Datasheet

H-506 Turns-Counting Dial
Mechanical and Physical Characteristics
Number of Turns ..................................................................................................................................................................................0 to 15
Dial Divisions .................................................................................................................................................................................50 per turn
Readability - Over 10 Turns.....................................................................................................................................................2 parts in 1000
Torque With Brake Engaged...........................................................................................................................5.0 N-cm (7.0 oz-in.) minimum
Markings .............................................................................................................................................................White on black background
Locking Brake............................................................................................................................................................................................Yes
Weight.................................................................................................................................................................................7 grams (0.25 oz.)
Set Screws ..............................................................................................................................ISO M3x 0.35, 2 screws included, 120º apart
Set Screw Tightening Torque ...................................................................................................................16.94 N-cm (1.5 lbs.-in.) minimum
Hex Key Size .........................................................................................................................................................Single slotted screwdriver
Shaft and Bushing Requirements
Shaft Diameter Requirements ........................................................................................................................................Refer to chart below
Shaft Extension Beyond Panel .......................................................................................................................17.5 mm (0.6890 in.) minimum
22.5 mm (0.8858 in.) maximum
Bushing Extension Beyond Panel ....................................................................................................................10 mm (0.3937 in.) maximum
POTENTIOMETER
MOUNTING WASHER AND NUT
SUPPLIED WITH POTENTIOMETER
9.5
(.370)
2 SET SCREWS
10.3
(.405)
2.0
(.078)
POTENTIOMETER
MOUNTING HOLE
TYP.
Accepts Shaft
Part Number
Diameter
Finish
H-506-1/4 6.35 mm (.250) Satin Chrome
H-506-6M 6 mm (.236) Satin Chrome
How to Order
H-506 MOUNTING INSTRUCTIONS
1. Drill 2.0 mm (.0787 in.) diameter anti-rotation pin hole on
vertic centerline, 9.5mm (.375 in.) below center of
potentiometer mounting hole.
2. Mount potentiometer in panel with nut and lockwasher
supplied with the potentiometer.
3. Turn potentiometer shaft counterclockwise to obtain
minimum resistance or voltage ratio. This is not necessarily
identical with mechanical stop.
4. Loosen set screws in knob of dial. Set dial to “0.0” reading.
5. While holding outer ring of dial, position unit lightly against
panel. Tighten knob set screws to potentiometer shaft.
25.0
(.984)
2.0
(.078)
9.5
(.374)
14.8
(.582)
1.5
(.059)
0
50
4
0
30
1
0
9
0
8
0
60
7
0
2
0
22.7
(.893)
17.0
(.669)
MAX.
Dimensional Drawings
Features
■ Compact, requires only 22.7 mm
diameter panel space
■ No backlash
■ For use with precision potentiometers or
other rotating devices up to 15 turns
■ Designed for use with plastic shafts
■ RoHS compliant*
TOLERANCES: EXCEPT WHERE NOTED
.51 .13
DECIMALS: .XX ±
(.020)
.XXX ±
(.005)
FRACTIONS: ±1/64
MM
DIMENSIONS:
(IN.)
REV. 04/07
*RoHS COMPLIANT
*RoHS Directive 2002/95/EC Jan 27 2003 including Annex.
Specifications are subject to change without notice.
Customers should verify actual device performance in their specific applications.