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1 GENERAL INTRODUCTION
TDTG Series Bucket Elevator is applicable for continuous and vertical elevating of
materials in shape of powder, granule and small piece. It can be widely used in the industries of
feed, cereal, oil, food, chemicals, building materials, grain depot, port and pier.
1.1 Main Performance Features
1.1.1 The structure is compact and overall dimension of cross section is small, thus floor
space can be saved remarkably;
1.1.2 Elevator foot can be fitted with d
irect and converse feeding hopper for users’
selection according to requirement;
1.1.3 Rubber-covering technology is used for head pulley and tail pulley so as to increase
the friction coefficient and improve the driving efficiency;
1.1.4 A transition section is added under the head pulley and fitted with outlet adjusting
plate and buffer chamber so as to reduce the return of materials and improve the capacity;
1.1.5 Elevator head is fitted with changeable wear proof plate;
1.1.6 Explosion-proof elevator housing is available and can effectively prevent the
explosion of dust;
1.1.7 Tensioner is fitted with spring buffer device so as to reduce the vibration and prevent
belt from breaking caused by sudden overload;
1.1.8 The tensioning plate is fitted with two layers of seal so as to overcome the leakage of
dust and materials from the adjusting plate;
1.1.9 Speed detector and offset alarm can be used according to users’ requirement so as
to ensure safe and normal production;
1.1.10 Anti-reverse device can be used to prevent the machine from being blocked due to
power failure;
1.1.11 The installation height is optional, but heights in Table 1 must not be exceeded.
1.2 Main Technical Parameters
Table 1 Main Technical Parameters
Parameters
Model
Head
Pulley Dia.
(mm)
Conveying capacity
Bucket
Number
(pc/m)
Rotational
Speed
(rpm)
Max. Elevating
Height
(m)
Granular
Materials(t/h)
Powder
Materials(t/h)
TDTG36/18
φ400
14.5
8
4
80
＜
25
TDTG36/23
φ400
26
11
4
80
＜
35
TDTG36/28
φ400
30
18
4
80
＜
35
TDTG50/28
φ500
76
30
5
84
＜
45
TDTG60/30
Φ600
108
62
5
84
＜
45
2 STRUCTURE FEATURES AND WORKING
PRINCIPLE
