O Airtac HFCY25 is a HFC series double-acting parallel open-close 3-jaw pneumatic finger. It adopts an internal wedge structure, suitable for parallel clamping of workpieces in automated equipment.
- Informações Básicas & Model Definition
| Item | Contente |
| Modelo | HFCY25 |
| Série | HFC Series (Double-acting Parallel Open-close Pneumatic Finger) |
| Gripper Type | Tipo Y (3-mandíbula) |
| Bore Diameter | 25milímetros |
| Modo de operação | Double-acting (bidirectional) |
| Configuração padrão | Magnets equipped for the whole series, easy for magnetic switch mounting |
| Tamanho da porta | M5×0.8 |
- Parâmetros principais de desempenho
| Parâmetro | Valor | Observações |
| Abertura & Closing Stroke | 6milímetros (both sides) | Parallel open-close type |
| Opening Clamping Force | 47N | At 0.5MPa, clamping point L=20mm |
| Closing Clamping Force | 42N | At 0.5MPa, clamping point L=20mm |
| Faixa de pressão operacional | 0.2~0.7MPa (2.0~7.0bar) | Recommended working pressure |
| Minimum Operating Pressure | 0.15MPa (1.5bar) | For basic operation |
| Temperatura operacional | -20~70℃ | Avoid freezing and overheating |
| Repeat Accuracy | ±0.01mm | High-precision positioning |
| Max Operating Frequency | 120 c.p.m. | Cycles per minute |
| Applicable Medium | Compressed air (filtered by 40μm or finer filter) | Clean and dry air source |
| Lubrication Requirement | Non-lube design | Long-term operation without oil lubrication |
| Compatible Sensors | CMSH, DMSH, EMSH | Circular sensor mounting groove |
- Dimensões de montagem (Unidade: milímetros)
| Símbolo | Valor | Símbolo | Valor |
| UM | 41 | E | 5 |
| AB | 3 | EA | 8 |
| B | 42 | EB | 3 |
| C | 6 | EC | 4.5 |
| CA | 12 | J. | 34 |
| CB | 14 | JA | 8 |
| D | 6 | JB | 9 |
| DA | 2+0.02 | JC | 34 (P.C.D) |
| DB | 2+0.02 | K | 3+0.01 |
| O | 3 | LA | 8 |
| KB | 5 | LB | 34 |
| KC | 14.5 | N | 26+0.05 |
| KD | 17 | NA | 1.5 |
| P | M4×0.7 | PA | 7.5 |
| PB | 14.5 | UA | 10 |
| UB | 7 | — | — |
- Mounting Methods & Torque Specifications
- Rear End Mounting
Bolt Size: M4×0.7
Max Locking Torque: 2.1Nm
Max Bolt Insertion Depth: 8milímetros
Locating Hole: Φ26+0.05mm, Depth 1.5mm
- Front Through-hole Mounting
Bolt Size: M4×0.7
Max Locking Torque: 2.1Nm
- Gripper Accessory Mounting
Bolt Size: M3×0.5
Max Locking Torque: 0.59Nm
Installation Note: Fix the gripper with an open-end wrench before tightening screws with an hex wrench. Do not apply external force directly to the gripper body.
- Recursos do produto
- Internal Wedge Structure: Delivers powerful clamping force with compact and stable structure.
- Anti-collision Pad Design: TPU buffer pad at piston front end effectively reduces metal collision noise during gripper release.
- High Positioning Accuracy: Dowel holes at the bottom ensure high mounting precision and consistent re-installation positioning.
- Multiple Mounting Options: Supports rear tapped hole mounting and front through-hole mounting for diverse application layouts.
- Premium Material Configuration: Aluminum alloy for body and piston, stainless steel for jaws and piston rod, NBR O-rings for sealing.
- Operation Precautions
- Low circuit pressure may cause clamping force attenuation and workpiece dropping. Anti-drop devices must be installed mandatorily.
- Avoid operation under excessive external force or impact to prevent internal component damage.
- Prevent dropping, collision and surface damage during installation and fixation.
- Clean pipeline debris before piping to avoid foreign matter entering the cylinder.
- Take anti-freezing measures in low-temperature environments to prevent moisture freezing inside the system.
- For long-term storage after disassembly, perform rust protection on surfaces, install dust plugs on air ports, and apply anti-rust oil on moving parts.
- Referência de seleção
Recommended safety factor: a=4. The clamping force shall be 10 para 20 times greater than the workpiece weight.
Clamping Force Formula: F > mg/(n×μ)×a
(n = number of jaws, μ = friction coefficient, m = workpiece mass, g=9.8m/s²)
If friction coefficient μ>0.2, follow the 10~20 times weight standard for clamping force selection.
Reserve a higher safety factor for high acceleration and heavy impact working conditions.
Airtac HFC Series Pneumatic Finger (Parallel Open-close Type) Model List
A série Airtac HFC refere-se a dedos pneumáticos abertos-fechados paralelos de dupla ação com estrutura interna em cunha. Os ímãs são pré-instalados em toda a série para instalação de sensores magnéticos. Classificado pela quantidade de mandíbula: 2-mandíbula (Eu digito), 3-mandíbula (Tipo Y), 4-mandíbula (Tipo X), com 7 tamanhos de furo: 16/20/25/32/40/50/63milímetros.
- Model Naming Rule
| Código | Definição |
| HFC | Basic code for double-acting parallel open-close pneumatic finger |
| EU | 2-jaw type (HFCI Series) |
| S | 3-jaw type (HFCY Series) |
| X | 4-jaw type (HFCX Series) |
| Number | Bore diameter (milímetros) |
Exemplo: HFCY25 = 3-jaw parallel open-close pneumatic finger, bore 25mm
- Lista completa de modelos
- 2-Jaw Type (HFCI Series)
| Modelo | Bore(milímetros) | Single-side Stroke(milímetros) | Opening Clamping Force(N) | Closing Clamping Force(N) |
| HFCI16 | 16 | 4 | 23 | 21 |
| HFCI20 | 20 | 5 | 34 | 30 |
| HFCI25 | 25 | 6 | 47 | 42 |
| HFCI32 | 32 | 8 | 80 | 71 |
| HFCI40 | 40 | 10 | 125 | 111 |
| HFCI50 | 50 | 12 | 195 | 173 |
| HFCI63 | 63 | 15 | 309 | 275 |
- 3-Jaw Type (HFCY Series)
| Modelo | Bore(milímetros) | Single-side Stroke(milímetros) | Opening Clamping Force(N) | Closing Clamping Force(N) |
| HFCY16 | 16 | 4 | 23 | 21 |
| HFCY20 | 20 | 5 | 34 | 30 |
| HFCY25 | 25 | 6 | 47 | 42 |
| HFCY32 | 32 | 8 | 80 | 71 |
| HFCY40 | 40 | 10 | 125 | 111 |
| HFCY50 | 50 | 12 | 195 | 173 |
| HFCY63 | 63 | 15 | 309 | 275 |
- 4-Jaw Type (HFCX Series)
| Modelo | Bore(milímetros) | Single-side Stroke(milímetros) | Opening Clamping Force(N) | Closing Clamping Force(N) |
| HFCX16 | 16 | 4 | 23 | 21 |
| HFCX20 | 20 | 5 | 34 | 30 |
| HFCX25 | 25 | 6 | 47 | 42 |
| HFCX32 | 32 | 8 | 80 | 71 |
| HFCX40 | 40 | 10 | 125 | 111 |
| HFCX50 | 50 | 12 | 195 | 173 |
| HFCX63 | 63 | 15 | 309 | 275 |
- General Technical Parameters
| Parâmetro | Especificação | Observações |
| Modo de operação | Double-acting | Bidirectional air supply for opening & closing |
| Working Pressure | 0.2~0.7MPa | Mínimo. pressão: 0.15MPa |
| Temperatura operacional | -20~70℃ | Anti-freezing & overheat protection |
| Repeat Accuracy | ±0.01mm | High precision positioning |
| Max Cycle Frequency | 120 c.p.m. | Cycles per minute |
| Tamanho da porta | M5×0.8 | Standard pneumatic port |
| Lubrificação | Non-lube | Maintenance-free long service life |
| Sensor Type | CMSH / DMSH / EMSH | Circular groove installation |
| Buffer Structure | TPU front anti-collision pad | Noise reduction during release |
- Selection Tips
- Safety Factor: Set safety factor a=4; clamping force ≥ 10~20 times workpiece weight.
- Calculation Formula: F > mg/(n×μ)×a
- Working Condition Adaptation: Increase safety factor for high acceleration and impact loads.
- Mounting Flexibility: Rear tapped hole and front through-hole mounting for various automated equipment layouts.
Airtac HFC Series Pneumatic Finger Cross-Brand Model Comparison Table
The Airtac HFC series are double-acting parallel open/close pneumatic fingers (2-jaw Type I, 3-jaw Type Y, 4-jaw Type X). Below is the comparison of functional replacement models with mainstream brands (SMC, FESTA, CKD, Koganei, Chelic), covering all bore sizes (16/20/25/32/40/50/63milímetros).
- Overview of Core Correspondence
| Airtac Series | Structure Type | Main Replacement Brand Series | Observações |
| HFCI (2-Jaw) | Parallel Open/Close 2-Jaw | SMC MHZ2, FESTO DHRS, CKD MCH2, Koganei PFG, Chelic HC | Internal wedge structure; pay attention to mounting dimension differences after replacement |
| HFCY (3-Jaw) | Parallel Open/Close 3-Jaw | SMC MHS3, FESTO DHRT, CKD MCH3, Koganei PFG3, Chelic HC3 | Clamping force and stroke are basically matched for interchangeable use |
| HFCX (4-Jaw) | Parallel Open/Close 4-Jaw | SMC MHS4, FESTO DHRS-4, CKD MCH4, Koganei PFG4, Chelic HC4 | Four jaws open and close synchronously, suitable for clamping circular workpieces |
- Detailed Model Comparison Table (By Jaw Type)
2-Jaw Type (HFCI Series)
| Airtac Model | SMC | FESTA | CKD | KOGANEI | CHELIC |
| HFCI16 | MHZ2-16D | DHRS-16-A | MCH2-16D | PFG-16 | HC-16S |
| HFCI20 | MHZ2-20D | DHRS-20-A | MCH2-20D | PFG-20 | HC-20S |
| HFCI25 | MHZ2-25D | DHRS-25-A | MCH2-25D | PFG-25 | HC-25S |
| HFCI32 | MHZ2-32D | DHRS-32-A | MCH2-32D | PFG-32 | HC-32S |
| HFCI40 | MHZ2-40D | DHRS-40-A | MCH2-40D | PFG-40 | HC-40S |
| HFCI50 | MHZ2-50D | DHRS-50-A | MCH2-50D | PFG-50 | HC-50S |
| HFCI63 | MHZ2-63D | DHRS-63-A | MCH2-63D | PFG-63 | HC-63S |
3-Jaw Type (HFCY Series)
| Airtac Model | SMC | FESTA | CKD | KOGANEI | CHELIC |
| HFCY16 | MHS3-16D | DHRT-16-A | MCH3-16D | PFG3-16 | HC3-16S |
| HFCY20 | MHS3-20D | DHRT-20-A | MCH3-20D | PFG3-20 | HC3-20S |
| HFCY25 | MHS3-25D | DHRT-25-A | MCH3-25D | PFG3-25 | HC3-25S |
| HFCY32 | MHS3-32D | DHRT-32-A | MCH3-32D | PFG3-32 | HC3-32S |
| HFCY40 | MHS3-40D | DHRT-40-A | MCH3-40D | PFG3-40 | HC3-40S |
| HFCY50 | MHS3-50D | DHRT-50-A | MCH3-50D | PFG3-50 | HC3-50S |
| HFCY63 | MHS3-63D | DHRT-63-A | MCH3-63D | PFG3-63 | HC3-63S |
4-Jaw Type (HFCX Series)
| Airtac Model | SMC | FESTA | CKD | KOGANEI | CHELIC |
| HFCX16 | MHS4-16D | DHRS-16-A-4 | MCH4-16D | PFG4-16 | HC4-16S |
| HFCX20 | MHS4-20D | DHRS-20-A-4 | MCH4-20D | PFG4-20 | HC4-20S |
| HFCX25 | MHS4-25D | DHRS-25-A-4 | MCH4-25D | PFG4-25 | HC4-25S |
| HFCX32 | MHS4-32D | DHRS-32-A-4 | MCH4-32D | PFG4-32 | HC4-32S |
| HFCX40 | MHS4-40D | DHRS-40-A-4 | MCH4-40D | PFG4-40 | HC4-40S |
| HFCX50 | MHS4-50D | DHRS-50-A-4 | MCH4-50D | PFG4-50 | HC4-50S |
| HFCX63 | MHS4-63D | DHRS-63-A-4 | MCH4-63D | PFG4-63 | HC4-63S |
- Key Notes for Replacement & Seleção
3.1 Structural Difference Comparison
| Item de comparação | Airtac HFC Series | SMC MHZ2 / MHS Series | FESTO DHRS / DHRT Series |
| Estrutura Central | Internal wedge mechanism | Rack & pinion + linear guide | Rack & pinion + guide mechanism |
| Clamping Force Feature | Opening force > Closing force (aprox.. 1.1 vezes) | Closing force > Opening force (aprox.. 1.2 vezes) | Closing force > Opening force (aprox.. 1.2 vezes) |
| Repeat Accuracy | ±0.01mm | ±0.01mm | ±0.02mm |
| Método de montagem | Rear tapped holes + front through holes | Three-sided mounting (side / bottom / frente) | Three-sided mounting (side / bottom / frente) |
| Configuração padrão | Built-in magnet | With magnet (suffix -D) | Optional magnet (special order required) |
3.2 Seleção & Diretrizes de Substituição
- Function Matching: The HFC series are double-acting type. Ao substituir, select the double-acting models of corresponding brands (por exemplo, SMC suffix `-D`, FESTO suffix `-A`).
- Mounting Compatibility:
Mounting hole positions, dimensions and bolt specifications may vary; please check the mounting dimension drawing before replacement.
Airtac HFC rear positioning hole: Φ26⁺⁰·⁰⁵ mm, depth 1.5mm, different from some competitor brands.
- Performance Parameter Verification:
| Item de comparação | Airtac HFC Series | SMC MHZ2 / MHS Series | FESTO DHRS / DHRT Series |
| Estrutura Central | Internal wedge mechanism | Rack & pinion + linear guide | Rack & pinion + guide mechanism |
| Clamping Force Feature | Opening force > Closing force (aprox.. 1.1 vezes) | Closing force > Opening force (aprox.. 1.2 vezes) | Closing force > Opening force (aprox.. 1.2 vezes) |
| Repeat Accuracy | ±0.01mm | ±0.01mm | ±0.02mm |
| Método de montagem | Rear tapped holes + front through holes | Three-sided mounting (side / bottom / frente) | Three-sided mounting (side / bottom / frente) |
| Configuração padrão | Built-in magnet | With magnet (suffix -D) | Optional magnet (special order required) |
- Special Working Condition Adaptation:
High-speed & high-cycle operation: Prioritize SMC (máx. 180 c.p.m.) or FESTO (máx. 150 c.p.m.); Airtac: 120 c.p.m.
High-precision positioning: All brands meet ±0.01~±0.02mm for interchangeable use.
Corrosion-resistant environment: Select stainless steel jaw models (por exemplo, Airtac HFCQ series, SMC -M9B series).
- Procurement Suggestions for Replacement Models
- Direct Replacement: For non-high-precision mounting and moderate performance requirements, direct replacement according to the table is available, reducing overall cost by 30%~50%.
- Fully Compatible Replacement:
Para 100% dimensional matching, use the same brand series or custom mounting brackets.
If sensor interfaces differ, replace with brand-specific magnetic switches (por exemplo, SMC D-M9 series, FESTO SME series).
- Cost Optimization Solution:
Bulk procurement: Marcas nacionais (Airtac, Chelic) offer higher cost performance to replace imported products.
Small-batch trial: Purchase 1~2 replacement units for mounting and performance testing before mass adoption.
Airtac HFC series and mainstream brand parallel open/close pneumatic fingers share consistent core functions and are mutually replaceable. Prioritize verifying four key parameters: dimensões de montagem, clamping force, stroke and port specifications to guarantee system compatibility and stability. It is recommended to refer to the official technical manuals of corresponding brands for accurate specifications before replacement。
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