FBR Precision Right Angle Planetary Gearbox

1.Space-savingThe straight cross reducer uses spiral bevel gear. The installationof the motor can achieve 90 degree bending and save theinstallaton space.

2.High rigidity & torqueThe use of integral ball bearings greatly iproves the rigidity andtorque.

3. Connector and shaft sleeve modelt can be installed on any motor in the worid

4. No grease leakageThe use of grease with high viscosity which is not easy toseparate effectively prevents the grease leakage.

5.Convenient maintenanceNo need to replace the grease in the product life period , and theinstallation is more convenient.

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Introduction

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Product Description

FBR precision right angle planetary gearbox:

1. Space saving The right angle reducer adopts spiral bevel gears, and the motor installation can achieve 90 degree bending, saving installation space.

2. The use of high rigidity and high torque integral ball bearings greatly improves rigidity and torque.

3. The connector and sleeve model can be installed on any motor in the world

4. No grease leakage Use high viscosity, non-separable grease to effectively prevent grease leakage.

5. Easy maintenance No need to replace grease during the product life, and installation is more convenient.

FBR series precision planetary gear reducer is suitable for a variety of industries and uses, including: printing and paper processing; CNC machine tool processing equipment; military and aerospace equipment; semiconductor wafer manufacturing; coating and film processing; high-speed electronic assembly; injection molding, packaging; CNC plasma flame cutting equipment; automated packaging equipment, printing machinery.

Model No.	Unit	Stage	Ratio	PFR040	PFR060	PFR080	PFR120	PFR160
Rated Output Torque	Nm	1	3	17	28	112	165	423
			4	15	38	110	146	364
			5	14	40	108	160	423
			7	13	35	105	149	358
			10	12	25	100	141	293
		2	15	17	28	112	165	423
			20	15	38	110	146	364
			25	14	40	108	160	423
			30	13	28	112	165	423
			35	13	35	105	149	358
			40	12	38	110	146	364
			50	14	40	108	160	423
			70	13	35	105	149	358
			100	12	25	100	141	293
Max. Output Torque	Nm	1,2	3-100	3 Times of Normal Output Torque
Rated Input Speed	Rpm	1,2	3-100	3000	3000	3000	3000	2500
Max. Input Speed	Rpm	1,2	3-100	5000	5000	5000	5000	3600
Precision Backlash P1	Arcmin	1	3-10	≤8	≤8	≤8	≤8	≤8
Precision Backlash P1	Arcmin	2	12-100	≤10	≤10	≤10	≤10	≤10
Standard Backlash P2	Arcmin	1	3-10	≤11	≤11	≤11	≤11	≤11
Standard Backlash P2	Arcmin	2	12-100	≤13	≤13	≤13	≤13	≤13
Torsional Rigidity	Nm/arcmin	1,2	3-100	3	6	12	22	50
Max. Radial Force	N	1,2	3-100	320	460	1300	3200	6520
Max. Axial Force	N	1,2	3-100	160	230	660	1600	3260
Service Life	Hr	1,2	3-100	20000hrs
Efficiency	%	1	3-10	≥97%
Efficiency	%	2	15-100	≥94%
Weight	Kg	1	3-10	0.73	0.99	2.1	4.98	18.2
Weight	Kg	2	15-100	1.05	1.46	3.2	6.92	24.9
Operating Temperature	℃	1,2	3-100	（-25℃~+90℃）
Lubrication		1,2	3-100	Synthetic Grease
Protection Class		1,2	3-100	IP65
Mounting Position		1,2	3-100	Any Direction
Noise Level	dB(A)	1,2	3-100	≤62	≤63	≤65	≤67	≤68

Moment of Inertia

Model No	Unit	Stage	Ratio	PER040	PER060	PER080	PER120	PER160
Moment of Inertia	kg.cm2	1	3	0.16	0.63	3.48	12.84	36.72
			4	0.16	0.6	3.31	12.22	34.63
			5	0.16	0.59	3.28	12.1	34.24
			7	0.16	0.59	3.27	12.05	34.07
			10	0.16	0.59	3.26	12.03	34.02
		2	12-40	0.16	0.59	3.26	12.03	34.02
		2	50-100	0.16	0.59	3.26	12.03	34.02

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