High Quality Servo Planetary Reducer, Input Speed 1000-6000, High Efficiency

• Customization: Available
• Application: Motor, Machinery
• Hardness: Hardened Tooth Surface
• Model NO.: HB090
• Installation: Horizontal Type
• Layout: Coaxial
• Gear Shape: Bevel Gear
• Step: 1-2stage
• Type: Planetary Gear Reducer
• Ratio: 3-100
• Input Speed: 1000-6000
• Output Torque: 14-2000nm
• Transport Package: Carton or Wooden Case
• Origin: Wuxi China
• HS Code: 8483409010
• Production Capacity: 80000pieces/Year

Product Description

Experience unparalleled customization with our OEM labeling services! For those seeking detailed 2D and 3D drawings of our exceptional reducers, please do not hesitate to reach out to our team.

Model Optionals: HB042, HB060, HB090, HB090A2, HB115, HB115A2, HB142

Performance Parameter:
HB090                                                                 Installation mode: Any
Reduction ratio	5	7	10	Nominal input speed	3000rpm	Lubrication	Synthetic grease
Nonimal output torque	160Nm	140Nm	100Nm	Max input speed	6000rpm	Service life	20000h
Maximum acceleration torque	320Nm	280Nm	200Nm	Max Axial Load	3250N	Class of protection	IP65
Emergence Stop Torque	480Nm	420Nm	300Nm	Max radial Load	1625N	Type or size of the matching motor	Φ19-Φ70-90Φ-M4
Moment of inertia	0.47kg.cm²	0.45kg.cm²	0.44kg.cm²	Efficiency	≥97%	Reduction gear backlash
Output shaft style	S1,S2			Operating temperature	-10ºC~90ºC	Micro backlash	Reduced backlash	Standard backlash
	Smooth Output Shaft,  Output Shaft with key			Noise level	≤65dB	P2:≤1arcmin	P2:≤3arcmin	P2:≤5arcmin

Discover the unmatched performance of our HB series precision servo planetary reducers, ideal for servo control applications. Boasting high cost-efficiency, extensive applicability, and exceptional durability, these reducers deliver impressive servo rigidity effects and precision positioning control. Benefit from features like low and medium clearance on the platform, high efficiency with input speeds ranging from 1000 to 6000, robust input torque, smooth operation, and minimal noise levels. Their lightweight and sophisticated design includes a fully enclosed architecture that ensures lifetime maintenance-free operation with change-free lubricating oil, making them suitable for even the harshest conditions. With an IP65 protection rating, these reducers redefine reliability.

 

Our gear's transmission interface utilizes full needle roller bearings without cages, significantly enhancing the contact area to bolster frame rigidity and maximize output torque.

The integration of the planetarium and the output shaft in a unified structure guarantees exceptional torsional rigidity while maintaining a compact design.

Embrace the advantages of synthetic lubricating oil paired with an IP65 protection-grade seal design, ensuring leak-free, maintenance-free operation.

Crafted from premium chromium-molybdenum-vanadium alloy steel, our gears undergo an advanced vacuum plasma nitriding process, elevating surface hardness to 1200Hv and tempering the center hardness to 30HRc. This results in superior wear resistance and impact toughness.

By meticulously refining the helical tooth surface's tooth shape and lead, we minimize gear impact and noise during operation, ensuring smoother meshing and significantly extending the gear train's service life.

Q1: Are you manufacturer or trader?
We're a dynamic company that seamlessly integrates manufacturing with trading capabilities.

Q2: Can we visit your factory?
We warmly invite you to visit our state-of-the-art facilities! You can fly into Shanghai or Wuxi International Airport, and we will gladly arrange for your transportation to our company for an insightful visit.

Q3: Can you do OEM and Customization for me?
Absolutely! We welcome all OEM and customization orders. Simply provide your design, and we will offer you a competitive price, crafting samples for your approval with utmost promptness.

Q4: What's your lead time?
Our standard lead time ranges from 10 to 20 days, subject to the specifics of your order. We strive to accommodate your requirements efficiently.