Series: Ball Screw Drive, Accuracy: Basic Type, Size: 25, Motor Mounting Position: In-line, Motor: Step Motor (Servo 24 VDC), Lead Screw: Size 16: 10mm, Size 25: 12mm, Size 32: 16mm, Size 40: 20mm, Stroke: 400mm, Motor Option: w/o Lock, Auto Switch Mounting Bracket: None, Grease Application: with, Positioning Pin Hole: Housing B, Bottom, Actuator Cable: Robotic Flexible Cable, Actuator Cable

Series: Ball Screw Drive, Accuracy: Basic Type, Size: 25, Motor Mounting Position: Right Side Parallel, Motor: Step Motor (Servo 24 VDC), Lead Screw: Size 16: 10mm, Size 25: 12mm, Size 32: 16mm, Size 40: 20mm, Stroke: 200mm, Motor Option: w/Lock, Auto Switch Mounting Bracket: None, Grease Application: with, Positioning Pin Hole: Housing B, Bottom, Actuator Cable: Robotic Flexible Cable, Actuator

Series: Ball Screw Drive, Accuracy: Basic Type, Size: 32, Motor Mounting Position: In-line, Motor: Step Motor (Servo 24 VDC), Lead Screw: Size 16: 5mm, Size 25: 6mm, Size 32: 8mm, Size 40: 10mm, Stroke: 1000mm, Motor Option: w/o Lock, Auto Switch Mounting Bracket: None, Grease Application: with, Positioning Pin Hole: Housing B, Bottom, Actuator Cable: Robotic Flexible Cable, Actuator Cable

Series: Ball Screw Drive, Accuracy: Basic Type, Size: 40, Motor Mounting Position: In-line, Motor: Step Motor (Servo 24 VDC), Lead Screw: Size 16: 10mm, Size 25: 12mm, Size 32: 16mm, Size 40: 20mm, Stroke: 300mm, Motor Option: w/o Lock, Auto Switch Mounting Bracket: None, Grease Application: with, Positioning Pin Hole: Housing B, Bottom, Actuator Cable: Robotic Flexible Cable, Actuator Cable

Size Combinations: A: 1/4"; B: 3/8" x 1/4"

Size Combinations: A: 1/2"; B: 3/4" x 5/8"

Size Combinations: A: 3/8"; B: 1/2" x 3/8"

Series: LEFS, Accuracy: Basic Type, Size: 32, Motor Mounting Position: Right Side Parallel, Motor Type: Battery-less absolute, 24VDC, Step, Lead: Size 16: 5mm, Size 25: 6mm, Size 32: 8mm, Size 40: 10mm, Stroke: 200mm, Motor Option: w/o Option, Auto Switch Compatibility: None, Grease Application: With, Positioning Pin Hole: Body Bottom 2 Locations, Actuator Cable Type, Length: 8m, Controller

How Grip: Pinch, Parallel Type / Open, Parallel Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 64, Closed Dimension L2(mm): -, Type: Main Body (Powered), Main Body Shape: Lateral Shape, Environment, Applications: Standard, Additional Function: With Linear Guide, Stroke Adjustment Mechanism: Open/Close Dual Adjustment, Maximum Gripping Force (Closing Side, Electric Type)(N): 120,

How Grip: Pinch, Parallel Type / Open, Parallel Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 80, Closed Dimension L2(mm): -, Type: Main Body (Powered), Main Body Shape: Lateral Shape, Environment, Applications: Standard, Additional Function: With Linear Guide, Stroke Adjustment Mechanism: Open/Close Dual Adjustment, Maximum Gripping Force (Closing Side, Electric Type)(N): 180,

Oscillation Angle A: [180°] External Stopper, Torque (Range)(N⋅m): 10 to Less than 20, Type: Rotary Actuator One Side Shaft Output, Main Body Shape: Block Shape, Rigidity Accuracy: High Rigidity, High Accuracy, Environment, Applications: High-Speed, Valves: Not Provided, Torque(N⋅m): 10, Size: 50, Motor cable entry direction: Basic type (entry on the right side), Actuator cable type: Robotic

Body Size: 16, Type: R (Standard), Motor: A [Servo Motor (DC24V)], Lead Screw: J (Size 8: 8mm, Size 16: 10mm, Size 25: 16mm), Stroke: 50mm, Lock: None, Body Option: Basic, Mounting: w/o Side Holder, Actuator Cable: R (Robotic Flexible Cable), Actuator Cable Length: 8 (8m)

This is a legacy product. Please contact us for the latest version.sales@ocaire.com LQ FITTING. FITTING, HIGH PURITY. CONNECTORS. LQ. .39683 lb. 22.

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during

SMC high purity HYPER FITTING series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications. If chemistries or flow requirements are changed during