RACKS CATALOG
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RECKON DRIVES INTERNATIONAL S.A.S 3 rue JC Milleret, Immeuble Horizon, 42000 SAINT ETIENNE France www.reckondrives.com contact@reckondrives.com

HIGH PRECISION RACKS and PINIONS

Why choose a Reckon rack? Our mission is to offer the highest value for money on the market. Racks are no exception. All our racks are interchangeable When it comes to rack quality, choosing Reckon® ensures that the following aspects are seriously taken care of: - Toothing precision is inspected on a CMM with last generation rack-inspection software and our racks are delivered to you with detailed inspection reports showing: o o o o Flatness Straightness individual and cumulative pith errors the precision of the faces towards teeth and bottom Material quality, as Reckon® only selects...

Cumulative pitch errors on 300 mm

DIN 10 50-55 HRC STRAIGHT TEETH Teeth milled to DIN 10h27, pressure angle 20° Mounting side and bottom milled (Ra=3.2) Material: C45 Heat treatment: induction-hardening on teeth only (50-55 HRC) Decorative black coating (thickness under 3µm) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error o

DIN 10 50-55 HRC HELICAL TEETH Teeth milled to DIN 10h27, pressure angle 20° Right or left-hand, helix angle 19°31'42" Mounting side and bottom milled (Ra=3.2) Material: C45 Heat treatment: induction-hardening on teeth only (50-55 HRC) Decorative black coating (thickness under 3µm) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE =...

DIN 9 C45 STRAIGHT TEETH Teeth milled to DIN 9h25, pressure angle 20° Sides and bottom milled (Ra=3.2) Material: C45 (quenched) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1): M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error on

DIN 9 C45 HELICAL TEETH Teeth milled to DIN 9h25, pressure angle 20° Right or left-hand, helix angle 19°31'42") Sides and bottom milled (Ra=3.2) Material: C45 (quenched) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error o

DIN 8 42CrMo STRAIGHT TEETH Teeth milled to DIN 8e27, pressure angle 20° Mounting side and bottom ground (Ra=0.8) Material: 42CrMo4 Heat treatment: quench (15-20 HRC) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error on

DIN 8 42CrMo HELICAL TEETH Teeth milled to DIN 8e27, pressure angle 20° Right or left-hand, helix angle 19°31'42" Mounting side and bottom ground (Ra=0.8) Material: 42CrMo4 Heat treatment: quench (15-20 HRC) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1): M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error o

DIN 6 50-55 HRC STRAIGHT TEETH Teeth ground to DIN 6e25, pressure angle 20° Sides and bottom ground (Ra=0.8) Material: C45 Heat treatment on teeth only: induction hardening (50-55 HRC) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error on

DIN 6 50-55 HRC HELICAL TEETH Teeth ground to DIN 6e25, pressure angle 20° Right or left-hand helix, angle 19°31'42" Sides and bottom ground (Ra=0.8) Material: C45 Heat treatment on teeth only: induction hardening (50-55 HRC) REFERENCE Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error o

DIN 5 50-55 HRC STRAIGHT TEETH Teeth ground to DIN 5e22, pressure angle 20° Sides and bottom ground (Ra=0.8) Material: C45 Heat treatment on teeth only: induction hardening (50-55 HRC) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error on

DIN 5 50-55 HRC HELICAL TEETH Teeth ground to DIN 5e22, pressure angle 20° Right or left-hand helix, angle 19°31'42" Sides and bottom ground (Ra=0.8) Material: C45 Heat treatment on teeth only: induction hardening (50-55 HRC) Each model hereabove can be ordered without holes by simply replacing “H1” by “H0” at the end of the reference. All dimensions are mm. Other sizes and modules available upon request. 2D/3D Drawings available upon request (1) : M = Module / (2) : Z = Number of teeth / (3) : H = Number of holes / (4) : CPE = Cumulative Pitch Error o