOW SHAFT
ød1
ød2
ød3
L
18.11
END PLATE
L1
L2
L3
C
14
3.740
3.937
3.780 16.339 7.087 10.039 10.866 0.787
15
4.331
4.528
4.370 16.535 7.087 10.236 10.866 0.787
16
4.921
5.118
4.961 20.984 9.055 12.795 13.701 0.984
17
5.709
5.906
5.787 21.575 9.055 13.386 13.701 0.984
18
6.299
6.693
6.378 27.087 11.811 16.142 17.402 0.984
19
6.693
7.087
6.772 27.874 11.811 16.929 17.402 0.984
21
8.268
8.661
8.346 32.441 13.780 19.685 20.079 1.102
22
9.055
9.449
9.134 33.031 13.780 20.276 21.063 1.102
Customers Shaft
M
crs
C1
ød5
ød6
øK1
0.393
0.385
0.393
0.385
0.472
0.464
0.472
0.464
0.472
0.464
0.472
0.464
0.551
0.543
0.551
0.543
3.927
3.917
4.518
4.508
5.108
5.098
5.896
5.886
6.683
6.673
7.274
7.264
8.652
8.642
9.439
9.433
P
3.07
1.02
2.17
1/2” UNF D1300-1000
3.54
1.02
2.56
1/2” UNF D1300-1150
4.06
1.02
2.76
5/8” UNF D1300-1300
4.72
1.30
3.35
5/8” UNF D1300-1500
5.31
1.30
3.94
5/8” UNF D1300-1700
5.91
1.30
4.33
5/8” UNF D1300-1850
6.69
1.30
5.12
3/4” UNF D1300-2200
7.48
1.30
5.91
3/4” UNF D1300-2400
Hollow Shaft and
Shrink Disc
l2
L
30 o
ød
ød3
min
5 x 5 o
ød2
ød4
l
3 rad
(max)
K
Tapped
hole
l
L3
L2
H
End Plate
(If required)
B
C
C
Circlip
Screws M
(tightened to
torque Ta)
61
ød6
M
Recess for
end plate
ød5
øD
øD
øD3
Anti-Fretting bush
øG
øD2
L
øK hole
Two tappings
'P' at 80o
Circlip
SERIES G
KEYED SLEEVES
Column 10 Entry
Customers Shaft
l
n
3.2
3.2
Chamfer
5 x 5°
l3
-0.3
-0.5
O d
O d
O d
O d4 min
E
l4
l
W
Metric
K
Consult Application
Engineering for dimensions
of Inch sleeves
'K' Tapped hole
4 rad
(max)
Inch
l2
End Plate
(If required)
Hollow Shaft
L
L
C
C
O d5
e
O D
O D
M
O d6
Circlip
e
O K hole
Two tappings
'P' at 80v
UNIT
SIZE
14
15
16
17
18
19
21
22
UNIT
SIZE
14
15
16
17
18
19
21
22
CUSTOMERS SHAFT
Ød1
Ød4
l
l1
l2
l4
m
n
k
3.7500”
3.7491”
4.3750”
4.3741”
5.0000”
4.9990”
5.7500”
5.7490”
6.2500”
6.2490”
6.9994”
6.9984”
8.2494”
8.2482”
8.9994”
8.9982”
l3
(min)
4.50”
13.19”
3.75”
3.12”
11.00”
0.75”
5.12”
13.19”
4.12”
3.50”
11.00”
0.75”
5.75”
16.91*
4.75”
3.88”
14.12”
1.00”
6.56”
16.91”
5.12”
4.38”
14.12”
1.00”
7.56”
22.44”
5.75”
5.00”
20.50”
1.00”
8.12”
22.44”
6.12”
5.38”
20.50”
1.00”
8.88”
26.38”
6.50”
5.75”
24”
1.12”
9.84”
26.38”
6.88”
6.12”
24”
1.12”
0.877”
0.875”
1.002”
1.000”
1.252”
1.250”
1.502”
1.500”
1.502”
1.500”
1.752”
1.750”
2.002”
2.000”
2.002”
2.000”
3.261”
3.246”
3.817”
3.802”
4.296”
4.281”
4.900”
4.885”
5.409”
5.394”
6.139”
6.124”
7.377”
7.362”
8.137”
8.122”
1” UNF
2.00” deep
1” UNF
2.00” deep
1” UNF
2.00” deep
1.1/4” UNF
2.50” deep
1.1/4” UNF
2.50” deep
1.1/4” UNF
2.50” deep
1.1/4” UNF
2.50” deep
1.1/4” UNF
2.50” deep
HOLLOW SHAFT
ØD1
3.7514”
3.7500”
4.3764”
4.3750”
5.0016”
5.0000”
5.7516”
5.7500”
6.2516”
6.2500”
7.0016”
7.0000”
8.2518”
8.2500”
9.0018”
9.0000”
Key Section
(not supplied)
0.875” square
1.00” square
1.25” square
1.50” square
1.50” square
1.75” x 1.50”
2.00” x 1.50”
2.00” x 1.50”
END PLATE
e
L1
C
C1
Ød5
Ød6
ØK1
P
Circlip
0.750”
7.09”
0.75”
1.06”
2.12”
1/2” UNF
7.09”
0.75”
3.5”
1.06”
2.50”
1/2” UNF
0.875”
9.06”
1.00”
4.0”
1.06”
2.75”
5/8” UNF
0.875”
9.06”
1.00”
4.75”
1.38”
3.38”
5/8” UNF
0.875”
11.81”
1.00”
5.31”
1.38”
4.00”
5/8” UNF
0.875”
11.81”
1.00”
5.88”
1.38”
4.38”
5/8” UNF
1.000”
13.78”
1.12”
6.75”
1.38”
5.12”
3/4” UNF
1.000”
13.78”
1.12”
4.000”
3.990”
4.625”
4.615”
5.250”
5.240”
6.000”
5.990”
6.750”
6.740”
7.250”
7.240”
8.750”
8.740”
9.500”
9.490”
3.0”
0.750”
0.375”
0.370”
0.375”
0.370”
0.500”
0.495”
0.500”
0.495”
0.500”
0.495”
0.500”
0.495”
0.563”
0.558”
0.563”
0.558”
M
crs
7.50”
1.38”
5.88”
3/4” UNF
N13000400
N13000462
N13000500
N13000575
N13000625
N13000700
N13000825
N13000900
62
SERIES G
COOLING COIL CONNECTIONS
Cooling coils can be fitted to all unit types and handings.
Cooling coil connections for water inlet and outlet pipes are 0.47” (12 mm) on all sizes.
The protruding cooling coil pipe can be connected to customers pipe work via a suitable straight coupling.
Cooling coils are suitable for fresh, brackish or sea water with flow in either direction.
Connections are therefore interchangeable.
For best performance, the water supply should be at 50oF / 54oF temperature and at a flow rate of 1.3 gallons per minute.
C
Water supply:
B
A
B
C
14
12.20
4.72
6.42
15
10.63
4.72
6.42
16
14.57
5.91
8.66
17
12.40
5.91
8.66
18
12.40
7.87
11.22
19
15.16
7.87
11.22
21
15.75
7.87
13.98
22
16.54
7.87
13.98
A
63
(2 m m)
A
ø 0.47”
SIZE OF UNIT
C
Gear
Case
.97 “
(50mm)
SERIES G
BACKSTOPS
Externally mounted Backstops can be fitted to all Series G gear units, when required to operate in non-reversing drives.
They are located on the helical pinion shaft and have adequate capacities to deal with full rated torques. All backstops are
centrifugal lift off type. Changing the direction of locking rotation is a simple operation.
Parallel Shaft Units
Column 16 entry, shaft rotation shown
4 Stage
A
2
A
B
B
2
3 Stage
øC
øC
2
2
2
A
A
2
2
2
B
B
øC
øC
Right Angle Shaft Units
B
B
Column 16 entry, shaft rotation shown
For right angle units, if backstop position is required at opposite side of unit to outputshaft, column 16
entry must be 3 or 4 (see page 11)
A
A
3 Stage
4 Stage
2
øC
2
øC
2
A
2
A
3
4
4
3
4
B
4
B
3
øC
Unit Size
A
G14
G15
G16
G17
G18
G19
G21
G22
12.80
14.37
16.93
19.09
22.44
25.00
30.12
31.69
3
øC
B
øC
Backstop
10.83
6.89
85-40
13.39
8.27
120-50
17.05
11.42
170-63
19.69
12.20
200-63
64
Note: Torque limiting backstops with
controllable tension release can
be fitted to all Series G units.
(For details consult our Application Engineers).
SERIES G
TORQUE ARM
Torque arms are available for all shaft mounted units with parallel
or right angle shafts. They are supplied as optional extras and are
secured to gear cases as shown below.
The torque arm must be flexibly mounted to the
chassis structure
Torque arms must be secured to the chassis structure in a flexible
mounting as indicated.
Each pair of
disc springs
to be
compressed
'X' in
on assembly
Shaft mounted units are designed to operate in the horizontal position. Reference must be made to our Application Engineers, with
details, where units are required to operate in an inclined position.
D
SHAFT MOUNTED UNITS FOR HIGH INERTIA DRIVE
E
G
When used on Traverse drives with high inertia driven loads, eg
crane drives (slewing, long travel and cross travel) bogie drives and
selected high inertia load roller table drives, it is recommended that
shaft mounted units should be fitted with shock absorbing Torque
Arms. Consult our Application Engineers with specific application
details.
øH
It is recommended that the torque arm is fitted on the side of the unit
adjacent to the driven machine.
C
øF
B
SIZE OF
UNIT
14
19.29
15
20.87
16
25.39
17
27.56
18
33.27
19
35.83
21 & 22
A
B
A
E
F
G
Disc Spring
Ref
X
H
2.36
M30
8.15
80 x 41 x 4
0.04
1.61
1.97
2.95
M36
10.31
100 x 51 x 6
0.04
2.05
2.76
4.13
M48
13.23
125 x 71 x 6
0.07
2.83
B
B1
C
D
5.31
2.17
7.68
3.74
1.57
6.57
2.56
9.96
4.92
8.74
3.15
12.91
5.91
MIN
MAX
Contact our Application Engineers
65
SERIES G
MOTORIZED
SERIES G
66
SERIES G
MOTORIZED DIMENSIONS
øP
Parallel Shaft Units
C
LB
F
A
Double Reduction
NEMA Motors
Motor
Column
C
Size
13 Entry
324TC/326TC
R
17.52
364TC/365TC
S
18.15
G1420
404TC/405TC
T
19.52
324TC/326TC
364TC/365TC
G1520
404TC/405TC
R
S
T
364TC/365TC
404TC/405TC
364TC/365TC
G1720
404TC/405TC
S
T
S
T
Unit
Size
G1620
Unit
Size
9.02
9.02
9.02
LB
(max)
25.87
30.91
33.03
13.37
13.37
13.87
G1420
17.52
18.15
19.52
9.02
9.02
9.02
25.87
30.91
33.03
13.37
13.37
13.87
G1520
20.31
21.69
20.31
21.69
15.08
15.08
15.08
15.08
30.91
33.03
30.91
33.03
13.37
13.87
13.37
13.87
G1620
ØP
Unit
Size
F
ØP
G1720
IEC Motors
Motor Column
A
C
Size 13 Entry
200
D
12.80 16.85
225
E
12.80 18.03
250
F
12.80 18.03
280
G
12.80 18.03
200
D
14.37 16.85
225
E
14.37 18.03
250
F
14.37 18.03
280
G
14.37 18.03
250
F
16.93 20.20
280
G
16.93 20.20
250
F
19.09 20.20
280
G
19.09 20.20
F
9.02
9.02
10.83
10.83
9.02
9.02
10.83
10.83
11.73
11.73
11.73
11.73
LB
(max)
25.63
30.94
33.03
37.44
25.63
30.94
33.03
37.44
33.03
37.44
33.03
37.44
ØP
15.75
17.72
21.65
21.65
15.75
17.72
21.65
21.65
21.65
21.65
21.65
21.65
Triple and Quadruple Reduction
NEMA Motors
Motor
Column
C
Size
13 Entry
254TC/256TC
P
14.69
284TC/286TC
Q
15.32
R
15.94
G1430 / 324TC/326TC
G1440 364TC/365TC
S
16.57
404TC/405TC
T
17.94
254TC/256TC
284TC/286TC
G1530 / 324TC/326TC
G1540
364TC/365TC
404TC/405TC
P
Q
R
S
T
254TC/256TC
284TC/286TC
324TC/326TC
G1630 /
G1640 364TC/365TC
404TC/405TC
Unit
Size
6.69
6.69
6.69
6.69
6.97
LB
(max)
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
14.69
15.32
15.94
16.57
17.94
6.69
6.69
6.69
6.69
6.97
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
P
Q
R
S
T
17.25
17.88
18.50
19.13
20.50
6.69
6.69
6.69
6.69
6.97
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
G1730 / 324TC/326TC
G1740 364TC/365TC
404TC/405TC
P
Q
R
S
T
17.25
17.88
18.50
19.13
20.50
6.69
6.69
6.69
6.69
6.97
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
324TC/326TC
364TC/365TC
404TC/405TC
254TC/256TC
284TC/286TC
324TC/326TC
364TC/365TC
404TC/405TC
P
Q
R
S
T
P
Q
R
S
T
21.19
21.81
22.44
23.07
24.44
21.19
21.81
22.44
23.07
24.44
7.80
7.80
7.80
7.80
7.80
7.80
7.80
7.80
7.80
7.80
21.50
23.82
25.87
30.91
33.03
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
10.00
11.25
13.37
13.37
13.87
G1830 /
G1840
G1930 /
G1940
F
G1430 /
G1440
G1530 /
G1540
G1630 /
G1640
G1730 /
G1740
G1830 /
G1840
G1930 /
G1940
67
IEC Motors
Motor Column
A
C
Size 13 Entry
132
A
17.13 14.09
160
B
17.13 15.28
180
C
17.13 15.28
200
D
17.13 15.28
225
E
17.13 16.46
250
F
17.13 16.46
132
A
18.70 14.09
160
B
18.70 15.28
180
C
18.70 15.28
200
D
18.70 15.28
225
E
18.70 16.46
250
F
18.70 16.46
A
22.44 16.65
132
160
B
22.44 17.83
180
C
22.44 17.83
200
D
22.44 17.83
225
E
22.44 19.02
250
F
22.44 19.02
280
G
22.44 19.02
A
24.61 16.65
132
160
B
24.61 17.83
180
C
24.61 17.83
200
D
24.61 17.83
225
E
24.61 19.02
250
F
24.61 19.02
280
G
24.61 19.02
180
C
29.72 21.77
200
D
29.72 21.77
225
E
29.72 22.95
250
F
29.72 22.95
280
G
29.72 22.95
180
C
32.28 21.77
200
D
32.28 21.77
225
E
32.28 22.95
250
F
32.28 22.95
280
G
32.28 22.95
F
6.69
6.89
6.89
7.87
8.86
10.83
6.69
6.89
6.89
7.87
8.86
10.83
6.69
6.89
6.89
7.87
8.86
10.83
10.83
6.69
6.89
6.89
7.87
8.86
10.83
10.83
7.80
7.87
8.86
10.83
10.83
7.80
7.87
8.86
10.83
10.83
LB
(max)
16.54
21.26
23.54
25.63
30.94
33.03
16.54
21.26
23.54
25.63
30.94
33.03
16.54
21.26
23.54
25.63
30.94
33.03
37.44
16.54
21.26
23.54
25.63
30.94
33.03
37.44
23.54
25.63
30.94
33.03
37.44
23.54
25.63
30.94
33.03
37.44
ØP
11.81
13.78
13.78
15.75
17.72
21.65
11.81
13.78
13.78
15.75
17.72
21.65
11.81
13.78
13.78
15.75
17.72
21.65
21.65
11.81
13.78
13.78
15.75
17.72
21.65
21.65
13.78
15.75
17.72
21.65
21.65
13.78
15.75
17.72
21.65
21.65
SERIES G
MOTORIZED DIMENSIONS
øP
Right Angle Shaft Units
LB
C
Triple Reduction
NEMA Motors
Motor
Column
C
Size
13 Entry
254TC/256TC
P
32.22
284TC/286TC
Q
32.84
324TC/326TC
R
33.46
G1430 364TC/365TC
S
34.09
404TC/405TC
T
35.46
LB
(max)
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
324TC/326TC
G1530 364TC/365TC
404TC/405TC
P
Q
R
S
T
33.79
34.41
35.04
35.67
37.04
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
324TC/326TC
364TC/365TC
404TC/405TC
R
S
T
42.13
42.75
44.13
25.87
30.91
33.03
13.37
13.37
13.87
324TC/326TC
364TC/365TC
404TC/405TC
R
S
T
44.33
44.92
46.29
25.87
30.91
33.03
13.37
13.37
13.87
364TC/365TC
G1830 404TC/405TC
S
T
53.78
55.15
30.91
33.03
13.37
13.87
G1830
364TC/365TC
G1930 404TC/405TC
S
T
56.33
57.71
30.91
33.03
13.37
13.87
G1930
NEMA Motors
Motor
Column
C
Size
13 Entry
254TC/256TC
P
41.86
284TC/286TC
Q
42.48
324TC/326TC
R
43.11
G1640
364TC/365TC
S
43.74
404TC/405TC
T
45.11
LB
(max)
21.50
23.82
25.87
30.91
33.03
ØP
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
324TC/326TC
G1740
364TC/365TC
404TC/405TC
P
Q
R
S
T
44.03
44.65
45.28
45.90
47.28
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
324TC/326TC
G1840
364TC/365TC
404TC/405TC
P
Q
R
S
T
53.67
54.30
54.96
55.55
56.92
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
254TC/256TC
284TC/286TC
324TC/326TC
G1940
364TC/365TC
404TC/405TC
P
Q
R
S
T
56.25
56.85
57.52
58.11
59.48
21.50
23.82
25.87
30.91
33.03
10.00
11.25
13.37
13.37
13.87
Unit
Size
G1630
G1730
Unit
Size
ØP
G1430
G1530
G1630
G1730
IEC Motors
Motor Column
C
Size 13 Entry
132
A
31.61
160
B
32.80
180
C
32.80
200
D
32.80
225
E
33.98
250
F
33.98
280
G
33.98
A
33.19
132
160
B
34.37
180
C
34.37
200
D
34.37
225
E
35.55
250
F
35.55
280
G
35.55
200
D
41.46
225
E
42.64
250
F
42.64
280
G
42.64
200
D
43.62
225
E
44.80
250
F
44.80
280
G
44.80
225
E
53.66
250
F
53.66
280
G
53.66
225
E
56.22
250
F
56.22
280
G
56.22
LB
(max)
16.54
21.26
23.54
25.63
30.94
33.03
37.44
16.54
21.26
23.54
25.63
30.94
33.03
37.44
25.63
30.94
33.03
37.44
25.63
30.94
33.03
37.44
30.94
33.03
37.44
30.94
33.03
37.44
ØP
11.81
13.78
13.78
15.75
17.72
21.65
21.65
11.81
13.78
13.78
15.75
17.72
21.65
21.65
15.75
17.72
21.65
21.65
15.75
17.72
21.65
21.65
17.72
21.65
21.65
17.72
21.65
21.65
Quadruple Reduction
Unit
Size
Unit
Size
G1640
G1740
G1840
G1940
68
IEC Motors
Motor Column
C
Size 13 Entry
132
A
41.26
160
B
42.44
180
C
42.44
200
D
42.44
225
E
43.62
250
F
43.62
132
A
43.82
160
B
44.61
180
C
44.61
200
D
44.61
225
E
45.79
250
F
45.79
160
B
54.25
180
C
54.25
200
D
54.25
225
E
55.43
250
F
55.43
280
G
55.43
160
B
56.81
180
C
56.81
200
D
56.81
225
E
57.99
250
F
57.99
280
G
57.99
LB
(max)
16.54
21.26
23.54
25.63
30.94
33.03
16.54
21.26
23.54
25.63
30.94
33.03
21.26
23.54
25.63
30.94
33.03
37.44
21.26
23.54
25.63
30.94
33.03
37.44
ØP
11.81
13.78
13.78
15.75
17.72
21.65
11.81
13.78
13.78
15.75
17.72
21.65
13.78
13.78
15.75
17.72
21.65
21.65
13.78
13.78
15.75
17.72
21.65
21.65
SERIES G
SHIPPING SPECIFICATIONS
UNIT MASS (lb’s)
Gear Unit
No of
Reductions Output Shaft
2 Stage
Parallel
Shat
3 Stage
4 Stage
3 Stage
Right Angle
Shaft
4 Stage
Unit Size
14
15
16
17
18
19
21
22
Standard
794
915
1743
1996
3375
4136
6949
8030
Shaft Mount
750
849
1666
1886
3166
3872
6508
-
Agitator
882
1004
1853
2162
3596
4401
7390
-
Standard
827
949
1776
2030
3419
4180
7059
8140
Shaft Mount
783
882
1699
1919
3210
3916
6618
-
Agitator
915
1037
1886
2195
3640
4445
7500
-
Standard
849
971
1809
2063
3485
4247
7170
8250
Shaft Mount
805
893
1732
1952
3276
3982
6728
-
Agitator
938
1059
1919
2228
3706
4511
7611
-
Standard
871
993
1853
2074
3618
4379
7390
8471
Shaft Mount
827
927
1775
1963
3408
4114
6949
-
Agitator
960
1081
1963
2239
3838
4644
7831
-
Standard
-
-
1853
2074
3574
4335
7280
8361
Shaft Mount
-
-
1775
1555
3364
4070
6839
-
Agitator
-
-
1963
1963
3794
4600
7721
-
22
Mass excludes: lubricant, cooling fans or coil.
UNIT VOLUME (Feet 3)
Gear Unit
No of
Reductions Output Shaft
2 Stage
Parallel
Shat
3 Stage
4 Stage
3 Stage
Right Angle
Shaft
4 Stage
Unit Size
14
15
16
17
18
19
21
Standard
9.7
9.9
20.4
20.9
39.6
45.8
73.5
Shaft Mount
7.1
7.1
14.8
14.8
28.6
31.6
62.2
Agitator
10.9
11.2
22.5
22.9
43.5
50.2
83.0
Standard
9.1
9.3
19.7
20.2
38.2
44.1
72.7
Shaft Mount
6.5
6.5
14.0
14.0
27.2
30.0
60.7
Agitator
10.3
10.6
21.8
22.2
42.1
48.6
81.9
Standard
9.1
9.3
19.7
20.2
38.2
44.1
72.7
Shaft Mount
6.5
6.5
14.0
14.0
27.2
30.0
60.7
Agitator
10.3
10.6
21.8
22.2
42.1
48.6
81.9
Standard
9.3
9.4
20.1
20.7
39.4
45.2
74.9
Shaft Mount
7.5
7.6
16.3
16.7
31.4
35.1
61.1
Agitator
10.7
11.1
22.8
23.3
44.5
50.9
51.9
Standard
-
-
20.5
21.1
40.5
46.4
75.9
Shaft Mount
-
-
16.6
17.1
32.3
36.1
62.2
Agitator
-
-
23.2
23.8
45.8
52.2
88.3
69
SERIES G
NOTES
SERIES G
Product Safety Information
IMPORTANT
General - The following information is important in ensuring safety. It must be brought to the attention of personnel involved in the selection of the equipment, those
responsible for the design of the machinery in which it is to be incorporated and those involved in its installation, use and maintenance.
The equipment will operate safely provided it is selected, installed, used and maintained properly. As with any power transmission equipment proper precautions must
be taken as indicated in the following paragraphs, to ensure safety.
Potential Hazards - these are not necessarily listed in any order of severity as the degree of danger varies in individual circumstances. It is important therefore that the
list is studied in its entirety:1) Fire/Explosion
(a) Oil mists and vapour are generated within gear units. It is therefore dangerous to use naked lights in the proximity of gearbox openings, due to the risk of fire or
explosion.
(b) In the event of fire or serious overheating (over 300 oC), certain materials (rubber, plastics, etc.) may decompose and produce fumes. Care should be taken to
avoid exposure to the fumes, and the remains of burned or overheated plastic/rubber materials should be handled with rubber gloves.
2) Guards - Rotating shafts and couplings must be guarded to eliminate the possibility of physical contact or entanglement of clothing. It should be of rigid construction
and firmly secured.
3) Noise - High speed gearboxes and gearbox driven machinery may produce noise levels which are damaging to the hearing with prolonged exposure. Ear defenders
should be provided for personnel in these circumstances. Reference should be made to the Department of Employment Code of Practice for reducing exposure of
employed persons to noise.
4) Lifting - Where provided (on larger units) only the lifting points or eyebolts must be used for lifting operations (see maintenance manual or general arrangement
drawing for lifting point positions). Failure to use the lifting points provided may result in personal injury and/or damage to the product or surrounding equipment.
Keep clear of raised equipment.
5) Lubricants and Lubrication
(a) Prolonged contact with lubricants can be detrimental to the skin. The manufacturer's instruction must be followed when handling lubricants.
(b) The lubrication status of the equipment must be checked before commissioning. Read and carry out all instructions on the lubricant plate and in the installation
and maintenance literature. Heed all warning tags. Failure to do so could result in mechanical damage and in extreme cases risk of injury to personnel.
6) Electrical Equipment - Observe hazard warnings on electrical equipment and isolate power before working on the gearbox or associated equipment, in order to
prevent the machinery being started.
7) Installation, Maintenance and Storage
(a) In the event that equipment is to be held in storage, for a period exceeding 6 months, prior to installation or commissioning, application engineering must
be consulted regarding special preservation requirements. Unless otherwise agreed, equipment must be stored in a building protected from extremes of
temperature and humidity to prevent deterioration.
The rotating components (gears and shafts) must be turned a few revolutions once a month (to prevent bearings brinelling).
(b) External gearbox components may be supplied with preservative materials applied, in the form of a "waxed" tape overwrap or wax film preservative. Gloves
should be worn when removing these materials. The former can be removed manually, the latter using white spirit as a solvent.
Preservatives applied to the internal parts of the gear units do not require removal prior to operation.
(c) Installation must be performed in accordance with the manufacturer's instructions and be undertaken by suitably qualified personnel.
(d) Before working on a gearbox or associated equipment, ensure that the load has been removed from the system to eliminate the possibility of any movement
of the machinery and isolate power supply. Where necessary, provide mechanical means to ensure the machinery cannot move or rotate. Ensure removal of
such devices after work is complete.
(e) Ensure the proper maintenance of gearboxes in operation. Use only the correct tools and approved spare parts for repair and maintenance. Consult the
Maintenance Manual before dismantling or performing maintenance work.
8) Hot Surfaces and Lubricants
(a) During operation, gear units may become sufficiently hot to cause skin burns. Care must be taken to avoid accidental contact.
(b) After extended running the lubricant in gear units and lubrication systems may reach temperatures sufficient to cause burns. Allow equipment to cool before
servicing or performing adjustments.
9) Selection and Design
(a) Where gear units provide a backstop facility, ensure that back-up systems are provided if failure of the backstop device would endanger personnel or result in
damage.
(b) The driving and driven equipment must be correctly selected to ensure that the complete machinery installation will perform satisfactorily, avoiding system
critical speeds, system torsional vibration, etc.
(c) The equipment must not be operated in an environment or at speeds, powers, torques or with external loads beyond those for which it was designed.
(d) As improvements in design are being made continually the contents of this catalogue are not to be regarded as binding in detail, and drawings and capacities
are subject to alterations without notice.
The above guidance is based on the current state of knowledge and our best assessment of the potential hazards in the operation of the gear units.
Any further information or clarification required may be obtained by contacting an Application Engineer.
English Cover (Series G) DB USA New 0108:English Cover (Series F) 06.07
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SERIES G
Contacts
0706
AUSTRALIA
DENMARK
NETHERLANDS
THAILAND
David Brown Gear
Industries Ltd
13-19 Franklin Avenue
Bulli, NSW 2516
Australia
Tel:
+61 2 4283 0300
Fax: +61 2 4283 0333
Benzler Transmission A/S
Tel:
+45 36 34 03 00
Fax: +45 36 77 02 42
Northern European
Service Centre & HQ
Benzlers Netherlands
Postbox 3303
NL 5902 Venlo RH
Netherlands
Tel:
+31 773 245 900
Fax: +31 773 245 901
David Brown (Thailand) Ltd
700/43 Moo 6
Amatanakorn Industrial Estate
Khong Tam Ru
Muang, Chonburi 20000
Thailand
Tel:
+66 38 459 044
Fax: +66 38 743 484
NORWAY
UNITED KINGDOM
Benzlers & David Brown
Transmissions
Tel:
+33 (0)4 72 79 48 33
Fax: +33 (0)4 72 79 48 39
David Brown Hydraulics
Norway A/S
PO Box 73 Leirdal
Stromsveien 372
NO- 1008 Oslo, Norway
Tel:
+47 22 90 94 30
Fax: +47 22 90 94 11
David Brown Engineering Ltd
Park Road
Lockwood, Huddersfield
West Yorkshire, HD4 5DD
Tel:
+44 (0) 1484 465 610
Fax: +44 (0) 1484 465 586
GERMANY
SOUTH AFRICA
Benzler Germany
Tel:
0800 350 40 00
Fax: 0800 350 40 01
David Brown
Gear Industries Ltd
PO Box 540, Benoni 1500
South Africa
Tel:
+27 11 748 0000
Fax: +27 11 421 2963
AUSTRIA
Benzler Antriebst
Ges mbH
Tel:
+43 7 229 618 91
Fax: +43 7 229 618 84
CHINA
Textron Power Transmission
China
Room 601 Lippo Plaza
No. 222 Huai Hai Zhong Rd
Shanghai 200021
China
Tel:
+86 21 53966 555
Fax: +86 21 53966 913
FINLAND
Oy Benzler AB
Tel:
+358 14 716 190
Fax: +358 14 716 191
FRANCE
ITALY
David Brown
Hydraulics Italia S.R.L.
Via Del Costruttore, 64
I-41058 - VIGNOLA - MO
Italy
Tel:
+39 059 7700411
Fax: +39 059 7700425
SWEDEN
AB Benzlers
Landskronavägen 1
251 09 Helsingborg
Sweden
Tel:
+46 42 18 68 00
Fax: +46 42 21 88 03
www.davidbrown.com
www.benzlers.com
USA
Cone Drive Textron
240 East 12th Street
Traverse City
MI 49684
USA
Tel:
+1 231 946 8410
Fax: +1 231 933 8600
English Cover (Series G) DB New 0108:English Cover (Series F) 06.07
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A Textron Company
A Textron Company
A Textron Company
www.davidbrown.com