High Precision Planetary Gear Reduction RV Cycloidal Pinwheel Reducer

• Installation: Horizontal Type
• Layout: Expansion
• Gear Shape: Bevel Gear
• Step: Single-Step
• Type: Gear Reducer
• Transport Package: Wood Case
• Specification: 120BX
• Trademark: HUAKE
• Origin: China
• HS Code: 8501320000
• Production Capacity: 5000/Year

Product Description

GB/T10107.1 the basic danetany transmision terms of cvcloidakpin wheel and JB/T10419 cycloidalpin whee lanetary transmission,cycloid gear, pin wheel, and accuracy
terms all suitable for this standard.

Product Parameters

Hysteresis Curve
Fix the input gear and apply torque to the output - end to obtain the corresponding relationship between torque and torsion angle, and then draw the hysteresis curve. (Figure 1)
Backlash
It refers to the torsion angle at the intermediate point of the width of the hysteresis curve at ±3% of the nominal torque. (Figure 1)
Backlash (Gear Clearance)
It refers to the torsion angle at the rated torque of "zero". (Figure 1)
Transmission Accuracy
Transmission accuracy (θ) refers to the difference between the theoretical rotation angle (θin) when any rotation angle is input and the actual output rotation angle (θout). The formula is: θ = θin/k - θout (k---speed - ratio).
Torsional StiffnessTorsional stiffness = B/A. (Figure 1)

Model	Output Speed Project	5 r/min		18 r/min			25 r/min		30 r/min		Maximum Allowable Loss - Out Speed
		Output Torque (N.m)	Input Power (Kw)	Output Torque (N.m)	Input Power (Kw)	Efficiency (%)	Output Torque (N.m)	Input Power (Kw)	Output Torque (N.m)	Input Power (Kw)	(r/min)
120BX		115	0.075	64	0.15	80	62	0.2	64	0.25	100
150BX		245	0.16	170	0.4	80	153	0.5	153	0.6	75
190BX		612	0.4	425	1	80	367	1.2	382	1.5	70
220BX		1146	0.75	743	1.75	80	673	2.2	637	2.5	70
250BX		1528	1	934	2.2	80	978	3.2	892	3.5	50
280BX		2229	1.5	1571	3.7	80	1437	4.7	1274	5	45
320BX		4584	3	2972	7	80	2903	9.5	2802	11	35
370BX		6112	4	3905	9.2	80	/	/	/	/	25
Note		\multicolumn{10}{	l	}{Note 1: The rated torque refers to the output torque when the output speed is 18 r/min. The input power takes into account the efficiency of the reducer.
				Note 2: Torque calculation formula: T = 9549*P*n / N (T: Torque in N.m, P: Power in Kw, N: Speed in r/min, n: Efficiency in %).}