Helical Planetary Gearbox

FL Series 60 90 115 142 180 220 Helical Planetary Gearbox

FL helical gear series/circular flange output/size range: 60-220mm

Level: 1-2 levels

Input shaft inner diameter: 14-19mma

No previous article | NEXT

+ Contact us + Catalogue Download Product Video

APPLICATION AREA

We are a high-tech enterprise dedicated to the production and sales of AC gear reduction motors, small reduction motors, servo-specific planetary reducers, DC brushless and brushless motors, and other products.

Logistics Sorting
Automated Robots
laser cutting
Access control gate
Photovoltaic Power Station
Medical Devices
AGV

Product Description

The FL Series gearboxes offer versatile solutions for a wide range of industrial applications, featuring a helical gear design, round flange output, and a wide range of sizes from 60 to 220 mm. These gearboxes are suitable for tasks that require precise and efficient power transmission in a compact space.

A notable feature of the FL Series is its input shaft diameter range from 14-19 mm, which can accommodate different motor configurations and power inputs. This adaptability ensures compatibility with a wide range of motor types, enhancing the versatility of the gearboxes in different industrial environments.

Made of high-quality materials and precision manufacturing, the FL Series is durable and operates smoothly. In addition, its compact design allows for easy installation and integration into existing systems, can flexibly adapt to different torque and speed requirements. Whether used in conveying systems, mixers, or other machinery, these gearboxes provide reliable performance.

FL-050			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
050	1 Single	3	6	12	30	4000	8000	240	270
		4	9	18	35	4000	8000	270	300
		5	9	18	35	4000	8000	290	330
		6	9	18	35	4000	8000	310	360
		7	9	18	35	4000	8000	320	380
		8	9	18	35	4000	8000	340	410
		9	6	12	30	4000	8000	350	430
		10	6	12	30	4000	8000	360	450
	2 Double	15	6	12	30	4000	8000	410	540
		16	9	18	35	4000	8000	420	550
		20	9	18	35	4000	8000	460	610
		25	9	18	35	4000	8000	490	640
		28	9	18	35	4000	8000	510	640
		30	6	12	30	4000	8000	520	640
		35	9	18	35	4000	8000	550	640
		40	9	18	35	4000	8000	570	640
		45	6	12	30	4000	8000	600	640
		50	9	18	35	4000	8000	620	640
		60	9	18	35	4000	8000	660	640
		70	9	18	35	4000	8000	690	640
		80	9	18	35	4000	8000	710	640
		90	6	12	30	4000	8000	710	640
		100	6	12	30	4000	8000	710	640

FL-050			※8	※9	※10
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ8)	Moment of inertia (≤φ14)
Frame size	Stage	Ratio	[N]	[N]	[kg]	[ kgcm²]	[kgcm²]
050	1 Single	3	710	640	0.7	0.053	0.091
		4	710	640		0.041	0.079
		5	710	640		0.036	0.074
		6	710	640		0.034	0.072
		7	710	640		0.032	0.071
		8	710	640		0.031	0.070
		9	710	640		0.031	0.069
		10	710	640		0.030	0.069
	2 Double	15	710	640	0.8	0.035
		16	710	640		0.038
		20	710	640		0.034
		25	710	640		0.034
		28	710	640		0.038
		30	710	640		0.030
		35	710	640		0.034
		40	710	640		0.030
		45	710	640		0.034
		50	710	640		0.030
		60	710	640		0.030
		70	710	640		0.030	一
		80	710	640		0.030
		90	710	640		0.030	一
		100	710	640		0.030	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-070			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
			[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
070	1 Single	3	18	35	80	3000	6000	430	310
		4	27	50	100	3000	6000	470	360
		5	27	50	100	3000	6000	510	390
		6	27	50	100	3000	6000	540	430
		7	27	50	100	3000	6000	570	460
		8	27	50	100	3000	6000	600	480
		9	18	35	80	3000	6000	620	510
		10	18	35	80	3000	6000	640	530
	2 Double	15	18	35	80	3000	6000	740	630
		16	27	50	100	3000	6000	750	650
		20	27	50	100	3000	6000	810	720
		25	27	50	100	3000	6000	870	790
		28	27	50	100	3000	6000	910	830
		30	18	35	80	3000	6000	930	860
		35	27	50	100	3000	6000	980	920
		40	27	50	100	3000	6000	1000	970
		45	18	35	80	3000	6000	1100	1000
		50	27	50	100	3000	6000	1100	1100
		60	27	50	100	3000	6000	1200	1100
		70	27	50	100	3000	6000	1200	1100
		80	27	50	100	3000	6000	1200	1100
		90	18	35	80	3000	6000	1200	1100
		100	18	35	80	3000	6000	1200	1100

FL-070			※8	※9	※10
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ8)	Moment of inertia (≤φ14)	Moment of inertia (≤φ19)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]
070	1 Single	3	1200	1100	1.5	0.14	0.22	0.43
		4	1200	1100		0.095	0.17	0.38
		5	1200	1100		0.077	0.16	0.36
		6	1200	1100		0.068	0.15	0.36
		7	1200	1100		0.062	0.14	0.35
		8	1200	1100		0.059	0.14	0.35
		9	1200	1100		0.057	0.14	0.34
		10	1200	1100		0.056	0.14	0.34
	2 Double	15	1200	1100	1.7	0.055	0.14
		16	1200	1100		0.057	0.14	一
		20	1200	1100		0.054	0.13
		25	1200	1100		0.053	0.13
		28	1200	1100		0.055	0.14
		30	1200	1100		0.049	0.13	一
		35	1200	1100		0.053	0.13	一
		40	1200	1100		0.049	0.13
		45	1200	1100		0.053	0.13
		50	1200	1100		0.049	0.13
		60	1200	1100		0.049	0.13	一
		70	1200	1100		0.049	0.13	一
		80	1200	1100		0.049	0.13
		90	1200	1100		0.049	0.13
		100	1200	1100		0.049	0.13

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-090			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
090	1 Single	3	50	80	200	3000	6000	810	930
		4	75	125	250	3000	6000	890	1100
		5	75	125	250	3000	6000	960	1200
		6	75	125	250	3000	6000	1000	1300
		7	75	125	250	3000	6000	1100	1300
		8	75	125	250	3000	6000	1100	1400
		9	50	80	200	3000	6000	1200	1500
		10	50	80	200	3000	6000	1200	1600
	2 Double	15	50	80	200	3000	6000	1400	1900
		16	75	125	250	3000	6000	1400	1900
		20	75	125	250	3000	6000	1500	2100
		25	75	125	250	3000	6000	1600	2200
		28	75	125	250	3000	6000	1700	2200
		30	50	80	200	3000	6000	1700	2200
		35	75	125	250	3000	6000	1800	2200
		40	75	125	250	3000	6000	1900	2200
		45	50	80	200	3000	6000	2000	2200
		50	75	125	250	3000	6000	2100	2200
		60	75	125	250	3000	6000	2200	2200
		70	75	125	250	3000	6000	2300	2200
		80	75	125	250	3000	6000	2400	2200
		90	50	80	200	3000	6000	2400	2200
		100	50	80	200	3000	6000	2400	2200

FL-090			※8	※9	※10
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ8)	Moment of inertia (≤φ14)	Moment of inertia (≤φ19)	Moment of inertia (≤φ28)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]	[ kgcm²]
090	1 Single	3	2400	2200	3.5		0.72	1.2	3.2
		4	2400	2200		一	0.49	0.95	3.0
		5	2400	2200			0.40	0.86	2.9
		6	2400	2200		一	0.36	0.82	2.8
		7	2400	2200			0.32	0.79	2.8
		8	2400	2200		一	0.31	0.77	2.8
		9	2400	2200		一	0.29	0.76	2.8
		10	2400	2200			0.29	0.75	2.8
	2段 Double	15	2400	2200	4	0.13	0.28	0.72
		16	2400	2200		0.15	0.30	0.74
		20	2400	2200		0.13	0.28	0.72
		25	2400	2200		0.12	0.28	0.71	一
		28	2400	2200		0.14	0.29	0.73
		30	2400	2200		0.10	0.25	0.70	一
		35	2400	2200		0.12	0.27	0.71
		40	2400	2200		0.099	0.25	0.70
		45	2400	2200		0.12	0.27	0.71
		50	2400	2200		0.098	0.25	0.69
		60	2400	2200		0.098	0.25	0.69	一
		70	2400	2200		0.097	0.25	0.69	一
		80	2400	2200		0.097	0.25	0.69
		90	2400	2200		0.097	0.25	0.69	一
		100	2400	2200		0.097	0.25	0.69	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-0120			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
120	1 Single	3	120	225	500	3000	6000	1300	1500
		4	120	330	625	3000	6000	1500	1700
		5	180	330	625	3000	6000	1600	1900
		6	180	330	625	3000	6000	1700	2000
		7	180	330	625	3000	6000	1800	2100
		8	180	330	625	3000	6000	1900	2300
		9	120	225	500	3000	6000	1900	2400
		10	120	225	500	3000	6000	2000	2500
	2 Double	15	120	225	500	3000	6000	2300	3000
		16	180	330	625	3000	6000	2300	3100
		20	180	330	625	3000	6000	2500	3400
		25	180	330	625	3000	6000	2700	3700
		28	180	330	625	3000	6000	2800	3900
		30	120	225	500	3000	6000	2900	3900
		35	180	330	625	3000	6000	3000	3900
		40	180	330	625	3000	6000	3200	3900
		45	120	225	500	3000	6000	3300	3900
		50	180	330	625	3000	6000	3400	3900
		60	180	330	625	3000	6000	3600	3900
		70	180	330	625	3000	6000	3800	3900
		80	180	330	625	3000	6000	4000	3900
		90	120	225	500	3000	6000	4200	3900
		100	120	225	500	3000	6000	4300	3900

FL-0120			※8	※9	※9
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ14)	Moment of inertia (≤φ19)	Moment of inertia (≤φ28)	Moment of inertia (≤φ38)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]	[kgcm²]
120	1 Single	3	4300	3900	7.8	一	3.3	5.3	13
		4	4300	3900			2.0	4.1	12
		5	4300	3900			1.6	3.6	11
		6	4300	3900			1.3	3.3	11
		7	4300	3900		一	1.1	3.2	11
		8	4300	3900		一	1.0	3.1	11
		9	4300	3900		一	0.98	3.0	11
		10	4300	3900			0.95	3.0	11
	2 Double	15	4300	3900	8.7	0.43	0.86	2.8
		16	4300	3900		0.48	0.92	2.9
		20	4300	3900		0.40	0.83	2.8	一
		25	4300	3900		0.38	0.82	2.8
		28	4300	3900		0.44	0.88	2.8	一
		30	4300	3900		0.29	0.74	2.7
		35	4300	3900		0.37	0.81	2.7	一
		40	4300	3900		0.28	0.73	2.7
		45	4300	3900		0.37	0.80	2.7
		50	4300	3900		0.28	0.73	2.7	一
		60	4300	3900		0.28	0.73	2.7	一
		70	4300	3900		0.28	0.73	2.7	一
		80	4300	3900		0.28	0.73	2.7	一
		90	4300	3900		0.27	0.73	2.7	一
		100	4300	3900		0.27	0.73	2.7	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-155			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
155	1 Single	3	240	470	1000	2000	4000	3200	2400
		4	240	700	1250	2000	4000	3500	2700
		5	360	700	1250	2000	4000	3800	3000
		6	360	700	1250	2000	4000	4000	3300
		7	360	700	1250	2000	4000	4200	3500
		8	360	700	1250	2000	4000	4400	3700
		9	240	470	1000	2000	4000	4600	3900
		10	240	470	1000	2000	4000	4700	4100
	2 Double	15	240	470	1000	2000	4000	5400	4900
		16	360	700	1250	2000	4000	5500	5000
		20	360	700	1250	2000	4000	6000	5500
		25	360	700	1250	2000	4000	6400	6100
		28	360	700	1250	2000	4000	6700	6400
		30	240	470	1000	2000	4000	6800	6600
		35	360	700	1250	2000	4000	7200	7000
		40	360	700	1250	2000	4000	7500	7500
		45	240	470	1000	2000	4000	7800	7900
		50	360	700	1250	2000	4000	8100	8200
		60	360	700	1250	2000	4000	8600	8200
		70	360	700	1250	2000	4000	9100	8200
		80	360	700	1250	2000	4000	9100	8200
		90	240	470	1000	2000	4000	9100	8200
		100	240	470	1000	2000	4000	9100	8200

FL-155			※8	※9	※10
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ19)	Moment of inertia (≤φ28)	Moment of inertia (≤φ38)	Moment of inertia (≤φ48)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]	[kgcm²]
155	1 Single	3	9100	8200	16	一	12	20	42
		4	9100	8200			7.5	15	37
		5	9100	8200			5.8	14	36
		6	9100	8200			4.9	13	35
		7	9100	8200			4.1	12	34
		8	9100	8200		一	3.8	12	34
		9	9100	8200		一	3.6	11	34
		10	9100	8200			3.5	11	34
	2 Double	15	9100	8200	18	1.3	3.2	11
		16	9100	8200		1.5	3.5	11	一
		20	9100	8200		1.2	3.1	11	一
		25	9100	8200		1.1	3.1	11	一
		28	9100	8200		1.4	3.3	11	一
		30	9100	8200		0.85	2.8	10
		35	9100	8200		1.1	3.1	11	一
		40	9100	8200		0.83	2.8	10
		45	9100	8200		1.1	3.0	11	一
		50	9100	8200		0.81	2.8	10	一
		60	9100	8200		0.81	2.8	10	一
		70	9100	8200		0.80	2.8	10
		80	9100	8200		0.80	2.8	10	一
		90	9100	8200		0.80	2.8	10	一
		100	9100	8200		0.80	2.8	10	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-205			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
205	1 Single	3	500	970	2200	1500	3000	5600	4300
		4	750	1400	2750	1500	3000	6200	4900
		5	750	1400	2750	1500	3000	6700	5400
		6	750	1400	2750	1500	3000	7100	5800
		7	750	1400	2750	1500	3000	7400	6300
		8	750	1400	2750	1500	3000	7800	6600
		9	500	970	2200	1500	3000	8100	7000
		10	500	970	2200	1500	3000	8400	7300
	2 Double	15	500	970	2200	1500	3000	9600	8700
		16	750	1400	2750	1500	3000	9800	8900
		20	750	1400	2750	1500	3000	11000	9900
		25	750	1400	2750	1500	3000	11000	11000
		28	750	1400	2750	1500	3000	12000	11000
		30	500	970	2200	1500	3000	12000	12000
		35	750	1400	2750	1500	3000	13000	13000
		40	750	1400	2750	1500	3000	13000	13000
		45	500	970	2200	1500	3000	14000	14000
		50	750	1400	2750	1500	3000	14000	14000
		60	750	1400	2750	1500	3000	15000	14000
		70	750	1400	2750	1500	3000	15000	14000
		80	750	1400	2750	1500	3000	15000	14000
		90	500	970	2200	1500	3000	15000	14000
		100	500	970	2200	1500	3000	15000	14000

FL-205			※8	※9	※9
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ28)	Moment of inertia (≤φ38)	Moment of inertia (≤φ48)	Moment ofinertia (≤φ65)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]	[kgcm²]
205	1 Single	3	15000	14000	39	一	44	66	130
		4	15000	14000			28	50	110
		5	15000	14000			22	44	100
		6	15000	14000			18	41	100
		7	15000	14000		一	16	38	99
		8	15000	14000			15	37	97
		9	15000	14000			14	36	97
		10	15000	14000			14	36	96
	2 Double	15	15000	14000	40	4.7	12	34
		16	15000	14000		5.4	13	35	一
		20	15000	14000		4.4	12	34	一
		25	15000	14000		4.2	12	34
		28	15000	14000		4.9	13	35
		30	15000	14000		3.2	11	33
		35	15000	14000		4.1	12	34
		40	15000	14000		3.2	11	33
		45	15000	14000		4.0	12	34	一
		50	15000	14000		3.1	11	33
		60	15000	14000		3.1	11	33
		70	15000	14000		3.1	11	33
		80	15000	14000		3.1	11	33	一
		90	15000	14000		3.1	11	33	一
		100	15000	14000		3.1	11	33	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

FL-235			※1	※2	※3	※4	※5	※6	※7
Frame size	Stage	Ratio	Nominal output torque	Maximum output torque	Emergency stop torque	Nominal input speed	Maximum input speed	Permitted radial load	Permitted axial load
Frame size	Stage	Ratio	[Nm]	[Nm]	[Nm]	[rpm]	[rpm]	[N]	[N]
235	1 Single	3	1000	1600	4000	1000	2000	5800	6400
		4	1500	2300	5000	1000	2000	6400	7200
		5	1500	2300	5000	1000	2000	6900	7900
		6	1500	2300	5000	1000	2000	7300	8600
		7	1500	2300	5000	1000	2000	7700	9200
		8	1500	2200	5000	1000	2000	8000	9700
		9	1000	1900	4000	1000	2000	8400	10000
		10	1000	1600	4000	1000	2000	8700	11000
	2 Double	15	1000	1600	4000	1000	2000	9900	13000
		16	1500	2300	5000	1000	2000	10000	13000
		20	1500	2300	5000	1000	2000	11000	14000
		25	1500	2300	5000	1000	2000	12000	14000
		28	1500	2300	5000	1000	2000	12000	14000
		30	1000	1600	4000	1000	2000	13000	14000
		35	1500	2300	5000	1000	2000	13000	14000
		40	1500	2300	5000	1000	2000	14000	14000
		45	1000	1300	4000	1000	2000	14000	14000
		50	1500	2300	5000	1000	2000	15000	14000
		60	1500	2300	5000	1000	2000	15000	14000
		70	1500	2300	5000	1000	2000	15000	14000
		80	1500	1800	5000	1000	2000	15000	14000
		90	1000	1300	4000	1000	2000	15000	14000
		100	1000	1200	4000	1000	2000	15000	14000

FL-235			※8	※9	※10
Frame size	Stage	Ratio	Maximum radial load	Maximum axial load	Weight	Moment of inertia (≤φ38)	Moment of inertia (≤φ48)	Moment of inertia (≤φ65)
			[N]	[N]	[kg]	[kgcm²]	[kgcm²]	[kgcm²]
235	1 Single	3	15000	14000	55	一	90	150
		4	15000	14000		一	62	120
		5	15000	14000			52	110
		6	15000	14000			47	110
		7	15000	14000		一	42	100
		8	15000	14000			40	100
		9	15000	14000		一	39	99
		10	15000	14000			38	98
	2 Double	15	15000	14000	57	14	36
		16	15000	14000		16	37
		20	15000	14000		14	35
		25	15000	14000		14	35	一
		28	15000	14000		15	36	一
		30	15000	14000		12	34
		35	15000	14000		13	35
		40	15000	14000		12	33
		45	15000	14000		13	35	一
		50	15000	14000		12	33
		60	15000	14000		12	33
		70	15000	14000		12	33
		80	15000	14000		12	33
		90	15000	14000		12	33
		100	15000	14000		12	33	一

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

+ Understand detailed product parameters

About Us

Zhejiang Saiya Intelligent Manufacturing Co., Ltd.

Zhejiang Saiya Intelligent Manufacturing Co., Ltd. established in 2009, with 15 years of industry accumulation, which is a high-tech enterprise specializing in the production and sales of Micro AC gear motors, small AC gear motors, brush DC gear motors, BLDC brushless DC gear motors, Precision Planetary gearbox, and motor roller...etc. We are China Wholesale FL Series 60 90 115 142 180 220 Helical Planetary Gearbox Suppliers and OEM/ODM FL Series 60 90 115 142 180 220 Helical Planetary Gearbox Manufacturers, Saiya motors and gearboxes are extensively used in industrial robots, intelligent logistics, new energy machines, AGV robots and other advanced fields. Additionally, they serve critical roles in food processing, packaging, textiles, electronics, medical equipment, and specialized machinery, offering cost-effective and differentiated solutions for diverse industries. To enhance our advantages in differentiation and cost-effectiveness, We have our own trading company, Hangzhou Saiya Transmission Equipment Co., LTD located in Hangzhou, Zhejiang, which is near Shanghai and Ningbo ports, to handle the domestic and overseas business, combined with both direct selling and distribution, ensures global distribution and customer support, providing high-end economical and reliable solution to all our customers.

News

Some common sense about reducers, AGV reducer manufacturers will help you solve your doubts
26 Aug, 2024
AGV reducer manufacturers believe that precision reducers are the core components of industrial robots, accounting for more than 30% of the cost of the whole machine. Compared with foreign countries, ...
READ MORE
Key technical parameters of planetary reducer
26 Aug, 2024
In order to help you better understand the planetary reducer, today I will share with you several key technical parameters to measure the performance of the planetary reducer... Recently, the epidem...
READ MORE
Small gear motor
26 Aug, 2024
Small gear motor refers to the combination of gear reducer and motor. This combination of vertical gear reducer is also commonly called gear motor or reduction motor, which is usually integrated and ...
READ MORE

Industry knowledge

Low noise and small vibration, why does the FL series helical planetary gearbox lead the new trend of transmission technology?

Zhejiang Sai Ya Intelligent Manufacturing Co., Ltd., relying on its profound accumulation and continuous innovation in the field of micro and small AC reduction motors, launched the FL series helical gear planetary gearbox, with models covering 60, 90, 115, 142, 180 to 220. This series of high-performance products not only demonstrates Sai Ya's outstanding achievements in precision transmission technology, but also brings unprecedented power innovation to many cutting-edge fields such as industrial robots, intelligent logistics, and new energy machinery.

The FL series helical gear planetary gearbox adopts advanced helical gear design. Compared with spur gears, helical gears can produce smoother transmission effects during the meshing process, significantly reduce noise and vibration, and improve the overall operation stability and durability. Its unique planetary gear structure achieves high torque output and high-efficiency energy conversion by means of multiple planetary gears revolving around the sun gear and rotating on their own. Even in the face of complex and changing working environments, it can maintain excellent transmission performance and stability.

From precise industrial robot arms to efficient intelligent logistics sorting lines, from the heart of new energy machinery to the flexible shuttle of AGV (automatic guided vehicles), the FL series helical planetary gearbox has become an important force in promoting industrial upgrading with its wide adaptability and excellent performance. In the food processing industry, it ensures the high-speed operation and hygiene standards of the production line; in the packaging field, it helps to achieve accurate and correct automated packaging; in the textile and electronics industries, it provides reliable power support for precision processing with its high torque and low noise characteristics. In medical equipment and special machinery, the stability and durability of the FL series have won wide praise from customers.

Zhejiang Saiya Intelligent Manufacturing Co., Ltd. is well aware that continuous technological innovation is the driving force for the sustainable development of enterprises. Therefore, in the research and development process of the FL series helical planetary gearbox, not only advanced manufacturing processes and material science are incorporated, but also user needs and future trends are fully considered, and it is committed to providing more customized and intelligent transmission solutions. By continuously optimizing design and improving product performance, Saiya is gradually building a transmission product ecosystem covering the entire industry, providing customers in different fields with more accurate, efficient and economical power transmission solutions.

In order to better serve global customers, Zhejiang Sai Ya established Hangzhou Sai Ya Transmission Equipment Co., Ltd. in Hangzhou. This strategic deployment not only makes Sai Ya closer to domestic and foreign markets, but also builds a wide-coverage and responsive service network through a combination of direct sales and distribution. Whether it is technical support, product consultation or after-sales service, Sai Ya can provide customers with professional and efficient support in the shortest time to ensure that every customer can enjoy high-end, economical and reliable transmission solutions.

In the vast world of intelligent manufacturing, Zhejiang Sai Ya Intelligent Manufacturing Co., Ltd. is writing a new chapter in transmission technology with the FL series helical planetary gearbox. With excellent product performance, a wide range of applications and a global service network, Sai Ya will continue to lead the industry in the future and contribute wisdom and strength to the transformation and upgrading of more industries.

CONTACT DETAILS

TEL: 0086-0571-86951513/86951543
Fax: 0086-571-86040769
E-mail: [email protected] / [email protected] / [email protected]
Office: Hangzhou Saiya Transmisson Equipment Co.,Ltd
Office Address: Room 2201, Wanyin building, Hangzhou City, Zhejiang Province
Factory: Zhejiang Saiya Intelligent Manufacturing Co., Ltd.
Factory Address: No.35 Building , Zhongnan High-tech Yunhe Zhigu Industrial Park, Xinan town, Deqing county, Huzhou city, Zhejiang, China

Application Industry

Web Menu

Product Search

Language

Share

Exit Menu

Helical Planetary Gearbox Suppliers

FL Series 60 90 115 142 180 220 Helical Planetary Gearbox

Product Description

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

1. With nominal input speed, service life is 20,000 hours.

2. The maximum torque when starting and stopping.

3. The maximum torque when it receives shock (up to 1.000 times).

4. The maximum average input speed.

5. The maximum momentary input speed.

6. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output shaft center, at axial load 0)

7. With this load and nominal input speed, service life will be 20,000 hours. (Applied to the output side bearing.at radial load 0)

8. The maximum radial load the reducer can accept.

9. The maximum axial load the reducer can accept.

10. The weight may vary slightly from model to mode.

CONTACT DETAILS

If You Are Intrested
In Our Products,
Please Consult Us