Deskripsyon detaye
Friction Aligning Idlers has a strong ability to protect the conveyor belt from damage and off-line operation. When the conveyor belt runs offline, the side to which the conveyor belt runs will increase the friction on that side. Under the action of friction, the side with greater friction will swing in the direction of the conveyor belt movement. The automatic swing function brings the conveyor belt back to the center line.
Spesifikasyon pwodwi
Pwodwi detay |
Deskripsyon |
Lòd Sèvis |
Non pwodwi: friksyon aliyman Idler |
Materyèl ankadreman: Angle Steel 、 Chanèl Steel 、 Steel Tiyo |
Minimòm lòd: 1 moso |
Non orijin: pwovens Hebei, Lachin |
Materyèl estanda: Q235B, Q235A |
Pri: negosyab |
Non mak: AOHUA |
Epesè miray: 6-12mm oswa selon lòd |
Anbalaj: bwat plywood san fumigasyon, ankadreman fè, palèt |
Estanda: CEMA, ISO, DIN, JIS, DTII |
Soudi: Melanje gaz Arc soude |
Tan livrezon: 10-15 jou |
Lajè senti: 400-2400mm |
Metòd soude: robo soude |
Tèm Peman: TT, LC |
Tan lavi: 30000 èdtan |
Koulè: Nwa 、 Wouj 、 Vèt 、 Ble 、 oswa selon lòd |
Pò anbakman: Tianjin Xingang, Shanghai, Qingdao |
Ranje epesè miray roulo: 2.5 ~ 6mm |
Pwosesis kouch: flite poud elektwostatik 、 penti 、 cho-dip-galvanize |
|
Dyamèt Ranje roulo: 48-219mm |
Aplikasyon: min chabon, plant siman, kraze, plant elektrik, moulen asye, metaliji, karyè, enprime, endistri resiklaj ak lòt ekipman transpò |
|
Dyamèt ranje aks: 17-60mm |
Sèvis anvan ak apre: sipò sou entènèt, sipò teknik videyo |
|
Kote yo pote mak: HRB、ZWZ、LYC、SKF、FAG、NSK |
Pwodwi Paramèt
Paramèt pou pote friksyon aliyman Idler |
|||||||||||||
Lajè senti (mm) |
Woulo (mm) |
Woulo friksyon (mm) |
Gwo dimansyon (mm) |
||||||||||
D1 |
L1 |
Bearing Type |
D2 |
L2 |
A |
E |
H |
H1 |
H2 |
P |
Q |
d |
|
500 |
89 |
200 |
6204 |
170 |
230 |
740 |
800 |
220 |
135.5 |
350 |
170 |
130 |
M12 |
650 |
89 |
250 |
6204 |
170 |
280 |
890 |
950 |
235 |
135.5 |
379 |
170 |
130 |
M12 |
108 |
250 |
6205 |
210 |
294 |
265 |
145 |
414 |
||||||
800 |
89 |
315 |
6204 |
170 |
323 |
1090 |
1150 |
245 |
135.5 |
403 |
170 |
130 |
M12 |
108 |
6205 |
210 |
342 |
270 |
146 |
442 |
|||||||
133 |
6305 |
240 |
348 |
305 |
159.5 |
471 |
|||||||
1000 |
108 |
380 |
6205 |
210 |
405 |
1290 |
1350 |
300 |
159 |
493 |
220 |
170 |
M16 |
133 |
6305 |
240 |
412 |
325 |
173.5 |
524 |
|||||||
159 |
6306 |
270 |
429 |
370 |
190.5 |
564 |
|||||||
1200 |
108 |
465 |
6205 |
210 |
465 |
1540 |
1600 |
355 |
176 |
544 |
260 |
200 |
M16 |
133 |
6305 |
240 |
473 |
360 |
190.5 |
575 |
|||||||
159 |
6306 |
270 |
494 |
390 |
207.5 |
618 |
|||||||
1400 |
108 |
530 |
6205 |
210 |
533 |
1740 |
1810 |
350 |
184 |
591 |
280 |
220 |
M16 |
133 |
6305 |
240 |
540 |
380 |
198.5 |
622 |
|||||||
159 |
6306 |
270 |
553 |
410 |
215.5 |
660 |
Paramèt pou retounen friksyon aliyman Idler |
|||||||||||
Lajè senti (mm) |
Woulo friksyon (mm) |
Gwo dimansyon (mm) |
|||||||||
D1 |
L1 |
D2 |
Bearing Type |
A |
E |
H |
H1 |
P |
Q |
d |
|
500 |
89 |
323 |
170 |
6204 |
740 |
840 |
100 |
334 |
140 |
90 |
M12 |
650 |
89 |
398 |
170 |
6204 |
890 |
990 |
93.5 |
313.5 |
140 |
90 |
M12 |
108 |
210 |
6205 |
109.5 |
357.5 |
|||||||
800 |
89 |
473 |
170 |
6204 |
1090 |
1190 |
144.5 |
367.5 |
140 |
90 |
M12 |
108 |
210 |
6205 |
154 |
396 |
|||||||
133 |
240 |
6305 |
166.5 |
427.5 |
|||||||
1000 |
108 |
590 |
210 |
6205 |
1290 |
1390 |
164 |
411 |
160 |
90 |
M16 |
133 |
240 |
6305 |
176.5 |
443.5 |
|||||||
159 |
599 |
270 |
6306 |
189.5 |
475.5 |
||||||
1200 |
108 |
690 |
210 |
6205 |
1540 |
1640 |
174 |
441 |
160 |
90 |
M16 |
133 |
240 |
6305 |
186.5 |
473.5 |
|||||||
159 |
699 |
270 |
6306 |
199.5 |
505.5 |
||||||
1400 |
108 |
790 |
210 |
6205 |
1740 |
1840 |
184 |
451 |
180 |
120 |
M16 |
133 |
240 |
6305 |
196.5 |
483.5 |
|||||||
159 |
799 |
270 |
6306 |
209.5 |
515.5 |
Diagrammatic Drawings and Parameters for Carrying Friction Aligning Idler:
Desen dyagram ak paramèt pou retounen friksyon aliyman Idler: