PARAMAX Oﬀers the Toughest Gear Drives Available tozevacreator.home.pl/dmdocuments/Paramax -...

Complete Drive System Solutions

PARAMAX 9000 Series Conveyor Drives

Motor Variety of motor options

Coupling Flex or fluid coupling and guard

Baseplate Swing base, common welded steel baseplate

PARAMAX Offers the Toughest Gear Drives Available to

Meet the Harsh Demands of Mining Conveyor Drives.

The mining industry places heavy demands on power transmission drives. Tough operating conditions, high shock loads, dirt, moisture, and acidic environments take a large toll on the equipment that keeps your operation moving.

Torque range : Number of sizes : Reduction Ratio : Shaft Arrangement : Housing: Flippable Design

20kN･m ~122kN･m 10 sizes 14~31.5 Right Angle Shaft Split housing / Cast iron

Your power transmission drives must be tough, reliable, and efficient. Strength, power, and performance are not optional. For these reasons, you rely on Sumitomo Drive Technologies for your power transmission products.

Recognized as a global leader in power transmission knowledge and innovation, the unmatched strength of our product range, application experience, and global presence establishes Sumitomo as the premiere power transmission solution provider.

With installations in more than 35 countries worldwide, Sumitomo Products are the preferred choice by some of the largest companies in the mining industry. Whatever your mining application, we understand the unique challenges you face, and we have reliable, durable solutions that deliver the lowest possible life- cycle cost and the highest level of performance.

R

General InformationNomenclature

Standard Specifications

Recommended Lubricant

Service Factor

General Information

P H D 9075 R 3 C RR K F 25 - -

Item

Lubrication Method

Reducer

Ambient Conditions

Installation

Painting

Surface preparation : Shot blast after wash before mashining Inside paint : UNI GROUND PTC primer is sprayed once Outside paint : For primer coating, UNI GROUND PTC primer is sprayed once.

For final coating, NEORON #2000 is sprayed once. Paint color : Donau Blue (equivalent Munsell color : 6.5PB 3.6/8.2)

Gear Type

Oil bath lubrication

Lubricant

Involute external gear

Ambient Temperature -10 C ~ 40 C

Ambient Humidity Under 85%

Elevation Less than 1,000 meters above sea level

Atmosphere Well ventilated location, free of corrosive and explosive gases, vapor

Refer to Page 6 for recommended lubricants.

Output Speed Ambient Temperature

Over 100 r/min

Under 100 r/min

ISO VG68 AGMA 2EP

ISO VG100 AGMA 3EP

-10 C to 15 C

ISO VG150 AGMA 4EP

ISO VG220 AGMA 5EP

0 C to 30 C

ISO VG220 AGMA 5EP

ISO VG320 AGMA 6EP

10 C to 50 C

* * *

*

* Kinetic Viscosity (mm /s) at ISO 40 C 2

* *

-3 0

-3 3

①

① P : PARAMAX DRIVE

② Mounting

③ Gear Box Case

H : Horizontal Mounting

D : Split Case

R

9055, 9060, 9065, 9070, 9075 9080, 9085, 9090, 9095, 9100

14, 16, 18, 20, 22.4, 25, 28, 31.5

: Right Angle Shaft

Blank : Solid Shaft T : Hollow Shaft Shrink Disk Type K : Hollow Shaft Key Type

F : With Cooling Fan B : With Backstop FB : With Cooling Fan and Backstop

④ Gear Box Size

⑤ Assembly Type

2 or 3 ⑥ Number of Stages

⑦ ApplicationC : Conveyor Drives

⑧ Shaft Arrangement

⑨ Slow Speed Shaft

⑩ Optional Accessories

⑪ Nominal Reduction Ratio IN

② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨ ⑩ ⑪

65

RL RR RB LR LL LB

View from TOP

Solid Shaft Shrink Disk Type Key Type

Driven Machine Operating Hours (hours/day) 3 hrs 10 hrs 24 hrs

CONVEYORS Uniformly load or fed

Heavy load Not uniformly fed

Reciprocating or shaker

1.00

1.00

1.50

1.00

1.25

1.75

1.25

1.50

2.00

Selection Guideline Selection Guideline

87

Yes

No

Yes

No

No

No

No

Yes

Yes

Yes No

Yes

Determine the service factor

Calculate equivalenttransmission power PE

Determine Nomenclature

Determine page numberindicating Dimension Table.

Determine Temperature correction factor

Ambient condition

Determine Size PE PM

Check Thermal PowerPT0 × Ta × Th PM

Standard Specifications

PA: Actual transmission power or motor SF : Service factor : Page 6 PE : Equivalent transmission power

PM : Mechanical power rating Double Reduction : Page 9 Triple Reduction : Page 11

PE = PA x SF

• Refer to the bottom row of mechanical power rating table for page number of dimensional drawing.

• Select shaft arrangement from "Standard Shaft Arrangement Configuration” in the dimension tables.• Determine nomenclature.

Ta : Temperature correction factorTh : Altitude factor

PT0 : Thermal power rating

Is overhung loadapplied to the high

speed shaft?

Is overhung loadapplied to the slow speed

shaft?

Calculate equivalent radial load FrE

Check overhung loadFr E Fr A

Complete selection

Calculate equivalent radial load FrEand calculate equivalent thrust load FxE

Check overhung load

1 Fr E

Fr A

Fx E

Fx A

Consult us for large overhung load.

Consult us for forced cooling systemsuch as oil cooler.

Is overhung load radialload only?

Calculate equivalent radial load Fr E and equivalent thrust load Fx E at peak load.

Refer to the page 13 for Fr A , and Fx A values.

Fr E : Equivalent radial load = Peak radial load Fr Fx E : Equivalent axial load = Peak thrust load Fx Fr A : Allowable radial load Fx A : Allowable axial load

Conditions Selected item

P.6 Service Factor

P.5 Nomenclature

Motor power High speed shaft speed

Load Condition Type of load, Operating hours Determine service factor SF = 1.50

Calculate equivalent transmission power PE = 132 1.50 = 198 kW

Slow speed shaft speed Reduction ratio

Select nominal reduction ratio

1800/65 =27.6 27.6 iN = 28

Determine size Size 9070, Nominal Reduction Ratio 28 Mechanical power rating P = 251 kW

PE P OK

Ambient Temperature

Temperature correction factor without fan Ta Ta = 0.70 Altitude factor Th = 1.0

Thermal rating without fan PT P T = 88kW P T T h T a

T h T a

= 61.6<132 = PM OUT

Temperature correction factor with fan Ta Ta = 0.73 Thermal rating with fan PT P T = 256kW

P T = 186 >132 = PM OK With fan

Check overhung load

Radial load position and direction Peark radial load Fr Peark thrust load Fx Equivalent radial load Fr E = 10.6 Allowable radial load 54.4 kN

Ambient condition

Check ambient condition OK

Complete selection

P.11 Selection Tables

P.13 Allowable External Load

P.13 Allowable External Load

P.5 Standard Specifications

OK



Check dimension Check shaft arrangement RL Check nomenclature

PHD9070R3C-RL-28

Check nomenclature PHD9070R3C-RLF-28

P.19 *1 Dimension Tables Shaft arrangement config.and nomenclature in dimension table

: Ambient temperature 40 : Altitude 1000m

: 132 kW : 1800 r/min

: Not Uniformly load 24 hours/day

: 65 r/min

: 40 Altitude : 1000m

: Center of solid shaft, Downward : 40.5 kN : 0 kN

Overhung load to high speed shaft : No load

Selected model PHD9070R3C-RLF-28

40.5 54.4

Fr E

* Page number of the relevant dimension table is indicated in the selection table.

1

Double Reduction : Page 10 Triple Reduction : Page 12

Altitude Factor Th

Altitude, m(Above Sea Level) Factor Th

0 - 1,0001,000 - 2,0002,000 - 3,0003,000 - 4,000

1.00.950.900.85

Ambient Temperature Factor Ta Ambient

Temperature WithoutFan

Factor TaWith Fan

20 C30 C40 C50 C

1.000.850.700.55

1.000.870.730.60

Determine Gear Box

Size

Determine Gear Box

Model

Check Thermal Power

Check Overhung

Load

NOTES

Shown in the table are the basic thermal ratings(PT0) for models without a fan cooling unit and those with a fan. ( - : none fan, 1 : with a fan)

1.

Determine the required thermal rating using following formula.

3.

When the high speed shaft speed is not shown in the table, find it by interpolation method.

2.


0 - 1,0001,000 - 2,0002,000 - 3,0003,000 - 4,0004,000 - 5,000

1.00.950.900.850.80

Altitude Factor Th

Ambient Temperature Without Fan WithFan

30 40 50

Below 20 1.00 0.85 0.70 0.55

1.00 0.87 0.73 0.60

C

Ambient Temperature Factor Ta

PT = PT0 x Ta x Th

Conslut us when the high speed shaft speed(n1) is over 1800r/min.

Selection Table ~ Double Reduction

Mechanical Power Rating PM(kW) / Double Reduction

Selection Table ~ Double Reduction

Dimensions Page15 Page16 - Page17 -

9090 9095 9100NOTES

9055 9060 9065 9070 9075 9085908023920016113412110122618815012511394

197165132111100

83170141113948570

152127102

857764

28323719015914312026121817514613110923019315512911697

366306246206186155322269216180162136295247198166149125261218175146131109240201161135121101

450377303253228191373311250208188157368308247207186156

600502404338305255512428343286258215478400321269242203373311250208188157373311250208188157

688576463388350292545455365305275229545455365305275229

933782629527475398732612491410369308719602484405366306545455365305275229545455365305275229

------------------

993852706605554475953817678581532456803689571490448384771662548470431369

------------------

* *

*

*

*

*

*

*

*

* *

*

*

*

*

*

*

* *

*

*

*

*

*

*

*

*

*

*

*

*

*

*

1. For marked values, the forced oil lubrication is required at conti- nuous operation.

2.

When the high speed shaft speed(n1) is not shown in the table, find it by interpolation method.

3.

When the high speed shaft speed(n1) is lower than 750r/min, find the mechanical power rating (PN) according to the following formula.

PMN P750 750 n1 X =

4.

Shown in the table are the ratings for the slow speed shaft.

5.

Refer to page13 for the allowable radial and axial load on each shaft.

6.

Thermal Power Rating PT0(kW) / Double Reduction

109

seepage 11

seepage 11

seepage 11

seepage 11

seepage 11

seepage 11

seepage 11

seepage 11

see Page 11

seepage 11

seepage 11

NI

14

16

18

20

22.4

Gear Unit Sizesr/min r/min1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

129107867164541139475635647

1008367565042907560504538806754454033

n 1 1 n 2 2

Dimensions Page15 Page16 - Page17 -

9090 9095 91009055 9060 9065 9070 9075 9085908077

28484

27786

25088

22788

21887

19680

29781

26684

24684

21884

20782

18483

30583

27486

25186

22386

21284

18874

27577

25277

22475

19574

18371

16076

28278

25778

22877

19875

18773

163

9231199

29799

265100238100227

99203

88296

88264

90240

90212

89200

86177

89302

89269

91244

91215

90203

87180

108366120360122325125296126284125257109370111333115307116273115260112231116391117351121323121287121273118243101340105315106282104247103233

99205106358110330111295109258107243104214

123464133448135401137362137346135311121456121407125372125330124313121277123465124416127379127335126318123282

140527157526162481167441169425168386151569153514160477162427161407158363152571154516160477161426161406158362142536148497151448149393147372143328143537148497150447149392147371142327

153749168734171664176604176580175524153749154675161622161554160527157470156764157688163633164563163536159477

164804191833200776210722213702215643188923193842204790207711207680204610193945197860208806211724211692208621179878188823193747192659190625185554183897192839196760195671193636188563

------------------------------------

237983264976272891281815283786282714238988249921272892281815282785282713246

1019249921260853262761261725256649232961250922260853262760261725256648

------------------------------------

seepage 12

seepage 12

seepage 12

seepage 12

seepage 12

seepage 12

seepage 12

seenextpage

seepage 12

seepage 12

seepage 12

NI

14

16

18

20

22.4

Gear Unit Sizesr/min

Numberof fan

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

010101010101010101010101010101010101010101010101010101010101

n 1 1

Selection Table ~ Triple Reduction

Mechanical Power Rating PM(kW) / Triple Reduction

Selection Table ~ Triple Reduction

Thermal Power Rating PT0(kW) / Triple Reduction

1211

Conslut us when the high speed shaft speed(n1) is over 1800r/min.

* 1. For marked values, the forced oil lubrication is required at conti- nuous operation.

2.

When the high speed shaft speed(n1) is not shown in the table, find it by interpolation method.

3.

When the high speed shaft speed(n1) is lower than 750r/min, find the mechanical power rating (PN) according to the following formula.

PMN P750 750 n1 X =

4.

Shown in the table are the ratings for the slow speed shaft.

5.

Refer to page13 for the allowable radial and axial load on each shaft.

6.

Dimensions Page18 Page19 Page20

9090 9095 9100NOTES

9055 9060 9065 9070 9075 90859080

12410383696252

12410383696252

12410383696252

194162130108

9781

194162130108

9781

193162130108

9781

152127102

857764

14011794787059

------

1941621301089781

1941621301089781

29524619816514912429524619816514912429524619816514912425121016814112710622519015212711495

------

295246198165149124295246198165149124

516431346289261218476398320268241202453379304254229192392328263220198166331280224187169141

516431346289261218498417335280252211473399321268242202

735616495413373311696582468391353295625528424355320267559468376314283237508425341285257215

735616495413373311714613495413373311625536444379341285589498400335302252

992829666556501419992829666556501419912763613513462386812679546456411344708592476398359300

*

*

*

*

*

20

22.4

25

28

31.5

Gear Unit Sizes

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

1800 1500 1200 1000 900 750

129107867164541139475635647

1008367565042907560504538806754454033

NIr/min r/minn 1 1 n 2 2 NOTES

Shown in the table are the basic thermal ratings(PT0) for models without a fan cooling unit and those with a fan. ( - : none fan, 1 : with a fan)

1.

Determine the required thermal rating using following formula.

3.

When the high speed shaft speed is not shown in the table, find it by interpolation method.

2.

Dimensions Page18 Page19 Page20

9090 9095 91009055 9060 9065 9070 9075 90859080

62231

65214

66193

66170

65161

63142

64235

66219

68197

67173

66164

64145

61226

63208

64186

63162

62153

60135

67172

73166

76154

77138

77131

7511768

17574

16977

15678

13978

13376

11967

17171

16274

14974

13273

12572

11168

17372

16474

15075

13374

12772

11370

17972

16472

14671

12770

11967

105

------------

------------

87222

92208

94190

94168

93159

91141

82209

85194

87176

86154

85146

83129

87255

96250102236104212104203103183

89260

98255104239105215105206104185

87254

94246

99229100205100196

98175

88259

96249100232102208101198100178

93274

97251

97225

96197

95186

92164

111326119310124286124255124243122217110321116303120277120246119234117208

101372116380126369130337131325131295103380118387128374132342133330133300102377115377124361127328128316127286104383116383125366129333129320128289116430121399123360122317121300118265

131484145476154449157406157389156351133492147483156456159411159394158356131484143469150438152394152376150338

153501174507190490195447197431196392152498173503188485194443195427194388153502171499184476189432189415188375152498170495182471187427187411186372173565181528186480185424184403180358

173565193561207534212484212465211421173566193561206533211483212464211420172563189550200517204467204447202403172563189550200517203466204446202402

184753214728236761245655247677248578186762216735238768247660249682250581187766213723231745238636240655239557189772214729232750240640241660241560217886229778235758235628233638228531

NI

20

22.4

25

28

31.5

Gear Unit Sizesr/min

Numberof fan

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

1800

1500

1200

1000

900

750

010101010101010101010101010101010101010101010101010101010101

n 1 1


0 - 1,0001,000 - 2,0002,000 - 3,0003,000 - 4,0004,000 - 5,000

1.00.950.900.850.80

Altitude Factor Th

Ambient Temperature Without Fan WithFan

30 40 50

Below 20 1.00 0.85 0.70 0.55

1.00 0.87 0.73 0.60

C

Ambient Temperature Factor Ta

PT = PT0 x Ta x Th

seepage 9

seepage 9

seepage 9

seepage 9

seepage 9

seepage 9

seepage 9

seepage 9

seepage 10

seepage 10

seepage 10

seepage 10

seepage 10

seepage 10

seepage 10

seepage 10

seepage 10

seepage 9

NominalRatio

14

16

18

20

22.4

25

28

31.5

Gear Unit Sizes

NominalRatio

14

16

18

20

22.4

25

28

31.5

Gear Unit Sizes

Exact RatiosAllowable Radial Load on Slow Speed Shaft (kN)

Allowable Axial Load on Slow Speed Shaft (kN)

9090 9095 91009055 9060 9065 9070 9075 90859080

14.000

15.188

17.063

19.790

22.233

24.662

27.706

32.319

14.529

15.392

17.936

19.181

22.351

25.137

29.291

30.157

14.335

15.635

17.882

19.301

22.075

-

27.509

31.521

14.338

15.750

17.647

19.950

22.353

24.938

27.941

31.129

14.067

15.844

17.779

19.500

21.882

-

27.718

30.875

14.253

16.000

17.647

20.206

22.286

24.630

27.165

32.280

13.225

15.750

17.294

19.500

21.412

24.626

27.041

30.017

-

-

-

20.548

22.353

25.685

27.941

32.063

14.143

15.345

17.625

19.123

22.800

24.737

28.500

30.922

-

-

-

20.504

22.004

25.271

27.119

32.716

n2Gear Unit Sizes

9090 9095 91009055 9060 9065 9070 9075 9085908046.648.153.562.367.767.7

250160100634025

39.741.747.658.971.181.4

49.150.554.464.378.095.2

44.146.154.465.279.099.1

77.089.099.0

131.5141.0139.5

77.089.099.0

131.5141.0139.5

100.1108.9122.1125.6125.1122.6

100.1108.9122.1125.6125.1122.6

137.8145.7147.6143.7137.8135.4

139.8157.5166.3165.3164.8163.3

250160100634025

71.178.081.481.481.481.4

93.794.798.198.198.198.1

70.177.592.2114.8117.7117.7

122.5137.5149.5149.0148.5147.0

122.5137.5149.5149.0148.5147.0

141.8132.4127.0125.6125.1122.6

141.8132.4127.0125.6125.1122.6

158.9151.6147.6143.7137.8135.4

181.0174.6166.8165.8165.3163.8 Mass Moments of Inertia J refer to the high speed shaft (kg m )2

9090 9095 91009055 9060 9065 9070 9075 90859080

0.0499

0.0379

0.0362

0.0257

0.0246

0.0149

0.0142

0.0120

0.0664

0.0514

0.0497

0.0289

0.0278

0.0237

0.0230

0.0183

0.0990

0.0739

0.0697

0.0546

0.0518

-

0.0292

0.0248

0.135

0.102

0.0987

0.0590

0.0571

0.0515

0.0503

0.0359

0.207

0.147

0.141

0.107

0.103

-

0.0600

0.0537

0.261

0.194

0.190

0.121

0.118

0.106

0.104

0.0700

0.407

0.282

0.273

0.203

0.198

0.126

0.123

0.110

-

-

-

0.240

0.237

0.212

0.210

0.141

0.638

0.630

0.464

0.459

0.249

0.245

0.218

0.215

-

-

-

0.460

0.453

0.401

0.397

0.264

NominalRatio

14

16

18

20

22.4

25

28

31.5

Gear Unit Sizes

Nominal Output Torque (kNm)

9090 9095 91009055 9060 9065 9070 9075 90859080

17.9

18.1

18.0

17.7

18.0

16.2

18.2

21.2

22.0

21.3

22.0

19.7

23.0

25.9

23.7

22.4

28.1

26.8

28.2

26.8

28.3

-

28.3

32.5

34.5

31.3

34.7

31.4

35.1

39.2

37.5

37.5

45.2

43.2

45.5

38.7

43.5

-

43.6

48.6

52.6

46.5

51.3

55.7

56.8

59.6

56.9

57.5

66.3

61.5

66.7

56.6

62.2

67.9

72.1

76.5

-

-

-

80.9

83.3

86.6

83.6

87.1

80.2

83.5

80.8

84.2

89.7

96.8

100

98.4

-

-

-

108

116

123

117

123

Selection Table

1413

Selection Table

Notes 1. The value shown in the table is

allowable radial load when it is applied to the center of the solid shaft (except hollow shaft). Conslut us when a load is not in the center.

2. Consult us for the blanks in the table.

3. Consult us when the radial load is applied upward.

4. In case of double projection shaft (RB or LB) (1) See sheet1 when the radial load

is applied only to the shaft1.(2) See sheet2 when the radial load

is applied only to the shaft2.(3) Consult us when the radial load

is applied to both shafts.

StandardBearing

Heavy Duty

Bearing

n2Gear Unit Sizes

9090 9095 91009055 9060 9065 9070 9075 9085908031.431.435.342.755.467.7

250160100634025

16.718.122.133.445.160.8

28.427.030.438.351.568.7

17.217.725.533.847.667.7

44.055.563.595.0

129.0167.0

44.055.563.595.0

129.0167.0

58.464.374.6

104.5146.7171.2

58.464.374.6

104.5146.7171.2

97.6103.0110.9148.1172.2171.2

80.496.1

105.9153.5203.6215.3

250160100634025

46.152.060.381.481.481.4

74.672.179.096.698.198.1

40.245.659.480.0

108.9117.7

90.0103.5116.0152.5192.0180.5

90.0103.5116.0152.5192.0180.5

114.8125.1140.8174.1191.8171.2

114.8125.1140.8174.1191.8171.2

156.0164.8176.1186.9193.7171.2

150.6170.7187.4218.8241.8214.8

StandardBearing

Heavy Duty

Bearing

n2Gear Unit Sizes

9090 9095 91009055 9060 9065 9070 9075 9085908031.931.931.931.931.931.9

250160100634025

27.028.934.349.149.149.1

43.243.243.243.243.243.2

28.028.439.752.561.461.4

28.028.439.752.561.461.4

23.527.532.945.663.367.7

23.527.532.945.660.360.3

31.434.343.254.059.859.8

52.053.059.459.859.859.8

45.153.058.481.483.483.4

250160100634025

23.125.029.439.239.239.2

34.833.436.843.243.243.2

18.621.127.536.349.156.9

18.621.127.536.349.156.9

56.956.956.956.956.956.9

56.956.956.956.956.956.9

59.859.859.859.859.859.8

59.859.859.859.859.859.8

83.483.483.483.483.483.4

StandardBearing

Heavy Duty

Bearing

Sheet 1 Applicable to configurations: Double Reduction RR, LL/ Triple Reduction RL, LR

Sheet 2 Applicable to configurations: Double Reduction RL, LR/ Triple Reduction RR,LL

Double Reduction

1

2

1

2

2

1

2

TripleReduction

RB LB

Model

Dimensions 9055R2C

Shaft Arrangement 1

Model SizePHD R2C - - Shaft Arrangement Nominal Reduction Ratio1 2 PHD9055R2C - - Shaft Arrangement Nominal Reduction Ratio1

Dimensions 9060R2C~9085R2C

285 345

610

490

150 150

115 115 171

615 845

Shaft Arrangement 2

9000 Series Conveyor Drives PARAMAX

High Speed Shaft End Slow Speed Shaft End

Y2 Z2

X2

W2 S

Y1 X1 Z1

W1 V


5.5 9 14

M16 Depth 36

50k6

11

32 18

M24 Depth 50 120m6

1. Key and keyways are based on ISO R773-1969 Close keys (JIS B 1301-1996 Parallel key in fastening type)2. The oil quantity is approximate. Oil shall be supplied within the range shown on the oil gauge.

（Unit ： mm）

A

865911965

101810801136

906090659070907590809085

Size 1

TU

440484509562582585

T

230234259262282285

U

210250250300300300

V

125m6140m6145m6160m6165m6175m6

X2181818182020

Y27777

7.57.5

323636404045

111212131315

182020222225

185225225275275270

Z2111111111212

L2125125125125125125

S

60m660m665m665m675m675m6

906090659070907590809085

R

140140140140140140

W1/Depth

M24/50M30/60M30/60M30/60M30/60M30/60

X1 Y1Key

High Speed Shaft Slow Speed Shaft Cooling FanKey

Z1 L1W2/Depth

M20/42M20/42M20/42M20/42M20/42M20/42

B

318357355402397441

C

725771825878940996

D

151190163210205249

E

265300300335335375

E1

530600600670670750

F

654724723793793873

G

135135160160160160

H

353540525252

J

353542424242

K

180180215220220220

L

885970

1020112011551255

O

310310350350380380

P

380380430430460460

Y

615700700800835935

FA

220220245245270270

FB

180180220220245245

FC

105105105105105105

Weight OilQty

600725920117013001560

293444546276

DP

1”1”1”1”1”1”

kg


Size 1

794 684 171 110

95 615

308

411

210

185

285

201

80

RL RR RB LR LL LB RL RR RB LR LL LB

4- 28

4- 28

4- J With Cooling Fan With Cooling Fan

245

245

32

32

190

190

180

FC

FA

FA

FB

O P

F E

1

K K

G G D

Y L

A C D R

L2 Y

B

TU

U

L1

O

T

4- J

E

E

H

H

DP1”

Weight 525 Oil Qty/kg 22

1615

Model

6- 42

Dimensions 9095R2C

Shaft Arrangement 1


Model PHD9055R3C - - Shaft Arrangement Nominal Reduction Ratio1 PHD9095R2C - - Shaft Arrangement Nominal Reduction Ratio1

Dimensions 9055R3C

Shaft Arrangement 1 RL RR RB LR LL LB High Speed Shaft End Slow Speed Shaft End

5 8 10

M12 Depth 28

35k6

11

32 18

M24Depth 50120m6

9000 Series Conveyor Drives PARAMAX



9 14

25

M24 Depth 50

90m6

15

45 25

M30 Depth 60 190m6

1393 1223 250

250 200 250 250 480

185 525 525 185 570 1420

170 150 525 525

457

700

915

800

400

400

55

55

285 345

345 285

245

245

32

32

350

320

480

350

847 767 171 80

70 615

308

411

210

185

285

201

6- 42

4- 28 150 150

171 115 115 615

845

610

490

4- 28

RL RR RB LR LL LB

1”112”

Weight : 2480kg, Oil Qty : 110 Weight : 510kg, Oil Qty : 25

1817

With Cooling Fan With Cooling Fan

50

190

190

160

135

340

340

220

Model


Shaft Arrangement 2

RL RR RB LR LL LB

Model SizePHD R3C - - Shaft Arrangement Nominal Reduction Ratio1 2 SizePHD R3C - - Shaft Arrangement Nominal Reduction Ratio1 2


Shaft Arrangement 2 RL RR RB LR LL LB

(Unit : mm)

A

132013501474

909090959100

Size 1

TU

650700740

T

350350390

U

300350350

V

180m6190m6200m6

X2181820

Y277

7.5

454545

151515

252525

270320320

Z2111112

L2125125125

S

65m665m675m6

909090959100

R

140140140

W1/Depth

M30/60M30/60M30/60

X1 Y1Key


Z1 L1W2/Depth

M20/42M20/42M20/42

B

427457466

C

118012101334

D

220250224

E

375400425

E1

750800850

F

865915965

G

185185220

H

555560

J

424248

K1

250250290

K2

200200220

L

136014201500

O

480480560

P

570570650

Y

495525530

111

1/21/21/2

FA

340340380

FB

220220245

FC

105105105

Weight OilQty

215023603010

105120150

DP

”””

kg


Size 1

A C D R

L2 Y Y

B

TU

U

L1

O

T F E1

K1 K2 K1 D

G Y Y G L

6- J

6- J

O P

E

E

H

H

A C D R

L2

B

TU

U

L1

T F

E1

K K D

G Y G L

4- J

O P

E

E

H

H

（Unit ： mm）

A

939985

1027108011761232

906090659070907590809085

Size 1

TU

440484509562582585

T

230234259262282285

U

210250250300300300

V

125m6140m6145m6160m6165m6175m6

X2141414141818

Y25.55.55.55.577

323636404045

111212131315

182020222225

185225225275275270

Z299991111

L295959595

125125

S

45k645k650k650k660m660m6

906090659070907590809085

R

110110110110140140

W1/Depth

M24/50M30/60M30/60M30/60M30/60M30/60

X1 Y1Key


Z1 L1W2/Depth

M16/36M16/36M16/36M16/36M20/42M20/42

B

318357355402397441

C

829875917970

10361092

D

151190163210205249

E

265300300335335375

E1

530600600670670750

F

654724723793793873

G

135135160160160160

H

353540525252

J

353542424242

K

180180215220220220

L

885970

1020112011551255

O

310310350350380380

P

380380430430460460

Y

615700700800835935

FA

220220245245270270

FB

180180180180180180

FC

80808080

105105

Weight OilQty

660785940119013501610

364254647087

DP

1”1”1”1”1”1”

kg


Size 1


Y2 Z2

X2

W2 S

Y1 X1 Z1

W1 V


Y2 Z2

X2

W2 S

Y1 X1 Z1

W1 V

Air Breather

Drain Plug

Oil Fill

Inspection Cover

Oil Gauge

Opposite Side

Taconite Seal

Air Breather

Drain Plug

Oil Fill

Inspection Cover

Oil Gauge

Opposite Side

Taconite Seal

DP DP

O

4- J

Y

2019

FC

FA

FA

FB

FC

FA

FA

FB

With Cooling Fan With Cooling Fan

Optional Accessories Optional Accessories

Backstop

Internal backstop is mounted directly on the intermediate shaft of the reducer.Internal type does not require the torque arm for the baskstop, bearing, oil seal, andspecialized lubrication, unlike the exterior-mount type. It makes the application devicemore simple, compact, and maintenance free.

This air breather should be used when installing a gear box in a very dustyenvironment. This unit may be used even in an environment whereby thegear box with a normal air breather becomes buried under dust.

Inner race rotate in single direction only. This is a centrifugal lift-off backstop with no contact of cam.

Specifications

Dimensions

Right Angle Shaft Double Stage Reduction

Right Angle Shaft Triple Stage Reduction

A long nipple is used to raise the unit from the standard installation position, soas to prevent it from becoming buried under dust.

Specifications

A dustproof cover is installed over the air breather to prevent direct accumulationof dust.

9055R2C9060R2C9065R2C9070R2C9075R2C9080R2C9085R2C9095R2C

SIZE

201230234259262282285350

T

210230230290290322322412

BD

320358358

402.5402.5416.5416.5521

BH

249245291285338330386408

BA V U

120125140145160165175190

210210250250300300300350

(Unit : mm)

9055R3C9060R3C9065R3C9070R3C9075R3C9080R3C9085R3C9090R3C9095R3C9100R3C

SIZE

201230234259262282285350350390

T

150175175190190210210290290290

BD

263308308330330365365509509552

BH

397414460482535556612640670724

BA V U

120125140145160165175180190200

210210250250300300300300350350

(Unit : mm)

Backstop

V

BD

BA

U

T

BH

Standard backstop arrangementRRB LLB

Backstop

Standard backstop arrangementRLB RRB RBB LRB LLB LBB

BD

V

BA

BH

U

T

2221

Drain Valve

GS

CX DG

9055906090659070907590809085909090959100

SIZE

133170170155155155155156156161

CX

37313133333434545455

GS DG DP

286286325323370365409405435444

111

1/21/21/2

”””

1111111

”””””””

(Unit : mm)

9055906090659070907590809085909090959100

SIZE

121135135159159178178245245284

B

6737177877868568569369289781028

A C

150150150150150150150150150150

(Unit : mm)

DP

Anti Dust Air Breather

Optional Accessories Optional Accessories

Y

P

9 h / 9 s J X

D

LR(45 ) R

1.6

LS L

LS L

Z1 D

Locking Screw Locking Screw

L4 L5 L3

L2 L1

D 2 . 0 - 4 . 0 -

L / 2

1 D

D2 Z A Z1 D Z

L4 L5 L3

L2 L1 LG

LH

D 2 . 0 - 4 . 0 -

L / 2

1 D

A

U U

9055 9060~9085

Shrink Disk Coupling

Key Coupling

L Size

LS U

9055 9060 9065 9070 9075 9080 9085

10 47 54 54 54 54 54

330 340 350 370 400 400 450

Locking Screw Thread Size Body Length D

j6 115 125 145 145 150 165 175

D2 j6 -

123 143 143 148 163 173

D1 min 130 140 160 160 165 180 190

L5 min 220 260 265 310 365 370 385

Z1 (Deep) L1 L2 L3 L4

350 445 455 500 500 540 540

X

32 32 36 36 40 40 45

Y

18 18 20 20 22 22 25

P

11 11 12 12 13 13 15

R

2.5 3 3 3 3 3 3

300 395 405 445 445 480 480

110 90

100 120 120 125 125

45 5 5 5 5 5 5

M24 M24 M30 M30 M30 M30 M30

(35)(35)(45)(45)(45)(45)(45)

410 470 480 530 530 570 570

LG

356 - - - - - -

LH

388 - - - - - -

Z

M30 M30 M36 M36 M36 M36 M36

LR

3 4.5 4.5 4.5 4.5 4.5 4.5

(Unit : mm)

Shrink DiskSafety Cover

Driven Shaft

M24 M24 M30 M30 M30 M30 M30

65 80

100 100 100 100 100

1. The key and keyway conform to JIS B 1301-1996(ISO) “Sunk keys and keyways” parallel keys (regular class)2. The locking screw and distance ring will not be supplied. Please prepare, if they are necesary.3. Dimension from center of housing to shaft end is L/2

Note :

MODEL Size

d Ds H ZS TA N m

D h7

D1 min

Z

9055 9060 9065 9070 9075 9080 9085 9090 9095 9100

165 165 175 185 200 220 240 240 260 260

290 290 300 330 350 370 405 405 440 440

88 88 88 86 86

104 109 109 120 120

M16 M16 M16 M16 M16 M16 M20 M20 M20 M20

250 250 250 290 284 290 570 570 535 535

205 230 235 260 265 285 285 350 350 390

J LZ LR LV N-ZY DZ LS U dw d1 L1 L2 L3 L4 R

120h6 125h6 140h6 145h6 155h6 170g6 180g6 190g6 200g6 210g6

121 126 141 146 156 171 181 191 201 211

123 128 143 148 158 173 183 193 203 213

138 143 158 163 173 188 198 212 222 234

525 580 589 640 646 709 709 840 855 930

385 435 450 475 475 520 520 635 640 705

120 130 130 160 160 190 190 200 205 215

3 3 5 5 5 5 5 5 5 5

2.5 3 3 3 3 3 3 4.5 4.5 4.5

M24 M24 M30 M30 M30 M30 M36 M36 M36 M36

(35)(35)(45)(45)(45)(45)(55)(55)(55)(55)

528 583 594 644 651 714 714 844 859 934

27 27 26 26 26 26 27 27 27 27

17 12 21 21 21 21 21 21 14 21

314 322 349 371 406 401 456 451 450 491

146 146 157.5 167 177 195 210 215 230 235

4-M12 4-M12 4-M12 4-M12 4-M12 4-M12 4-M12 6-M12 6-M12 6-M12

3 4.5 4.5 4.5 4.5 4.5 4.5 6 6 6

TAS3091. -165 TAS3091. -165 TAS3091. -175 TAS3081. -185 TAS3071. -200 TAS3081. -220 TAS3081. -240 TAS3081. -240 TAS3081.1-260 TAS3081.1-260

(Unit : mm)

Shrink Disk Hollow Shaft

(Deep)

Clampling Bolt Safety CoverDriven Shaft

1. Shrink disk (made by SCHAFER) type No...

Note :

2423

Size A L M (nut)

PR max

S (bellevile spring) DIN2093(nom.) Qty

Mounting with hollow shaft has outstanding features compared to conventional solid shaft gear box.

Torque Arm Dimensions

The hollow shaft type PARAMAX DRIVE is secured with the torque armto prevent it from being turned by the counter force.

(1) There is no necessity for a large sized coupling, permitting substantial cost reduction.(2) It can be directly mounted onto the driven shaft, eliminating the necessity for foundation working for gear box installation and alignment operation.(3) Any unit is designed for compactness and ease of operation.

Torque Arm (Option)

When the torque arm is used with the common base plate (Swing Base)The torque arm must be mounted in a position as far from the slow speed shaft as possible (Refer to Page 25)

Torque Arm Usage

A torque arm is subjected to a compression or tensile load dependingupon the direction of rotation of the slow speed shaft, and it must havea sufficient strength against shock loading at the start and during operation.

Being prepared as a optional accessory, the torque arm is designedin consideration of such loading conditions.

Please order us, if it is necessary.

The construction and strength of the torque arm mounting legs must be determined in consideration of impact load.

Use bolt and nut classified as JIS strength class 8.8

Shaft Cap

Hollow Shaft

For a machine or auxiliary unit that has to be use a differentshaft due to layout change, a dual output shaft reducer is oftenchosen so that either side may be used for the output.This shaft cap is used as a safety cover in such cases.

The shaft cap is made of welded sheet metal.The shaft cap is processed for installation on both sides.You can remove a fitted shaft cap, and place it over theshaft on the other side.

Specifications

Dimensions

9055906090659070907590809085909090959100

SIZE

435435515515615615615615715715

SU

150150170170190190205230230240

SV

(Unit : mm)

SV

SU

L

A P

R

S

M

9055906090659070907590809085909090959100

270270270270270270270270270270

500500500500500500500500500500

M36M36M36M36M36M36M36M36M36M36

100100100100100100100100100100

A100A100A100A100A100A100A100A100A100A100

2x32x32x32x32x32x32x42x42x42x4

A B

H

L

Swing Base with Hydraulic Centrifugal Coupling

Size IEC-Motor A B L H

9055R2C

225SM

250SM

280SM

315SM

280SM

315SM

280SM

315ML

315SM

315ML

315SM

355SM

315ML

315SM

355SM

315ML

315SM

355SM

315ML

315SM

355LK

355ML

355SM

355LK

355ML

355SM

1855

1962

2098

2180

2169

2251

2215

2353

2438

2547

2492

2511

2600

2545

2705

2662

2607

2872

2718

2663

3000

2980

2928

3362

3237

3185

316

316

316

316

316

316

355

355

355

353

353

353

400

400

400

395

395

395

439

439

439

439

439

465

465

465

2582

2655

2949

3065

3020

3136

3105

3332

3362

3525

3414

3548

3625

3514

3789

3682

3571

3951

3782

3671

4301

4156

4051

4689

4439

4334

574

574

574

574

574

574

574

574

574

625

625

625

625

625

625

625

625

625

625

625

676

625

625

726

726

726

9060R2C

9065R2C

9070R2C

9075R2C

9080R2C

9085R2C

9095R2C

Double Reduction

Size IEC-Motor A B L H

9055R3C

225SM

250SM

280SM

225SM

250SM

280SM

250SM

280SM

280SM

315SM

280SM

315SM

315ML

315SM

355SM

315ML

315SM

355SM

315ML

315SM

355ML

355SM

315ML

315SM

355ML

355SM

315ML

355LK

355ML

355SM

1908

2015

2070

2000

2107

2243

2153

2289

2331

2413

2384

2466

2758

2703

2863

2814

2759

2919

2902

2847

2919

3112

2932

2877

2949

3142

3056

3338

3318

3266

316

316

316

316

316

316

355

355

353

353

400

400

395

395

395

439

439

439

435

435

435

435

465

465

465

465

474

474

474

474

2635

2708

2921

2727

2800

3094

2885

3179

3219

3335

3319

3435

3778

3667

3942

3878

3767

4042

3962

3851

4090

4231

4022

3911

4150

4291

4155

4674

4529

4424

574

574

574

574

574

574

574

574

625

625

625

625

625

625

625

625

625

625

726

726

726

726

756

756

756

756

807

807

807

807

9060R3C

9065R3C

9070R3C

9075R3C

9080R3C

9085R3C

9090R3C

9095R3C

9100R3C

Triple Reduction

2625

Warranty Condition

Warranty Exclusions

Warranty period The warranty period for the Products shall be 18 months after the commencement of delivery of 18 months after the shipment of the Products from the seller’s works or 12 months from the Products coming into operation, whether comes first.

In the event that any problem or damage to the Product arises during the"Warranty Period" from defects in the Product whenever the Product is properly installed and combined with the Buyer’s equipment or machines, maintained as specified in the maintenance manual, and properly operated under the conditions described in the catalog or as otherwise agreed upon in writing between the Seller and the Buyer or its customers; the Seller will provide, at its sole discretion, appropriate repair or replacement of the Product without charge at a designated facility, except as stipulated in the "Warranty Exclusions" as described below. However, if the Product is installed or integrated into the Buyer’s equipment or machines, the Seller shall not reimburse the cost of: Removal or re-installation of the Product or other incidental costs related thereto, any lost opportunity, any profit loss or other incidental or consequential losses or damages incurred by the Buyer or its customers.

Notwithstanding the above warranty, the warranty as set forth herein shall not apply to any problem or damage to the Product that is caused by: 1. installation, connection, combination or integration of the Product in or to the other equipment or machine that is rendered by any person or entity other than the Seller; 2. insufficient maintenance or improper operation by the Buyer or its customers, such that the Product is not maintained in accordance with the maintenance manual provided or designated by the Seller; 3. improper use or operation of the Product by the Buyer or its customers that is not informed to the Seller, including, without limitation, the Buyer’s or its customers, operation of the Product not in conformity with the specifications, or use of lubricating oil in the Product that is not recommended by the Seller; 4. any problem or damage on any equipment or machine to which the Product is installed, connected or combined or on any specifications particular to the Buyer or its customers; 5. any changes, modifications, improvements or alterations to the Product or those functions that are rendered on the Product by any person or entity other than the Seller; 6. any parts in the Product that are supplied or designated by the Buyer or its customers; 7. earthquake, fire, flood, sea-breeze, gas, thunder, acts of God or any other reasons beyond the control of the Seller; 8. normal wear and tear, or deterioration of the Product’s parts, such as bearings, oil-seals; 9. any other troubles, problems or damage to the Product that are not attributable to the Seller.

Observe safety rules for installation site and equipment strictly (Industrial Safety and Health Law, Technical Standard for Electric Facilities, Extension Rules, Plant Explosion guidelines, Building Standards Law, etc.) Read the maintenance manual carefully before use. Request one from the distributor you purchased from or our sales department if it is not handy. The maintenance manual must reach the actual user. Select an appropriate product to match the operating environment and application. Install protective equipment on the machine side when the machine is used for passenger transportation and elevators, escalators, and dumb waiters. Use a flameproof type motor for use in explosive environment. Select a flameproof type motor with appropriate specifications sufficient for hazardous locations. Either mount a control filter or a reactor on the inverter side or use a sufficiently insulated motor when a 400V class inverter is used to drive motor. Install an oil pan or other devices to prevent oil or grease leakage, just in case of failure or termination of service life, for oil-sensitive applications such as food processing and clean rooms.

SAFETY PRECAUTIONS

WARRANTY Removing the coupling without disassembling the unit.

PARAMAX Oﬀers the Toughest Gear Drives Available tozevacreator.home.pl/dmdocuments/Paramax -...

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