Max. particle size 5 µm. Pressure for determining piston forces Repetitive precision. Polyurethane

Size: px

Start display at page:

Download "Max. particle size 5 µm. Pressure for determining piston forces Repetitive precision. Polyurethane"

Neal Taylor
6 years ago
Views:

1 Piston rod cylinders Guide cylinders 1 Ambient temperature min./max. +0 C / +60 C edium Compressed air ax. particle size 5 µm Oil content of compressed air 0 mg/m³ - 1 mg/m³ Pressure for determining piston forces 6,3 bar Repetitive precision 0,02 mm aterials: Housing Piston rod Front plate Seal Ball rail table Guide rail Centering rings Aluminum, anodized Stainless steel Aluminum anodized Polyurethane Aluminum, anodized Steel, hardened Stainless steel Technical Remarks The pressure dew point must be at least 15 C under ambient and medium temperature and may not exceed 3 C. The oil content of compressed air must remain constant during the life cycle. Use only the approved oils from AVENTICS, see chapter Technical information. Repetitive precision after 100 consecutive strokes: 0,02 mm Piston Ø [mm] 2x8 2x12 2x16 2x 2x25 Port G 1/8 G 1/8 Working pressure min./max. [bar] 3 / 10 3 / 10 3 / 10 3 / 10 3 / 10 Retracting piston force, theoretical [N] Extracting piston force, theoretical [N] Speed max. [m/s] Cushioning length [mm] Cushioning energy [Nm] Base with air connections at the back and sides Intermediate strokes can be configured. Scope of delivery: incl. centering rings Piston Ø Port 2x8 5 2x12 5 2x16 5 2x G 1/8 2x25 G 1/8 Stroke 10 R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

Ø25 Ø Ø16 Ø8 2 Piston rod cylinders Guide cylinders Weight [kg] Piston Ø 2x8 2x12 2x16 2x 2x25 Stroke 10 0.3 0.59 0.81 1.36 2.32 0.29 0.57 0.79 1.42 2.26 30 0.32 0.56 0.76 1.38 2.22 0.34 0.59 0.82 1.

2 Ø25 Ø Ø16 Ø8 2 Piston rod cylinders Guide cylinders Weight [kg] Piston Ø 2x8 2x12 2x16 2x 2x25 Stroke Configurable product This product is configurable. Please use our Internet configurator at or contact the nearest AVENTICS sales office. Weight of moving parts [kg] Piston Ø S=10 S= S=30 S= S=50 S=80 S=100 S=125 S=150 S= aximum moving mass V [m/s] 0,8 0,7 0,6 0,5 0,4 0,3 0,2 V = velocity [m/s] m = mass 0 Ø m [kg] Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

3 Piston rod cylinders Guide cylinders 3 Correction factor for required speed: retracting and extending, horizontal k m * extracting ** retracting V = s/1000 t km V = velocity [m/s] [mm] t = time [s] for one stroke 2 1,9 1,8 1,7 1,6 1,5 1,4 1,3 1,2 1,1 1 * ** ** * 1 10 m [kg] Correction factor for required speed: extending, vertical, upwards Correction factor for required speed: retracting, vertical, upwards k m k m 1,7 1,9 1,6 25 1, ,5 1, ,4 16 1,6 16 1,3 1,5 1,2 1,4 1, m [kg] , m [kg] V = s/1000 t km V = velocity [m/s] [mm] t = time [s] for one stroke m = mass V = s/1000 t km V = velocity [m/s] [mm] t = time [s] for one stroke m = mass Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

4 4 Piston rod cylinders Guide cylinders Correction factor for required speed: retracting, vertical, downwards k m 1,4 1,35 1,3 Correction factor for required speed: extending, vertical, downwards k m 1,2 1,15 1,1 1,25 1,2 D12 D16 D 1, ,15 D8 D25 0, , m [kg] , m [kg] V = s/1000 t km V = velocity [m/s] [mm] t = time [s] for one stroke m = mass V = s/1000 t km V = velocity [m/s] [mm] t = time [s] for one stroke m = mass Extracting speed max. k v 0,8 0,7 0,6 0,5 0,4 0,3 0,2 V = s kv V = velocity [m/s] [mm] m = mass m [kg] Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

5 Piston rod cylinders Guide cylinders 5 Load capacity correction factor (a, d) = max. permissible torque Piston Ø S a [mm] 1) d [mm] 2) x0 3) y0 3) z0 3) x 4) y 4) z 4) ) correction factor (a) 2) Correction factor (b) 3) Static moment [Nm] 4) Dynamic moment [Nm] Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

6 6 Piston rod cylinders Guide cylinders Piston Ø S a [mm] 1) d [mm] 2) x0 3) y0 3) z0 3) x 4) y 4) z 4) ) correction factor (a) 2) Correction factor (b) 3) Static moment [Nm] 4) Dynamic moment [Nm] Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

7 Piston rod cylinders Guide cylinders 7 horizontal vertical Y Y0 D stat. B0 = ( F G + F ) D dyn. B = F G D FG ; Fdyn. X X0 B Y; Y0 Z Z0 B stat. AO = ( F G + F ) B dyn. A = F G B Fdyn. G ; F Z0 Y0 X A Z1; Z0 dyn. stat. A + B 1 2 A0 Z0 + B0 Y F = m a FG = m g a = 1600 V² F = deceleration force [N] FG = force due to weight [N] m = load mass [kg] a = deceleration [m/s²] g = gravitational acceleration 9.81 [m/s²] V = speed [m/s] Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

8 8 Piston rod cylinders Guide cylinders Dimensions W1 A W5 W4 A H5 D1 H1 H3 H8 H2 L4 H7 L5** D1 R1>0 L7 L6 B H9 B D1 W2-S*/R* W3-S*/R* H6-S*/R* H4-S*/R* R1>0 L7 L6 H10 W6 L3 R2>0 W7 L3 * D2 D2 L3 * A D2 D2 L3 R2> R*: base with air connections only at the back S*: base with air connections at the back and sides ** Ø 8 has a different reference plane. Piston Ø Ø D1 Ø D2 H1 H2 H3 H4-R H4-S H5 H6-R H6-S H7 H8 H x x x G 1/8 16x1, G 1/8 18x1, Piston Ø H10 L3 1) L4 L5 2) L6 L7 R2 1) W1 W2-R W2-S W3-R W3-S W Piston Ø W5 W6 W7 8 W1/2 1) max. 2) Ø 8 has a different reference plane. R2 = stroke setting range for return stroke Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

9 Piston rod cylinders Guide cylinders 9 Piston Ø W5 W6 W7 12 W1/2 16 W1/2 W1/ W1/ ) max. 2) Ø 8 has a different reference plane. R2 = stroke setting range for return stroke Stroke-dependent dimensions Piston Ø S=10 S= S=30 S= S=50 S=80 S=100 S=125 S=150 S= Piston Ø S= S=50 S=80 S=100 S=125 S=150 S= Piston Ø S=100 S=125 S=150 S=0 S=10 S= S=30 S=10 S= S= S=50 S=30 S=80 S=10 S= S=100 S= S=50 S=125 S=30 S=80 S= Piston Ø S=0 S=10 S= S=30 S= S=50 S=80 S=100 S=125 S=150 S= R1 = stroke setting range for forward stroke 1) max. Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

10 10 Piston rod cylinders Guide cylinders SC-08 N3 x 5 x 9,5 N2 x 7 F7 x 1,6 5 x 3 x 4,4 + 5 x 5 F7 x 1, x 3 x 7 14,2 24,5 16,5 4,2 9,5 N1 x 3 x 5,5 L5** 19,5 4 x 5 F7 x 1,6 + 4 x 3 x 5,4 1,6 30,5 * = centering rings ** Ø 8 has a different reference plane Piston Ø S N1 N2 N3 L Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

11 Piston rod cylinders Guide cylinders 11 SC-12 N3 x 6 x 11,5 N2 x 9 F7 x 2,1 5 x 4 x 6,4 + 5 x 7 F7 x 1, x 4 x , ,5 26,5 18 N1 x 4 x 8,5 4 x 7 F7 x 1,6 + 4 x 4 x 6,9 1,6 48 * = centering rings Piston Ø S N1 N2 N Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

12 12 Piston rod cylinders Guide cylinders SC-16 N3 x 6 x 17,8 N2 x 9 F7 x 2, x 5 x 7,9 2 x 5 x x 9 F7 x 2,1 E 17 11,7 21,7 34,5 60 N1 x 5 x 8,2(min) 28,5 4 x 9 F7 x 2,1 + 4 x 5 x 6,1 2,1 19,3 HG 19,4 G 27, * = centering rings Piston Ø S E N1 N2 N Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

13 Piston rod cylinders Guide cylinders 13 SC- N3 x 8 x 16 N2 x 12 F7 x 2,1 7 x 5 x 7,9 + 6 x 9 F7 x 2, x 5 x 10 E ,2 44,5 29,5 6,2 N1 x 5 x x 9 F7 x 2,1 + 4 x 5 x 9,9 2,1 80 * = centering rings Piston Ø S E N1 N2 N Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

14 14 Piston rod cylinders Guide cylinders SC-25 N3 x 8 x 16 N2 x 12 F7 x 2,1 6 x 6 x 9,9 + 6 x 12 F7 x 2, x 6 x 12 E , ,5 10,5 19 N1 x 6 x 16(min) 37 4 x 12 F7 x 2,1 + 4 x 6 x 13,9(min) 2, * = centering rings Piston Ø S E N1 N2 N Pneumatics catalog, online PDF, as of , AVENTICS S.à r.l., subject to change

Standards ISO Max. particle size 50 µm. Pressure for determining piston forces. Materials: Polyurethane

Standards ISO Max. particle size 50 µm. Pressure for determining piston forces. Materials: Polyurethane Ports: - double-acting with magnetic piston Cushioning: elastic Piston rod: external thread 1 Standards ISO 21287 Compressed air connection Internal thread Working pressure min./max. 1 bar / 10 bar Ambient