Positioning Method: 1 (Ball Coupling), Operation: 1 (Double Acting), Electrical Entry: B (Connector), Robot Adapter: R6 (Applicable Shaft Diameter Ø25)
How Grip: -, Number of Fingers: -, Open Dimension L1(mm): -, Closed Dimension L2(mm): -, Type: [Main Body] AHC Unit, Operation Method: -, Main Body Shape: -, Gripping Force (Open Side at 0.5 Mpa)(N): -, Environment, Applications: -, Additional Function: -, Stroke Adjustment Mechanism: -, Cylinder internal diameter(mm): None, Finger position / Options: None, Auto switch: Without auto switch
Positioning Method: 1 (Ball Coupling), Operation: 0 (Single Acting), Electrical Entry: B (Connector), Robot Adapter: R1 (Applicable Shaft Diameter Ø10)
Positioning Method: Ball Coupling, Operation: Single Acting, Electrical Entry: Connector, Robot Adapter: Applicable Shaft Diameter Ø10
Positioning Method: 1 (Ball Coupling), Operation: 1 (Double Acting), Electrical Entry: A (w/o Connector), Robot Adapter: R1 (Applicable Shaft Diameter Ø10)
Positioning Method: Ball Coupling, Operation: Double Acting, Electrical Entry: w/o Connector, Robot Adapter: Applicable Shaft Diameter Ø10
MA 1 Related Products: AHC System/Auto Hand Changing System Series MA Specifications AHC System Auto Hand Changing System Series MA Series MA210 MA310 MA320 MA321 MA311 Positioning Ball coupling Curved coupling Max. transportable weight 3 kg 5 kg Single acting/ Air supply at separation Double acting Double acting The robot hand tools change automatically to accommodate workpieces of different
1 Related Products: AHC System/Auto Hand Changing System Series MA Specifications AHC System Auto Hand Changing System Series MA Series MA210 MA310 MA320 MA321 MA311 Positioning Ball coupling Curved coupling Max. transportable weight 3 kg 5 kg Single acting/ Air supply at separation Double acting Double acting The robot hand tools change automatically to accommodate workpieces of different
Developed to meet the most advanced need for factory automation, the AHC (Automatic Hand Changing) system automatically changes robot hand tools according to works in different shapes, thus materializing FMS (Flexible Manufacturing System) in the assembly line. Tools are attached/detached automatically. Thus trouble- some tool exchange work is dispensed with, and tool exchange time can be
AUTO HAND CHANGER, ACTUATOR, MA GRIPPERS, 1C, MA AUTO-HAND CHANGER, 1.88943 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, AUTO HAND CHANGER, ACTUATOR, MA GRIPPERS, 1C, MA AUTO-HAND CHANGER, .00000 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, AUTO HAND CHANGER, ACTUATOR, MA GRIPPERS, 1C, MA AUTO-HAND CHANGER, 1.37677 lb
Positioning Method: 2 (Curvic Coupling), Operation: 1 (Double Acting), Electrical Entry: B (Connector)
Positioning Method: 2 (Curvic Coupling), Operation: 0 (Single Acting), Electrical Entry: B (Connector)
Positioning Method: 1 (Ball Coupling), Operation: 0 (Single Acting), Electrical Entry: B (Connector)
Positioning Method: Curvic Coupling, Operation: Double Acting, Electrical Entry: Connector, Robot Adapter: -
Positioning Method: Curvic Coupling, Operation: Single Acting, Electrical Entry: Connector, Robot Adapter: -
Positioning Method: Ball Coupling, Operation: Single Acting, Electrical Entry: Connector, Robot Adapter: -
Positioning Method: 1 (Ball Coupling), Operation: 1 (Double Acting), Electrical Entry: A (w/o Connector)
Positioning Method: 1 (Ball Coupling), Operation: 1 (Double Acting), Electrical Entry: C (3m Cable)