Magnet: D (Built-in Magnet), Mounting: L (Axial Foot), Tube Material: Aluminum Tube, Bore Size: 100mm, Thread: Rc, Stroke: 150mm, Bellows/Cushion: Cushion Both Sides, Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: SDPC (0.5m Cord Length, M12-4 Pin Connector)
Magnet: D (Built-in Magnet), Mounting: L (Axial Foot), Tube Material: Aluminum Tube, Bore Size: 100mm, Thread: Rc, Stroke: 75mm, Bellows/Cushion: Cushion Both Sides, Auto Switch: M9B--Solid State, Gen. Purpose, 2 Wire, Horizontal, Lead Wire or Prewired Connector: SDPC (0.5m Cord Length, M12-4 Pin Connector)
Magnet: None, Mounting: B (Basic Style), Style: Aluminum Tube, Bore Size: 63mm, Thread: TN (NPT), Stroke: 600mm, Option: JN [Nylon Tarpaulin, Cushion: None (For Air-hydro Select J)], Lock Operation: E [Spring Lock (Lock Exhaust)]
Magnet: None, Mounting: D (Double Clevis), Style: Aluminum Tube, Bore Size: 63mm, Thread: TN (NPT), Stroke: 600mm, Option: JN [Nylon Tarpaulin, Cushion: None (For Air-hydro Select J)], Lock Operation: E [Spring Lock (Lock Exhaust)]
This is a legacy product. Please contact us for the latest version.sales@ocaire.com
Cylinder (Tube) Inner Diameter(φ): 63, Stroke(mm): 600, Cylinder Operation Method: [Double Acting] Double Acting, Rod Operation Method: Double rod, Main Body Shape: Standard, Additional Function: With fall prevention function / With Brake / With Intermediate Stop Function, Environment, Applications: Standard, Cushion: None, Operating Pressure(MPa): 0.08 to 1.0, Specification: Without magnet
Magnet: None, Mounting: Basic Style, Style: Aluminum Tube, Bore Size: 63mm, Thread: NPT, Stroke: 600mm, Option: JN [Nylon Tarpaulin, Cushion: None (For Air-hydro Select J)], Lock Operation: E [Spring Lock (Lock Exhaust)], Auto Switch: -, Lead Wire or Prewied Connector: -, Number: -
Cylinder (Tube) Inner Diameter(φ): 63, Stroke(mm): 600, Cylinder Operation Method: [Double Acting] Double Acting, Rod Operation Method: Double rod, Main Body Shape: Standard, Additional Function: With fall prevention function / With Brake / With Intermediate Stop Function, Environment, Applications: Standard, Cushion: None, Operating Pressure(MPa): 0.08 to 1.0, Specification: Without magnet
This is a legacy product. Please contact us for the latest version.sales@ocaire.com
The CLA2 cylinder acts as an air-operated brake with spring-backup. When external position feedback sends a signal to an air valve, the brake is actuated and fast-acting shoes grab the actuator shaft. When pressure is removed, the spring automatically locks the brake onto the shaft. Three locking mechanisms are available: spring lock, air pressure lock and air/spring pressure lock. The CLA2
Series CS1 air cylinder is SMCs largest bore cylinder. This series is available in bore sizes up to 12in. and stroke lengths up to 60in.. Additionally, the CS1 can be ordered auto-switch capable. Other options include, large bore sizes up to 12in. *, various mounting configurations, cushion for noise damping.Double acting, single rod, non-lube type, Bore sizes: 125mm to 300mm, Strokes up
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, 50MM CNA DOUBLE ACTING, ACTUATOR, CNA/CNA2 POWER LOCK CYLINDER, ND, 50MM CNA DOUBLE ACTING, 17.63698 lb
The CNA2 series cylinder with lock?is?suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated
The CNA2 series cylinder with lock is suitable for mid-stroke stops, emergency stops, and drop prevention. An equal holding force in extending and retracting directions make it possible to lock at either end of the stroke. High reliability and stable holding force are maintained by using a substantially lengthened brake shoe with superior wear resistance. The locking mechanism is isolated