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Spannelemente für die Industrie und Handel seit 2001

HSC-Series Hydraulic Swing Clamp

HSC Hydraulic Swing Clamp

HSC Hydraulischer Schwenkspanner

Hydraulic Swing Clamps

Compact. Powerful. Reliable.

  • Space-saving, compact design — ideal for high-volume series production in machining centers
  • Rugged, reliable, and built for long-lasting performance
  • Specially treated sliding surfaces ensure exceptionally smooth operation, outstanding performance, and extended service life
  • Two series to fit your needs:
    • HSC series — standard height
    • HSX series — ultra-compact design with reduced height
  • Material: High-strength carbon steel — extremely wear-resistant, durable, and robust
  • Wide selection of piston sizes, mounting options, and connection types
  • Optional stroke extensions available (see specifications)
  • Clamping forces ranging from 1.66 kN to 26.39 kN
  • Supplied fully assembled with clamping arm
  • Operating pressure: 15 to 70 bar
  • Double-acting hydraulic cylinder for efficient performance
  • Operating temperature range: -10°C to +70°C

Important:

To maintain optimal performance, avoid excessive clamping speeds.
We recommend using a flow control valve for precise speed regulation.

Compatibility:

  • The HSC series replaces the CHS series
  • The HSX series replaces the Cl-HSC series

Customization:

Tailored modifications to meet specific customer requirements are available upon request.

➝ CAD data and pricing: available on request

Ordering Indication : HSC - MF-25-S-Rx90-E
HSC
 SERIES HSC
MF
 Mounting and piping types Blank : Standard Line type
M       : Manifold type
MF     : Manifold type with Flow Control
FA      : Top Flange type
TB      : Threaded body
FAM   : Top Flange type with manifold
FAMT : Top Flange type with flow control
25
 Body size/
Hydraulic cylinder inside diameter [mm]		 ø25, ø32, ø40, ø50, ø63
S
 Clamping arm type S : Single side arm
D : Double side arm
R
 Rotating direction R : Turn right (clockwise direction)
L : Turn left (anti-clockwise direction)
N : 0° (No swing)
90
 Rotating angle Standard angle : 90° (±2°)
optional : 0°, 45° ±(2°), 60° (±2°)
E
 Stroke Extention optional stroke extention

Model NoClamping force
at 70bar
[kN]		Swing
stroke
[mm]		Standard
clamping
stroke
[mm]		Extended
clamping
stroke
[mm]		Standard
total
stroke [mm]		Extended
total
stroke
[mm]		Standard
Oil capacity
Clamp
[cm3]		Extended
Oil capacity
Clamp
[cm3]		Standard
Oil capacity
Unclamp
[cm3]		Extended
Oil capacity
Unclamp
[cm3]		eff.
piston area
Clamp
[cm2]		eff.
piston area
Unclamp
[cm2]
HSC-25 1,66 11.5 13 - 24.5 - 12,03 - 5,81 - 4,91 2,37
HSC-32 3,43 14.5 15 30 29.5 44.5 23,72 37,38 14,45 21,81 8,04 4,9
HSC-40 6,03 14.5 15 30 29.5 44.5 37,05 55,89 25,43 38,36 12,56 8,92
HSC-50 9,43 16 17 34 33 50 64,78 98,15 44,45 67,35 19,63 13,47
HSC-63 14,88 16 17 34 33 50 106,3 155,8 70,16 106,3 31,16 21,26
HSC-80 26,39 15 15 - 30 - 113.1 - 150.72 - 50.27 37.7
⬇︎ ⬇︎ HSX-Series Compact type with lower height ⬇︎ ⬇︎
HSX-25 1,66 9 13 - 22 - 10,80 - 5,21 - 4,91 2,37
HSX-32 3,43 11 15 30 26 41 20,90 32,96 12,74 20,09 8,04 4,9
HSX-40 6,03 11 15 30 26 41 32,66 51,50 22,41 35,34 12,56 8,62
HSX-50 9,43 13 17 34 30 47 58,89 92,26 40,41 63,31 19,63 13,47
HSX-63 14,88 13 17 34 30 47 99,92 146,45 63,78 99,92 31,16 21,26

HSC Technical Drawing Hydraulic Swing Clamp Line Type
MODELA1*A2*BCD1D2D3E1E2E3FG1G2HΦIJKLMN1N2N3Q
HSC-25 104 127 76 27 16 27 19 M10 ø8 M14×1.5 10 50 140 9 ø46 52 40 ø6.8 PT1/8 8 17 46 ø18
HSC-32 118 144 85 30 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 56 44 ø6.8 PT1/8 10 19 52 ø20
HSC-40 123 150 90 30 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 PT1/8 12 19 57 ø22.4
HSC-50 137 167 100 34 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 PT1/4 15 21.5 63.5 ø28
HSC-63 142 177 105 34 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 PT1/4 17 22 68 ø35.5
HSC-80 142 187 105 34 28 52 34 M16 ø16 M30×2 20 85 220 16 ø100 110 87 ø13 PT1/4 17 25 65 ø40
HSC-32-E 148 175 100 30 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 56 44 ø6.8 PT1/8 10 19 67 ø20
HSC-40-E 153 180 105 30 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 PT1/8 12 19 72 ø22.4
HSC-50-E 171 201 117 34 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 PT1/4 15 21.5 80.5 ø28
HSC-63-E 176 211 122 34 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 PT1/4 17 22 85 ø35.5
⬇︎ ⬇︎ HSX-Series compact type with lower height ⬇︎ ⬇︎
HSX-25 101 124 76 27 16 27 19 M10 ø8 M14×1.5 10 50 140 9 ø46 52 40 ø6.8 PT1/8 8 17 46 ø18
HSX-32 115 140 85 30 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 56 44 ø6.8 PT1/8 10 19 52 ø20
HSX-40 120 148 90 30 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 PT1/8 12 19 57 ø22.4
HSX-50 134 166 100 34 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 PT1/4 15 21.5 63.5 ø28
HSX-63 139 175 105 34 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 PT1/4 17 22 68 ø35.5
HSX-32-E 145 170 100 30 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 56 44 ø6.8 PT1/8 10 19 67 ø20
HSX-40-E 150 178 105 30 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 PT1/8 12 19 72 ø22.4
HSX-50-E 168 200 117 34 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 PT1/4 15 21.5 80.5 ø28
HSX-63-E 173 209 122 34 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 PT1/4 17 22 85 ø35.5
*) A1 and A2 : Height in unclamped position.

HSC Drawing Manifold type Hydraulic Swing Clamp
MODELA1*A2*BD1D2D3E1E2E3FG1G2HJKLMNO-RingQ
HSC-M25 104 127 76 16 27 19 M10 ø8 M14×1.5 10 50 140 9 55 42 ø6.8 18 20 P7 ø18
HSC-M32 118 144 85 18 31 22 M10 ø8 M16×1.5 10 55 160 10 57 44 ø6.8 22 22 P7 ø20
HSC-M40 123 150 90 18 31 22 M10 ø10 M18×1.5 10 60 160 10 69 52 ø9 26 26 P8 ø22.4
HSC-M50 137 167 100 20 37 25 M12 ø12 M20×1.5 12 65 180 12 75 58 ø9 32 30 P8 ø28
HSC-M63 142 177 105 23 48 32 M16 ø15 M24×2 15 75 200 15 92 72 ø11 40 37 P9 ø35.5
⬇︎ ⬇︎ HSX-Serie mit kompakterer Bauhöhe ⬇︎ ⬇︎
HSX-M25 101 124 76 16 27 19 M10 ø8 M14×1.5 10 50 140 9 55 42 ø6.8 18 20 P7 ø18
HSX-M32 115 140 85 18 31 22 M10 ø8 M16×1.5 10 55 160 10 57 44 ø6.8 22 22 P7 ø20
HSX-M40 120 148 90 18 31 22 M10 ø10 M18×1.5 10 60 160 10 69 52 ø9 26 26 P8 ø22.4
HSX-M50 134 166 100 20 37 25 M12 ø12 M20×1.5 12 65 180 12 75 58 ø9 32 30 P8 ø28
*) A1 and A2 : Height in unclamped position.

HSC Drawing, Manifold type with Flow Control
MODELA1*A2*BCD1D2D3E1E2E3FG1G2HΦIJKLMO-RingQ
HSC-MF25 104 127 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 ø46 55 42 ø6.8 19 P7 ø18
HSC-MF32 118 144 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 57 44 ø6.8 21 P7 ø20
HSC-MF40 123 150 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 23 P9 ø22.4
HSC-MF50 137 167 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 28 P9 ø28
HSC-MF63 142 177 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 32 P9 ø35.5
HSC-MF32-E 148 175 100 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 57 44 ø6.8 21 P7 ø20
HSC-MF40-E 153 180 105 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 23 P9 ø22.4
HSC-MF50-E 171 201 117 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 28 P9 ø28
HSC-MF63-E 176 211 122 30 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 32 P9 ø35.5
⬇︎ ⬇︎ HSX-Serie mit kompakterer Bauhöhe ⬇︎ ⬇︎
HSX-MF25 101 124 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 ø46 55 42 ø6.8 19 P7 ø18
HSX-MF32 115 140 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 57 44 ø6.8 21 P7 ø20
HSX-MF40 120 148 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 23 P9 ø22.4
HSX-MF50 134 166 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 28 P9 ø28
HSX-MF63 139 175 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 32 P9 ø35.5
HSX-MF32-E 145 170 100 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 ø50 57 44 ø6.8 21 P7 ø20
HSX-MF40-E 150 178 105 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 ø54 63 48 ø9 23 P9 ø22.4
HSX-MF50-E 168 200 117 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 ø66 72 57 ø9 28 P9 ø28
HSX-MF63-E 173 209 122 30 23 48 32 M16 ø15 M24×2 15 75 200 15 ø80 88 70 ø11 32 P9 ø35.5
*) A1 and A2 : Height in unclamped position.

HSC Drawing Top Flanged Type Hydraulic Swing Clamp
MODELA1*A2*BC1D1D2D3E1E2E3FG1G2HØI1JKLM1NQ
HSC-FA25 104 127 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 Ø45 53 40 ø6.8 PT1/4 28 ø18
HSC-FA32 118 144 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 Ø50 57 44 ø6.8 PT1/4 32 ø20
HSC-FA40 123 150 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 Ø58 69 52 ø9 PT1/4 40 ø22.4
HSC-FA50 137 167 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 Ø68 75 58 ø9 PT1/4 50 ø28
HSC-FA63 142 177 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 Ø81 90 70 ø11 PT1/4 63 ø35.5
⬇︎ ⬇︎ HSX-Serie mit kompakterer Bauhöhe ⬇︎ ⬇︎
HSX-FA25 101 124 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 Ø45 53 40 ø6.8 PT1/4 28 ø18
HSX-FA32 115 140 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 Ø50 57 44 ø6.8 PT1/4 32 ø20
HSX-FA40 120 148 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 Ø58 69 52 ø9 PT1/4 40 ø22.4
HSX-FA50 134 166 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 Ø68 75 58 ø9 PT1/4 50 ø28
HSX-FA63 139 175 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 Ø81 90 70 ø11 PT1/4 63 ø35.5
*) A1 and A2 : Height in unclamped position.

HSC Drawing Top Flanged Type Hydraulic Swing Clamp
MODELA1*A2*BC2D1D2D3E1E2E3FG1G2HI2M2NT1
2Stk		T2Q
HSC-TB25 104 127 76 12 16 27 19 M10 ø8 M14×1.5 10 50 140 9 M45x1.5 PT1/8 28 10 ø65 ø18
HSC-TB32 118 144 85 12 18 31 22 M10 ø8 M16×1.5 10 55 160 10 M50x1.5 PT1/8 32 11 ø70 ø20
HSC-TB40 123 150 90 15 18 31 22 M10 ø10 M18×1.5 10 60 160 10 M55x1.5 PT1/8 40 11 ø70 ø22.4
HSC-TB50 137 167 100 15 20 37 25 M12 ø12 M20×1.5 12 65 180 12 M65x1.5 PT1/8 50 12 ø85 ø28
⬇︎ ⬇︎ HSX-Serie mit kompakterer Bauhöhe ⬇︎ ⬇︎
HSX-TB25 101 124 76 12 16 27 19 M10 ø8 M14×1.5 10 50 140 9 M45x1.5 PT1/8 28 10 ø65 ø18
HSX-TB32 115 140 85 12 18 31 22 M10 ø8 M16×1.5 10 55 160 10 M50x1.5 PT1/8 32 11 ø70 ø20
HSX-TB40 120 148 90 15 18 31 22 M10 ø10 M18×1.5 10 60 160 10 M55x1.5 PT1/8 40 11 ø70 ø22.4
HSX-TB50 134 166 100 15 20 37 25 M12 ø12 M20×1.5 12 65 180 12 M65x1.5 PT1/8 50 12 ø85 ø28
*) A1 and A2 : Height in unclamped position.

HSC Technical Drawing Hydraulic Swing Clamp Manifold TopFlanged type
MODELA1*A2*BCD1D2D3E1E2E3FG1G2HØIJ1J2KLMNO-RingQ
HSC-FAM25 104 127 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 Ø45 55 64 42 ø6.8 20 28 P6 ø18
HSC-FAM32 118 144 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 Ø50 57 65.5 44 ø6.8 22 29 P6 ø20
HSC-FAM40 123 150 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 Ø58 69 79 52 ø9 26 34.5 P9 ø22.4
HSC-FAM50 137 167 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 Ø68 75 87 58 ø9 30 39 P9 ø28
HSC-FAM63 142 177 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 Ø81 90 104.5 70 ø11 32 46 P9 ø35.5
⬇︎ ⬇︎ HSX-Serie mit kompakterer Bauhöhe ⬇︎ ⬇︎
HSX-FAM25 101 124 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 Ø45 55 64 42 ø6.8 20 28 P6 ø18
HSX-FAM32 115 140 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 Ø50 57 65.5 44 ø6.8 22 29 P6 ø20
HSX-FAM40 120 148 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 Ø58 69 79 52 ø9 26 34.5 P9 ø22.4
HSX-FAM50 134 165 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 Ø68 75 87 58 ø9 30 39 P9 ø28
HSC-FAM63 139 175 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 Ø81 90 104.5 70 ø11 32 46 P9 ø35.5
*) A1 and A2 : Height in unclamped position.

HSC Technical Drawing Hydraulic Swing Clamp Manifold Top Flanged type with Flow Control
MODELA1*A2*BCD1D2D3E1E2E3FG1G2HØIJ1J2KLMNO-RingQZ
HSC-FAMT25 104 127 76 22 16 27 19 M10 ø8 M14×1.5 10 50 140 9 Ø45 55 64 42 ø6.8 20 28 P6 ø18 27.5
HSC-FAMT32 118 144 85 25 18 31 22 M10 ø8 M16×1.5 10 55 160 10 Ø50 57 65.5 44 ø6.8 22 29 P6 ø20 28.5
HSC-FAMT40 123 150 90 25 18 31 22 M10 ø10 M18×1.5 10 60 160 10 Ø58 69 77 52 ø9 26 34.5 P6 ø22.4 34.5
HSC-FAMT50 137 167 100 30 20 37 25 M12 ø12 M20×1.5 12 65 180 12 Ø68 75 87 58 ø9 30 39 P9 ø28 37.5
HSC-FAMT63 142 177 105 30 23 48 32 M16 ø15 M24×2 15 75 200 15 Ø81 90 104.5 70 ø11 32 46 P9 ø35.5 45
*) A1 and A2 : Height in unclamped position.