Tsubaki product selection

Plastic top chain Curve Conveyor Simple sizing Tool

Based on your usage conditions, we will perform sizing Plastic top chain.

Target varieties
Plastic modular chain mold-to-width, Top chain, stainless steel Top chain, and Plastic block chain for curved conveying.

Use of Content

Before using TSUBAKI Power Transmission Products Information Site Plastic top chain Curve Conveyor Simple sizing Tool (hereinafter referred to as "this tool"), please be sure to read the following terms of use and disclaimers, and use the tool only if you agree to all of its contents.
If you do not agree, please refrain from using this tool.

Precautions for use and disclaimers

1. All calculation results obtained by this tool are for reference only. We do not guarantee their contents.
For detailed Product Info, please refer to this website or the catalog.
2. We shall not be liable for any damage, disadvantage, or trouble incurred by users or third parties as a result of using this tool or its calculation results.
3. When purchasing our products, if the intended use falls under any of the following, a "Inquiry Confirmation Request form" must be prepared between you and us. Please contact us through the retailer where you purchased our products.
<Usage>
nuclear power
Amusement machines
Hanging applications (multi-story parking lots)
Personnel transport equipment (escalators, elevators, stage equipment, etc.)
Vehicles (cars, aircraft, ships, etc.)
For the food industry (direct contact with products)
military
4. The contents of this tool may be changed or deleted without notice.
5. By agreeing to the terms on this page, you will be deemed to have agreed to the terms for other selection tools on this site as well.

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sizing Plastic top chain Curve Conveyor - Simple sizing Tool

STEP 1. Preliminary chain selection

After deciding on the chain type and model, select the chain specifications and chain width from the drop-down list.

A list of chains and minimum lateral turning radii can be found here.

Click here for information on preventing wearstrip on curves.

Lateral turning radius of the curved conveying section	r mm
Chain Type
Chain type
Chain width (mm)
Specification Code

Tentative selection

Clear conditions

Tentatively selected chain
Chain basic model number

Chain Width	mm
Maximum allowable load	kN
Approximate chain mass	kg/m
Allowable Speed	With lubrication	m/min
No lubrication	m/min

STEP 2. Transport layout

Please enter your usage conditions.

Number of curved transport sections	One curved section Two curved sections
Lateral turning radius of the curved conveying section	r mm
Lateral bending angle of the curved conveying section
Length coefficient	αs
Length of straight running section	L1 mm
Length of the curved transport section	L2 mm
Length of straight running section	L3 mm
Length of the curved transport section	L4 mm
Length of straight running section	L5 mm

Clear conditions

Material of conveyed goods
Shape	rectangle Cylinder
Length in the conveying direction	mm
Outer diameter	mm
Mass per piece	kg
Transport interval	mm

Chain Speed	V m/min
Sprocket pitch circle diameter (Optional input)	Dp mm
Ambient temperature	℃
Rail material used
Lubrication status
Accumulate

STEP5. Selection results

Calculation result

Tension acting on the chain	F kN
Maximum allowable load (Taking into account speed and temperature)	kN

Approximate chain mass	m1 kg/m
conveyor length	m
Length of straight running section	L1 mm
Length of the curved transport section	L2 mm
Length of straight running section	L3 mm
Length of the curved transport section	L4 mm
Length of straight running section	L5 mm
Radius of lateral movement	r mm
Side bending angle	°
Amount of material conveyed in the conveying section	m2 kg/m
Amount of material transported in the accumulator	m3 kg/m
Dynamic friction coefficient between chain and wearstrip	μ1
Accumulator part Coefficient of kinetic friction between the chain and the conveyed object	μ2
Angular coefficient	αL
Length coefficient	αs

Please consider the conveyor environment and other operating conditions when deciding on the chain type.

If Maximum allowable load is insufficient, you can increase the number of chains by narrowing the top plate width, or by connecting a shorter conveyor.
Alternatively, you can select a chain with a larger Maximum allowable load. When deciding on a chain type, take into consideration the conditions of use of the conveyor.

Required power	kW	= (F × V) / 60
Shaft rotation speed	min^-1	= (V × 1000) / (Dp × π)
Total Torque	kN・m	= F × (Dp / 1000) / 2
Approximate number of links	link	= (conveyor length x 2 + 1m) / chain pitch

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精機商品に関するお問合せ

Anti-float function	Function Description	Image
Bevel	The chain and rail bevels prevent it from lifting off the ground. The chain can be removed from the rail.
tab	The chain tabs ensure that it does not float up. The chain cannot be removed from the rail. Disassembling and reassembling the chain should be done in areas where rails are not installed.
magnet	A magnet is embedded in the bottom of the rail. The chain pins are attracted to the rail. This prevents the chain from lifting. The chain can be removed from the rail.
Straight edge	The chain's sides are high, and the low center of gravity prevents it from lifting off the ground. The chain can be removed from the rail.

TSUBAKI Power Transmission Products Information Site

Plastic top chain Curve Conveyor Simple sizing Tool

Use of Content

Precautions for use and disclaimers

sizing Plastic top chain Curve Conveyor - Simple sizing Tool

STEP 1. Preliminary chain selection

STEP 2. Transport layout

STEP 3. Transported items

STEP4. Usage conditions

STEP5. Selection results

Calculation result

Other conveyor usage conditions

Model number

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List of minimum lateral turning radius

Model number	Drawings, price, delivery	Product details information