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FHSV Series Manual Slide Valve

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HS100M1/M2-NQ level/HS100M1/M2-NQS level

FHLH Series Side Rail Precision Slide Cylinder

·The miniature recirculating ball linear guide and the cylinder are integrated in design.
·With excellent linearity and non-rotation accuracy, it is more suitable for use in precision assembly situations.
·The cylinder can be fixed and installed from four directions.
·Piping is available from 3 directions.

product details

Symbols

Finished Product Order Code

Specifications

Inner Diameter(mm)	6	12	16	20
Mode of Operation	Double-Acting Type
Working Medium	Air (filtered through a Filter Element with a pore size smaller than 40μm)
Operating Pressure Range	0.15~0.7MPa(22~100psi)(1.5~7.0bar)
Guaranteed Pressure Resistance	1.2MPa(175psi)(12.0bar)
Operating Temperature(℃)	-20~70
Operating Speed Range(mm/s)	50~500
Allowable Motion Energy J	0.008	0.025	0.05	0.1
Stroke Tolerance Range	+1.0 0
Cushion Type	Two-End Fixed Buffer
Applicable Sensor	CMSH、DMSH(S)
Pipe Diameter[Note ]	M5X0.8

Stroke

Inner Diameter(mm)	Standard Stroke	Maximum Stroke
6	5 10 15 20 25 30	30
10	5 10 15 20 25 30 40 50	50
16	5 10 15 20 25 30 40 50 60	60
20	5 10 15 20 25 30 40 50 60	60

[Note]: For other special strokes, please contact our company.

Internal Structure and Main Component Materials

No.	Name	Material	No.	Name	Material
1	Slider	Aluminum Alloy	11	Magnet Seat	Aluminum Alloy
2	Piston Rod	Stainless Steel	12	Magnet Shim	NBR
3	Hex Nut (With Convex)	Free Cutting Steel	13	Magnet	Sintered Neodymium Iron Boron
4	Hex Nut	Free Cutting Steel	14	Steel Column	SUS303
5	Rod Core O-Ring	NBR	15	Piston O-Ring	NBR
6	Body	Aluminum Alloy	16	Piston	Aluminum Alloy
7	Hexagon Socket Head Cap Screw	Medium Carbon Steel	17	0-Ring	NBR
8	Guide Rail	Stainless Steel	18	Bumper Pad (Ring)	TPU
9	Slider		19	Rear Cover	Aluminum Alloy
10	Bumper Pad(Ring)	TPU	20	Snap Ring for C Type Hole	Spring Steel

Overview of HLH Series Products

Cylinder Theoretical Output Table

Cylinder Inner Diameter	Piston Rod Outer Diameter	Mode of Operation		Pressure Area(mm²)	Air Pressure(MPa)
Cylinder Inner Diameter	Piston Rod Outer Diameter	Mode of Operation		Pressure Area(mm²)	0.1	0.2	0.3	0.4	0.5	0.6	0.7
6	3	Double-Acting	Pull Side	28.3	-	5.7	8.5	11.3	14.2	17	19.8
6	3	Double-Acting	Push Side	21.2	-	4.2	6.4	8.5	10.6	12.7	14.8
8	4	Double-Acting	Pull Side	78.5	7.9	15.7	23.6	31.4	39.3	47.1	55.0
8	4	Double-Acting	Push Side	66	6.6	13.2	19.8	26.4	33.0	39.6	46.2
16	8	Double-Acting	Pull Side	201.0	20.1	40.2	60.3	80.4	100.5	120.6	140.7
16	8	Double-Acting	Push Side	172.7	17.3	34.5	51.8	69.1	86.4	103.6	120.9
20	10	Double-Acting	Pull Side	314.0	31.4	62.8	94.2	125.6	157.0	188.4	219.8
20	10	Double-Acting	Push Side	263.8	26.4	52.8	79.1	105.5	131.9	158.3	184.7

Product Features

1. Confirmation of Cylinder Theoretical Output Force: According to the cylinder theoretical output force table, combined with the actual situation, select the appropriate

cylinder diameter.

2.Based on the actual installation and use of the cylinder, combined with the corresponding "Load and Eccentricity Relationship Curve, further select the specific cylinder

Model and specifications:

2.1 Load and Eccentricity Relationship Curve (Selection Curve)

2.2 Selection Examples

Example 1: installation Method -Vertical installation

Maximum Speed: 500mm/s

Cantilever Length: 40mm

Load Weight: 0.1kg

Based on vertical installation and maximum speed of 500mm/s, it can be determined that the "Selection Curve (3)" should be referred to select the cylinder.In the "Selection Curve (3)", based on the intersection point of the cantilever length of 40mm and the load weight of 0.1kg, it can be determined that the cylinder with a diameter of 20 is suitable.

Example 2: Installation Method-Horizontal Installation

Maximum Speed: 500mm/s

Load Eccentricity: 50mm

Cantilever Length: 30mm

Load Weight: 0.1kg

Based on horizontal installation, maximum speed of 500mm/s, and load eccentricity of 50mm, the “Selection Curve (10)" should be referred to select the cylinder. In the “Selection Curve (10)", based on the intersection point of the cantilever length of 30mm and the load weight of 0.1kg, it can be determined that the cylinder with a diameter of 1ó is suitable.

Installation and Use

1.The actual load and torque received by the cylinder must be less than its allowable load and torque.

1.1 Cylinder allowable torque value

Model/Allowable Torque (Nm)	Pitch Torque Mp	Yaw Torque My	Roll Torque Mr
HLH6	0.25	0.25	0.41
HLH10	0.95	0.95	1.49
HLH16	3.28	3.28	3.45
HLH20	6.29	6.29	6.61

1.2 Different types of torques acting on the cylinder will produce different degrees of displacement, refer to the table below for details

·Pitch Torque Changes Slide Table Displacement Within the full stroke range of the cylinder, the load acting on the arrow part will change the displacement of the slide table (arrow part).

·Yaw Torque Changes Slide Table Displacement Within the full stroke range of the cylinder, the load acting on the arrow part will change the displacement of the slide table (arrow part).

·The load acting on part F will change the displacement of the slide table (part A).

2.The cylinder can be piped from 3 directions. By default the factory is in and ou of the rear end, and the two set of intake and exhaust ports on the side have been sealed with plugs. You can also reopen the other two sets of intake and exhaust ports on the side according to actual needs.

3.When installing the side cylinder with the sensor,if the internal between the two adjacent cylinders does not reach the value specified in the table below the sensor may misoperate, so an interval larger than the size in the table must be used.

Allowable Minimum Interval (mm)/Model	FHLH6	FHLH10	FHLH16	FLH20
d	5	5	10	15
L	21	25	35	47

4.When the output force is output to the slide table, the output force must be output to the axis of the piston rod, and it cannot be eccentric (as shown in the figure below).

5. Be sure to use a speed control valve and adjust the speed to below 500mm/s.

6. Cylinder installation method: The cylinder can be fixed from the following four directions. When fixing the locking bolts, please use the appropriate torque to lock within the range of torque values.

Model

Use Bolts

Maximum Locking Torque

Model

Use Bolts

Maximum Locking Torque

Model

Use Bolts

Maximum Locking Torque

FHLH6

M3X0.5

1.1(Nm)

12.7

FHLH6

M4X0.7

2.5(Nm)

12.7

9.4

FHLH6

M3X0.5

1.1(Nm)

FHLH10

M4X0.7

2.5(Nm)

15.6

FHLH10

M5X0.8

5.1(Nm)

15.6

11.2

FHLH10

M4X0.7

2.5(Nm)

FHLH16

M4X0.7

2.5(Nm)

20.6

FHLH16

M5X0.8

5.1(Nm)

20.6

16.2

FHLH16

M4X0.7

2.5(Nm)

FHLH20

M5X0.8

5.1(Nm)

FHLH20

M6X1.0

8.1(Nm)

24.0

16.0

FHLH20

M5X0.8

5.1(Nm)

8.0

7.Workpiece Installation Method:

7.1 The workpiece can be fixed on the slide table of the cylinder from the following two sides, When fixing the locking bolts, please use the appropriate torque to lock within the range of torque values, When fixing the workpiece on the top of the slide table, the bolt length (L value in the circle) should not exceed the depth of the internal thread otherwise the front end of the bolt will contact the linear guide and damage the linear guide rail.

7.2 When using a linear guide as a support platform to fix the workpiece, please be careful not to apply strong impact force and excessive torque.

7.3 When locking the workpiece to the side table with bots or others, please hold the side table. Holding the body and locking it will apply excessive torque to the guide rail, causing a decrease in accuracy.

External Specifications

Stroke/Symbols	A	AB	AC	JB	KB	LB
5	44.5	36	42	14	10	10
10	49.5	41	42	14	15	10
15	54.5	46	52	24	20	20
20	59.5	51	52	24	25	20
25	64.5	56	62	30	30	30
30	69.5	61	62	30	35	30

Stroke/Symbols	A	AB	AC	JB	KB	LB	LC	N
5	51.5	40	50	14	10	10	-	4
10	56.5	45	55	14	15	10	-	4
15	61.5	50	60.5	24	20	20	-	4
20	66.5	55	63	24	25	20	-	4
25	71.5	60	70.5	30	30	30	-	4
30	76.5	65	75.5	30	35	30	-	4
40	86.5	75	85.5	45	45	20	20	6
50	96.5	85	93	55	55	25	25	6

Stroke/Symbols	A	AB	AC	JB	KB	LB	LC	N
5	61	47	60	20	15	10	-	4
10	66	52	64.5	20	20	10	-	4
15	71	57	69.5	30	25	20	-	4
20	76	62	75	30	30	20	-	4
25	81	67	80	40	35	30	-	4
30	86	72	84.5	40	40	30	-	4
40	96	82	95	50	50	20	20	6
50	106	92	104.5	60	60	25	25	6
60	116	102	114.5	60	70	30	30	6

Stroke/Symbols	A	AB	AC	JB	KB	LB	LC	N
5	73	57.5	72	20	15	10	-	4
10	78	62.5	72	20	20	10	-	4
15	83	67.5	82	25	25	20	-	4
20	88	72.5	82	25	30	20	-	4
25	93	77.5	92	40	35	30	-	4
30	98	82.5	92	40	40	30	-	4
40	108	92.5	101.5	50	50	20	20	6
50	118	102.5	113.5	70	60	25	25	6
60	128	112.5	122.5	70	70	30	30	6