Description

The AHLH Series Side Rail Precision Slide Cylinder is designed for applications requiring high precision and reliability. This slide cylinder features a side rail design that ensures smooth and accurate linear motion, making it ideal for a variety of industrial automation tasks. Its robust construction and precision engineering provide enhanced stability and performance, ensuring long-lasting and dependable operation.

Symbol

Specification

Inner Diameter (mm)	6	10	16	20
Actuation Type	Double-action type
Working Medium	Air (filtered with a filter of 40 μm or more)
Operating Pressure Range	0.15~0.7MPa(22~100psi)(1.5~7.0bar)
Guaranteed Pressure Resistance	1.2MPa(175psi)(12.0bar)
Operating Temperature (°C)	-20~70
Operating Speed ​​Range (mm/s)	50~500
Allowable Energy (J)	0.008	0.025	0.05	0.1
Stroke Tolerance
Cushioning Type	Fixed buffer at both ends
Sensor Required	CMSH、DMSH(S)
Port Diameter	M5X0.8

Stroke

Ordering Code

Internal structure and main parts materials

Product Features

1. Confirm the theoretical cylinder output: Based on the theoretical cylinder output table and actual conditions, select a cylinder with the appropriate cylinder diameter.

2. Based on the actual installation and use of the cylinder and the corresponding "Load vs. Eccentricity Relationship Curve," further select the specific cylinder model and specifications:

	Vertical installation	Horizontal installation
Schematic diagram

Maximum allowable operating speed (mm/s)	≤100	≤300	≤500	≤100			≤300			≤500
Eccentricity (mm)	一	一	一	50	100	200	50	100	200	50	100	200
Selection curve number	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)
L is the distance from the load's center of gravity to the cylinder axis. Note: L can also be the diagonal distance from the load's center of gravity to the cylinder axis, as shown in the figure to the right.

2.1 Load and eccentricity relationship curve (selection curve)

(1) Maximum speed ≤ 100 (mm/s)	(2) Maximum speed ≤ 300 (mm/s)	(3) Maximum speed ≤500 (mm/s)	(4) Load eccentricity: 50mm Maximum speed s100 (mm/s)
(5) Maximum speed ≤ 100 (mm/s) Load eccentricity: 100 mm	(6) Maximum speed ≤ 100 (mm/s) Load eccentricity: 200 mm	(7) Maximum speed ≤ 300 (mm/s) Load eccentricity: 50 mm	(8) Maximum speed ≤ 300 (mm/s) Load eccentricity: 100 mm
(9) Maximum speed ≤ 300 (mm/s) Load eccentricity: 200 mm	(10) Maximum speed ≤ 500 (mm/s) Load eccentricity: 50 mm	(11) Maximum speed ≤ 500 (mm/s) Load eccentricity: 100 mm	(12) Maximum speed ≤ 500 (mm/s) Load eccentricity: 200 mm
Example 1:                                   Mounting method: Vertical                                   Maximum speed: 500 mm/s                                   Cantilever length: 40 mm                                   Load capacity: 0.1 kg		Example 2:                               Mounting method: Horizontal                               Maximum speed: 500 mm/s                               Load eccentricity: 50 mm                               Cantilever length: 30 mm                               Load weight: 0.1 kg
Based on the vertical installation and maximum speed of 500mm/s, it can be determined that the cylinder should be selected by referring to "Selection Curve (3)". In "Selection Curve (3)", based on the intersection of the cantilever length of 40mm and the load weight of 0.1kg, it can be determined that the cylinder with a cylinder diameter of φ20 meets the requirements.		Based on horizontal installation, maximum speed of 500mm/s, and load eccentricity of 50mm, the cylinder should be selected by referring to the "Selection Curve Chart (10)". In the selection curve chart (10), based on the intersection of the cantilever length of 30mm and the load weight of 0.1kg, it can be determined that the cylinder with a cylinder diameter of φ16 meets the requirements.

External specifications