Clean-Geartech X63N, helical bevel gear Ø35H7 hollow shaft, 216,84:1, input 71B14, B3, stainless steel
HV82PX63NI13-EFBN-QB3-C-OFIt features a gear ratio of 216.84:1 and a gear efficiency of 94%, ensuring effective torque transmission. The gear input shaft is 14 mm and the output shaft is Ø35 mm H7, suitable for standard coupling. The unit is built with AISI 316L stainless steel gears and a stainless steel hollow output shaft, offering durability in aggressive environments. The gear motor interface is 71B14, and the gearbox is configured with 3 gear stages housed in a size X63N enclosure. Input and output BCDs are 85 mm and 130 mm respectively.
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€3,250.00
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IP classification
IP66
HS-Code
84834021.000000
Material
Stainless steel AISI 316L
Ratio
216,84:1
BCD input
85
BCD output
130
Gear stages
3
Efficiency (%)
94
Gear output shaft (mm)
35
Gear input shaft (mm)
14
Gear motor interface
71B14
Gear size
X63N
Output speed at 1400 RPM
6.5
Max output torque (Nm)
410
Max kW input at 1400 rpm
0.29
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Clean-Geartech
Description
**Manufacturer Description:**Clean-Geartech is a renowned manufacturer specializing in high-performance gearbox solutions tailored for demanding industrial applications. Known for their innovation, reliability, and hygienic design, Clean-Geartech gear units are especially popular in sectors such as food processing, pharmaceuticals, and marine industries, where stainless steel durability and precision engineering are essential.**Product Highlights and Applications:**
Manufactured from AISI 316L stainless steel—ensuring exceptional corrosion resistance, chemical durability, and suitability for aggressive wash-down environments such as food, dairy, and pharmaceutical production lines.
High gear ratio of 216.84:1 provides optimal torque transmission for low-speed, high-load applications such as conveyor systems, mixers, and industrial lifting equipment.
Precision-machined Ø35H7 hollow output shaft (stainless steel) offers reliable torque output and seamless integration with keyed or shrink disc couplings.
Input connection with standard 71B14 motor interface ensures easy adaptability with common IEC electric motors, enhancing installation flexibility across machine platforms.
Three-stage reduction design allows high torque density within a compact X63N gear size, ideal for space-constrained mechanical systems without compromising performance.
94% mechanical efficiency minimizes energy losses during operation, reducing power consumption and supporting sustainable engineering practices.
14 mm stainless steel input shaft provides strong endurance against shear forces and enhances operational longevity in harsh environments.
Designed for cleanroom, maritime, and corrosion-critical environments, including offshore systems, beverage bottling plants, chemical handling units, and sterilization equipment.
Fully enclosed, maintenance-friendly housing with smooth surface geometry reduces contamination risk, supports CIP (Clean-In-Place) routines, and ensures long-term hygienic operation.
BCD 85 mm input and BCD 130 mm output flange dimensions conform to industry standards, simplifying mechanical integration and interchangeability. **Ideal for engineers and technical specialists requiring precision, hygienic quality, and high torque in demanding environments.**
Manufactured from AISI 316L stainless steel—ensuring exceptional corrosion resistance, chemical durability, and suitability for aggressive wash-down environments such as food, dairy, and pharmaceutical production lines.
High gear ratio of 216.84:1 provides optimal torque transmission for low-speed, high-load applications such as conveyor systems, mixers, and industrial lifting equipment.
Precision-machined Ø35H7 hollow output shaft (stainless steel) offers reliable torque output and seamless integration with keyed or shrink disc couplings.
Input connection with standard 71B14 motor interface ensures easy adaptability with common IEC electric motors, enhancing installation flexibility across machine platforms.
Three-stage reduction design allows high torque density within a compact X63N gear size, ideal for space-constrained mechanical systems without compromising performance.
94% mechanical efficiency minimizes energy losses during operation, reducing power consumption and supporting sustainable engineering practices.
14 mm stainless steel input shaft provides strong endurance against shear forces and enhances operational longevity in harsh environments.
Designed for cleanroom, maritime, and corrosion-critical environments, including offshore systems, beverage bottling plants, chemical handling units, and sterilization equipment.
Fully enclosed, maintenance-friendly housing with smooth surface geometry reduces contamination risk, supports CIP (Clean-In-Place) routines, and ensures long-term hygienic operation.
BCD 85 mm input and BCD 130 mm output flange dimensions conform to industry standards, simplifying mechanical integration and interchangeability. **Ideal for engineers and technical specialists requiring precision, hygienic quality, and high torque in demanding environments.**
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