High Precision Cross Roller Planetary Reducer for High Input Speed

• Customization: Available
• Application: Motor, Machinery
• Hardness: Hardened Tooth Surface
• Model NO.: HA090
• 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

We offer unparalleled customization and OEM labeling services tailored to meet your unique needs. For those requiring detailed 2D and 3D drawings of our reducers, reach out to us for prompt assistance.

Model Options: HA060, HA060A2, HA090, HA090A2, HA115, HA115A2. These models are regularly stocked, while we also provide custom sizes to suit your specific requirements.

Performance Parameter:
HA090                                        Mounting Position: All directions
Reduction ratio	3	5	7	10	Nominal input speed	3000rpm	Lubrication	Synthetic grease
Nonimal output torque	130Nm	160Nm	140Nm	100Nm	Max input speed	6000rpm	Service life	20000h
Maximum acceleration torque	234Nm	288Nm	252Nm	180Nm	Max Axial Load	2300N	Class of protection	IP65
Emergence Stop Torque	390Nm	640Nm	420Nm	300Nm	Max radial force	6500N	Type or size of the matching motor	Φ19-Φ70-90Φ-M5
Moment of inertia	0.61kg.cm²	0.47kg.cm²	0.45kg.cm²	0.44kg.cm²	Efficiency	≥97%	Reduction gear backlash
Output shaft style	S1,S2(Optional)				Operating temperature	-10ºC~90ºC	Micro backlash	Reduced backlash	Standard backlash
	Smooth direct axis,  Shaft with keyway				Noise level	≤65dB	P0:≤1arcmin	P1:≤3arcmin	P2:≤5arcmin

Our HA series planetary reducers are meticulously crafted with cross roller bearings, ensuring exceptional precision, rigidity, and load capacity. The bearing moment surpasses that of deep groove ball bearings. Additionally, these bearings enable a versatile reducer capable of outputting both shaft and disk surfaces, streamlining replacement for users.

 

Our HA series planetary reducers are meticulously crafted with cross roller bearings, ensuring exceptional precision, rigidity, and load capacity. The bearing moment surpasses that of deep groove ball bearings. Additionally, these bearings enable a versatile reducer capable of outputting both shaft and disk surfaces, streamlining replacement for users.

The HA series planetary reducers incorporate a circular gear ring, processed using the renowned German Vera equipment rolling process. This advanced tooth structure exceeds traditional gear process accuracy, offering superb product consistency.

The planetary gears in the HA series are precision-engineered using the German-imported Villa equipment rolling process, delivering superior gear accuracy. With state-of-the-art ion nitriding technology, the gear surface hardness reaches an impressive 1200HV, significantly enhancing product longevity.

Featuring a helical gear design, the HA series reducers utilize Japanese planetary gear software for precise calculations, ensuring smoother operation. Experience low noise, high output torque, and minimal backlash with our cutting-edge design.

Our HA series planetary reducers feature an integrated structure at the input end and clamping device, delivering maximum clamping force to the motor shaft. This ensures impeccable transmission accuracy, even at high input speeds.

Q1: Are you a manufacturer or trader?
We proudly operate as an integrated manufacturing and trading company, combining the best of both worlds.

Q2: Can we visit your factory?
We warmly invite you to visit our company! Fly into Shanghai or Wuxi International Airport, and we'll ensure a seamless journey to our facilities.

Q3: Can you do OEM and Customization for me?
Absolutely! We welcome all OEM and customization orders. Share your designs with us, and we'll provide a competitive quote and expedite sample creation for your approval.

Q4: What's your lead time?
Our standard lead time is 10-20 days, tailored to match the specifics of your order for optimal satisfaction.