AX Belt Conversion Chart: A Comprehensive Tool for Accurate Belt Replacement

Belts play an essential role in machinery and vehicles, providing power transmission between different parts of the equipment. As belts are used, they can become worn or damaged, leading to decreased performance and efficiency of the machinery. Belt replacement is, therefore, an important aspect of maintenance that cannot be overlooked.

The process of replacing a belt can be complicated, as different machines and vehicles require specific types and sizes of belts. This is where AX Belt Conversion Chart comes in, simplifying the process of belt replacement by providing a cross-reference for different types of belts.

This article will provide a detailed overview of AX Belt Conversion Chart, its benefits and limitations, and how to use it effectively for belt replacement in machinery and vehicles. By the end of the article, readers will have a better understanding of how to choose the right replacement belt for their application, ensuring optimal performance and efficiency.

AX Belt Conversion

An AX belt conversion chart is a reference tool used to find the equivalent belt sizes and part numbers for AX belts across different brands and manufacturers. AX belts are a type of cogged or notched V-belts, designed for improved flexibility, reduced heat buildup, and increased power transmission efficiency. These belts are commonly used in industrial, agricultural, and automotive applications.

Here is a general guideline for understanding AX belt conversion charts:

1. Belt dimensions: AX belts have a specific cross-sectional profile, with a top width of approximately 0.5 inches (13 mm) and a depth of 0.31 inches (8 mm). The belt’s length is typically measured as the pitch length (the length along the neutral axis) or the outside length.
2. Brand-specific part numbers: Different belt manufacturers assign unique part numbers to their belts. These part numbers are often used by customers to identify and order the specific belts they need. An AX belt conversion chart helps you find the equivalent part numbers for AX belts across various brands, such as Gates, Dayco, Bando, and Goodyear.
3. Conversion chart layout: An AX belt conversion chart typically has columns for different brands, with the first column showing the AX belt size (usually the pitch length or outside length) and the other columns listing the corresponding part numbers for each brand. The chart may also include additional information, such as cross-sectional dimensions and product specifications.
4. Using the chart: To use an AX belt conversion chart, first identify the size of the AX belt you need. This can be determined by measuring the existing belt or calculating the required length based on the pulley sizes and center distance. Next, find the corresponding row on the chart with the desired belt size, and locate the part numbers for the various brands. Choose the part number that matches your preferred brand or the one available in your local market.
5. Belt interchangeability: It’s essential to note that while AX belts from different manufacturers may have similar dimensions and performance characteristics, there might be slight variations in materials, construction, and quality. Therefore, it is advisable to consult the equipment manufacturer’s recommendations or consult a specialist before interchanging belts from different brands.

Understanding AX Belt Conversion Chart

AX Belt Conversion Chart is a cross-reference tool that provides information on how to convert from one type of belt to another. This is useful for situations where the original belt may no longer be available or where a different type of belt is needed for improved performance.

The chart works by providing a comparison between different types of belts based on their dimensions and load-carrying capacity. By using the chart, users can quickly identify the appropriate replacement belt for their machinery or vehicle, without the need for complex calculations or guesswork.

AX Belt Conversion Chart includes a range of belt types, including V-belts, timing belts, and synchronous belts, and provides conversion information for both standard and metric belt sizes. This makes it a versatile tool that can be used across a wide range of applications and industries.

One of the primary benefits of using AX Belt Conversion Chart is that it can save time and money when replacing belts. Rather than having to spend hours searching for the correct replacement belt or ordering a custom-made belt, users can quickly identify the appropriate replacement from the chart and order it directly. This can significantly reduce downtime and maintenance costs, improving overall efficiency and productivity.

In addition to saving time and money, AX Belt Conversion Chart also ensures accuracy in belt replacement. By providing a precise cross-reference between different types of belts, the chart eliminates the risk of choosing an incorrect or incompatible replacement belt. This helps to prevent equipment damage and reduce the risk of accidents or malfunctions.

How to Use AX Belt Conversion Chart

The AX Belt Conversion Chart is an excellent tool for finding the right replacement belt for your machinery or vehicle. Whether you are a mechanic or a DIY enthusiast, using the chart can save you time and money. Here is a step-by-step guide on how to use the AX Belt Conversion Chart:

1. Gather Information: To use the AX Belt Conversion Chart, you will need to know the model and make of the machinery or vehicle you are working on, as well as the existing belt’s dimensions.
2. Locate the Chart: The AX Belt Conversion Chart can be found online or at most auto parts stores.
3. Identify the Existing Belt: Look for the existing belt’s part number, which is typically printed on the belt itself. Alternatively, you can measure the belt’s width, length, and angle size to determine the correct part number.
4. Cross-Reference the Part Number: Locate the part number on the AX Belt Conversion Chart and cross-reference it to find the corresponding AX belt size.
5. Find the Replacement Belt: Once you have the AX belt size, you can search for a replacement belt with the same size and specifications.
6. Double-Check the Belt Compatibility: Before purchasing the replacement belt, double-check that it is compatible with your machinery or vehicle and that it meets the necessary requirements.
7. Install the Replacement Belt: Once you have purchased the replacement belt, install it according to the manufacturer’s instructions.

By following these steps, you can quickly and easily find the right replacement belt for your machinery or vehicle using the AX Belt Conversion Chart.

Advantages of Using AX Belt Conversion Chart

The AX Belt Conversion Chart offers several benefits to users, including time-saving and cost-effective advantages, as well as ensuring accuracy in belt replacement. Here are some of the key advantages of using the chart:

1. Time-saving benefits: The AX Belt Conversion Chart simplifies the process of finding the right replacement belt for your machinery or vehicle, saving you time and effort. With the chart, you can quickly cross-reference the old belt number with the new belt number, eliminating the need for manual calculations or guesswork.
2. Cost-effective benefits: Using the AX Belt Conversion Chart can also save you money by helping you find a replacement belt that is more affordable than the original belt. In some cases, the chart may suggest a different belt size or type that is less expensive but still suitable for your machinery or vehicle.
3. Ensures accuracy in belt replacement: The AX Belt Conversion Chart ensures that you select the right replacement belt for your machinery or vehicle. By providing a direct cross-reference to the old belt number, the chart minimizes the risk of errors in belt selection. Choosing the right belt ensures optimal performance and reduces the risk of belt failure or damage.
4. Wide range of applications: The AX Belt Conversion Chart is versatile and can be used for a wide range of belt types and machinery or vehicle models. This means that regardless of the type of belt or machine you need to replace a belt for, the chart can simplify the process and help you find the right replacement belt quickly and easily.

Overall, the advantages of using the AX Belt Conversion Chart make it a valuable tool for anyone who needs to replace a belt on their machinery or vehicle. With its time-saving, cost-effective, and accuracy-enhancing benefits, the chart can help you get back to work quickly and with confidence.

Limitations of AX Belt Conversion Chart

While AX Belt Conversion Charts offer a range of benefits for belt replacement, they may not always be the best solution for every situation. It is important to be aware of the limitations of these charts in order to make an informed decision about whether they are suitable for your needs.

Possible limitations of using AX Belt Conversion Chart include:

1. Limited Compatibility: AX Belt Conversion Charts are designed to convert belts of one type to another. However, these charts may not work for every belt or machine. It is important to confirm the compatibility of the new belt with the machine before making the switch.
2. Inaccurate Measurements: Inaccurate measurements can lead to the use of an inappropriate belt, which can result in performance issues or even equipment failure. While AX Belt Conversion Charts are designed to ensure accuracy, it is important to double-check the measurements before purchasing and installing the new belt.
3. Belt Characteristics: The characteristics of a belt, such as the material it is made of or its dimensions, can impact its performance. AX Belt Conversion Charts may not take these factors into account, and it is important to consider them when selecting a replacement belt.
4. Machine Characteristics: The type of machine and its operating conditions can also affect the performance of a replacement belt. AX Belt Conversion Charts may not consider these factors, and it is important to consult the machine manual or an expert in the field to ensure the new belt is suitable for the machine.
5. Alternative Solutions: In some cases, an AX Belt Conversion Chart may not be the best solution for belt replacement. Other alternatives, such as custom-made belts or belts from the original equipment manufacturer (OEM), may be more suitable for certain situations.

It is important to carefully consider these limitations before using an AX Belt Conversion Chart for belt replacement. If the limitations make it unsuitable for your needs, it is best to explore alternative solutions for belt replacement.

Importance of Choosing the Right Belt for Replacement

Choosing the right belt for replacement is crucial for the optimal performance of machinery and vehicles. Using the wrong belt can lead to reduced efficiency, increased wear and tear, and even complete breakdowns. Therefore, it is essential to consider certain factors when selecting the right belt for replacement.

One important factor to consider is the belt’s type and size. Belts come in different types, such as V-belts, synchronous belts, and timing belts, and each type has its own unique characteristics. It is essential to select the right type of belt that is suitable for the specific machinery or vehicle it will be used on.

Another factor to consider is the belt’s length and width. The belt’s length and width must match the manufacturer’s specifications to ensure optimal performance. If the belt is too long or too short, it can cause slippage or even snap, leading to machinery or vehicle failure.

Furthermore, it is important to consider the belt’s materials and construction. The belt’s materials can affect its durability, flexibility, and resistance to heat, oil, and chemicals. Choosing the right materials for the belt is critical in ensuring its longevity and reliability.

In addition, it is important to consider the belt’s tension and alignment. The belt’s tension must be adjusted to the manufacturer’s specifications to ensure that it is not too loose or too tight. Misalignment can also cause issues such as excessive wear, reduced efficiency, and increased noise.

Lastly, proper maintenance of the new belt is crucial in ensuring its optimal performance. Regular inspections, cleaning, and lubrication can extend the belt’s lifespan and prevent premature failure.

Overall, choosing the right belt for replacement is crucial in ensuring optimal performance, preventing breakdowns, and saving time and money in the long run.

AX Belt Conversion Chart

The AX belt is a highly popular product manufactured by leading belt companies, including Mitsuboshi, Gates, Dunlop, Optibelt, Carlisle, Bando, Continental, and Goodyear. In this article, we will focus on the Mitsuboshi AX V-belt Conversion Chart and the Carlisle AX V-belt Conversion Chart.

Mitsuboshi AX V-belt Conversion Chart

Belt Code	Inside length (mm)	Outside length(mm)	Outside Length (In.)	Belt Code	Inside length (mm)	Outside length(mm)	Outside Length (In.)
20	508	563	22.2	77	1956	2013	79.3
21	533	588	23.1	78	1981	2038	80.2
22	559	613	24.1	79	2007	2063	81.2
23	584	638	25.1	80	2032	2088	82.2
24	610	663	26.1	81	2057	2113	83.2
25	635	688	27.1	82	2083	2138	84.2
26	660	713	28.1	83	2108	2163	85.2
27	686	743	29.3	84	2134	2188	86.1
28	711	743	29.3	85	2159	2213	87.1
29	737	793	31.2	86	2184	2238	88.1
30	762	818	32.2	87	2210	2263	89.1
31	787	843	33.2	88	2235	2288	90.1
32	813	868	34.2	89	2261	2313	91.1
33	838	893	35.2	90	2286	2343	92.2
34	864	918	36.1	91	2311	2368	93.2
35	889	943	37.1	92	2337	2393	94.2
36	914	968	38.1	93	2362	2418	95.2
37	940	993	39.1	94	2388	2443	96.2
38	965	1018	40.1	95	2413	2468	97.2
39	991	1043	41.1	96	2438	2493	98.1
40	1016	1073	42.2	97	2464	2520	99.2
41	1041	1098	43.2	98	2489	2545	100.2
42	1067	1123	44.2	99	2515	2570	101.2
43	1092	1148	45.2	100	2540	2596	102.2
44	1118	1173	46.2	102	2591	2647	104.2
45	1143	1198	47.2	105	2667	2723	107.2
46	1168	1223	48.1	108	2743	2799	110.2
47	1194	1248	49.1	110	2794	2850	112.2
48	1219	1273	50.1	112	2845	2901	114.2
49	1245	1298	51.1	115	2921	2977	117.2
50	1270	1323	52.1	118	2997	3053	120.2
51	1295	1348	53.1	120	3048	3104	122.2
52	1321	1378	54.3	122	3099	3155	124.2
53	1346	1403	55.2	125	3175	3231	127.2
54	1372	1428	56.2	128	3251	3307	130.2
55	1397	1453	57.2	130	3302	3358	132.2
56	1422	1478	58.2	135	3429	3485	137.2
57	1448	1503	59.2	140	3556	3612	142.2
58	1473	1528	60.2	145	3683	3739	147.2
59	1499	1553	61.1	150	3810	3866	152.2
60	1524	1578	62.1	155	3937	3993	157.2
61	1549	1603	63.1	160	4064	4120	162.2
62	1575	1628	64.1	165	4191	4247	167.2
63	1600	1653	65.1	170	4318	4374	172.2
64	1626	1678	66.1	155	3937	3993	157.2
65	1651	1708	67.2	160	4064	4120	162.2
66	1676	1733	68.2	165	4191	4247	167.2
67	1702	1758	69.2	170	4318	4374	172.2
68	1727	1783	70.2	180	4572	4628	182.2
69	1753	1808	71.2	73	1854	1908	75.1
70	1778	1833	72.2	74	1880	1933	76.1
71	1803	1858	73.1	75	1905	1958	77.1

Mitsuboshi AX V-belt Conversion Chart PDF

Carlisle AX V-belt Conversion Chart

Part Number	Outside Circumference	Weight (lbs)	Part Number	Outside Circumference	Weight (lbs)
AX20	22.3	0.12	AX66	68.3	0.32
AX21	23.3	0.13	AX67	69.3	0.4
AX22	24.3	0.13	AX68	70.3	0.33
AX23	25.3	0.14	AX69	71.3	0.41
AX24	26.3	0.14	AX70	72.3	0.42
AX25	27.3	0.15	AX71	73.3	0.42
AX26	28.3	0.16	AX72	74.3	0.35
AX27	29.3	0.16	AX73	75.3	0.43
AX28	30.3	0.17	AX74	76.3	0.44
AX29	31.3	0.17	AX75	77.3	0.36
AX30	32.3	0.18	AX76	78.3	0.45
AX31	33.3	0.19	AX77	79.3	0.46
AX32	34.3	0.19	AX78	80.3	0.46
AX33	35.3	0.21	AX79	81.3	0.46
AX34	36.3	0.17	AX80	82.3	0.47
AX35	37.3	0.17	AX81	83.3	0.39
AX36	38.3	0.22	AX82	84.3	0.39
AX37	39.3	0.22	AX83	85.3	0.4
AX38	40.3	0.23	AX84	86.3	0.4
AX39	41.3	0.23	AX85	87.3	0.49
AX40	42.3	0.24	AX86	88.3	0.5
AX41	43.3	0.25	AX87	89.3	0.42
AX42	44.3	0.21	AX88	90.3	0.51
AX43	45.3	0.26	AX89	91.3	0.42
AX44	46.3	0.26	AX90	92.3	0.42
AX45	47.3	0.27	AX91	93.3	0.52
AX46	48.3	0.29	AX92	94.3	0.43
AX47	49.3	0.28	AX93	95.3	0.45
AX48	50.3	0.23	AX94	96.3	0.44
AX49	51.3	0.24	AX95	97.3	0.45
AX50	52.3	0.3	AX96	98.3	0.55
AX51	53.3	0.3	AX97	99.3	0.56
AX52	54.3	0.31	AX98	100.3	0.47
AX53	55.3	0.32	AX9g*	101.3	0.57
AX54	56.3	0.32	AX100	102.3	0.47
AX55	57.3	0.33	AX103	105.3	0.59
AX56	58.3	0.33	AX105	107.3	0.6
AX57	59.3	0.34	AX110	112.3	0.63
AX58	60.3	0.36	AX112	114.3	0.64
AX59	61.3	0.35	AX120	122.3	0.56
AX60	62.3	0.29	AX128	130.3	0.6
AX61	63.3	0.36	AX136	138.3	0.63
AX62	64.3	0.37	AX144	146.3	0.67
AX63	65.3	0.38	AX158*	160.3	0.74
AX64	66.3	0.38	AX173*	175.3	0.8
AX65	67.3	0.39	AX180*	182.3	0.84

Carlisle AX V-belt Conversion Chart PDF

In conclusion, replacing a worn-out belt in machinery or vehicles is an essential maintenance task that should not be overlooked. The right belt ensures the optimal performance and safety of the machinery or vehicle, and using a cross-reference chart or conversion chart can make the process of finding the right replacement belt simpler and quicker.

The AX Belt Conversion Chart is an excellent tool for identifying and selecting the right replacement belt for your machinery or vehicle. It offers several benefits, including time-saving and cost-effective benefits, and it ensures accuracy in belt replacement. However, it’s important to be aware of the limitations of the chart and know when it may not be suitable for certain situations.

Choosing the right belt for replacement is crucial in maintaining the performance and safety of your machinery or vehicle. The risks of using the wrong belt for replacement can lead to breakdowns, equipment damage, and even accidents. Therefore, taking the time to ensure the right belt is chosen for replacement and maintaining the new belt properly is essential.

We hope this article has provided valuable insights into the importance of belt replacement and how the AX Belt Conversion Chart simplifies the process. We encourage readers to utilize the chart for their belt replacement needs and to take the necessary precautions in maintaining their machinery or vehicles.