®

Rothe Erde Turntables

ThyssenKrupp Rothe Erde

2

Rothe Erde® Turntables

Technology made-to-measure

Rothe Erde® turntables –

Products of proven quality
Rothe Erde® turntables have been
developed for installation in transport
vehicles. Their purpose is to transmit both
the axial load, thrust and traction forces.

Our product range comprises ball-bearing The standard series turntables shown here are
and roller-bearing slewing rings, turntables the result of many years’ design and manufacturing
and seamless rolled rings. experience in the field of trailer steering systems
for road truck trailers, positively steered semi-
We at ThyssenKrupp Rothe Erde put quality trailers, fifth wheel couplings, heavy goods vehicles
first. All our activities from application engi- and special vehicles.
neering to design and production including
comprehensive customer service are based Rothe Erde® turntables are produced to exacting standards
on the following international quality and are designed to meet high performance requirements.
standards:
• Quality assurance system acc. to Each turntable consists of two steel rings designed for
DIN EN ISO 9001, flange mounting. The raceways are machined so as to
• Environmental protection acc. to ensure that the power transmission is favourably directed
DIN EN ISO 14 001 and between the profiled rings and the inserted antifriction
• Industrial safety acc. to bearing steel balls. The turntables are delivered with
OHSAS 18 001. preservation and grease filling.
3
4

Bearing configurations and bearing tables

Types 16 L – 16 – 80 – 80 S

Weight (approx.)

grease nipples
Overall height

Number of
bolt circle

bolt circle

Diameter

Diameter
diameter

diameter

diameter

diameter

diameter

diameter
Outer

Outer
Track

Inner

Inner

Bore
Drawing No. · Type DL Da Di H La Li B n1 Da1 O
mm kg mm mm mm mm mm mm mm mm mm
Type 16 L undrilled
310.16.0300.000 · Typ 16 L /400 320.0 11.0 404 236.0 42 375 260 – 4 – 346
310.16.0400.000 · Typ 16 L /500 420.0 15.0 504 336.0 42 475 360 – 4 – 446
310.16.0500.000 · Typ 16 L /650 570.0 20.0 654 486.0 42 625 510 – 4 – 596
16 L

310.16.0600.000 · Typ 16 L /750 670.0 23.0 754 586.0 42 725 610 – 4 – 696
310.16.0700.000 · Typ 16 L /850 770.0 27.0 854 686.0 42 825 710 – 4 – 796
310.16.0800.000 · Typ 16 L /950 870.0 30.0 954 786.0 42 925 810 – 4 – 896
310.16.0900.000 · Typ 16 L /1050 970.0 34.0 1054 886.0 42 1025 910 – 4 – 996
Type 16 undrilled
320.16.0400.000 · Typ 16/500 407.5 17.0 500 315.0 48 475 340 – 4 – 434
320.16.0500.000 · Typ 16/650 557.5 23.0 650 465.0 48 625 490 – 4 – 584
320.16.0600.000 · Typ 16/750 657.5 26.0 750 565.0 48 725 590 – 4 – 684
16

320.16.0700.000 · Typ 16/850 757.5 30.0 850 665.0 48 825 690 – 4 – 784
320.16.0800.000 · Typ 16/950 857.5 34.0 950 765.0 48 925 790 – 4 – 884
320.16.0900.000 · Typ 16/1050 957.5 39.0 1050 865.0 48 1025 890 – 4 – 984
Type 80 undrilled
330.16.0500.000 · Typ 80/685 598.5 38.0 721 567.0 80 671 657 – 4 696 –
330.16.0700.000 · Typ 80/880 793.5 48.0 916 762.0 80 866 852 – 4 891 –
330.16.0900.000 · Typ 80/1000 913.5 58.0 1036 882.0 80 984 970 – 4 1011 –
80

330.16.1000.000 · Typ 80/1090 1003.5 63.0 1126 972.0 80 1074 1060 – 4 1101 –
Type 80 drilled
330.16.0700.010 · Typ 80/880 793.5 48.0 916 762.0 80 866 852 16 4 891 –
330.16.1000.010 · Typ 80/1090 1003.5 63.0 1126 972.0 80 1074 1060 18 4 1101 –
Type 80 S undrilled
350.16.1000.000 · Typ 80 S /1100 1002.5/992.5 73.0 1108 959.5 80 – – – 6 1095 –
350.16.0700.000 · Typ 80 S /890 792.5/782.5 57.0 894 749.5 80 – – – 6 880 –
350.16.0500.000 · Typ 80 S /660 562.5/552.5 40.6 664 519.5 80 – – – 6 650 –
80 S

Type 80 S drilled
350.16.1000.010 · Typ 80 S /1100 1002.5/992.5 72.8 1108 959.5 80 1074 1060 16 6 1095 –
350.16.0710.010 · Typ 80 S /890 A 792.5/782.5 56.7 894 749.5 80 866 852 16 6 880 –
350.16.0700.010 · Typ 80 S /890 792.5/782.5 56.8 894 749.5 80 866 852 16 6 880 –
350.16.0500.010 · Typ 80 S /660 562.5/552.5 40.4 664 519.5 80 636 622 14 6 650 –
* For other axle combinations or other uses, please ask us
** Type 80 S/890 A: Permissible load valid for fifth wheel couplings
 5

øO
ø Li
ø Di

4 hydraulic-type

8
lubricating nipples
H1a

H
≈ equispaced

8
øU
Trailer load
ø La
Permissible axial load* acceleration or ø Da
deceleration
Permissible

clearances
Type 16 L

Maximum
Diameter

diameter

bearing
for farm trucks
Ball

and carts
more than
U d 2 axles 2 axles axial radial
mm mm kN kN m/s2 mm mm

øO
294 16 7.5 – 4 1.0 0.7 ø Li
394 16 9.0 – 4 1.0 0.7 ø Di
544 16 15.0 – 4 1.0 0.7

8
644 16 18.0 – 4 1.0 0.7 4 hydraulic-type
744 16 25.0 lubricating nipples
– 4 1.0 0.7
H1a

H
844 16 30.0 – 4 1.0 0.7
≈ equispaced
944 16 35.0 – 4 1.0 0.7

8
øU
381 16 18.0 – 7 1.0 0.7 ø La
531 16 25.0 – 7 1.0 0.7 Type 16
ø Da
for lightweight
631 16 30.0 – 7 1.0 0.7
truck trailers
731 16 35.0 – 7 1.0 0.7 and farm trucks
831 16 40.0 – 7 1.0 0.7
931 16 45.0 – 7 1.0 0.7
ø Da
583 16 35.0 30.0 7 1.0 0.7 ø La
778 øB ø Di
16 55.0 50.0 7 1.0 0.7
898 16 65.0 60.0 7 1.0 0.7
9

988 16 70.0 65.0 7 1.0 0.7

4 hydraulic-type
778 16 55.0 50.0 7 1.0 0.7 lubricating
988 16 70.0 65.0 7 1.0 0.7 nipples
H

H1/S-8x1
≈ equispaced
994 16/14 100.0 100.0 7 1.0 0.7
784 16/14 80.0 80.0 7 1.0 0.7
10

554 16/14 50.0 50.0 7 1.0 0.7 øB øU

Type 80
for two and ø Li
994 16/14 100.0 100.0 7 1.0 0.7 three-axle trailers ø D a1
784 16/14 160.0** 160.0** 7 1.0 0.7
784 16/14 80.0 80.0 7 1.0 0.7
ø Da
554 16/14 50.0 50.0 7 1.0 0.7
ø La
øB ø Di
9

6 hydraulic-type
lubricating nipples
80

H1/S-8x1
≈ equispaced
9,5

Type 80 S
for two and øB øU
three-axle trailers ø Li
ø D a1
6

Bearing configurations and bearing tables

Types 90 – 90 WA – 90 S

Weight (approx.)

grease nipples
Overall height

Number of
bolt circle

bolt circle

Diameter

Diameter
diameter

diameter

diameter

diameter

diameter

diameter
Outer

Outer
Track

Inner

Inner

Bore
Drawing No. · Type DL Da Di H La Li B n1 Da1 O
mm kg mm mm mm mm mm mm mm mm mm
Type 90 undrilled
360.18.0800.000 · Typ 90/1000.18 894 64 1008 854 90 974 960 – 6 1000 –
360.20.0800.000 · Typ 90/1000.20 894 64 1008 854 90 974 960 – 6 1000 –
360.22.0800.000 · Typ 90/1000.22 894 64 1008 854 90 974 960 – 6 1000 –
360.24.0800.000 · Typ 90/1000.24 894 64 1008 854 90 974 960 – 6 1000 –
360.18.0900.000 · Typ 90/1100.18 994 71 1108 954 90 1074 1060 – 6 1100 –
360.20.0900.000 · Typ 90/1100.20 994 71 1108 954 90 1074 1060 – 6 1100 –
360.22.0900.000 · Typ 90/1100.22 994 71 1108 954 90 1074 1060 – 6 1100 –
360.24.0900.000 · Typ 90/1100.24 994 71 1108 954 90 1074 1060 – 6 1100 –
360.22.1000.000 · Typ 90/1200.22 1094 79 1208 1054 90 1174 1160 – 6 1200 –
90

360.24.1000.000 · Typ 90/1200.24 1094 79 1208 1054 90 1174 1160 – 6 1200 –

360.22.1100.000 · Typ 90/1300.22 1194 87 1308 1154 90 1274 1260 – 6 1300 –
Type 90 drilled
360.18.0900.010 · Typ 90/1100.18 994 71 1108 954 90 1074 1060 18 6 1100 ­–
360.20.0900.010 · Typ 90/1100.20 994 71 1108 954 90 1074 1060 18 6 1100 –
360.22.0900.010 · Typ 90/1100.22 994 71 1108 954 90 1074 1060 18 6 1100 –
360.24.0900.010 · Typ 90/1100.24 994 71 1108 954 90 1074 1060 18 6 1100 –
360.22.1000.010 · Typ 90/1200.22 1094 79 1208 1054 90 1174 1160 18 6 1200 –
360.24.1000.010 · Typ 90/1200.24 1094 79 1208 1054 90 1174 1160 18 6 1200 –
360.22.1100.010 · Typ 90/1300.22 1194 87 1308 1154 90 1274 1260 18 6 1300 –
Type 90 WA drilled
360.22.0955.010 · Typ 90/1100.22 WA 994 71 1108 954 90 1074 1060 18 6 1100 –
360.24.0955.010 · Typ 90/1100.24 WA 994 71 1108 954 90 1074
90 WA

1060 18 6 1100 –
360.22.1055.010 · Typ 90/1200.22 WA 1094 79 1208 1054 90 1174 1160 18 6 1200 –
360.24.1055.010 · Typ 90/1200.24 WA 1094 79 1208 1054 90 1174 1160 18 6 1200 –
360.22.1155.010 · Typ 90/1300.22 WA 1194 87 1308 1154 90 1274 1260 18 6 1300 –
Type 90 S undrilled
370.20.0804.000 · Typ 90 S /1000 880/870 82 1000 834 90 966 952 – 6 987 –
370.20.0904.000 · Typ 90 S /1100 988/978 92 1108 942 90 1074 1060 – 6 1095 –
370.20.1004.000 · Typ 90 S /1200 1088/1078 101 1208 1042 90 1174 1160 – 6 1195 ­–
370.24.1004.000 · Typ 90 S /1200.SP 1087/1078 101 1208 1042 90 1174 1160 – 6 1195 –
90 S

Type 90 S drilled
370.20.0804.010 · Typ 90 S /1000 880/870 82 1000 834 90 966 952 18 6 987 –
370.20.0904.010 · Typ 90 S /1100 988/978 92 1108 942 90 1074 1060 18 6 1095 –
370.20.1004.010 · Typ 90 S /1200 1088/1078 101 1208 1042 90 1174 1160 18 6 1195 –
370.20.1004.030 · Typ 90 S /1200.12 1088/1078 101 1208 1042 90 1174 1160 18 6 1195 –
370.24.1004.010 · Typ 90 S /1200.SP 1087/1078 101 1208 1042 90 1174 1160 18 6 1195 –
* For other axle combinations or other uses, please ask us

Type 90 WA: Low-maintenance version

• Raceway system protected by seals at upper and lower bearing gap.
• Low-maintenance for a minimum of 3 years or a mileage of
300,000 kms under normal operating conditions. Should exceptional
environmental conditions prevail or should the turntable be ­
 7

ø Da
ø La
øB ø Di

10
6 hydraulic-type
lubricating nipples

90
H1/S-8x1
≈ equispaced

Trailer load
Permissible axial load* acceleration or

10
deceleration
Permissible

clearances
Type 90 øB øU

Maximum
Diameter

diameter

bearing
for two and ø Li
Ball

three-axle trailers ø D a1
more than
U d 2 axles 2 axles axial radial ø Da
mm mm kN kN m/s2 mm mm ø La
øB ø Di
885 18 75 70 7 1.0 0.7

10
885 20 90 80 7 1.0 0.7
885 22 110 100 7 1.0 0.7
885 6 hydraulic-type
24 160 140 7 1.0 0.7
lubricating nipples
985 18 90 80 7 1.0 0.7 AM 8x1,

90
985 20 110 100 7 1.0 0.7 DIN 71412
985 22 130 120 7 1.0 0.7 ≈ equispaced
985 24 180 160 7 1.0 0.7
1085 22 160 140 7 1.0 0.7

10
1085 24 200 180 7 1.0 0.7
Type 90 WA øB øU
1185 22 180 160 7 1.0 0.7
for two and ø Li
three-axle trailers ø D a1
985 18 90 80 7 1.0 0.7
985 20 110 100 7 1.0 0.7
ø Da
985 22 130 120 7 1.0 0.7 ø La
985 24 180 160 7 1.0 0.7 øB ø Di
1085 22 160 140 7 1.0 0.7
10

1085 24 200 180 7 1.0 0.7

1185 22 180 160 7 1.0 0.7
6 hydraulic-type
985 22 130 120 7 0.8 0.6 lubricating nipples
90

985 24 180 160 7 0.8 0.6 H1/S-8x1

1085 22 160 140 7 0.8 0.6 ≈ equispaced
1085 24 200 180 7 0.8 0.6
1185 22 180 160 7 0.8 0.6
10

Type 90 S
871 20/16 160 160 7 1.0 0.7 øB øU
for two and
979 20/16 200 200 7 1.0 0.7 ø Li
three-axle trailers
ø D a1
1079 20/16 200 200 7 1.0 0.7
1079 24/16 300 300 7 1.0 0.7

871 20/16 160 160 7 1.0 0.7

979 20/16 200 200 7 1.0 0.7
1079 20/16 200 200 7 1.0 0.7
1079 20/16 200 200 7 1.0 0.7
1079 24/16 300 300 7 1.0 0.7

directly cleaned with a high-pressure equipment, it is necessary • Frictional torque: As a consequence of the double seal at the
to re-grease the turntable immediately. Take also care that the bearing gaps a somewhat increased frictional torque may develop
companion structure protects the turntable either so as to prevent in comparison with the normal version. Operation is not impaired
any water and dirt from entering the race system. by this when used in vehicle trailers.
• Re-greasing and inspection is necessary after the low-maintenance • Mounting dimensions, permissible loads, weights, and drilling
operating period has elapsed. plans are as for standard design type 90.
8

Delivery

The turntables are supplied as standard type being filled

with lithium-saponified grease of penetration grade 2 and
as low-maintenance type being filled with Gleitmo 585 K.

The turntables are supplied with a surface preservative. This

preservation is only a temporary protection against corrosion
which can principally be overpainted with all commercial finishing
paints (such as acrylic resins, one-component and two-component
acrylic varnishes, two-component PU varnishes, two-component epoxy
varnishes) and with bituminous paint. (Attention: Do not overpaint the seals.)
 9

The user should check in each individual case if overpainting is possible,

he should apply a trial coat and make an intermediate adherence test.
Any coating older than 3 months must be sanded down first.

Without pretreatment of the turntable outer surface – sandblasting

for example – the applied protective painting does not provide an
improvewd protection against corrosion even in connection with
finishing paints either. Specific surface treatments can be agreed.

A storage of the turntables up to 6 months requires roofed

storage areas. Up to 12 months storage the turntables should
be kept in enclosed temperature-controlled rooms.
10

Mounting holes
A

Turntables can be delivered either drilled or undrilled. If the customer

drills the holes himself, he must allow for positioning of the name-
plate / filler plug lateral to the direction of travel outside the main
load-carrying area. It is furthermore necessary to drill one fastening
hole approx. 70 mm right or left off the type plate.

Views in direction A Views in direction A Views in direction A

20° 20° 45° 20° 20°

45°
20° 20°

20° 20°

20° 20°

20° 20°
20° 20°
45° 45° 20° 20°
Upper rings Upper rings Upper rings

10°10° 10°10° 10°10°

70
°
16° 16°

16° 16°
10°10°
10°10°

3110°10°
,5°

,5°
1 7° 17° 31
1 7° 17° 16° 16°
Lower rings Lower rings Lower rings

Type 80/880 Type 80/1090 Type 80 S/890 A

Type 80 S/890 Type 80 S/660 Drilled holes according to the table
Drilled holes according to the table Type 80 S/1100 Special drilled holes upon request
Special drilled holes upon request Type 90/1100.18 to Type 90/1300.22
Drilled holes according to the table
Special drilled holes upon request

Filler plug Filler plug

Nameplate Nameplate
Filler plug (applies to Type 80 S) Filler plug (applies to Type 80 S) Filler plug
Nameplate (applies to Type 80 S) Nameplate (applies to Type 80 S) Nameplate
 11

Direction of travel

Lower ring Upper ring

This type plate is fixed at the upper ring (inner diameter) of bearing
type 90 S and 90 WA. When using undrilled types take care to prevent
any chips from entering the raceway system and that the turntable
as well as the seals (WA types) are not damaged when introducing
the fastening holes.

Holes adjacent to the type plate are not permitted.

Welded plate (upper and lower)
See note on page 12

Views in direction A Views in direction A Views in direction A

45° 20° 20°

45° 45°

20° 20°

20° 20°
45° 45° 45° 45° 20° 20°
Upper rings Upper rings Upper rings

10°10° 10°10° 17° 17°

,5°
31
,5°
10°10° 31
16° 16°

16° 16°

16° 16°

16° 16°

16° 16° 16° 16°

Lower rings Lower rings Lower rings

Type 90/1100.22 WA to Type 90/1300.22 WA Type 90 S/1000 Type 90 S/1200.12

Drilled holes according to the table Type 90 S/1100 Type 90 S/1200 SP
Special drilled holes upon request Type 90 S/1200 Drilled holes according to the table
Drilled holes according to the table Special drilled holes upon request
Special drilled holes upon request

Filler plug Filler plug Filler plug

Nameplate Nameplate Nameplate
12

Installation

Turntables must be mounted on a flat and

torsion-resistant frame structure. It is essential
that at least 50 % of the peripheral surface
of the flanges are supported load-bearing
zones and that these latter are roughly equi-
spaced in the direction of travel and at right
angles to this.

The essential factor here is to support the

profiled webs of the turntable thus assuring
direct force transmission into the ball race-
ways. Total out-of-flatness 1.3 mm, permis-
sible are for example 0.8 mm up and 0.5 mm
down. Larger out-of-flatnesses have to be
compensated by suitable measures (machin-
ing of the contact surfaces or captive shims The turntable must be form-fitted to the
in the respective contact area). connection structures so that the horizontal
forces from acceleration and deceleration
To secure drilled versions of the turntable, are transmitted and the bolts are relieved in Under special operating conditions, e.g.
high-strength bolts of quality grade 10.9 as radial direction. To prevent distortion from forestry work, the companion structure has
well as high tensile washers must be used in occurring, turntables must never be attached to protect the turntable in a way that it can-
all the mounting holes. to the companion structure by welding. not be damaged by branches etc.

On undrilled versions we recommend using The load details and bolt connections are The nameplate / filler plug has to be posi-
at least 8 high-strength bolts of quality only valid for operation on paved roads tioned 90 degrees to the direction of travel,
grade 10.9 as well as high tensile washers and under transport conditions as usual in i.e. outside the main load-carrying area.
for optimum load introduction. Western Europe.

Take care to prevent any chips from entering

the raceway system and that the turntable as
well as the seals (WA types) are not damaged
when introducing the fastening holes.

The size and distribution of the bolts must

be calculated on the basis of the load. The
bolt locking system must comply with the
TÜV’s (German Technical Control Board’s)
requirements or with the prevailing approval
regulations.
 13

Table of tolerances

Type Flange
H thickness Da Da1 Di O U
mm mm mm mm mm mm mm
Type 16 L /400 +8 +4
and ±3 ± 2.0 – ±3 ±3
Type 16 L /500 -5 - 10
16 L

Type 16 L /650 +8 +4
up to ±3 ± 1.5 – ±3 ±3
Type 16 L /1050 -4 - 10

Type 16/500 +8 +4
±3 ± 2.0 – ±3 ±3
-5 - 10
16

Type 16/650 +8 +4
up to ±3 ± 1.5 – ±3 ±3
Type 16/1050 -4 - 10

Type 80/685 +8 +8
up to ±3 ± 1.5 ±3 – ±3
80

Type 80/1090 -4 -4

Type 80 S /660 - 0.8 - 0.8

Type 80 S /890 ±3 ± 1.5 - 0.9 - 0.9 ±3 – ±3
80 S

Type 80 S /1100 - 1.1 - 1.1

Type 90/1000.18 +8 +8
up to ±3 ± 1.5 ±3 – ±3
90

Type 90/1300.22 -4 -4

Type 90/1100.22 WA +8 +8
90 WA

up to ±3 ± 1.5 ±3 – ±3
Type 90/1300.22 WA -4 -4

Type 90 S /1000
up to ±3 ± 1.5 - 1.6 - 1.6 ±3 – ±3
90 S

Type 90 S /1200.SP
14

Lubrication and maintenance

Other conditions of use
Warranty

Lubrication and maintenance of standard turntables We recommend that axial movement measurements are undertaken
Prior to installation, the turntable has to be re-greased while turning in conjunction with acceptance procedures by the German TÜV or
the upper ring until a grease collar appears at all bearing gaps other accredited testing agencies. If the measurement shows an
around the entire circumference. A penetration grade 2 lithium-sa­ axial or radial clearance in excess of 3 mm, the turntable will have
poni­fied grease should be used for re-greasing. Regreasing should to be replaced.
also be carried out after installation, rotating or slewing the turntable
through at least ± 30° to achieve uniform grease distribution. Re-
greasing is required at least once a month. It must be warranted Brief description of the axial movement measurement
that a sufficient amount of bolt preload is maintained throughout the • Check the bolt connections.
complete life time of the turntable. Practical experience has shown • Position the dial gauge with integrated magnets between the
that it is necessary to re-tighten the bolts with the required tightening superstructure and the undercarriage in axial direction close to
torque in order to compensate the settling phenomenon. the raceway and a bolted area.
• Set the dial gauge to zero.
The “as-supplied” bearing clearances shown in the bearing tables • Lift the superstructure by a forklift or lifting tackle until the under-
are permitted to increase through wear by a maximum of 3 mm carriage is freely suspended.
­axially and radially. Thereafter, the turntable must be replaced. • Read the dial gauge.
• Position the dial gauge on the other side and repeat the above
sequence of steps.
Maintenance of type 90 WA turntables – low-maintenance design
90 WA turntables are provided with a long-term lubrication for a low-
maintenance period of at least 3 years or a mileage of 300,000 kms. Other conditions of use
The precondition is a protection at the companion structure to prevent • Should turntables be applied in vehicles with less accelerations
water from entering there. Should exceptional environmental condi- or decelerations than indicated, the permissible axial load can
tions prevail or should the turntable be directly cleaned with a high- be increased.
pressure equipment, it is necessary to re-grease the turntable im- • Rothe Erde® turntables are suitable only for turning movements
mediately. Take also care that the companion structure protects the of ± 180°.
turntable either so as to prevent any water and dirt from entering
the race system. For other fields of application and load scenarios you must ask
ThyssenKrupp Rothe Erde.
This service period can be extended by relubrication with Gleitmo
585 K (Fuchs Lubritech, Weilerbach). Regreasing should be carried
out while turning or slewing the turntable through at least ± 30° in Warranty
order to guarantee a uniform distribution of the grease. ThyssenKrupp Rothe Erde warrants that the products and material
characteristics will be free from defects for a period of 12 months
In case of applications with extreme environmental conditions as from com­-missioning or, as applicable, a maximum period of
­specific maintenance instructions have to be established for each 18 months as from delivery.
individual case.
This depends on proper installation, observance of the applicable
The turntables are equipped with lubricating nipples. Once the low- maintenance instructions as well as on the suitability of the product
maintenance operating period has elapsed, it is necessary to re- for the selected application.
grease through all lubricating nipples. Re-greasing should be carried
out while turning or slewing the turntable through at least ± 30° in Our General Terms of Sale are generally applicable.
order to guarantee a uniform distribution of the grease.
The warranty claims cover rework or substitute delivery. Consequential
It must be warranted that a sufficient amount of bolt preload is main­- damages due to defects are excluded.
tained throughout the complete life time of the turntable. Practical
experience has shown that it is necessary to re-tighten the bolts with Damage resulting from product modifications or improper cleaning
the required tightening torque in order to compensate the settling is not covered by this warranty.
phenomenon.
 15

ThyssenKrupp Rothe Erde

worldwide

Headoffice Headoffice Dortmund

ThyssenKrupp Rothe Erde GmbH
Tremoniastrasse 5–11
44137 Dortmund, Germany
Telephone +49 (2 31) 1 86 - 0
Telefax +49 (2 31) 1 86 - 25 00
rotheerde@thyssenkrupp.com
www.thyssenkrupp-rotheerde.com

Plants Dortmund plant Lippstadt plant Eberswalde plant

ThyssenKrupp Rothe Erde GmbH ThyssenKrupp Rothe Erde GmbH ThyssenKrupp Rothe Erde GmbH
Tremoniastrasse 5–11 Beckumer Strasse 87 Heegermühler Strasse 64
44137 Dortmund, Germany 59555 Lippstadt, Germany 16225 Eberswalde, Germany
Telephone +49 (2 31) 1 86 - 0 Telephone +49 (29 41) 7 41 - 0 Telephone +49 (33 34) 2 06 - 4 00
Telefax +49 (2 31) 1 86 - 25 00 Telefax +49 (29 41) 7 41 - 33 20 Telefax +49 (33 34) 2 06 - 4 90

Branch offices Berlin North South

in Germany ThyssenKrupp Rothe Erde GmbH ThyssenKrupp Rothe Erde GmbH ThyssenKrupp Rothe Erde GmbH
Geschäftsstelle Berlin Geschäftsstelle Nord Geschäftsstelle Süd
gs-berlin.rotheerde@ gs-nord.rotheerde@ gs-sued.rotheerde@
thyssenkrupp.com thyssenkrupp.com thyssenkrupp.com

Subsidiaries France China Brazil

Roballo France SARL Xuzhou Rothe Erde Robrasa
contact@roballo-france.com Slewing Bearing Co., Ltd. Rolamentos Especiais
xuzhou_rothe_erde@xreb.com Rothe Erde Ltda.
Great Britain www.xreb.com vendas.robrasa@
Roballo Engineering Co. Ltd. thyssenkrupp.com
info@roballo.co.uk Xuzhou Rothe Erde www.robrasa.com.br
www.roballo.co.uk Ring Mill Co., Ltd.
xrem@xrem.cn USA
Italy Rotek Incorporated
Rothe Erde-Metallurgica India sales@rotek-inc.com
Rossi S.p.A. Rothe Erde India Private Limited www.rotek-inc.com
mri@thyssenkrupp.com info.rotheerdeindia@
www.rotheerde.it thyssenkrupp.com
www.rotheerdeindia.com
Spain
Roteisa Japan
Rothe Erde Ibérica S.A. Nippon Roballo Co., Ltd.
roteisa@roteisa.es info@roballo.co.jp
www.roteisa.es www.roballo.co.jp

Picture credits pages 2 and 3: Schmitz Cargobull (Photo: Andreas Gehrig), Faymonville, Goldhofer, Roadmaster, Nooteboom,
®
Doll, DomettKenworth, Broshuis.
Individual details in this document shall only be considered a quality and/or durability guarantee if expressly confirmed by us
in writing on a case-by-case basis. This publication must not be reproduced in whole or in part without permission.
All rights reserved. Printed in Germany.
 LK_EN_13.05_VO2W

ThyssenKrupp Rothe Erde GmbH

Tremoniastrasse 5–11 · 44137 Dortmund · Germany
Telephone +49 (2 31) 1 86 - 0 · Telefax +49 (2 31) 1 86 - 25 00
maschinenbau.rotheerde@thyssenkrupp.com · www.thyssenkrupp-rotheerde.com