Transmission Devices Such as Scraper/Marine/Clarifier for Waste Water Treatment

• Customization: Available
• Application: Motor, Machinery, Agricultural Machinery
• Hardness: Hardened Tooth Surface
• Model NO.: FL
• Layout: Coaxial
• Gear Shape: Conical - Cylindrical Gear
• Step: Double-Step
• Type: Planetary Gear Reducer
• Trademark: FL
• Origin: China
• HS Code: 8401200000

Product Description

Product Description

 

Cylinder medium
For low-speed, low-power, high torque, and low noise operation, there are two types of central moving shaft: manual lifting and dynamic lifting. Automatic torque protection device can be equipped according to usage requirements. Smooth and convenient to use, it is an ideal matching product for hydraulic center mud scraper, swimming shrinkage machine, clarifying and mixing mud scraper, etc.
Technical parameters

Number	model	mode	modulus	speed ratio	Rated power kw	Rated moment N.n	Refueling volume (L)	weight kg
1	FLRHZ450	Single	6	5.2	0.18	2500	14
	FLRHS450	double	5/6	14.8	0.18	2500	30
2	FLRHZ500	Single	6	5.7	0.25	8000	16
	FLRHS500	double	5/6	16	0.25	8000	40
3	FLRHZ560	Single	6	6.2	0.37	12500	20
	FLRHS560	double	5/6	17.63	0.37	12500	48
4	FLRHZ630	Single	8	5.2	0.37	20000	28
	FLRHS630	double	6/8	14.8	0.37	20000	64
5	FLRHZ710	Single	8	5.8	0.37	28000	35
	FLRHS710	double	6/8	16.37	0.37	28000	84
6	FLRHZ800	Single	10	5.2	0.55	35000	45
	FLRHS800	double	8/10	14.8	0.55	35000	110
7	FLRHZ1000	Single	12	5.2	0.75	55000	75
	FLRHS1000	double	10/12	15	0.75	55000	185

FLRHZ Appearance
FLRHZ external dimension table

Size number	L	L1	A	H	Φ1	Φ2	Φ3	N-G
FLRHZ4501	830	340	680	200-400	100	145	180	4-Φ18
FLRHZ4502					120	160	190	8-Φ18
FLRHZ4503					140	180	215	8-Φ18
FLRHZ5001	880	370	740	200-400	120	160	190	8-Φ18
FLRHZ5002					140	180	215	8-Φ18
FLRHZ5003					165	210	245	8-Φ18
FLRHZ5601	960	410	820	200-400	140	180	215	8-Φ18
FLRHZ5602					165	210	245	8-Φ18
FLRHZ5603					190	240	280	8-Φ23
FLRHZ6301	1100	445	890	200-400	165	210	245	8-Φ18
FLRHZ6302					130	240	280	8-Φ18
FLRHZ6303					245	295	335	8-Φ23
FLRHZ7101	1200	500	1000	200-400	165	210	245	8-Φ23
FLRHZ7102					190	240	280	8-Φ23
FLRHZ7103					245	295	335	8-Φ23
FLRHZ8001	1400	550	1100	200-400	190	240	280	8-Φ23
FLRHZ8002					245	295	335	8-Φ23
FLRHZ8003					300	350	390	12-Φ23
FLRHZ10001	1700	675	1350	200-400	245	295	335	8-Φ23
FLRHZ10002					300	350	390	12-Φ23
FLRHZ10003					350	400	400	12-Φ23

FLRHZS dual profile
FLRHZ Outline drawing of rotary support

During normal operation, place the central moving shaft lifting rod in position 2. When a encounters high torque and resistance during normal operation, the torque protection sensor starts to work, and the spindle servo motor a stops working. At the same time, the lifting motor b starts to work. When the lifting rod is lifted to 3, the lifting motor b stops working, and at the same time, the spindle moves the servo motor a. After the spindle runs normally for one cycle, the lifting motor b starts to intermittently descend until the lifting rod is placed in position 2, and the lifting motor b stops working. At this point, an automatic rake lifting cycle is completed.
The moving device is new and the mechanical structure is reasonable, which can meet the torque protection and automatic rake lifting requirements of various scraper workers, ensuring that the main shaft servo and lower moving mechanism are not damaged. No need for manual on-site operation, minimal maintenance, and reliable operational performance. In addition, a dual protection system of machinery and actuators is installed
Installation and clarification
Before installation, it is necessary to loosen the fixed screw on the lifting nut.
★ Lower the spindle to the lowest position (the normal surface is 400mm away from the bottom of the box)
★ After installation, tighten and lift the fastening screw on the nut
1. Before using this reducer, lubricating oil must be injected into the hole, and the direction of rotation of the manual reducer must be indicated by an arrow. (In order to facilitate transportation, the gearbox is usually only injected with a small amount of hole lubricating oil for vehicle use when leaving the factory.)
2. Before use, add lubricating oil to the hole, and the oil level should be in the center position of the oil indicator. The oil level should not be high.
3. Replacement cycle of hole lubricating oil
After the first 300 hours of operation of the gearbox, the first replacement of the hole lubricating oil must be carried out. During the replacement, the remaining dirty oil should be emptied. For the gearbox that works for more than 10 hours a day after the first oil change, the hole lubricating oil should be replaced every three months. For the gearbox that works for no more than 10 hours a day, the hole lubricating oil can be replaced every six months.
4. Slippery
The reducer mainly uses oil bath hole sliding, and adopts low-speed heavy-duty at room temperature. Due to the use of extreme pressure oil from 150 # to 220 #, when working at high and low temperatures, re evaluate the lubricating oil in the tunnel.
Refueling system
After the first refueling operation for two weeks, replace with new oil and clean the internal oil stains. Replace every 3-6 months in the future, and shorten the replacement time if the ambient temperature is high or humid. The oil inside the gearbox must maintain the specified oil level and should not be too high. Before starting up, it is necessary to add enough lubricating oil to the hole according to regulations. The bearing adopts calcium based grease hole lubrication, and the filling time is 3-6 months.