Telescopic Cylinder HATC 127/53 H 20
Features & benefits
- Fully made of lightweight aluminum.
- Max working pressure of 550 bar.
About the Telescopic Cylinder HATC 127/53 H 20
Specifications
Details
Article number
101.001.173
Basic specifications
model
HATC 127/53 H 20
max. working pressure
7977 psi
max. working pressure
550 / 55 (bar/Mpa)
Performance
closed height
265 mm
closed height
10.4 in
capacity 1st plunger
280562 lbf
capacity 2nd plunger
117575 lbf
stroke 1st plunger
93 mm
stroke 1st plunger
3.7 in
stroke 2nd plunger
107 mm
stroke 2nd plunger
4.2 in
capacity 1st plunger
1248 / 127.3 (kN/t)
capacity 2nd plunger
523 / 53.3 (kN/t)
effective pressure area 1st plunger
227 cm2
effective pressure area 2nd plunger
95 cm2
effective pressure area 1st plunger
35.2 sq. in.
effective pressure area 2nd plunger
14.7 sq. in.
max. side-load resistance
10 %
General specifications
required oil content (effective)
2315 cc
required oil content (effective)
78.3 oz
required oil content (press)
3128 cc
required oil content (press)
105.8 oz
required oil content (retract)
813 cc
required oil content (retract)
27.5 oz
acting type
double
return type
hydraulic
material
aluminium
cylinder type
telescopic
Dimensions, weight and temperature
weight, ready for use
28.5 kg
weight, ready for use
62.8 lb
Technical drawing dimensions
dimension A
244.5 mm
dimension A
9.6 in
dimension B
225 mm
dimension B
8.9 in
dimension B2
230 mm
dimension B2
9.1 in
dimension C1
150 mm
dimension C1
5.9 in
dimension C2
90 mm
dimension C2
3.5 in
dimension D
42 mm
dimension D
1.7 in
dimension E
76 mm
dimension E
3 in
dimension F
265 mm
dimension F
10.4 in
dimension G
20.5 mm
dimension G
0.8 in
dimension R
225 mm
dimension R
8.9 in
dimension T
143 mm
dimension T
5.6 in
dimension U
31 mm
dimension U
1.2 in
dimension V
85 mm
dimension V
3.3 in
Features
Features & benefits
- Fully made of lightweight aluminum.
- Max working pressure of 550 bar.
- Equipped with ‘load lowering valve.’
- Ensures a controlled lowering, regardless of the load.
- Without this valve, the load could drop too quickly, creating unsafe situations.
- Including ‘hose rupture safety’
- Integrated in the lowering valves on each lifting cylinder; ensured safety, because of the load holding function, even in the event of a hose rupture.