Avtron SMARTach III AV850 Manual Download Page 3

AV850 3

FACE

SET

SCREW

HUB

MOUNTING

ACCESSORY

SEAL PLATE
AND SHIELD

MOTOR

V-RING
SEAL

MOTOR

SHAFT

HOUSING

STATOR

0.584 [14.8mm] from seal plate
and shield (+/-0.100" [+/-2.5mm])

 

  the rotor to engage the cams. Tighten to 9-10 ft-lb  

 

  (12.2-13.5 n-m). Total cam screw rotation will be less than    

 

one turn.

END-OF-SHAFT APPLICATIONS

(Rotors EF-E9, HF-H9)

See Table 2 for part numbers:
 

1. Verify that the shaft projection from the C-face of the motor is    

 

  0.400” [10.2mm]. Apply anti-seize to the shaft.

 

1a.  GE CD180-320 style kits (-EF) require a roll pin (included) .    

 

    Install the pin in the rotor first, then position the rotor on the    

 

  shaft. Lightly tap into place.

 

2. Apply threadlocker to the bolt(s); use the supplied washer(s)    

 

  and tighten.

THROUGH SHAFT APPLICATIONS

(Rotors TA-T9, CA-C9, MF-MZ, KA-K9)

See Table 3 for part numbers:
 

1. The through-shaft must project at least 1.5” [38.1mm] from  

 

 

  the accessory mounting face. If it is greater than 2” [50.80mm]    

 

long, use the outboard through-shaft cover, detailed in Figure 4.

 

2. Slide the rotor on the shaft (option “B” or “T”), ensuring the  

 

 

  rotor label “this side out” is away from the motor. The space 

 

  between the mounting face and the rotor must be set to  

 

 

  0.584” [14.83mm], as shown in Figure 2. Use Avtron gauges    

 

  (A35226 or A25355) or housing alignment grooves as shown    

 

  in Figure 5 to verify position. (Note: if optional inboard seal or  

 

  shield plate is used, gage the rotor location from the seal  

 

 

  shield plates. See Figure 3.)

 

2a.  If using a set screw rotor (TA-T6), apply threadlocker to the    

 

    set screws (2) and tighten to 25 in-lbs.

 

2b.   If using a cam screw rotor (CA-C3), threadlocker is pre- 

 

 

    applied. Turn the cam screw(s) of the rotor in the directions  

 

    shown on the rotor to engage the cams. Tighten to 9-10 ft-lb  

 

    (12.3- 13.5 n-m). Total cam screw rotation will be less    

 

    than one turn.

STATOR HOUSING INSTALLATION

ROTOR INSTALLATION

Use the dial indicator gauge to ensure motor shaft runout (TIR) does 

not exceed (0.004”) [0.10mm]. Apply anti-seize compound to the shaft.
 CAUTION

 

Do not strike the encoder or rotor at any time. Damage  

 

 

will result and the warranty will be void. At installation,  

 

 

clean and remove paint and burrs from motor shaft and    

 

mounting face. Apply anti-seize compound (supplied) to    

 

each EXCEPT CAM SCREW ROTORS.

UNIVERSAL END-OF-SHAFT APPLICATIONS:

(Rotors GF-G9, UF-U9, QF-Q9)

See Table 2 for part numbers.

 

1. Verify the shaft projection from the C-face of the motor is  

 

   0.400”.

 

2. GE CD180-320 style kits (-UF) require a roll pin (included) to be 

 

  inserted into the shaft hole before installation of the stub shaft    

   adapter.

 

2a.  Install the shaft adapter on the motor using the bolts,  

 

 

      threadlocker and washers provided.

 

3. Verify the stub shaft runout/wobble is less than 0.004” TIR.  

 

 

  (0.001” is ideal). Use a dead blow hammer or shims (provided)   

 

  to true the shaft as needed.

 

4. Slide the rotor onto the stub shaft. The space between the  

 

 

  mounting face and the magnetic strip of the rotor must be set    

 

  to 0.584”, as shown in Figure 2. Use Avtron gauges (A25355 or  

 

  A35226) or use housing alignment grooves as shown in Figure   

 

5 to verify position.
NOTE

If optional inboard seal plate and/or magnetic shield is used, 

gage the rotor location from the shield/seal plate(s). Ensure 

the rotor label marked “this side out” is facing away from 

the motor.

 

4a.  For rotors UN, UP, and UQ ensure the counter bored holes    

 

    on the motor side of the rotor line up with the bolt heads 

 

    used to mount the adapter. This will permit proper rotor axial   

    positioning.

 

5. Turn the cam screws of the rotor in the directions shown on    

MOTOR

V-RING
SEAL

MOTOR

SHAFT

0.584 [14.8mm] from 
seal plate and shield. 
(+/-0.100" [+/-2.5mm])

OPTIONAL OUTBOARD 

SEAL PLATE

MOTOR

LARGE FRAME
ADAPTER

STATOR
HOUSING

MOTOR SHAFT

CAM SCREW
UNIVERSAL
ROTOR

SHIELD PLATE

SHAFT ADAPTER

0.584 [14.8mm] from

shield and seal plate

FIGURE 1

SET SCREW 

STYLE “TA-T9, 

MA-M9” 

CAM SCREW 

STYLE “CA-C9, 

GA-G9” 

ACCESSORY 
MOUNTING 
FACE

0.584  +/-0.100" 

[14.8mm  

+/-2.5mm]

MOTOR

OPTIONAL INBOARD 

SHIELD AND/OR SEAL PLATE

FIGURE 2

FIGURE 3

ROTOR MOUNTING 

(Through Shaft Shown)

FIGURE 4

OPTIONAL LARGE 

STATOR ADAPTER

Summary of Contents for SMARTach III AV850

Page 1: ...4 Install rotor as usual but gage location from the shield See Figure 3 The outer edge of the rotor may be damaged by scratches severe blows and strong magnetic fields GENERAL The Avtron Model AV850...

Page 2: ...Shaft G Universal with Grounding Kit Q EOS Adapter for Stacked Encoders F 1 125 GE CD180 320 N 2 125 GE CD360 P 2 375 GE CD400 2 2 875 GE CD500 R GE CD507 509 9 GE CD6000 6100 6200 6700 6800 6900 V GE...

Page 3: ...0 004 0 10mm Apply anti seize compound to the shaft CAUTION Do not strike the encoder or rotor at any time Damage will result and the warranty will be void At installation clean and remove paint and b...

Page 4: ...hase Wiring see wiring diagram Exchange either A with A in the phase A pair OR B with B in the phase B pair but NOT both 3 Apply power 4 Verify encoder feedback is correct using hand rotation of shaft...

Page 5: ...roubleshooting process if possible spin the encoder while replacing individual output connections This may make the ORANGE LED condition occur faster Once the shorted output s are located correct the...

Page 6: ...Temperature 40 to 100 C 0 100 condensing humidity Vibration 18 g s Shock 1 meter drop test LINE DRIVER OPTIONS SPECIFICATIONS Alarm not available on connector option G NorthstarTM compatible pinout E...

Page 7: ...OUT ALM RED BLUE GREEN BLACK ORANGE BROWN VIOLET OPTION OPTION OPTION OPTION T OPTION B E D A C F J 6 3 2 1 4 5 10 D B A F C NC NC B C E A D NC NC OPTION E F 6 3 2 1 4 NC NC 10 E D A F NC NC NC OPTION...

Page 8: ...POWER SUPPLY 115 VAC SINK 100 mA MAXIMUM WITHSTAND 50 V MAXIMUM REFERENCED TO COMMON ENCODER FUNCTIONAL DIAGRAM B A A B LINE DRIVER N K W A B C L P V X Z Example 2 Alarm Output Using Separate 24 VDC...

Page 9: ...2 2 3 0 2 4 3 A 3 C 4 1 5 1 3 B 3 C 3 T 5 1 9 0 3 B 3 T 0 0 5 3 A N A N 3 4 9 1 7 4 3 2 3 0 2 4 3 A A N A N 4 T 5 1 9 0 3 B 4 T 5 7 8 3 A N A N A N 4 2 3 0 2 4 3 A A N A N 6 T 5 1 9 0 3 B 6 T 0 0 5 4...

Page 10: ...0 MIN OPTION X SURFACE MOUNT CONNECTOR ONLY OPTION Z WITH MATING PLUG 0 53 13 5 0 41 10 5 1 20 30 5 4 31 109 5 1 574 40 0 2 13 54 0 3 228 82 0 3 70 94 0 0 18 4 5 0 217 5 50 4 Holes 36 50 927 0 MIN ON...

Page 11: ...DULE 0 53 13 5 3 83 97 3 4 66 118 4 OPTION K 2 80 71 1 3 06 11 7 1 53 38 9 OPTION A BULKHEAD CONNECTOR ONLY OPTION B WITH MATING PLUG CABLE GROMMET 1 97 50 0 3 67 93 2 Assembled 0 53 13 5 1 66 42 2 OP...

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