H1HV, H2HV, H3HV, H4HV series Parallel Shaft Helical Gearbox
Parametri technicae:
| Exemplaria praesto | H1HV03~H1HV19, H2HV4~H2HV26, H3HV5~H3HV26, H4HV7~H4HV26 |
| Ratio | 1.25~450 |
| Potentia potenti | 5.5~4400 kW |
| Max torque | 2.9~900 kN.m |
DESCRIPTIO
H series parallel shaft helical gearbox is designed based on module with parallel shaft. The transmission torque distribution curve is excellent, suitable for heavy load conditions. It adopts advanced grinding technology and shape modification technology, which has high bearing capacity, reliable operation and low noise. The box body is made of high-quality casting to improve the mechanical strength and seismic performance of the reducer. Numerous mounting options are available.
CARACTERES
- Adopt optimized modular design.
- Parallel shaft output form.
- The transmission torque distribution curve is excellent, suitable for heavy load conditions.
- Molem technologiae ac figurae modificationis technologiae provectae adoptat, quae facultatem habet, certam operationem et sonum humilem habet.
- The box body is made of high-quality casting to improve the mechanical strength and seismic performance of the reducer.
- Numerous mounting options are available.
Product Form
- Transmission Stage: single stage, 2 stage, 3 stage, 4 stage.
- Mounting: Horizontal mounted, Vertical mounted
- Parallel Output: Solid shaft, Hollow shaft ( flat key, shrink disk, involute spline), Splined solid shaft, flanged shaft
- Configuration options: With auxiliary tank, with oil pump, with cooling fan, with backstop, with hydraulic coupling, with gear unit swing-base
Data technica
- Size: H3HV12-50-A, H1HV03~H1HV19, H2HV4~H2HV26, H3HV5~H3HV26, H4HV7~H4HV26
- Technical Data(kN·m): 2.9~900
- Gear Ratio: 1.25~450
- Input Power(kW)：5.5~4400
Exemplaria praesto
| Transmission stage | Ratio(i) | Models |
| H1 | 1.25 – 5.6 | H1HV3, H1HV5, H1HV7, H1HV11, H1HV13, H1HV15, H1HV17, H1HV19 |
| H2 | 6.3 – 28 | H2HV4, H2HV5, H2HV6, H2HV7, H2HV8, H2HV9, H2HV10, H2HV11, H2HV12, H2HV13, H2HV14, H2HV15, H2HV16, H2HV17, H2HV18, H2HV19, H2HV20, H2HV21, H2HV22, H2HV23, H2HV24, H2HV25, H2HV26 |
| H3 | 25 – 112 |
H3HV5, H3HV6, H3HV7, H3HV8, H3HV9, H3HV10, H3HV11, H3HV12, H3HV13, H3HV14, H3HV15, H3HV16, H3HV17, H3HV18, H3HV19, H3HV20, H3HV21, H3HV22, H3HV23, H3HV24, H3HV25, H3HV26 |
| H4 | 90 – 450 | H4HV7, H4HV8, H4HV9, H4HV10, H4HV11, H4HV12, H4HV13, H4HV14, H4HV15, H4HV16, H4HV17, H4HV18, H4HV19, H4HV20, H4HV21, H4HV22, H4HV23, H4HV24, H4HV25, H4HV26 |
Typus et Denominatio
Adscendens Position
Structura Tractus
MODULARES DESIGN
PRODUCT PICTURES
H3HV12 Parallel Shaft Helical Gear Box
H3SH6 Parallel Shaft Helical Gearbox
H3SH12 Helical Reduction Gear Box
Applicatio:
Parallel shaft helical industrial gearboxes late adhibentur in lumine industriae, cibi, cervisiae et potus, industria chemica, escalatoris, apparatus repositionis automati, constructio, machinatio, ferrum et chalybs, metallurgia, charta fabricatio, machinae tabulae ligneae fundatae, autocineti fabricandi, machinae tabaci, aqua conservativa, imprimendi et pacandi, pharmaceutica, textilia, aedificatio materiae, logistics, machinae nutriendae, tutelae environmentalis et alia campi.
