Orari: Lun - Ven: 8.00 - 12.00, 13:30 - 17:30

LOGIN CUSTOMERS
LOGIN CUSTOMERS
X
 
GHIM Hydraulics has recently designed a whole range of hydraulic cylinders: Single Effect cylinder“ SE” Double Effect cylinder“ DE” with bore until 250 mm and strokes until 4500 mm. These cylinders have been designed using high resistance materials so that both the encumbrance dimensions and the weight can be kept down. In general “SE” cylinders are equipped with an auxiliary plug for the air relief. The particular superficial internal trim size together with the careful choice of gaskets with reduced friction make our product technically advanced; with very high renderings.
Home | Cylinders and Jacks | STANDARD Hydraulic Cylinders

Microfamily

       A - PP - Reinforced Flat Back
       B - PL - Flat Back Plate
       D - BR - Back Case With Welded Bush type BR
       E - OF - Bottom With Welded Bush type OF
       F - OB - Circular Perforated Bottom Case
       G - OA - Circular Forato Alto Back
       H - OC - Back Case with Welded Hinge
       I - OD - Base Case with Welded Hinge
       J - US - Back Case with Welded Fork
       M - BP - Back Case With Welded Bush
       O - TM - Back Case with Threaded Pin
       P - SB - Base Back Case With Lubricatable Spherical Joi
       Q - SS - Bottom with Welded Spherical Ball Joint
       S - SR - Back Case with Spherical Joint Lubricable with
       T - SA - Caseback with wide-welded agricultural spheric
       U - SA - Caseback with spherical articulated type Agric
       V - FC - Flat Back Plate with Circular Flange Saladed o
       W - FL - Flat Back Plate with Side Flange Welded on the
       X - CU - Flat Back Case with Basculante Cradle Welded
       Z - WW - Special Attack

Subfamily

       A - PP - Flat Stem
       D - BR - Stem with Welded Bush type BR
       E - OF - Stem with Sadlata Bush type OF
       F - OB - Perforated Circular Stem
       H - OC - Stem with Welded Hinge
       J - US - Stem with Welded Fork
       K - UF - Stem with Welded Squared Fork
       N - TF - Stem with Female Threaded Hole
       O - TM - Stem with threaded pin
       P - SF - Threaded Spherical Rod Joint
       Q - SS - Rod with Welded Spherical Joint
       R - SB - Female Threaded Spherical Rod Joint
       S - SV - Rod with Spherical Joint Lubricated Threaded w
       T - SG - Adjustable Threaded Lubricated Spherical Rod
       U - SA - Welded spindle with spherical type
       V - DR - Selo con Rigid Welded Circular Plate (Stabiliz
       X - CU - Stem with Welded Spherical Oscillating Base (H
       Z -WW - Special Attack
CLN.SE OC/SS Dp60 De70 St35 C.0076 - B-3/8"G Z070
CLN.SE OC/SS Dp60 De70 St35 C.0076 - B-3/8"G Z070
CHQ-ED-9007

Cilindro Oleodinamico a Semplice Effetto tipo OC/SS ( OC - cerniera / SS - snodo saldato ) con Alesaggio Dp=60mm, De=70mm, St=35mm, Corsa=76mm, Attacco Borchia 3/8"G - Cerniera Base 30x96x60 d=23,25mm - Snodo Saldato Stelo d=30. Interasse Chiuso = 340 mm.

Detail
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z070
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z070
CHQ-ED-9020

Cilindro Oleodinamico a Semplice Effetto tipo OC/SS ( OC - cerniera / SS - snodo saldato ) con Alesaggio Dp=60mm, De=70mm, St=35mm, Corsa=200mm, Attacco Borchia 3/8"G - Cerniera Base 30x96x60 d=23,25mm - Snodo Saldato Stelo d=30. Interasse Chiuso = 500 mm.

Detail
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z100
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z100
CHQ-ED-9021

Cilindro Oleodinamico a Semplice Effetto tipo OC/SS ( OC - cerniera / SS - snodo saldato ) con Alesaggio Dp=60mm, De=70mm, St=35mm, Corsa=200mm, Attacco Borchia 3/8"G - Cerniera Base 30x96x60 d=23,25mm - Snodo Saldato Stelo d=30. Interasse Chiuso = 530 mm.

Detail
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z070
CLN.SE OC/SS Dp60 De70 St35 C.0200 - B-3/8"G Z070
CHQ-ED-9120

Cilindro Oleodinamico a Semplice Effetto tipo OC/SS ( OC - cerniera / SS - snodo saldato ) con Alesaggio Dp=60mm, De=70mm, St=35mm, Corsa=200mm, Attacco Borchia 3/8"G - Cerniera Base 30x96x60 d=23,25mm - Snodo Saldato Stelo d=30. Interasse Chiuso = 480 mm.

Detail