Chains Nominal No.25/Joint Link
Brand :
MISUMI
Caution
Product Description
- Chains Nominal No.25 / Joint Link C-CHE25 series from MISUMI.
- This chain type is economy series of standard chains.
- Chain nominal No. is 25 while pitch No. is 6.35mm.
- Max. Allowable Tension of chain is 0.64 kN.
- The number of chain links is 240 links, circumference length is 1,524mm.
- Chains are made of steel.
- This series is ISO Standard 04C (ANSI25) roller chain and can be used in combination with our 25B series sprocket.
Economy Chains Nominal No.25/Joint Link
Precision Durable High Tension
- Standard roller chains designed for efficient and durable performance.
- Precision engineering for a reliable and accurate fit.
- Max allowable tension for demanding applications.
- Ideal for use with compatible sprockets and systems.
- Stocked for quick shipping, ensuring fast turnaround for your projects.
MISUMI Standard
Cheaper Price
Product Variety
3D CAD Support
Product Overview of Chains
■The Chains is a flexible component composed of inner Chains plates, sleeves, rollers, pins, outer Chains plates and other matched combination parts.
All Chains used on machinery, mechanisms and machines are referred to as industrial Chains.
The roller part of the Chains meshes with the tooth part of the sprocket and transmits power as tension.
■Only sprockets and Chains with the same specifications can be used in combination.
This series is ISO Standard 04C (ANSI25) roller Chains, and can be used in combination with our 25B series sprocket.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
■ Product Composition of Chains
All Chains used on machinery, mechanisms and machines are referred to as industrial Chains.
The roller part of the Chains meshes with the tooth part of the sprocket and transmits power as tension.
■Only sprockets and Chains with the same specifications can be used in combination.
This series is ISO Standard 04C (ANSI25) roller Chains, and can be used in combination with our 25B series sprocket.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
■ Product Composition of Chains
Dimensional Drawing of Chains
Ordinary ISO Standard 04C (ANSI25) Chains Precision Roller Chain
Material of Chains: Steel
Material of Chains: SteelSpecifications Overview of Chains
■ Sprocket, Chains selection
This series is ISO Standard 04C (ANSI25) roller Chains, and can be used in combination with our 25B series sprocket.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
This series is ISO Standard 04C (ANSI25) roller Chains, and can be used in combination with our 25B series sprocket.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
Product Feature of Chains
■Sprocket Chains drive has the following features compared with gear drive and belt drive:
1. Multi-tooth load bearing, safe and reliable;
2. Flexible transmission, absorbing shock and vibration;
3. Large center distance range, low manufacturing and mounting accuracy requirements;
4. Compared with belt drive, the transmission ratio is accurate and the transmission efficiency is higher, suitable for high temperature.
■Two main purposes of the Chains:
1. Connect the motor for transmission
2. Place the workpiece directly or indirectly on the Chains for transfer
1. Multi-tooth load bearing, safe and reliable;
2. Flexible transmission, absorbing shock and vibration;
3. Large center distance range, low manufacturing and mounting accuracy requirements;
4. Compared with belt drive, the transmission ratio is accurate and the transmission efficiency is higher, suitable for high temperature.
■Two main purposes of the Chains:
1. Connect the motor for transmission
2. Place the workpiece directly or indirectly on the Chains for transfer
Example Use of Chains
Used for driving power
A mechanism that can convert motor power into roller rotation by combining multiple sprockets and Chains
A mechanism that can convert motor power into roller rotation by combining multiple sprockets and Chains
Used for transporting workpieces
A Chains conveyor frame with high versatility using flat profiles and chain guides
A Chains conveyor frame with high versatility using flat profiles and chain guides
Used for transporting workpieces
A mechanism used to mount accessories on the Chains, and extract and transport workpieces
A mechanism used to mount accessories on the Chains, and extract and transport workpieces
Precautions of Chains
This series is ISO Standard 04C (ANSI25) roller Chains, and can be used in combination with our 25B series sprocket.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
If you need to cut the Chains by yourself, please confirm whether the chain link to be cut is an inner link or an outer link.
If it is a single section after being cut off, it may need to be used with an offset link head.
Do not use it with European Standard 04B sprocket, which may cause the Chains sprocket mechanism to fail to function properly!
If you need to cut the Chains by yourself, please confirm whether the chain link to be cut is an inner link or an outer link.
If it is a single section after being cut off, it may need to be used with an offset link head.
Usage Method of Chains
How to mount the roller Chains
(A) Axis configuration
■Horizontal
Even when the two axes are arranged horizontally, the rotation direction of the axis must be considered.
The examples (2) and (3) in the figure show that when the chain is stretched, the disengagement between the sprocket teeth and the chain is not smooth and may bite.
In particular, the upper and lower Chains in (3) will contact each other, so an idler is required.
■Horizontal
Even when the two axes are arranged horizontally, the rotation direction of the axis must be considered.
The examples (2) and (3) in the figure show that when the chain is stretched, the disengagement between the sprocket teeth and the chain is not smooth and may bite.
In particular, the upper and lower Chains in (3) will contact each other, so an idler is required.
■Vertical
If the Chains is stretched, slack as shown in (5) will occur, and
when a small sprocket is used on the lower side, the chain may fall off. Therefore, please use it at an angle of 60 or less as shown in (4).
When it is necessary to use it vertically due to the mechanism or space, it is recommended to put the large sprocket on the lower side, and
use the idler on the outside or inside as shown in (6).
If the Chains is stretched, slack as shown in (5) will occur, and
when a small sprocket is used on the lower side, the chain may fall off. Therefore, please use it at an angle of 60 or less as shown in (4).
When it is necessary to use it vertically due to the mechanism or space, it is recommended to put the large sprocket on the lower side, and
use the idler on the outside or inside as shown in (6).
(B) Deflection of Chains
Deflection is generally about 4% of the shaft spacing, and about 2% in the following cases.
a. Vertical transmission or close to vertical transmission
b. Shaft spacing is more than 1m
c. When frequent heavy load starting and stopping are required
d. When reverse rotation is required
Deflection is generally about 4% of the shaft spacing, and about 2% in the following cases.
a. Vertical transmission or close to vertical transmission
b. Shaft spacing is more than 1m
c. When frequent heavy load starting and stopping are required
d. When reverse rotation is required
(C)When the load changes
If a tension adjuster is mounted on the tension side or slack side of the Chains to provide initial tension in advance, it will eliminate vibration and reduce noise during operation.
If a tension adjuster is mounted on the tension side or slack side of the Chains to provide initial tension in advance, it will eliminate vibration and reduce noise during operation.
Related Products of Chains
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| Sprocket 25B |