Fans for atomizers

Our fans are suitable for plantations of trees that need phytosanitary applications by atomizers, like almond trees, olive trees, fruit trees, citrus trees, etc. The fan model to be mounted depends on the volume of air and phytosanitary products that trees need, and on the HP power of the tractor that will run the atomizer. Among all our models of fans, those which feature clutch have two working speed.

Solano fans

Rear air suction. Within this range, one model of fan features a small diametre for narrow plantations and small tractors, at least 30 HP. According the model, minimum required power of the tractor may be 30, 45, 50 and 55 HP, and there may be 8, 10 or 12 nozzle-holders.

Modelo

Ø mm

Núm. palas

Núm. Jets

Embrague

R.P.M. Grupo aire

Volumen aire: m3/h

Distancia (m/s)

R.P.M.

r.p.m. tractor

r.p.m. grupo posición marcha 1

r.p.m. grupo posición marcha 2

r.p.m. hélice

CV mínimo tractor

T-600 Solano

600 mm

8

8

-

540

3143

-

25000

45,1

12

30

T-700 Solano

700 mm

7

10

-

540

3143

-

33500

36,9

20

35

T-740 Solano

740 mm

7

12

-

540

3143

-

35600

36,8

25

45

Inverter fans

Inverted air suction. With this system, fan is more silent and do not suction back the sprayed mixture. Within this range, minimum required power of the tractor may be 45, 55 and 65 HP, and there may be 12 or 14 nozzle-holders.

Modelo

Ø mm

Núm. palas

Núm. Jets

Embrague

R.P.M. Grupo aire

Volumen aire en marcha 2 (m3/h)

R.P.M.

r.p.m. tractor

r.p.m. grupo posición marcha 1

r.p.m. grupo posición marcha 2

Volumen aire: m3/h

Inclinación mínima*

Volumen aire: m3/h

Inclinación máxima*

r.p.m. hélice

CV mínimo tractor

T-720 Inverter

720 mm

9

12

SI

540

1890

2376

23210

30650

27,4

45

T-815 Inverter

815 mm

9

14

SI

540

1890

2376

31948

39200

35,5

55

T-920 Inverter

920 mm

9

14

SI

540

1890

2376

38133

48230

47,5

65

NOTA: 2.376 rpm  –  * Ø 720: mín, = 26 º, máx. = 42 º | Ø 815 y 920: mín. = 34 º, máx. = 50 º

Levante fans

Rear air suction, very powerful. This fan requires a tractor of 65 HP or more, and features 16 nozzle-holders.

Modelo

Ø mm

Núm. palas

Núm. Jets

Embrague

R.P.M. Grupo aire

Volumen aire en marcha 2 (m3/h)

R.P.M.

r.p.m. tractor

r.p.m. grupo posición marcha 1

r.p.m. grupo posición marcha 2

Volumen aire: m3/h

25 ° inclinación

Volumen aire: m3/h

45 ° inclinación

r.p.m. hélice

CV mínimo tractor

T-920 Levante

920 mm

9

16

SI

540

1890

2376

53280

73440

51

65

Ciclon fans

Especially recommended for treatments on very leafy trees with big leaves like citrus and, more generally, that require a big volume of both L/Ha and air. Depending on the chosen diametre, you will a need a tractor of at leat 75 or 95 HP to run this fan with 28 nozzle-holders.

Modelo

Ø mm

Núm. palas

Núm. Jets

Embrague

R.P.M. Grupo aire

Volumen aire en marcha 2 (m3/h)

R.P.M.

r.p.m. tractor

r.p.m. grupo posición marcha 1

r.p.m. grupo posición marcha 2

Volumen aire: m3/h

Inclinación mínima*

Volumen aire: m3/h

Inclinación máxima*

r.p.m. hélice

CV mínimo tractor

T-920 Ciclón

920 mm

9

28

SI

540

1582

1780

73682

83798

47,5

75

T-1060 Ciclón

1060 mm

9

28

SI

540

1582

1780

84696

108618

70,3

95

Nota: 1.780 rpm – * Ø 920: mín. = 26 º, máx. 0 42 º | Ø 1060 y 920: mín. = 64 º, máx. = 80 º

Olivos fans

Especially designed for olive-tree plantations. Its deflector directs products with precision towards trees, so as to avoid wasting them outside its targets. To run this fan with 18 nozzle-holders, a tractor of at least 75 HP is needed.

Modelo

Ø mm

Núm. palas

Núm. Jets

Embrague

R.P.M. Grupo aire

Volumen aire en marcha 2 (m3/h)

R.P.M.

r.p.m. tractor

r.p.m. grupo posición marcha 1

r.p.m. grupo posición marcha 2

Volumen aire: m3/h

26 ° inclinación

Volumen aire: m3/h

42 ° inclinación

r.p.m. hélice

CV mínimo tractor

T-920 Torreta Olivos

920 mm

9

18

SI

540

1582

1780

73682

83798

47,5

75

We are at your disposal for any questions or doubts and to help you find the best solution when equipping your machines and thus achieve an optimal development of work in the field.