8
Warner Electric • 800-825-9050
P-273-5-WE • 819-0529
1 . The pilot diameters on each end of the Electro-
Module will mate with the pilot diameters on the
base .
2 . Secure the base to the Electro-Module with the
four (4) bolts provided . Tighten to 18-22 foot
pounds .
Section G: Mounting to a Reducer (10-20,
10-20FBC, 10-40, 20-30, 20FBC-30, 30-40)
1 . Warner Electric Electro-Modules are furnished
with a hardened key pre-mounted on the output
shaft .
2 . Align the output shaft and keyway of the module
will the corresponding bore and keyway of the
reducer . Slide the assembly together as shown in
Figure 11 .
3 . Bolt the (10-20, 10-20FBC, or 10-40) motor/
module or output of a (20-30, 20FBC-30, or
30-40) double shafted module to the reducer
flange . The four (4) bolts that are required
(3/8-16UNC2A) are typically provided with the
reducer . Tighten to 18-22 foot pounds of torque .
Section H: Mounting on the Input and
Output Shafts
Couplings, pulleys, sprockets or
similar power transmission components can be
mounted to the input and output shafts of an
Electro-Module.
When mounting a pulley or
sprocket, ensure that the key is fully engaged
within the device hub or housing.
Confirm that the belt or chain tightness meets the
maximum side load capability of the UniModule
shown in Table 3.
Overhung Load Data (Shaft Side Load)
Overhung load data is provided in this manual for the
design engineer concerned with a specific problem
in this area . The maximum allowable overhung load
which can be applied to the shaft of an Electro-
Module may be determined by the use of the
accompanying chart .
Figure 10
Figure 11
A
R
