Clean-Geartech X74N, helical bevel gear Ø40H7 hollow shaft, 248,76:1, input 80B14, V5, stainless steel
HV82PX74NI12-FFBN-RV5-D-OFThe gearbox features a gear ratio of 248.76:1 and handles a BCD input of 100 mm and a BCD output of 130 mm. It operates with a gear input shaft diameter of 19 mm and a gear output shaft diameter of 40 mm. The system is built with 4 gear stages and has a gear size of X74N. The unit achieves an efficiency of 92%, and the gears are made of stainless steel AISI 316L, making it suitable for hygienic or corrosive environments. It comes with a Gear motor interface of 80B14.
Specifications
Product description
Downloads
€4,438.00
In stock
Expected shipment:
Loading...
Accessories
More Information
IP classification
IP66
HS-Code
84834021.000000
Material
Stainless steel AISI 316L
Ratio
248,76:1
BCD input
100
BCD output
130
Gear stages
4
Efficiency (%)
92
Gear output shaft (mm)
40
Gear input shaft (mm)
19
Gear motor interface
80B14
Gear size
X74N
Output speed at 1400 RPM
5.6
Max output torque (Nm)
675
Max kW input at 1400 rpm
0.43
Mounting position
V5
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Clean-Geartech
Description
Brand description: Clean-Geartech is a leading manufacturer specializing in high-efficiency, hygienic, and corrosion-resistant power transmission solutions. Known for their uncompromising commitment to quality and innovation, Clean-Geartech products are ideal for demanding environments across food processing, pharmaceutical, chemical, and marine industries.Technical Product Description:
Exceptional corrosion resistance due to premium AISI 316L stainless steel housing, ideal for aggressive environments such as saltwater exposure or chemicals.
Equipped with a Ø40H7 hollow output shaft in stainless steel (SS), facilitating direct connection to driven components while ensuring high mechanical strength and hygiene.
Features a 248.76:1 reduction ratio via a 4-stage gear arrangement, enabling significant torque multiplication and slow-speed, high-load applications.
The gearbox input shaft is 19 mm and interfaces using standard 80B14 motor flange, ensuring compatibility with a wide range of IEC motors and simplifying integration into system architectures.
Rated efficiency of 92% underlines minimal energy loss, reducing heat generation and operating costs in continuous usage scenarios.
Robust X74N housing size optimized for space-constrained industrial designs while delivering high torsional stiffness and durability.
The gearmotor interface supports fast assembly and disassembly, significantly reducing downtime in maintenance and cleaning cycles, a key advantage in food and pharmaceutical sectors.
Clean-in-place (CIP) friendly stainless steel surfaces reduce bacterial retention and comply with hygienic design requirements like EHEDG and FDA guidelines.
Optimal for use in processing plants, automated food handling lines, marine deck equipment, and chemical mixers where mechanical reliability meets sanitary standards.
Designed to meet stringent technical specifications demanded by industrial engineers, factory automation integrators, and maintenance professionals requiring high-performance and durable gear systems.
Exceptional corrosion resistance due to premium AISI 316L stainless steel housing, ideal for aggressive environments such as saltwater exposure or chemicals.
Equipped with a Ø40H7 hollow output shaft in stainless steel (SS), facilitating direct connection to driven components while ensuring high mechanical strength and hygiene.
Features a 248.76:1 reduction ratio via a 4-stage gear arrangement, enabling significant torque multiplication and slow-speed, high-load applications.
The gearbox input shaft is 19 mm and interfaces using standard 80B14 motor flange, ensuring compatibility with a wide range of IEC motors and simplifying integration into system architectures.
Rated efficiency of 92% underlines minimal energy loss, reducing heat generation and operating costs in continuous usage scenarios.
Robust X74N housing size optimized for space-constrained industrial designs while delivering high torsional stiffness and durability.
The gearmotor interface supports fast assembly and disassembly, significantly reducing downtime in maintenance and cleaning cycles, a key advantage in food and pharmaceutical sectors.
Clean-in-place (CIP) friendly stainless steel surfaces reduce bacterial retention and comply with hygienic design requirements like EHEDG and FDA guidelines.
Optimal for use in processing plants, automated food handling lines, marine deck equipment, and chemical mixers where mechanical reliability meets sanitary standards.
Designed to meet stringent technical specifications demanded by industrial engineers, factory automation integrators, and maintenance professionals requiring high-performance and durable gear systems.
Downloads
