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Series
B1.8807

Swing clamps without swing stroke

top flange type, reinforced swing mechanism,
double acting, max. operating pressure 250 bar
Swing clamps without swing stroke
Downloads
Catalogue sheet
Operating instructions
Description
B 1.8807 Swing clamps without swing stroke

In this version without axial swing stroke, the clamping arm swivels in one plane and does not make any axial movement when swivelled. 

Special features
• Reinforced swing mechanism
• Connections for pipe threads and drilled channels
 • Radial anti-rotation device in the clamping stroke
 • Indexing of clamping arm for repeatable alignment

Reinforced swing mechanism
The reinforced swing mechanism ensures that the angle position of the clamping arm remains the same even if a slight collision with the workpiece during loading and unloading or during clamping occurs.

Radial anti-rotation device in the clamping stroke
With swivelling clamping devices, workpieces can also be machined overhead. In the event of a sudden drop in clamping pressure, the radial anti-rotation device prevents the clamping arm from swivelling back. The workpiece is then no longer clamped. However, a sensible arrangement of several swing clamps and workpiece positioning aids can prevent the workpiece from falling out of the fixture (see also the note in the operating manual).

Advantages
● Compact design partially recessible
● Compact design
● Extremely short clamping and unclamping times
● Swinging in into narrow recesses
● Wiper with metal swarf protection

Versions
• 3 sizes
• Clamping arm seat with cone 1: 10, pendulum eye or fork head
• 2 clamping strokes per size
• Clockwise, counterclockwise or non-swivelling swing motion 
• Swing angle 0°, 15° to 75° and 90°
• Angle of clamping position selectable for pendulum eye or fork head

Seals
NBR = nitrile butadiene rubber

Double clamping arm
This allows space-saving clamping of workpieces in multiple clamping fixtures. 
Piston rods with pendulum eyes and fork heads are available so that optimally fitting double clamping arms can be attached. 
For a newly designed double clamping arm, the moment of inertia must be determined to 
calculate the admissible flow rate using the formula on page 9 of the catalogue sheet.

Products (519)
10
  • 10
  • 25
  • 50
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body design
top flange (519)
size
clamping arm seat
clamping stroke [mm]
All
  • All
  • 12 (172)
  • 15 (86)
  • 25 (174)
  • 8 (87)
swing stroke [mm]
0 (519)
total stroke [mm]
All
  • All
  • 12 (172)
  • 15 (6)
  • 25 (174)
  • 8 (167)
swing angle [°]
All
  • All
  • 0 (18)
  • 15 (36)
  • 20 (36)
  • 25 (36)
  • 30 (36)
  • 35 (35)
  • 40 (36)
  • 45 (36)
  • 50 (36)
  • 55 (36)
  • 60 (36)
  • 65 (35)
  • 70 (36)
  • 75 (35)
  • 90 (36)
swing direction
angle of clamping position W [°]
functioning
double acting (519)
piston diameter [mm]
rod diameter [mm]
max. pulling force [kN]
max. operating pressure [bar]
250 (519)
seals
NBR (519)
hydraulic ports
pipe thread and manifold connection with O-ring (519)
swing mechanism
reinforced (519)
Item no. CAD datafunctioningpiston diameter [mm]rod diameter [mm]max. pulling force [kN]
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Item no.
CAD data
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
Properties
Loading…
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
12
swing mechanism
reinforced
swing angle [°]
25
swing direction
ccw
swing stroke [mm]
total stroke [mm]
12
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
25
swing mechanism
reinforced
swing angle [°]
25
swing direction
ccw
swing stroke [mm]
total stroke [mm]
25
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
12
swing mechanism
reinforced
swing angle [°]
30
swing direction
ccw
swing stroke [mm]
total stroke [mm]
12
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
25
swing mechanism
reinforced
swing angle [°]
30
swing direction
ccw
swing stroke [mm]
total stroke [mm]
25
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
12
swing mechanism
reinforced
swing angle [°]
35
swing direction
ccw
swing stroke [mm]
total stroke [mm]
12
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
25
swing mechanism
reinforced
swing angle [°]
35
swing direction
ccw
swing stroke [mm]
total stroke [mm]
25
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
12
swing mechanism
reinforced
swing angle [°]
40
swing direction
ccw
swing stroke [mm]
total stroke [mm]
12
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
25
swing mechanism
reinforced
swing angle [°]
40
swing direction
ccw
swing stroke [mm]
total stroke [mm]
25
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
12
swing mechanism
reinforced
swing angle [°]
45
swing direction
ccw
swing stroke [mm]
total stroke [mm]
12
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
functioning
double acting
piston diameter [mm]
50
rod diameter [mm]
36
max. pulling force [kN]
23.6
max. operating pressure [bar]
250
seals
NBR
hydraulic ports
pipe thread and manifold connection with O-ring
body design
top flange
clamping stroke [mm]
25
swing mechanism
reinforced
swing angle [°]
45
swing direction
ccw
swing stroke [mm]
total stroke [mm]
25
clamping arm seat
cone 1:10
size
3
angle of clamping position W [°]
Accessories (12)
10
  • 10
  • 25
  • 50
Item no. CAD data Description
Item no.
CAD data
/
Description
O-ring 6 x 1.5 mm, NBR as per data sheet B1.828
Item no.
CAD data
Description
O-ring 8 x 1.5 mm, NBR as per data sheet B1.5091
Item no.
CAD data
Description
Clamping arm blank with cone 1:10 for piston rod Ø 16 mm max. 250 bar, as per data sheet B1.8807
Item no.
CAD data
/
Description
Clamping arm blank with cone 1:10 for piston rod Ø 25 mm max. 250 bar, as per data sheet B1.8807
Item no.
CAD data
Description
Clamping arm blank with cone 1:10 for piston rod Ø 36 mm max. 250 bar, as per data sheet B1.8807
Item no.
CAD data
/
Description
Nut M14x1.5 as per data sheet B1.852
Item no.
CAD data
/
Description
Hex nut M22 x 1.5 mm tightening torque: 50 Nm as per data sheet B1.8807
Item no.
CAD data
/
Description
Hex nut M30 x 1,5 mm tightening torque: 110 Nm as per data sheet B1.8807
Item no.
CAD data
/
Description
Index pin Ø3 x 6 mm, St50k as per data sheet B1.852
Item no.
CAD data
Description
Dowel pin Ø 3 x 12 mm as per data sheet B1.8807
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