OIL-FREE SLIDE UNITS FOR LOOSE CORE
■ Features of Oil-free Slide Units for Loose Core • Enables the inclined pin to slide smoothly when pushing out a loose core (including undercut) at an angle. • The inclined pin holder slides within the range of θ , and the automatic center adjustment function reduces wear and scoring on the guide and slide plates. Item Components Parts Name M Material Q'ty ① Slide Base Slide Base S55C 2 ② Inclined Pin Holder Inclined Pin Holder S55C 1 ③ Slide plate Slide Plate ＊ CAC304 + Solid lubricant 2 ④ Stopper pin Set Pin S45C 1 ⑤ Stopper Stopper SS400 2 ⑥ Set Screw for Stopper Set Screw for Stopper SCM435 4 ＊ High strength brass casting class 4 (Old JIS: HBsC4)
■ How to mount the inclined pin Edge of Inclined Pin Edge of Inclined Pin
Example
• Mold closed
• Mold opened
D P.619
Inclined pin guide bush
B
Inclined pin D P.613
PM B
Slide unit
SCY
• The stroke length can be maximized by removing the stopper ⑤ .
● lnclined pin dimensions D D 1
F
L
B PM
ℓ 1 ± 0 . 2 ± 0 . 02
8
7.5 8.5
M 4 M 5
10
10
φ d
ℓ 2
SS
SS
■ Mounting examples
• Refer to the above table for dimensions of the inclined pin's edge cutout and screw size (PM). The counterbore in the inclined pin holder is made in a size that accommodates a socket head cap screw with a spring washer. • The unit can be mounted on an ejector plate in two ways: (1) Screwing into the ejector plate, or (2) Screwing into the unit. For (2), use a socket head cap screw that corresponds to BM in the "Bolt Hole Dimensions" table. For (1), select a rank below the corresponding BM (i.e., M6 screw when BM is M8). • Prior to mounting, apply ＊ grease to the unit in order to protect it from wear during initial running-in. • If the stroke is long, it is recommended that you use a bushing that supports the inclined pin. D P.619
● Mounting
● Mounting
Inclined pin
Inclined pin
examples A
examples B
（ Inclined Pin ）
（ Inclined Pin ）
（ 1 ）
（ 2 ）
（ 1 ）
（ 2 ）
E One side has a
clearance of 0.5mm. Thus when you hope to precisely adjust, take the stopper ⑤ off and reduce the clearance in the current state. Alternatively, use a standard type that has a clearance of 0.1mm.
EP Top
Default Stroke
Max. stroke (SSmax) with the stopper removed
Range of inclination angle θ
Part Number
SS
EP Bottom
EP Top
0 ゜≦θ≦ 20 ゜ ※θ can be set up to 30°, however we recommend the range above.
SCY8
18
7.0
13.5
EP Bottom
Base
⑤ ⑥ ①
Base
a 1 a
SCY10
18
9.0
17.0
φ
D
H7
③ ②
④
N
D 1
φ B 2 φ B 1
(Use the slide base upside down.)
■ Durability test data
Oil-Free Slide Unit
φ K H7
Reaction force 1471N (150kgf) Air cylinder
φ d
BM
φ d
1
0 . 02
Stroke 100mm
① Slide Base
② Inclined Pin Holder
③ Slide Plate
Part Number
15 °
Slide plate
G F
W L H C D 1
d d 1
h h 1
h 2
a 1
hC N S a
Type
D
0 . 01
(Hydraulic cylinder)
8
44 44 24 3 7.5 4.5 10 20 12 5 16 2.5 12 14 26 12 5 50 50 28 3 8.55.5 11 24 14 6 20 3 14 16 32 14 5
（ mm ）
Slide base
SCY
Inclined pin guide bush
10
Ejector Plate
Inclined pin (ø30)
Fixed plate
Part Number SCY8
Part Number
Bolt hole dimensions
0
50 × 10 5 Test Cycle
0
10
20
30
40
Order
Type D ℓ 1
ℓ 2
W 1
B 1
B 2
BM BH BS K KH
Durability Test Result
Sketch of Test Machine
8 30 12 35 4.3 8 M5 19.0 14 4 10 10 36 16 38 4.3 8 M5 23.0 14 4 10
SCY
● Testing method and conditions Tested Product : Oil-free Slide Guide Units for Loose Core Old Standard SCY30 Inclination angle : 15° Reaction : 1471 N{150 kgf} (applied at the ejector plate start up and kept until the stroke reaches 10mm) Stroke : Ejector plate stroke 100mm (Slide plate stroke 26.8mm) Testing speed : 0.42 s −1 {25cpm} (Slide plate's sliding speed 0.04m/s {2.5m/min})
● Results of durability test • Repeated 500,000 times, the test results indicate excellent abrasion resistance with an average wear amount of 0.005mm on the slide base, 0.013mm on the slide plate. • This is considered to be attributable to the slide unit's automatic center adjustment function that helped prevent uneven sliding, and the oil-free bearing's excellent scoring resistance.
Delivery Quotation
605
606
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