

DODGE 122054 qD bushing
- Brand
- DODGE
- Category
- Power transmission
- Subcategory
- Taper bushings and components
We respond promptly.
Since 1945 · Martínez, Buenos Aires, Argentina
Request your quote via WhatsApp or email, with the quantity you need.
Can't find the exact model? Write to us with the part number or model you're looking for: we'll find it and quote it, even if it's not listed in the catalog.
Description
DODGE 122054 is a reference of qD bushing, within Power transmission. Request a quote for 122054 via WhatsApp or email with the quantity you need; we respond promptly with the quote and equivalents.
The QD bushing is a tapered fastening element that mounts between the shaft and the hub of pulleys, gears, sprockets or couplings. It is installed with screws that, when tightened, compress the bushing onto the shaft and lock it against the hub, achieving a firm, removable connection without additional machining. It is a key part in power transmission because it transmits torque, centers the hub and simplifies component replacement in industrial equipment.
The DODGE QD designation is organized by bushing size, and each size accepts a range of shaft diameters. In the series part numbers, the number identifies the combination of bushing size and shaft diameter. The SDS, SD and QD series group the different sizes according to torque capacity and the hub diameter they support. To choose the right one, the governing data are the shaft diameter and the hub size of the equipment.
In Argentine industry, QD bushings are used in drive pulleys, gears, chain sprockets, couplings and process equipment hubs. They appear in food, cement, steel, paper and mining plants and in material handling systems. They are also common in pumping, ventilation and conveying equipment, where a tapered connection is needed that withstands loads and allows the hub to be removed without damaging the shaft.
To select a QD bushing, take into account the shaft diameter, the hub size, the torque to be transmitted and the type of load. Mounting is done with the fastening screws, tightening evenly and respecting the torque recommended for the size. Cleanliness of the tapered surfaces, lubrication of the threads and alignment between shaft and hub are key to avoiding slippage and vibration. If the equipment works with dust or moisture, it is advisable to check the sealing and protection of the assembly.
DODGE QD bushings are interchangeable with those of other brands that use the same taper mounting standard, provided the size, shaft diameter and number of screws match. That compatibility makes replacement in existing equipment easier and allows hubs and bushings of different origins to be combined. To confirm equivalence, the safest approach is to compare the part number of the original bushing with the shaft and hub dimensions of the equipment.
If you need a QD bushing for a pulley, a gear or a coupling, send the part number or model by WhatsApp to MR Accesorios Industriales. We will quote the corresponding DODGE bushing and indicate the compatible alternative if the equipment is another brand. In Buenos Aires, Argentina, we support the selection and replacement of power transmission components.
Dimensions
Dimensions and tolerances: Send us the part number via WhatsApp and we'll confirm the dimensions and version against the manufacturer's data sheet.
Frequently Asked Questions
- How do I choose the right QD bushing for my equipment?
- You need the shaft diameter, the hub size and the torque to be transmitted. With that data the bushing size and part number are defined. If you have the original part number, send it by WhatsApp and we will quote the DODGE equivalent.
- Are DODGE QD bushings compatible with other brands?
- Yes, QD bushings follow a taper mounting standard that several brands share. If the size, shaft diameter and number of screws match, they are interchangeable. To confirm it, compare the dimensions of the original bushing with those of the equipment.
- What care does the mounting of a QD bushing require?
- Clean the tapered surfaces, lubricate the threads and tighten the screws evenly with the recommended torque. Check the alignment between shaft and hub. Correct mounting prevents slippage, vibration and premature wear of the assembly.
