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Worm Gear Units ZM/I, Size 40, Output Shaft Right

Worm Gear Units ZM/I, Size 40, Output Shaft Right

Op voorraad

Filter artikelen

Transmission i n

Transmission i actual

P1 admiss. at n1=1500/min (kW)

T2 admiss. at n1=1500/min (Nm)

Efficiency at n1=1500/min (Eta)

P1 admiss. at n1=10/min (kW)

T2 admiss. at n1=10/min (Nm)

Efficiency at n1=10/min (Eta)

Wis alle filters

Omschrijving

General data: Universal heavy-duty gearboxes. Housing: High-quality grey cast iron, all sides machined and with mounting holes on 4 sides. Gearing: 13 ratios from 5 to 82 : 1; worm shaft hardened and ground. Worm gear made from special centrifugally cast bronze. Efficiency factor: The efficiency factors stated in the selection tables are guideline values for properly run-in and lubricated gearboxes at operating temperature with nominal load and driving worm shaft. Proper running in is a crucial factor influencing the lifetime of the gearbox. The starting efficiency factor is, as the operating efficiency factor), depending on the lead angle. Self-locking: Self-locking only occurs in worm gear units, when the unit cannot be driven from the output side. Worms with 4 and 6 threads sometimes permit transmission ratios for gearing up (i = 5 : 1 to 13.3 : 1). If a gearbox must be implicitly self-locking, or must implicitly not be self-locking, we urge you to contact us. Only ratio 72 : 1 is generally self-locking. Product No. 42100126 is optimized for manual operation.Bearing system: All gearbox shafts with generously dimensioned roller bearings. Lubrication: The gearboxes are lubricated for life using synthetic oil. Under normal operating conditions, no maintenance is required. The housing should be checked for leakages at an interval of approx. 2 years. Ventilation: Size (centre distance) 40 is supplied without ventilation. With the other gearboxes, the sealing plug has to be exchanged with the separately packed venting filter.

Op voorraad

Filter artikelen

Transmission i n

Transmission i actual

P1 admiss. at n1=1500/min (kW)

T2 admiss. at n1=1500/min (Nm)

Efficiency at n1=1500/min (Eta)

P1 admiss. at n1=10/min (kW)

T2 admiss. at n1=10/min (Nm)

Efficiency at n1=10/min (Eta)

Wis alle filters

Artikelnummer
MAD/42100100
Transmission i n 4,83 : 1
Transmission i actual 29/6
P1 admiss. at n1=1500/min (kW) 1,77
T2 admiss. at n1=1500/min (Nm) 52
Efficiency at n1=1500/min (Eta) 0,94
P1 admiss. at n1=10/min (kW) 0,02
T2 admiss. at n1=10/min (Nm) 73
Efficiency at n1=10/min (Eta) 0,86
MAD/42100102
Transmission i n 7,25 : 1
Transmission i actual 29/4
P1 admiss. at n1=1500/min (kW) 1,29
T2 admiss. at n1=1500/min (Nm) 55
Efficiency at n1=1500/min (Eta) 0,92
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 83
Efficiency at n1=10/min (Eta) 0,82
MAD/42100104
Transmission i n 9,75 : 1
Transmission i actual 39/4
P1 admiss. at n1=1500/min (kW) 0,77
T2 admiss. at n1=1500/min (Nm) 43
Efficiency at n1=1500/min (Eta) 0,90
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 70
Efficiency at n1=10/min (Eta) 0,82
MAD/42100106
Transmission i n 13 : 1
Transmission i actual 52/4
P1 admiss. at n1=1500/min (kW) 0,45
T2 admiss. at n1=1500/min (Nm) 32
Efficiency at n1=1500/min (Eta) 0,87
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 55
Efficiency at n1=10/min (Eta) 0,82
MAD/42100108
Transmission i n 14,5 : 1
Transmission i actual 29/2
P1 admiss. at n1=1500/min (kW) 0,77
T2 admiss. at n1=1500/min (Nm) 61
Efficiency at n1=1500/min (Eta) 0,86
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 97
Efficiency at n1=10/min (Eta) 0,73
MAD/42100110
Transmission i n 19,5 : 1
Transmission i actual 39/2
P1 admiss. at n1=1500/min (kW) 0,49
T2 admiss. at n1=1500/min (Nm) 50
Efficiency at n1=1500/min (Eta) 0,83
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 82
Efficiency at n1=10/min (Eta) 0,72
MAD/42100112
Transmission i n 26 : 1
Transmission i actual 52/2
P1 admiss. at n1=1500/min (kW) 0,29
T2 admiss. at n1=1500/min (Nm) 38
Efficiency at n1=1500/min (Eta) 0,80
P1 admiss. at n1=10/min (kW) 0,004
T2 admiss. at n1=10/min (Nm) 65
Efficiency at n1=10/min (Eta) 0,72
MAD/42100114
Transmission i n 29 : 1
Transmission i actual 29/1
P1 admiss. at n1=1500/min (kW) 0,45
T2 admiss. at n1=1500/min (Nm) 63
Efficiency at n1=1500/min (Eta) 0,75
P1 admiss. at n1=10/min (kW) 0,01
T2 admiss. at n1=10/min (Nm) 107
Efficiency at n1=10/min (Eta) 0,58
MAD/42100116
Transmission i n 39 : 1
Transmission i actual 39/1
P1 admiss. at n1=1500/min (kW) 0,34
T2 admiss. at n1=1500/min (Nm) 61
Efficiency at n1=1500/min (Eta) 0,72
P1 admiss. at n1=10/min (kW) 0,005
T2 admiss. at n1=10/min (Nm) 99
Efficiency at n1=10/min (Eta) 0,58
MAD/42100118
Transmission i n 52 : 1
Transmission i actual 52/1
P1 admiss. at n1=1500/min (kW) 0,21
T2 admiss. at n1=1500/min (Nm) 46
Efficiency at n1=1500/min (Eta) 0,66
P1 admiss. at n1=10/min (kW) 0,003
T2 admiss. at n1=10/min (Nm) 74
Efficiency at n1=10/min (Eta) 0,58
MAD/42100120
Transmission i n 63 : 1
Transmission i actual 63/1
P1 admiss. at n1=1500/min (kW) 0,20
T2 admiss. at n1=1500/min (Nm) 48
Efficiency at n1=1500/min (Eta) 0,60
P1 admiss. at n1=10/min (kW) 0,002
T2 admiss. at n1=10/min (Nm) 57
Efficiency at n1=10/min (Eta) 0,48
MAD/42100124
Transmission i n 72 : 1
Transmission i actual 72/1
P1 admiss. at n1=1500/min (kW) 0,18
T2 admiss. at n1=1500/min (Nm) 46
Efficiency at n1=1500/min (Eta) 0,55
P1 admiss. at n1=10/min (kW) 0,002
T2 admiss. at n1=10/min (Nm) 46
Efficiency at n1=10/min (Eta) 0,41
MAD/42100126
Transmission i n 72 : 1
Transmission i actual 72/1
P1 admiss. at n1=1500/min (kW) -
T2 admiss. at n1=1500/min (Nm) -
Efficiency at n1=1500/min (Eta) -
P1 admiss. at n1=10/min (kW) 0,002
T2 admiss. at n1=10/min (Nm) 46
Efficiency at n1=10/min (Eta) 0,41
MAD/42100122
Transmission i n 82 : 1
Transmission i actual 82/1
P1 admiss. at n1=1500/min (kW) 0,13
T2 admiss. at n1=1500/min (Nm) 37
Efficiency at n1=1500/min (Eta) 0,54
P1 admiss. at n1=10/min (kW) 0,001
T2 admiss. at n1=10/min (Nm) 38
Efficiency at n1=10/min (Eta) 0,46
Transmission i n Transmission i actual P1 admiss. at n1=1500/min (kW) T2 admiss. at n1=1500/min (Nm) Efficiency at n1=1500/min (Eta) P1 admiss. at n1=10/min (kW) T2 admiss. at n1=10/min (Nm) Efficiency at n1=10/min (Eta)
4,83 : 1 29/6 1,77 52 0,94 0,02 73 0,86
7,25 : 1 29/4 1,29 55 0,92 0,01 83 0,82
9,75 : 1 39/4 0,77 43 0,90 0,01 70 0,82
13 : 1 52/4 0,45 32 0,87 0,01 55 0,82
14,5 : 1 29/2 0,77 61 0,86 0,01 97 0,73
19,5 : 1 39/2 0,49 50 0,83 0,01 82 0,72
26 : 1 52/2 0,29 38 0,80 0,004 65 0,72
29 : 1 29/1 0,45 63 0,75 0,01 107 0,58
39 : 1 39/1 0,34 61 0,72 0,005 99 0,58
52 : 1 52/1 0,21 46 0,66 0,003 74 0,58
63 : 1 63/1 0,20 48 0,60 0,002 57 0,48
72 : 1 72/1 0,18 46 0,55 0,002 46 0,41
72 : 1 72/1 - - - 0,002 46 0,41
82 : 1 82/1 0,13 37 0,54 0,001 38 0,46
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