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HV82PX42NI10-CFBN-QB3-C-OFBCD Eingangsmaß: 85 mm, BCD Ausgangsmaß: 90 mm, Wirkungsgrad: 96%, Eingangswelle: 14 mm, Ausgangswelle: Ø25H7 mm, Übersetzungsverhältnis: 29,21:1, Gehäusegröße: X42N, Anzahl der Getriebestufen: 2, Getriebematerial: Edelstahl AISI 316L, Getriebemotoranschluss: Baugröße 71B14.Das gesamte Getriebe ist für industrielle Umgebungen ausgelegt, in denen hygienisches Design und Korrosionsbeständigkeit erforderlich sind.
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Weitere Informationen
IP-Schutz
IP66
HS-Code
84834021.000000
Material
Edelstahl AISI 316L
Übersetzung
29,21:1
BCD eingang
85
BCD abgang
90
Getriebe Stufen
2
Wirkungsgrad (%)
96
Getrieb Abgangswelle (mm)
25
Getriebe Eingangswelle (mm)
14
Getriebe Motor Schnittstelle
71B14
Getriebe grösse
X42N
Abgangs geschwindigkeit beim 1400 U/min
47.9
Max abgangs Drehmoment (Nm)
130
Max kW eingang beim 1400 U/min
0.68
Montage position
B3
Öl
Mobil SHC Cibus 320 NSF H1
Produzent
Clean-Geartech
Beschreibung

Clean-Geartech is a recognized manufacturer of high-performance transmission solutions, specializing in stainless steel gearboxes designed for demanding industrial applications. Their products are ideal for sectors where hygiene, corrosion resistance, and mechanical durability are crucial such as food and beverage processing, pharmaceuticals, chemical manufacturing, and marine environments.
High-grade Stainless Steel AISI 316L housing provides exceptional corrosion resistance, making it suitable for harsh and hygienic environments including food-grade and offshore applications.
Ø25H7 Hollow output shaft in stainless steel ensures easy integration with drive systems and enables efficient torque transmission in environments requiring high hygienic standards.
Bevel gear design with 2 gear stages provides precise and reliable angular power transfer, ideal for compact installations where direction change is required.
Ratio of 29.21:1 delivers optimal speed reduction and torque enhancement, making it suitable for applications such as conveyors, mixers, and dosing systems.
High efficiency of 96% minimizes energy loss and reduces operational costs over time, resulting in a sustainable and cost-effective solution for continuous operation.
Input shaft diameter of 14 mm and motor interface 71B14 ensure easy compatibility with standard IEC frame motors, simplifying installation and retrofitting processes.
Compact frame size X42N makes it ideal for space-constrained industrial setups, while still maintaining high-power performance.
The robust gear unit is engineered for durability in washdown conditions, CIP (Clean-In-Place) systems, and exposure to aggressive cleaning agents.
Ideal for technical specialists and engineers in industries demanding precision, reliability, and maximum cleanliness in mechanical drive systems.
High-grade Stainless Steel AISI 316L housing provides exceptional corrosion resistance, making it suitable for harsh and hygienic environments including food-grade and offshore applications.
Ø25H7 Hollow output shaft in stainless steel ensures easy integration with drive systems and enables efficient torque transmission in environments requiring high hygienic standards.
Bevel gear design with 2 gear stages provides precise and reliable angular power transfer, ideal for compact installations where direction change is required.
Ratio of 29.21:1 delivers optimal speed reduction and torque enhancement, making it suitable for applications such as conveyors, mixers, and dosing systems.
High efficiency of 96% minimizes energy loss and reduces operational costs over time, resulting in a sustainable and cost-effective solution for continuous operation.
Input shaft diameter of 14 mm and motor interface 71B14 ensure easy compatibility with standard IEC frame motors, simplifying installation and retrofitting processes.
Compact frame size X42N makes it ideal for space-constrained industrial setups, while still maintaining high-power performance.
The robust gear unit is engineered for durability in washdown conditions, CIP (Clean-In-Place) systems, and exposure to aggressive cleaning agents.
Ideal for technical specialists and engineers in industries demanding precision, reliability, and maximum cleanliness in mechanical drive systems.
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