Workholding
Contact
Series
B1.9471

Threaded-Body Work Supports

with metallic wiper edge,
double acting, max. operating pressure 70 bar
Threaded-Body Work Supports
Downloads
Catalogue sheet
Operating instructions
Information Series
Description
B 1.9471 Threaded-Body Work Supports

Hydraulic work supports are used to provide a self-adjusting rest for workpieces and avoid their vibration and deflection under machining loads.
This series offers high support forces already at 70 bar and can directly be connected to the low-pressure hydraulics of the machine tool. In case of the double-acting version, the return stroke of the support plunger is effected in a precisely defined time, that is above all advantageous in cycle-dependent installations.

The support plunger is hydraulically extended and retracted by means of a small double-acting cylinder. Contact to the workpiece is made by spring force. The pressure can be easily exchanged.
Locking of the support plunger through the slotted clamping sleeve is made by means of a ring-shaped conical hydraulic piston where the locking force is transmitted by a low-friction ball shell. Unlocking of the support plunger is made by spring force.

The support plunger is retracted in off-position. When pressurised, the piston of the double-acting cylinder extends against an internal stop and the support plunger contacts the already clamped workpiece with spring force.
With continuing pressure increase, the conical hydraulic piston moves downwards. The support plunger will be radially locked by the slotted locking bush using a low-friction spherical shell and can then compensate load forces in axis direction.
For unclamping, hydraulic pressure will be released. The conical hydraulic piston is pushed upwards by spring force, whereby the locking of the support plunger disengages. At the same time, the return line is pressurised and the piston of the double-acting cylinder retracts the support plunger back to the off-position.

Products (4)
Loading…
functioning
double acting (4)
max. operating pressure [bar]
70 (4)
seals
NBR (4)
hydraulic ports
for drilled channels (4)
body design
position monitoring
without (4)
pressure range
low pressure (4)
wiper
FKM with metallic wiper edge (4)
venting of the spring area
without (4)
self-locking
without (4)
bolt type
with contact bolt (4)
min. operating pressure [bar]
25 (4)
max. operating temperature [°C]
70 (4)
off-position
without (4)
extending
hydraulic (4)
return
hydraulic (4)
contact
with spring force (4)
plunger Ø [mm]
max. load force [kN]
plunger stroke [mm]
max. flow rate [cm3/s]
- (4)
spring contact force [N]
pneumatic contact force [N/bar]
- (4)
elastic deformation [µm/kN]
Item no. CAD datafunctioningmax. operating pressure [bar]sealshydraulic ports
Item no.
CAD data
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
Properties
Item no.
CAD data
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
Properties
Item no.
CAD data
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
Properties
Item no.
CAD data
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
Properties
Loading…
Item no.
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
body design
threaded-body type M26
position monitoring
without
pressure range
low pressure
wiper
FKM with metallic wiper edge
venting of the spring area
without
self-locking
without
bolt type
with contact bolt
min. operating pressure [bar]
25
max. operating temperature [°C]
70
off-position
without
extending
hydraulic
return
hydraulic
contact
with spring force
plunger Ø [mm]
10
max. load force [kN]
3
plunger stroke [mm]
6.5
max. flow rate [cm3/s]
-
spring contact force [N]
3,7-9,5
pneumatic contact force [N/bar]
-
elastic deformation [µm/kN]
9
Item no.
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
body design
threaded-body type M30
position monitoring
without
pressure range
low pressure
wiper
FKM with metallic wiper edge
venting of the spring area
without
self-locking
without
bolt type
with contact bolt
min. operating pressure [bar]
25
max. operating temperature [°C]
70
off-position
without
extending
hydraulic
return
hydraulic
contact
with spring force
plunger Ø [mm]
12
max. load force [kN]
4
plunger stroke [mm]
8
max. flow rate [cm3/s]
-
spring contact force [N]
7-12
pneumatic contact force [N/bar]
-
elastic deformation [µm/kN]
8
Item no.
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
body design
threaded-body type M36
position monitoring
without
pressure range
low pressure
wiper
FKM with metallic wiper edge
venting of the spring area
without
self-locking
without
bolt type
with contact bolt
min. operating pressure [bar]
25
max. operating temperature [°C]
70
off-position
without
extending
hydraulic
return
hydraulic
contact
with spring force
plunger Ø [mm]
15
max. load force [kN]
5.5
plunger stroke [mm]
8
max. flow rate [cm3/s]
-
spring contact force [N]
9,7-14,8
pneumatic contact force [N/bar]
-
elastic deformation [µm/kN]
7
Item no.
functioning
double acting
max. operating pressure [bar]
70
seals
NBR
hydraulic ports
for drilled channels
body design
threaded-body type M45
position monitoring
without
pressure range
low pressure
wiper
FKM with metallic wiper edge
venting of the spring area
without
self-locking
without
bolt type
with contact bolt
min. operating pressure [bar]
25
max. operating temperature [°C]
70
off-position
without
extending
hydraulic
return
hydraulic
contact
with spring force
plunger Ø [mm]
16
max. load force [kN]
10
plunger stroke [mm]
10
max. flow rate [cm3/s]
-
spring contact force [N]
8,5-14,8
pneumatic contact force [N/bar]
-
elastic deformation [µm/kN]
5