flexible simple - acero - acoplamientos zero-max · 6 para información sobre pedidos,vea la...

6 Para información sobre pedidos, vea la página 22.

Flexible simple - Acero

Flexible simple - Información sobre rendimiento

El acoplamiento flexible simple es una opción excelente para aplicaciones que requieren vibracióncero, que necesitan una pequeña proporción de desalineación paralela y en las que es difícil lograruna desalineación precisa.

• El torque máximo equivale a 1.5 veces el valor de torque continuo.• Consulte en la fábrica por velocidades más altas que las que se muestran en el listado y por requerimientos de

balanceo, si fuera necesario.• Consulte en la fábrica por acoplamientos con mayores torque y resistencia a al torsión.• Con respecto a la elección del acoplamiento y capacidad de desalineación vea la página 22.

Velocidad máxima *Desalineaciones Núcleo A Núcleo B Núcleo sujeto

Max. Torque Resistencia A & B Núcleo Angular Paralelo Axial Peso unitario Incercia unitaria Peso unitario Incercia unitaria Peso unitario Incercia unitaria

HP/100 RPM

nominalcontinuo

a la torsión

Hub estiloabrazadera

con el diámetrointerior máximo


con el diámetro interior máximo





con el diámetro -interior máximo

in-lbs (Nm)

in-lbs/Deg.(Nm./Rad) (RPM) (RPM) Degrees

Inch(mm)

Inch(mm)

Lb.(kg.)

lb-in2

(Kg-cm2)Lb.

(kg.)lb-in2

(Kg-cm2)Lb.

(kg.)Lb.

(kg.)lb-in2

(Kg-cm2)lb-in2

(Kg-cm2)

6A18 0.29200(23)

1,800(11,650)

14000 12000 1.250.002(0.05)

0.030(0.8)

0.43(0.2)

0.16(0.47)

0.91(0.41)

0.76(.034)

0.44(1.29)

0.26(0.76)

6A22 0.43400(45)

2,680(17,352)

12000 11000 1.250.002(0.05)

0.030(0.8)

0.88(0.4)

0.49(1.45)

0.96(0.44)

0.66(1.92)

1.23(0.56)

1.06(0.48)

0.73(2.13)

0.54(1.59)

6A26 0.75575(65)

3,100(20,100)

10500 9500 1.250.003(0.08)

0.040(1.0)

1.37(0.62)

0.93(2.72)

1.37(0.62)

1.21(3.54)

1.81(0.82)

1.54(0.70)

1.47(4.29)

0.98(2.86)

6A30 1.271,100(124)

6,638(42,976)

9000 8000 1.250.003(0.08)

0.050(1.3)

2.0(0.9)

1.9(5.5)

2.5(1.1)

2.8(8.3)

2.88(1.31)

2.03(0.92)

3.11(9.11)

1.69(4.95)

6A37 2.542,100(237)

10,374(67,167)

7400 6700 1.50.004(0.10)

0.070(1.8)

3.6(1.6)

5.6(16.3)

4.2(1.9)

7.9(23.0)

6.04(2.74)

4.36(1.98)

9.62(28.13)

6.20(18.14)

6A45 3.973,300(373)

19,138(123,909)

6100 5600 1.50.004(0.10)

0.090(2.3)

6.4(2.9)

14.6(42.7)

7.2(3.3)

20.0(58.5)

7.65(3.47)

7.31(3.31)

18.0(52.6)

14.4(42.2)

6A52 5.654,500(508)

26,049(168,656)

5200 4800 1.50.005(0.13)

0.110(2.8)

10.5(4.8)

32.4(94.8)

11.4(5.2)

43.2(126)

11.93(5.41)

9.89(4.49)

38.9(113.8)

27.3(79.7)

6A60 10.088,000(904)

41,485(268,595)

4600 4400 1.50.006(0.15)

0.130(3.3)

15.3(7.0)

61.3(179)

18.4(8.4)

90.6(265)

18.0(8.2)

14.9(6.7)

75.6(221.0)

53.0(155.0)

6A67 16.3412,500(1,412)

61,948(401,084)

4300 4100 1.50.007(0.18)

0.150(3.8)

22.0(10.0)

111(325)

26.5(12.0)

163(477)

26.6(12.1)

18.7(8.5)

143.69(420.24)

85.1(249.0)

6A77 24.7519,000(2,147)

94,107(609,303)

3900 1.50.008(0.20)

0.160(4.1)

31.3(14.2)

209(612)

38.5(17.5)

318(931)

6A90 39.6730,000(3,390)

160,653(1,040,162)

3600 1.50.009(0.23)

0.170(4.3)

49.9(22.7)

461(1349)

62.6(28.5)

722(2113)

6A105 55.3744,000(4,972)

244,204(1,581,120)

3300 1.50.010(0.25)

0.190(4.8)

81.5(37.0)

1046(3061)

98.3(44.7)

1572(4600)

6A120 74.8960,000(6,780)

328,095(2,124,275)

3000 1.50.013(0.33)

0.220(5.6)

124.0(56.4)

2054(6011)

141.0(64.1)

3100(9070)

7

• ”La medida “X” es el recorrido mínimo requerido del perno fueradel núcleo para desmontar el paquete de discos de los núcleos.

-Información sobre medidas

Nota sobreel rendimiento: La capacidad de torque de núcleos sujetos sinchaveta responde a varios factores, entre los que figuran eldiámetro interior del núcleo del eje, la medida de la abrazadera yotras variables de la instalación. Los núcleos de acoplamientos sinchaveta, con diámetros interiores menores de aproximadamente lamitad del diámetro interior máximo que figura en el listado, puedenno transmitir la potencia de torque del paquete de discos. Consultea la fábrica si su aplicación es de gran torque o de eje pequeño.

El estilo abrazadera estádisponible con chavetero o sin él.

-Información sobre medidasAcoplamiento flexible simple con núcleo estilo abrazadera

Acoplamiento flexible simple con núcleo estilo tornillo prisionero Acero

el diámetrointerior máximo

A B C D E F L

w kwy w/o kwy

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

6A18C1.85

(47.0)0.81

(20.6)0.28(7.1)

0.472(12)

0.63(16)

0.813(21)

1.88(47.8)

1.88(47.8)

6A22C2.25

(57.2)1.00

(25.4)0.31(7.9)

0.551(14)

0.75(20)

0.938(25)

2.22(56.4)

2.31(58.7)

6A26C2.60

(66.0)1.06

(26.9)0.31(7.9)

0.551(14)

0.93(24)

1.188(30)

2.41(61.2)

2.43(61.7)

6A30C3.00

(76.2)1.25

(31.8)0.46

(11.7)0.709(18)

1.12(28)

1.37(35)

2.96(75.2)

2.96(75.2)

6A37C3.75

(95.3)1.44

(36.6)0.52

(13.2)0.748(19)

1.50(38)

1.87(48)

3.79(96.4)

3.40(86.4)

6A45C4.50

(114.3)1.69

(42.9)0.58

(14.7)0.866(22)

1.75(45)

2.125(54)

4.40(113)

3.96(100.6)

6A52C5.25

(133.4)1.94

(49.3)0.65

(16.5)0.984(25)

2.12(55)

2.62(65)

5.11(129.8)

4.52(114.8)

6A60C6.00

(152.4)2.44

(62.0)0.77

(19.6)1.339(34)

2.50(65)

3.00(75)

6.00(152.4)

5.64(143.3)

6A67C6.75

(171.5)2.75

(69.9)0.86

(21.8)1.339(34)

2.875(75)

3.50(90)

6.65(169)

6.36(161.5)


A B C Ea Eb Ga Gb H L X

A Hub B Hub A Hub B Hub

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

6A181.85

(47.0)0.625(15.9)

0.276(7.0)

0.625(16)

1.13(28.6)

0.79(20.1)

1.53(38.8)

0.0(0)

6A222.25

(57.2)0.94

(23.8)0.31(7.8)

0.625(16)

1.000(26)

1.22(31)

1.88(47.6)

0.91(23.1)

2.18(55.4)

0.51(13)

6A262.59(66)

1.06(27.0)

0.31(7.8)

0.750(19)

1.250(32)

1.50(38.2)

2.16(54.8)

1.00(25.4)

2.43(61.7)

0.39(9.9)

6A303.00

(76.2)1.25

(31.8)0.46

(11.7)1.000(25)

1.375(35)

1.71(43)

2.50(64)

1.21(31)

2.96(75)

0.39(9.9)

6A373.75

(95.3)1.44

(36.5)0.52

(13.3)1.250(32)

1.813(46)

2.19(56)

3.13(79)

1.51(38)

3.40(86)

0.68(17.3)

6A454.50(114)

1.69(42.9)

0.58(14.8)

1.625(42)

2.250(60)

2.69(68)

3.75(95)

1.81(46)

3.96(101)

0.91(23.1)

6A525.25(133)

1.94(49.2)

0.65(16.4)

1.875(48)

2.625(66)

3.31(84)

4.38(111)

2.10(54)

4.52(115)

0.73(18.5)

6A606.00(152)

2.44(61.9)

0.77(19.5)

2.250(60)

3.000(76)

3.67(93)

5.00(127)

2.42(61)

5.64(143)

0.69(17.5)

6A676.75(172)

2.75(69.9)

0.86(21.8)

2.625(66)

3.375(85)

4.29(109)

5.63(143)

2.72(69)

6.36(162)

0.41(10.4)

6A777.75(197)

3.13(79.4)

1.01(25.7)

2.875(75)

3.875(100)

4.61(117)

6.46(164)

3.13(79)

7.26(185)

0.89(22.6)

6A909.00(229)

3.75(95.3)

1.13(28.8)

3.000(76)

4.500(115)

5.38(137)

7.50(191)

3.62(92)

8.63(219)

1.39(35.3)

6A10510.50(267)

4.25(108)

1.45(36.8)

3.750(95)

5.125(130)

6.11(155)

8.75(222)

4.23(107)

9.95(253)

1.92(48.8)

6A12012.00(305)

4.75(121)

1.54(39.0)

4.250(110)

6.000(152)

7.34(186)

10.00(254)

4.83(123)

11.04(280)

1.48(37.6)

8

El acoplamiento flexible simple con núcleo de aluminio tiene poco peso e inercia,lo cual lo convierte en una opción excelente para aplicaciones controladas conservomotores. Este acoplamiento posee vibración cero y alta resistencia a latorsión con una moderada capacidad de desalineación.

Para información sobre pedidos, vea la página 22.

Flexible simple - Información sobre rendimitno

Flexible simple - Aluminio

• El torque máximo equivale a 1.5 veces el valor de torque continuo.• Consulte en la fábrica por velocidades más altas que las que se muestran en el listado y por requerimientos

de balanceo, si fuera necesario.• Consulte en la fábrica por acoplamientos con mayores torque y resistencia a al torsión.• Con respecto a la elección del acoplamiento y capacidad de desalineación vea la página 22.

Maximum Speed *Misalignments Núcleo A Núcleo sujeto

Max. Torque Resistencia Núcleo A Núcleo Angular Paralelo Axial Peso unitario Incercia unitaria Peso unitario Incercia unitariaHP/100

RPMnominalcontinuo

a la torsión sujeto con el diámetrointerior máximo



a la mitad deldiámetro

interior máximo


a la mitad deldiámetro interior

máximoin-lbs (Nm)

in-lbs/Deg.(Nm./Rad) (RPM) (RPM) Degrees

Inch (mm)

Inch(mm)

Lb.(kg.)

lb-in2

(Kg-cm2)Lb.

(kg.)Lb.

(kg.)lb-in2

(Kg-cm2)lb-in2

(Kg-cm2)

6A18A 0.29200(23)

1,800(11,650)

17000 15000 1.250.002(0.05)

0.030(0.8)

0.17(0.08)

0.08(0.23)

0.34(0.15)

0.30(0.13)

0.17(0.50)

0.10(0.30)

6A22A 0.43400(45)

2,680(17,352)

15000 13500 1.250.002(0.05)

0.030(0.8)

0.39(0.18)

0.26(0.76)

0.52(0.24)

0.46(0.21)

0.35(1.02)

0.29(0.84)

6A26A 0.75575(65)

3,100(20,100)

13000 11500 1.250.003(0.08)

0.040(1.0)

0.56(0.25)

0.42(1.24)

0.72(0.33)

0.63(0.28)

0.62(1.80)

0.45(1.30)

6A30A 1.271,100(124)

6,638(42,976)

11000 9500 1.250.003(0.08)

0.050(1.3)

0.85(0.38)

0.89(2.59)

1.18(0.54)

0.89(0.40)

1.36(3.97)

0.87(2.54)

6A37A 2.542,100(237)

10,374(67,167)

9000 8000 1.50.004(0.10)

0.070(1.8)

1.72(0.78)

2.91(8.52)

2.44(1.11)

1.86(0.84)

4.15(12.13)

2.97(8.68)

6A45A 3.973,300(373)

19,138(123,909)

7500 6700 1.50.004(0.10)

0.090(2.3)

2.88(1.31)

7.10(20.8)

3.28(1.49)

3.16(1.43)

8.31(24.29)

7.07(20.68)

6A52A 5.654,500(508)

26,049(168,656)

6400 5800 1.50.005(0.13)

0.110(2.8)

4.37(1.98)

14.3(41.8)

4.91(2.23)

4.20(1.91)

17.1(50.1)

13.1(38.3)

6A60A 10.088,000(904)

41,485(268,595)

5600 5200 1.50.006(0.15)

0.130(3.3)

6.57(2.98)

28.3(82.8)

7.45(3.38)

6.36(2.89)

33.6(98.3)

25.8(75.6)

9

• La medida “X” es el recorrido mínimo requerido delperno fuera del núcleo para desmontar el paquetede discos de los núcleos.

Nota sobre el rendimiento: La capacidad detorque de núcleos sujetos sin chaveta responde avarios factores, entre los que figuran el diámetrointerior del núcleo del eje, la medida de laabrazadera y otras variables de la instalación.Los núcleos de acoplamientos sin chaveta condiámetros interiores menores deaproximadamente la mitad del diámetro interiormáximo que figura en la lista pueden notransmitir la potencia de torque del paquete dediscos. Consulte en la fábrica si su aplicación es

El estilo abrazadera estádisponible con torque

nominal continuo o sin él.



Acoplamiento flexible simple con núcleo estilo abrazadera

Acoplamiento flexible simple con núcleo estilo tornillo prisionero Aluminio

el diámetrointeriormáximo

A B C Ea Ga H L X

A Hub A Hub

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

6A18A1.85

(47.0)0.625(15.9)

0.276(7.0)

0.625(16)

1.13(28.6)

0.79(20.1)

1.53(38.8)

0.0(0)

6A22A2.25

(57.2)0.94

(23.8)0.31(7.8)

0.625(16)

1.22(31)

0.91(23.1)

2.18(55.4)

0.51(13)

6A26A2.59(66)

1.06(27.0)

0.31(7.8)

0.750(19)

1.50(38.2)

1.00(25.4)

2.43(61.7)

0.39(9.9)

6A30A3.00

(76.2)1.25

(31.8)0.46

(11.7)1.000(25)

1.71(43)

1.21(31)

2.96(75)

0.39(9.9)

6A37A3.75

(95.3)1.44

(36.5)0.52

(13.3)1.250(32)

2.19(56)

1.51(38)

3.40(86)

0.68(17.3)

6A45A4.50(114)

1.69(42.9)

0.58(14.8)

1.625(42)

2.69(68)

1.81(46)

3.96(101)

0.91(23.1)

6A52A5.25(133)

1.94(49.2)

0.65(16.4)

1.875(48)

3.31(84)

2.10(54)

4.52(115)

0.73(18.5)

6A60A6.00(152)

2.44(61.9)

0.77(19.5)

2.250(60)

3.67(93)

2.42(61)

5.64(143)

0.69(17.5)


A B C D E F L

w kwy w/o kwy

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

Inch(mm)

6A18-AC1.85

(47.0)0.81

(20.6)0.28(7.1)

0.472(12)

0.63(16)

0.813(21)

1.88(47.8)

1.88(47.8)

6A22-AC2.25

(57.2)1.00

(25.4)0.31(7.9)

0.551(14)

0.75(20)

0.938(25)

2.22(56.4)

2.31(58.7)

6A26-AC2.60

(66.0)1.06

(26.9)0.31(7.9)

0.551(14)

0.93(24)

1.188(30)

2.41(61.2)

2.43(61.7)

6A30-AC3.00

(76.2)1.25

(31.8)0.46

(11.7)0.709(18)

1.12(28)

1.37(35)

2.96(75.2)

2.96(75.2)

6A37-AC3.75

(95.3)1.44

(36.6)0.52

(13.2)0.748(19)

1.50(38)

1.87(48)

3.79(96.4)

3.40(86.4)

6A45-AC4.50

(114.3)1.69

(42.9)0.58

(14.7)0.866(22)

1.75(45)

2.125(54)

4.40(113)

3.96(100.6)

6A52-AC5.25

(133.4)1.94

(49.3)0.65

(16.5)0.984(25)

2.12(55)

2.62(65)

5.11(129.8)

4.52(114.8)

6A60-AC6.00

(152.4)2.44

(62.0)0.77

(19.6)1.339(34)

2.50(65)

3.00(75)

6.00(152.4)

5.64(143.3)

CD® CouplingsSERIES A1C

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CD® COUPLINGS SINGLE FLEX ALUMINUM

• Consult factory for speeds higher than those listed and balancing requirements, if necessary.• Consult factory for higher torque and higher torsional stiffness couplings.• Available with or without keyway on clamp style hubs.

Performance InformationModel Continuous

TorquePeak

Torque TorsionalStiffness

Maximum Speed

MaximumMisalignments Weight Inertia

Angular Parallel Axial MaxBore

Min Bore

Max Bore

Min Bore

Nm Nm Nm/Rad RPM Degrees mm mm kg kg 10-3kg-m2 10-3kg-m2

6A18-A1C 20 40 11,650 15,000 2 0.1 0.8 0.2 0.26 0.088 0.095

6A22-A1C 30 60 17,352 13,500 2 0.15 0.9 0.33 0.41 0.19 0.21

6A26-A1C 53 106 20,100 11,500 2 0.2 1.1 0.46 0.6 0.35 0.37

6A30-A1C 90 180 42,976 9,500 2 0.25 1.3 0.76 0.94 0.78 0.82

6A37-A1C 181 362 67,167 8,000 2 0.33 1.8 1.59 2.04 2.53 2.71

6A45-A1C 282 564 123,909 6,700 2 0.38 2.3 3 3.9 7.16 7.71


Fø

CD® COUPLINGS SINGLE FLEX ALUMINUM

Dimensional InformationModel A B C D E (bore) F G H L

Bolt Torque w/kwy w/o kwy

mm mm mm M Nm mm mm mm mm mm mm

6A18-A1C 53 22.5 5.49 M6 13 8 27 20.1 7.25 18 50.5

6A22-A1C 62 26 5.74 M6 13 12 31 24.9 7.24 22 57.7

6A26-A1C 69.5 29.5 6.25 M8 32 14 36 25.4 9.14 24 65.2

6A30-A1C 82 32.5 9.65 M10 58 16 40 30.71 10 27.8 74.7

6A37-A1C 101 46 11.23 M12 100 18 52 38.4 12.7 26 103.2

6A45-A1C 123 60 12.75 M16 245 24 65 46 16.95 45.5 132.8

G

HD

E

A

BCL

øF

Note: Typical keyway placement


How to evaluate the resonantfrequency of feed-screw system

1. Oscillation phenomena ofservomotorsIf the resonant frequency of the entire feed-screw system is under 400~500Hz,oscillation may occur depending on thegain adjustment of the servomotor. Theproblems can be avoided by raising theresonant frequency of the mechanicalsystem or adjusting the tuning function(filter function) of the servomotor.

Contact us for unclear points concerningoscillation phenomena of servomotors.

Feed Screw Systems

1. Select the coupling according to thenormal operating torque and maximumtorque of the servomotor/stepping motor.

2. In the following feed-screw system,evaluate the entire resonant frequency: Nffrom the torsional spring constant: K of thecoupling and feed screw, the moment ofinertia: J1 of the driving side and themoment of inertia: J2 of the driven side.

Nf: Eigenfrequency of the entire feed-screwsystem [Hz] K: Torsional spring constant of the coupling

and feed screw [N?m/rad] J1: Moment of inertia of the driving side J2: Moment of inertia of the driven side

12π

Nf =

SELECTING A CD® COUPLING

MotorFeed screw

Bearing

TableCoupling

J1 J2

√K +( )1J1

1J2

1. Calculate torque Ta applied to the couplingbased on the motor output P and couplingoperating rotation speed n.

Selection Procedure

2. Calculate corrected torque Td applied to thecoupling after deciding the service factor Kbased on load conditions.Td = Ta x K

In servomotor drive, multiply the servicefactor K=1.2~1.5 by the maximum torque ofservomotor Ts.Td = Ts × (1.2~1.5)

3. Select a coupling size with permissible torqueTn that becomes greater than the correctedtorque Td.Tn ≥ Td

4. Depending on the bore diameters, thecoupling permissible torque may be limited.Refer to the "Specification" and "Standardbore diameter".

5. Confirm if the required shaft diameter doesnot exceed the maximum bore diameter ofthe selected size.

Ta[N•m] = 9550 x R [kW]n [min-1]

If our standard line of couplings will not exactly fityour system needs, contact us for a custom design.

• Custom bores• Ultra high speeds• Special finishes• Special Lengths• Designed for operation in

special environments

Custom Designs Available Upon Request


New Zero-Max Configurable 3D CAD Downloads.www.zero-max.com

CD® HOW TO ORDER

Part Numbering Structure

TYPE

B without KeywayK with Keyway

Code Description

Example: 6A30-A1C-20B-28B• Size 30• 20mm bore without keyway x 28mm bore without keyway

–SIZE

6A18 Size 186A22 Size 226A26 Size 266A30 Size 306A37 Size 376A45 Size 45

Code Description

Bore

See Chart

Note: The hub design of Series A1C CD Couplings will provide the nessisary clampingforce to hold the shaft in a dynamic application without the use of keyways.

●: The coupling will transmite full peak torque on a shaft without a keyway. Please contact the factory for additional bores

Bore Size

ModelBore(mm)

9 10 11 12 13 14 15 16 17 18 19 20 22 24 25 28 30 32 35 38 40 42 45 48 50 52 55 58 60 62 63 65

6A18-A1C ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

6A22-A1C ● ● ● ● ● ● ● ● ● ●

6A26-A1C ● ● ● ● ● ● ● ● ● ● ● ● ● ●

6A30-A1C ● ● ● ● ● ● ● ● ● ● ● ● ● ●

6A37-A1C ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

6A45-A1C ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

TYPE

B without KeywayK with Keyway

Code Description

–Bore

See Chart

A1C–

ServoClass® CouplingsDesigned for demandingservomotor applications. Zerobacklash, high torsionalstiffness coupling. Featuresflexible metal discs and keylessclamp-type mounting hubs.Couplings are RoHS compliant.

Torq-Tender® CouplingsTorq-Tender® Couplingsprovide reliable overloadprotection in any mechanicalpower transmission system.Torque ranges from 2 to 3000in-lbs.

Adjustable Speed DriveEasy to install and maintenancefree. Zero-Max Drives offerinfinitely variable speeds from0 rpm to 1/4 of input rpm. 5 models withtorque ranges from 12 in-lbs to200 in-lbs.

Roh’lix® Linear ActuatorsRoh’Lix® Linear Actuators convert rotary motion into precise linearmotion. Available in five models.Roh’Lix® actuators have thrustratings from 5 to 200 lbs. Allmodels feature built in overloadprotection.

CD® CouplingsThese high performancecouplings out last bellows andsteel disc design couplings. Theunique design of the compositedisc enables the CD Couplings®

to withstand punishingapplications and deliver highprecision performance.

OHLA® Overhung Load AdaptersOHLA® Overhung Load Adaptersare designed to eliminate radialand axial loads from a hydraulicpump or motor. 11 modelsavailable for mounts from SAE Ato SAE F.

Warranty. Zero-Max, Inc. the manufacturer, warrants that for a period of 12 months from date of shipment it will repair, or at its option, replace any new apparatus which proves defective in material or workmanship, orwhich does not conform to applicable drawings and specifications approved by the manufacturer. All repairs and replacements shall be F.O.B. factory. All claims must be made in writing to the manufacturer. • In no eventand under no circumstances shall manufacturer be liable for (a) damages in shipment; (b) failures or damages due to misuse, abuse, improper installation or abnormal conditions of temperature, dirt, water or corrosives; (c)failures due to operation, intentional or otherwise, above rated capacities, and (d) non-authorized expenses for removal, inspection, transportation, repair or rework. Nor shall manufacturer ever be liable for consequentialand incidental damages, or in any amount greater than the purchase price of the apparatus. • Zero Max, Inc. reserves the right to discontinue models or to change specifications at any time without notice. No discontinuanceor change shall create any liability on the part of Zero-Max, Inc. in respect to its products in the hands of customers or products on order not incorporating such changes even though delivered after any such change. • Thiswarranty is in LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING (BUT NOT LIMITED TO) ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. THE TERMS OF THISWARRANTY CONSTITUTE ALL BUYER’S OR USER’S SOLE AND EXCLUSIVE REMEDY, AND ARE IN LIEU OF ANY RIGHT TO RECOVER FOR NEGLIGENCE, BREACH OF WARRANTY, STRICT TORT LIABILITY OR UPON ANY OTHER THEORY.Any legal proceedings arising out of the sale or use of this apparatus must be commenced within 18 months of the date of purchase. • CAUTION: Rotating equipment must be guarded. Also refer to OSHA specifications andrecommendations. • Zero-Max®, CD®, ETP®, ServoClass®, Torq-Tender®, Control-Flex®, Posi-Lok®, Roh'Lix® and OHLA® are registered trademarks of Zero-Max, Inc. In U.S.A. © Zero-Max 2010 Printed in U.S.A.

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