Solution Description
Skilled American Normal 12C Series Solid Iron QD Sheaves For C Belts
12C series 12 groove QD bushing pulley is utilised for C, CX, belt, and CC v belt They assortment in diameter from 9.40 “to 50.forty”. Depending on the pulley dimension, they use J or M QD (fast disassembly) bushings, which we also have in inventory. Most of our 12C QD pulleys are substantial-power grade 35 solid iron, phosphate coated, and coated with anti-corrosion paint. All these are well balanced at the manufacturing facility to ensure the sleek operation of the equipment.
12C QD Sheave Dimension Chart
Dimensions |
Bushing Kind |
Variety |
Pitch Diameter |
Outside the house Diameter |
(E) |
(F) |
(L) |
(M) |
Sheave Fat (LBS) |
12C90J |
J |
A |
9.” |
nine.forty” |
two-9/sixteen” |
twelve-1/4″ |
four-5/8″ |
5-1/16″ |
eighty |
12C95J |
J |
A |
9.5″ |
nine.90″ |
2-9/sixteen” |
twelve-1/4″ |
four-5/8″ |
five-1/sixteen” |
88 |
12C100J |
J |
A |
10.” |
ten.50″ |
two-9/sixteen” |
twelve-1/4″ |
4-5/8″ |
five-1/16″ |
95 |
12C105J |
J |
A |
10.5″ |
ten.90″ |
2-9/16″ |
12-1/4″ |
four-5/8″ |
5-1/sixteen” |
a hundred and ten |
12C110J |
J |
A |
eleven.” |
11.40″ |
2-9/sixteen” |
twelve-1/4″ |
four-5/8″ |
5-1/16″ |
111 |
12C120J |
J |
A |
12.” |
12.40″ |
two-9/16″ |
twelve-1/4″ |
four-5/8″ |
5-1/16″ |
127 |
12C130J |
J |
A |
thirteen.” |
13.forty” |
two-9/16″ |
12-1/4″ |
four-5/8″ |
five-1/sixteen” |
137 |
12C140J |
J |
A |
fourteen.” |
14.forty” |
two-9/16″ |
12-1/4″ |
four-5/8″ |
five-1/sixteen” |
one hundred fifty |
12C160J |
J |
A |
16.” |
sixteen.40″ |
two-9/sixteen” |
twelve-1/4″ |
four-5/8″ |
five-1/sixteen” |
one hundred seventy |
12C180J |
J |
A |
18.” |
18.40″ |
two-9/16″ |
twelve-1/4″ |
4-5/8″ |
five-1/16″ |
205 |
12C200M |
M |
A |
20.” |
twenty.forty” |
nine/32″ |
twelve-1/4″ |
six-3/4″ |
five-7/32″ |
245 |
12C240M |
M |
A |
24.” |
24.forty” |
nine/32″ |
twelve-1/4″ |
six-3/4″ |
five-7/32″ |
285 |
12C300M |
M |
A |
30.” |
30.40″ |
nine/32″ |
twelve-1/4″ |
6-3/4″ |
5-7/32″ |
355 |
12C360M |
M |
A |
36.” |
36.forty” |
9/32″ |
twelve-1/4″ |
6-3/4″ |
5-7/32″ |
420 |
12C440M |
M |
A |
44.” |
forty four.forty” |
nine/32″ |
12-1/4″ |
6-3/4″ |
five-7/32″ |
515 |
12C500M |
M |
A |
50.” |
fifty.forty” |
nine/32″ |
twelve-1/4″ |
6-3/4″ |
five-7/32″ |
575 |
Attributes of V-belt pulley
The V-pulley has numerous rewards. These include larger running torque and friction defense. In addition, they offer mechanical redundancy. These benefits are important for any kind of production method. In this write-up, we will discuss some of these characteristics.
Mechanical redundancy
V-pulleys are commonly utilized in automotive purposes to transfer energy from static motors to rotating components. Due to the complex loading situations and set up surroundings, its layout and evaluation are demanding. Therefore, cautious consideration need to be given to the creation of v-pulley.
The cross-section of the V-belt is typically trapezoidal, with the leading and base parallel. Cross-part width, greatest distance, and pitch are required. The inside of and outdoors length of the V-belt is also vital for appropriately matching the belt and pulley. In addition, being aware of these proportions will help you choose the right V-belt dimensions and condition for your application.
A important advantage of the v-pulley is the capacity to distribute torque between multiple belts. This permits much more successful transmission and far better load ability. In addition, V-belts are extremely tough and can face up to high hundreds. This indicates they can be utilized for industrial programs of various horsepower.
Avert friction injury
The V-pulley have to be guarded from friction damage. Friction injury could cause the belt to slip. The good news is, there are many ways to avert this problem. These techniques incorporate replacing worn pulleys. In addition, modifying the layout of the pulley can also enhance its durability.
One particular of the easiest methods to protect the v-pulley from friction hurt is to ensure that the belt is accurately aligned. This is essential simply because misalignment can guide to belt stretching. When the belt is not accurately aligned, the auxiliary belt span helps make preliminary speak to only with 1 side of the groove. This will lead to too much belt swing and hurt to the belt and bearings.
Polyurethane belts can be employed to shield V-belts from friction damage. The density and elastic coefficient of polyurethane tape are higher than rubber tape. They also have a larger thermal resistance than rubber.
Greater operating torque
The large functioning torque of the V-pulley is crucial for effective motors and drives. However, the electricity rating of V-belts is dependent on a number of elements. When picking V-belts, the functioning torque need to match the belt measurement. The toughness of the belt, the get in touch with angle among the belt and pulley, and the belt velocity (in m/s) are important.
The V-belt consists of higher-toughness ropes wrapped in a rubber or fabric shell. The core provides tensile toughness, even though the human body types a friction surface with the pulley. Distinct belts have other attributes, these kinds of as flame retardancy, oil resistance, and anti-static capability. Generally, V-belts are made at an angle of forty levels, but this may possibly range. When bending around the pulley, the idea must be utilized to accommodate the slight bulge on the facet of the belt.
Boost belt width
When evaluating V-pulleys, the middle diameter need to be regarded as. This is a issue that influences torque and velocity. Ideally, the shaft velocity ought to be fifteen-twenty m/s, and the belt speed should be in the exact same area.
V-belts are manufactured of higher-strength ropes embedded in synthetic rubber. When the belt contacts the pulley, the main offers tensile power, and the housing involves friction. There are different types of V-belt constructions, like anti-static and oil-proof. In addition, some kinds of V-belts are flame retardant or flame retardant. V-belts generally have a belt angle of forty degrees but may fluctuate a bit. The increase of the belt is critical due to the fact when it is bent all around the pulley, it can accommodate the slight bulge on the side of the belt.
When picking a V-belt, make confident the belt suits in the groove. If the belt is more thorough, the monitor is simpler to use, and the belt life is diminished by fifty%. The V-belt need to be put in in half an inch of the pulley surface area.
Diminished charges
The V-belt pulley is extensively utilized in industrial programs driven by an induction motor. They give flexible power transmission at a reduced value. Nonetheless, they are prone to mechanical problems, which decrease efficiency and overall life. Current V-pulley testing methods need actual physical entry to the program and use costly sensors to establish the lead to of the defect.
Thanks to the quick heart of the V-pulley, there is a little slip allowance. In addition, considering that the belt is elastic, the load utilized to the belt will lead to the belt to extend, ensuing in a reduction of efficiency. This impact is usually referred to as slip.
The design of the new V-belt pulley is shifting, and its rewards are numerous. Many pulleys are lighter and much more resilient than gray solid iron pulleys. Its special ventilation slot also aids to minimize the belt temperature by about seventeen degrees Celsius. A temperature fall of ten ° C means a fifty% increase in belt life.
Application of QD pulley
The items are broadly utilized in the electrical power output of small diesel engines, agricultural cars, tractors, vehicles, mining equipment, machining products, textile machinery, packaging machinery, lathes, forging equipment, some tiny horsepower motorcycle energy transmission, agricultural equipment power transmission, air compressors, reducers, reducers, and turbines.
Organization Info
Type: | Agricultural |
---|---|
Usage: | Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying |
Material: | Iron |
Power Source: | Electricity |
Weight: | 6kg |
After-sales Service: | Installation Guide 3-Year Warranty |
###
Size
|
Bushing Type
|
Type
|
Pitch Diameter
|
Outside Diameter
|
(E)
|
(F)
|
(L)
|
(M)
|
Sheave Weight (LBS)
|
12C90J
|
J
|
A
|
9.0"
|
9.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
80
|
12C95J
|
J
|
A
|
9.5"
|
9.90"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
88
|
12C100J
|
J
|
A
|
10.0"
|
10.50"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
95
|
12C105J
|
J
|
A
|
10.5"
|
10.90"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
110
|
12C110J
|
J
|
A
|
11.0"
|
11.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
111
|
12C120J
|
J
|
A
|
12.0"
|
12.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
127
|
12C130J
|
J
|
A
|
13.0"
|
13.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
137
|
12C140J
|
J
|
A
|
14.0"
|
14.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
150
|
12C160J
|
J
|
A
|
16.0"
|
16.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
170
|
12C180J
|
J
|
A
|
18.0"
|
18.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
205
|
12C200M
|
M
|
A
|
20.0"
|
20.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
245
|
12C240M
|
M
|
A
|
24.0"
|
24.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
285
|
12C300M
|
M
|
A
|
30.0"
|
30.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
355
|
12C360M
|
M
|
A
|
36.0"
|
36.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
420
|
12C440M
|
M
|
A
|
44.0"
|
44.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
515
|
12C500M
|
M
|
A
|
50.0"
|
50.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
575
|
Type: | Agricultural |
---|---|
Usage: | Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying |
Material: | Iron |
Power Source: | Electricity |
Weight: | 6kg |
After-sales Service: | Installation Guide 3-Year Warranty |
###
Size
|
Bushing Type
|
Type
|
Pitch Diameter
|
Outside Diameter
|
(E)
|
(F)
|
(L)
|
(M)
|
Sheave Weight (LBS)
|
12C90J
|
J
|
A
|
9.0"
|
9.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
80
|
12C95J
|
J
|
A
|
9.5"
|
9.90"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
88
|
12C100J
|
J
|
A
|
10.0"
|
10.50"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
95
|
12C105J
|
J
|
A
|
10.5"
|
10.90"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
110
|
12C110J
|
J
|
A
|
11.0"
|
11.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
111
|
12C120J
|
J
|
A
|
12.0"
|
12.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
127
|
12C130J
|
J
|
A
|
13.0"
|
13.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
137
|
12C140J
|
J
|
A
|
14.0"
|
14.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
150
|
12C160J
|
J
|
A
|
16.0"
|
16.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
170
|
12C180J
|
J
|
A
|
18.0"
|
18.40"
|
2-9/16"
|
12-1/4"
|
4-5/8"
|
5-1/16"
|
205
|
12C200M
|
M
|
A
|
20.0"
|
20.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
245
|
12C240M
|
M
|
A
|
24.0"
|
24.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
285
|
12C300M
|
M
|
A
|
30.0"
|
30.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
355
|
12C360M
|
M
|
A
|
36.0"
|
36.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
420
|
12C440M
|
M
|
A
|
44.0"
|
44.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
515
|
12C500M
|
M
|
A
|
50.0"
|
50.40"
|
9/32"
|
12-1/4"
|
6-3/4"
|
5-7/32"
|
575
|
brass bushing
editor by CX 2023-03-28