Design manual
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Design manual - 1

Design Manual V-Belt Classical V-Belts for DIN Maxstar Wedge V-Belts for RMA / MPTA Narrow V-Belts for DIN To give attentive consideration to both humanity and nature. Belt Application Designing Program can be downloaded at:

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Design manual - 2

Safety Precautions Please read all the warnings! Please take all necessary precautions when using our products. Also, please review relevant product catalog and design documents, etc. Significances of safety precautions are categorized as follows: M e a n i n g s Imminently causing death or severe injury to the user who misuses products. Possibly causing death or severe injury to the user who misuses products. Possibly causing personal injury or property damage if misused. Power Transmission Products Use If you expect that a belt will fail and idle, free-run, or stop the system, thus...

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Design manual - 3

1. Belt Construction ………………………………………………………………………………… P2 2. Product Classification ……………………………………………………………………… P3~P4 Classical V-belts for DIN 2215 / ISO4184 Maxstar Wedge V-belts for RMA / MPTA Narrow V-belts for DIN 7753 / ISO4184 Double V-belts Perforated Open-End V-belts 3. Standard Range ……………………………………………………………………………… P5~P15 Classical V-belts for DIN 2215 / ISO4184, sections Z, A, B, C, D, E, ZX, AX, BX, CX ……………………………… P5~P9 Cross section Dimension for Classical V-belts for DIN …………………………………………………………………… P10 Maxstar Wedge V-belts for RMA / MPTA, sections 3V, 5V, 8V, 3VX, 5VX...

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Design manual - 4

Belt Construction Wrapped V-belts The term "wrapped" means that the V-belt core is protected by fabric cover made of cotton or polyester. The cover is coated with rubber and wear-resistant. Fabric Cover Cushion rubber Cord Compression rubber Raw Edge V-belts The belt has no fabric cover on the sides. The special rubber compound ensures greater resistance to wear than wrapped V-belts. Top fabric Cushion rubber Cord Compression rubber Bottom fabric

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Design manual - 5

Product Classication Classical V-Belts for DIN2215/ISO 4184 Classical V-Belt is most widely used power transmission belts. Economical and easily obtained for replacement. Sections: Wrapped Type ( Z / A / B / C / D / E ) Raw Edge Cogged Type ( ZX / AX / BX / CX ) Applications: Machine industry in general and agricultural machinery. Working temperature: -40~+70C˚ (Wrapped Type), -30~+90C˚ (Raw Edge Cogged Type) Electrically conductive according to ISO1813 Maxstar Wedge V-Belts for RMA / MPTA Maxstar Wedge V-Belt for RMA / MPTA has double power transmission capacity of Classical V-belt for DIN...

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Design manual - 6

Product Classication Double V-Belts Double V-belts are recommended for serpentine drives where the power must be transmitted by both the top and the bottom of the belt. Excellent exibility in both direction. Sections: ( AA / BB / CC ) Applications: Agricultural machinery and industrial drives. Perforated Open-End V-Belts Perforated open-end V-belts are designed to operate with metal fasteners. These belts are recommended for temporary use or when installation of the standard V-belts is difcult. Sections: ( Z / A / B / C ) Applications: Industrial (light duty) drives with difcult...

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Design manual - 7

Standard Range MITSUBOSHI Classical V-Belts for DIN2215/ISO4184 Z/10, ZX Cross section Belt Code(inch) Datum length (Ld) according to ISO 4184 corresponds to the pitch length (Lw) according to DIN 7753. : Available size for Raw Edge Cogged V-Belts ZX

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Design manual - 8

Standard Range Cross section Belt Code(inch) A-Section Belt Code Datum length (Ld) according to ISO 4184 corresponds to the pitch length (Lw) according to DIN 7753. : Available size for Raw Edge Cogged V-Belts AX

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Design manual - 9

Standard Range Cross section Belt Code(inch) Datum length (Ld) according to ISO 4184 corresponds to the pitch length (Lw) according to DIN 7753. : Available size for Raw Edge Cogged V-Belts BX

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Design manual - 10

Standard Range Cross section Belt Code(inch)

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Design manual - 11

Standard Range Belt Code(inch) Belt Code(inch) D-Section Belt Code Inner Datum length length Li (mm) Ld(mm) Belt Code Inner Datum length length Li (mm) Ld(mm) E-Section Belt Code Inner Datum length length Li (mm) Ld(mm) Belt Code Inner Datum length length Li (mm) Ld(mm)

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Design manual - 12

Cross section Dimension of Classical V-belts for DIN

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Design manual - 13

Standard Range Maxstar Wedge V-belts for RMA / MPTA bo Cross section Belt Code(inch×10) Outer length La(mm) Outer length La(mm) Outer length La(mm) : Available size for Maxstar Wedge Raw Edge Cogged V-Belts 3VX & 5VX

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Design manual - 14

Standard Range SPZ (SPZX) SPA (SPAX) SPB (SPBX) SPC (SPCX) Cross section Datum length(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length Ld(mm) Outer length La(mm) Datum length (Ld) according to ISO 4184 corresponds to the pitch length (Lw) according to DIN 7753. : Available size for Narrow Raw Edge Cogged V-Belts SPZX, SPAX, SPBX, SPCX

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Design manual - 15

Standard Range Cross section Dimension of Narrow V-belts for DIN & Maxstar Wedge V-belts for RMA / MPTA Table 9 Section Datum width Inner length Outer length Distance down to datum line Recommended minimum Pulley datum diameter Recommended maximum Belt speed 42 ) : Recommended minimum Pulley datum diameter for Raw Edge Cogged type.

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