ATN10 and ATN10 DC BRECO® Transport

ATN10 and ATN10 DC BRECO® Transport

Polyurethane, steel reinforced, extruded open length & joined – High Power AT Profile in metric pitch with trapezoidal toothform.

BRECO® timing belts ATN10 and ATN10 DC

  • Polyurethane, steel reinforced, modular flight system belting
  • High Power AT Profile in metric pitch with trapezoidal toothform
  • ATN belting is extruded on a form wheel with insert holes on every tooth spacing

BRECO® timing belts ATN10 and ATN10 DC

  • Single sided
  • Nylon tooth facing (PAZ)
  • Nylon back facing (PAR)
  • Nylon both sides (PAZ/PAR)
  • Special polyurethanes upon request (see below)
  • Antistatic, coloured belts
  • Mechanical joint

Allowable tensile load by belt width

BRECO ATN10/ATN10 DC (M/V) Tension cord strengths F/Specific elasticities/Belts weights
Belt width b(mm) 25 50 75 100
(M) Steel cord tension member F (N) 3000 6000 9000 12000
(V) Steel cord tension member F (N) 1000 2000 3000 4000
ATN10 (kg/m) 0,120 0,240 0,360 0,480
Belt weight ATN 10 DC (kg/m)weight without inserts, screws or profiles 0,300 0,450 0,600

Belt width 25 50 75 100
No. of insert holes per tooth 1 2 3 4
Insert hole pitch spacing 25 25 25
Minimum belt lenght 880mm
ATN10/ATN10 DC (M/V) Available lengths and versions
Standard delivery lengths (M) Rolls of 50 or 100m
Cut to lengths/lengths > 110m On request
Endless joined, minimum length (V) 880mm
Standard material TPUST1
Steel tension member (standard) x
VA tension member o
PAZ(white) x
PAR(green) x
PAZ-PAR (white/green) x

X Available,
O Minimum purchase amount on request,
* With Stainless Steel tension members,
** On request, minimum quantities may apply.

Drive Type A

Type A ATN10
Zmin 25
dmin 80

Zmin = Minimum number of teeth.
dmin= Minimum diameter (mm)

Material TPUST1 TPUKF1** TPUFDA1*
Applications Standard Use Flexible at low temperatures Contact with food stuffs
Properties -25 to +5 C FDA
Inserts
Material Plastic Brass Stainless Steel
Type Nylon MS 58 F36 To DIN 7500
Application Small loads Medium and high loads
Low temperature
Higher dynamic loads
Medium and high loads
Normal temperature
Higher dynamic loads
Corrosion resistance