QRCFP (IEC) Flange-Mounted Helical Gear Unit

Features

Standard IEC flange-mounted design for seamless motor integration
High structural rigidity ensures accurate alignment and stable operation
Capable of delivering high torque output up to 500 Nm
Precision-ground helical gears minimize vibration and improve efficiency
Low-noise performance suitable for continuous industrial applications
Compatible with a wide range of IEC motors, including servo motor options

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Description

FAQs

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Description

ORCFP (IEC) series is a flange-mounted helical gear reducer designed with an IEC-standard motor interface, enabling easy and direct mounting of IEC motors without additional adapters. Based on the QRC modular helical gear platform, the ORCFP model features precision-machined helical gears, hardened & carburized gear surfaces, and a robust housing to ensure stable torque transmission and long service life.

The compact flange-mounted design makes the ORCFP series ideal for machinery with limited installation space or where direct motor–gearbox integration is required. Its high efficiency, low noise, and versatile configuration options make it suitable for textile machinery, food processing lines, ceramics equipment, logistics conveyors, packaging machines, plastics processing, and general automation systems.

Features

Standard flange-mounted design
Excellent rigidity and alignment accuracy
High torque output up to 500 Nm
Precision-ground helical gears reduce vibration
Compatible with IEC standard motors including servo options

Selection Factors

Flange matching dimensions and bolt pattern
Direction of load (radial/axial)
Working hours vs starting frequency (fs)
Required torque and ratio

Technical Parameters

Item	Specification
Power Range	0.12 – 4 kW
Reduction Ratio	3.66 – 54
Max Output Torque	120 – 500 Nm
Mounting Type	IEC flange-mounted (FP type)
Motor Connection	IEC-standard B5/B14 motor flange options
Gear Type	Helical, carburized & hardened tooth surfaces
Housing Material	Aluminum alloy (small sizes), cast iron optional
Input Method	Direct IEC motor connection
Output Type	Solid shaft (various diameters depending on size)
Installation Positions	All mounting positions supported
Lubrication	Oil lubrication (per frame size)
Cooling Method	Natural convection
Noise Level	Low-noise, smooth operation
Typical Applications	Textile, food, ceramics, packaging, logistics, plastics, automation

Application Scenarios

Food processing lines
Automated packaging & sealing equipment
Plastic extruder auxiliary systems
General-purpose mechanical transmission

FAQs

Does NUODUN support non-standard customization? What is the typical lead time?

Yes. NUODUN’s core competitiveness lies in the synergistic advantage of “customization + system integration.” We support structural customization, torque customization, input flange customization, mounting interface customization, stroke customization and more for products such as planetary gearboxes, screw jacks, electric cylinders, and gearboxes. The typical lead time for standard non-standard customization is 7–20 days, while more complex engineered projects are usually delivered within 3–6 weeks.