RINV-OP64

Flanged gearboxes

The RINV-OP64 is a flanged angular transmission that, combined with a position indicator type “OP”, allows to carry out a visualized adjustment, angular or linear, even if the shaft is in an uncomfortable position.

• Several visualizations and connections possibilities.
• Available with reduction ratios : 1:1 - 1:2. 
• Maximum output torque 6 Nm. 
• Aluminium case, anodised. Steel shafts. Steel bevel gears, case-hardened. 
• Minimum angular backlash, minimum axial backlash. 
• Movements on ball-bearings, water-proof.
• Radial load 15 kg - axial load 1,5 kg
• Weigth gr. 300. 





 

Photogallery

RINV-OP64
A.  Antirotation bore Ø4
B.  3 screws M4 at 120°
C.  Hollow shaft Ø14x15
D.  Fixing flange for gearbox




EXAMPLES OF MOUNTING POSITIONS
   
The RINV-OP is supplied standard as per overall drawing.
To change the mounting position of the two flanges (flange OP and fixing flange RINV-OP), screw-off the two fixing screws, turn the flange in desired position, and fix the two screws.
Insert the machine shaft Ø14 into the hollow shaft of the RINV-OP, the anti-rotation lock-pin Ø4 on the fix part of the machine then lock the fixing screws M4 through the bore of the flange.

 



Thermoplastic material, steel bush.
 

 Type
Dimensions 
 
D
H
d1
L
V.R-80
80
34
ø 10
56
V.R-130
130
50
ø 12
76
V.R-160
160
56
ø 14
86

 

Thermoplastic material, steel bush.

Type
Dimensions
 
R
H
d
d1
L
H1
V.M-65
65
29
27
ø 10
56
20
V.M-110
110
39
34
ø 12
76
28
V.M-140
140
49
43
ø 14
86
30


 

With the shaft block flange on the OP2, OP3, OP6, OP7, OP5, OP9 indicator as a compact unity, we obtain a safe blocking of the drive shaft.
Handle in position “a” or “b”.
Block component in anodized aluminium.
 Available stainless steel flange in model FL-B OP3, bore ø14.

       
FLB-OP2 FLB-OP3 FLB-OP6 FLB-OP7 FLB-OP5 FLB-OP9
* bore
ø 8  ø 14 ø 14  ø 14  ø 20  ø 20
ø 10  ø 10  ø 20  ø 20    ø 25
ø 12    ø 25   ø 25     
 * other bores with reducing bushes 

 

• 4 digits counter (standard red digit indicates decimals; on request 2 red digits for hundredths or 4 black digits for mm). Reading until  9999.Digit height 5 mm
• Shock-proof self-extinguishing technopolymer. Protection IP64. Max. temperature 80°C.
• Reading with inclined 18° or frontal view.
• Standard shaft bore: ø14H7; other bores, smaller than 14 with reducing bush.
 for more complete information, see sec. "Hollow shaft position indicators ..." in the drop-down menu on the left.

Photogallery

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REPRESENTATION OF REDUCTION & MULTIPLYING RATIO
Example  

      ratio 1:2 
    
  SHAFT ‹1› = 10 RPM
  SHAFT ‹2› =   5 RPM

----------------------------------
           ratio 2:1*    

  SHAFT ‹1› =   5 RPM
  SHAFT ‹2› = 10 RPM

 

‹1› = machine side
‹2› 
= indicator side

The ratio is determined by the shaft ‹1. 

 

RADIAL AND AXIAL LOAD 
Fig. 8   
      Fr = max 150 N radial load, is the load acting in perpendicular direction to the shaft/axise   

Fa  = max 15 N  axial load, is the load acting of the shaft/axis  

T = 4 Nm output torque

The loads acting on the shafts can be of two types, referred to the axis of the shaft (Fig. 8): : 
Fr - radial load 
Fa - axial load, when ordering specify whether the axial load is 'pull' or 'push' type. 
«The loads are generated by the items connected to the gearbox and can be created for example by the pull of belt drives, accelerations and decelerations, structural misalignments, vibrations, shocks, etc.» 

 

OUTPUT TORQUE WITH RATIO 1/1


Efficiency = 90%

 

OUTPUT TORQUE WITH RATIO 1/2

 

Efficiency = 90%

 

OUTPUT TORQUE WITH RATIO 2/1

 

Efficiency = 90%

RINV-OP64 IT  EN 
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RINV-OP64 FR  ES 
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RINV-OP64 EN  DE 
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