2024年4月10日发(作者：)

B.4 Gear reducer data sheet 加速器数据表

Manufacturers are recommended to use this form below when providing gear

reducer information.

在提供减速器信息的时候，推荐制造商采用如下的表格

Manufactured by制造商: Date submitted提交日期

Nominal reducer size额定减速器尺寸

Calculated Values 计算值

Pitting resistance torque抗孔蚀性扭 Units单位: Static torque矩静态扭矩

Units:

First reduction一级减速 First reduction:一级减速

Second reduction二级减速 Gear大齿轮 Pinion

小齿轮

Third reduction三级减速 Second reduction: 二

级减速

Bending strength torque弯曲强度扭矩 Units: Gear

Pinion

First reduction一级减速: Third reduction:三级减

速

Gear Pinion Gear

Pinion

Second reduction:

Gear Pinion

Third reduction:

Gear Pinion

Notes:

1. First reduction is high-speed reduction.

一级减速时高速减速

2. Second reduction is slow-speed reduction on double reduction gear

reducers and the intermediate reduction on triple reduction gear reducers.

二级减速时双级减速器的低速和三级减速器的中级减速。

3. Third reduction is the slow-speed reduction on triple reduction reducers

and is not applicable on double reduction reducers.

三级减速是指三级减速器的低速减速，不适用于双级减速。

Construction Features 结构数据

Type of reducer (Cross out if not applicable)减速器的类型（不接受交叉式）

(Single) 单级 (Double) 双级 (Triple)

Reduction 三级

(Single) (Double) Helical

gearing 螺线

Teeth齿轮齿

Number of teeth and normal diametral pitch or transverse diametral pitch:

齿轮齿数量和额定径节或是横向径节距

First reduction一级减速

N

p

N

g

P

nd

P

d

Second reduction 二级减速

N

p

N

g

P

nd

P

d

Third reduction 三级减速

N

p

N

g

P

nd

P

d

Center distance and net face width:中心距和净面宽度

First reduction

C

s

, W

f

Second reduction

C

s,

W

f

Third reduction

C

s,

W

f

Figure B.3 - Manufacturer’s gear reducer data sheet

Helix angle and normal pressure angle or transverse pressure angle (degrees):

螺旋角和常规压力角或横压力角（度）

First reduction

ψ

, φn, φ

t

Second reduction

ψ

, φn, φ

t

Third reduction

ψ

, φn, φ

t

Geometry factors, I and J (for pinion and gear) 几何因数I和J(对于小齿轮和齿轮)

First reduction geometry factor 一级减速几何因数

I C

J,P

C

J,G

Second reduction geometry factor二级减速几何因数

I C

J,P

C

J,G

Third reduction geometry factor 三级减速几何因数

I C

J,P

C

J,G

Manufacturing methods制造方法

Teeth generated by齿轮齿生产 process程序 Teeth finished by齿轮

齿抛光 process

Tooth hardening method齿轮齿的硬化方法

Gear and pinion materials and hardness齿轮和小齿的材料和硬度

First reduction一级减速

Gear material 齿轮材料 Surface BHC/Rc 表面 Core

核心 BNHa

Pinion material Surface BHC/Rc Core BNHa

Second reduction二级减速

Gear material Surface BHC/Rc Core BNHa

Pinion material Surface BHC/Rc Core BNHa

Third reduction

Gear material Surface BHC/Rc Core BNHa

Pinion material Surface BHC/Rc Core BNHa

Other components其他部件

Crankshaft material 曲轴材料 Hardness

Housing material箱体材料

Housing type (Check