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SuperNova

 

Series

 

 

S050 

÷÷÷÷

S200  

 

Rack & Pinion AUTOMAX Actuators 

 

Pag. 2/4 

B00043e4-rev1.doc 

 

 

OPERATION 

(As viewed from top of the actuator) 
 

Double Acting 

Applying air pressure to Port 2 drives the pistons outward, 
which turns the pinion counterclockwise as the air volume on 
the outside of the pistons exhausts through Port 1. 

Applying air pressure to Port 1 drives the pistons inward, 
which turns the pinion clockwise as the air volume on the 
inside of the pistons exhausts through Port 2. 

 

Spring return (Fail CW) 

Applying air pressure to Port 2 drives the pistons outward, 
which compresses the springs and turns the pinion 
counterclockwise as the air volume on the outside of the 
pistons exhausts through Port 1. 

Exhausting the air pressure from Port 2 allows stored energy 
of the springs to drive pistons inward, turning the pinion 
clockwise. Air volume on outside of pistons vents through 
Port 1. 

 

Spring Return (Fail CCW) 

Applying air pressure to Port 2 drives the pistons outward, 
which compresses the springs and turns the pinion 
clockwise as the air volume on the outside of the pistons 
exhausts through Port 1. 

Exhausting the air pressure from port P2 allows stored 
energy of the spring to drive pistons inward, turning the 
pinion counterclockwise. Air volume on outside of pistons 
vents through Port 1. 

 

Changing direction of pinion rotation (CW to CCW) 

The SuperNova series actuators are normally assembled 
as Double Acting or Spring Return Fail CW (spring action 
turns pinion clockwise). 
To assembly the actuator on Spring Return Fail CCW 
(spring action turns pinion counterclockwise): 

1.  Follow disassembly procedures (next page) from 

point #1 through #8. 

2.  Rotate both pistons 180° around their axis: left 

piston rack must be on air supply ports side, right 
pinion on the opposite side (see Spring Return 
CCW drawing). 

3.  Follow reassembly procedures. 

Summary of Contents for Automax SuperNova Series

Page 1: ...arly for high cycle applications Do not use lubricated air with positioners Actuator Endcap Screw Socket Size Adjustment Bolt Socket Size Spring Color Code S050 4 mm 3 mm White S063 5 mm 4 mm Light green S085 6 mm 5 mm Blue S100 6 mm 6 mm Red S115 6 mm 6 mm Yellow S125 8 mm 6 mm Grey S150 8 mm 8 mm Dark green S175 10 mm 8 mm Purple S200 12 mm 8 mm Orange Travel Stop Adjustment Patented Both Direct...

Page 2: ...e pinion clockwise Air volume on outside of pistons vents through Port 1 Spring Return Fail CCW Applying air pressure to Port 2 drives the pistons outward which compresses the springs and turns the pinion clockwise as the air volume on the outside of the pistons exhausts through Port 1 Exhausting the air pressure from port P2 allows stored energy of the spring to drive pistons inward turning the p...

Page 3: ...n bearing 27 is split To remove find split in bearing and spread apart just enough to fit over bottom pinion Reassembly Procedures 1 Inspect all parts for wear and replace any worn parts as needed Replace all O rings 2 Clean all components and lightly grease cylinder bore pinion and seals with a multi purpose polymer fortified grease such as DuBois Chemicals MPG 2 3 Reverse the disassembly procedu...

Page 4: ...on and Molybdenum Disulfide 2 2 14 Stop bolt retaining nut Stainless Steel 2 2 15 Stop bolt washer Stainless Steel 2 2 16 Stop bolt O ring Nitrile Rubber 2 2 17 Stop bolt Stainless Steel 1 1 18 Right end cap Die Cast Aluminum Electrostatic Poly 1 1 19 Left end cap Die Cast Aluminum Electrostatic Poly 1 1 20 End cap supply O ring Nitrile Rubber 2 2 21 End cap screw Stainless Steel 8 8 22 Anti eject...

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