CONDENSER FAN MOTORS
“WATT MOTORS”
Prices subject to change without notice
© 1971-2010 w.d. armstrong corp.
217
NOTE: ROTATION IS DETERMINED BY VIEWING END OPPOSITE SHAFT.
50 WATT UNIT-BEARING FAN MOTORS
Part No.
50CW115
(65040)
50CCW115
(65042)
50CW230
(65041)
50CCW230
(65043)
11 Frame - 3/8” Shaft
1500 RPM - Cast Iron
15045 (50EMJR21) (11045)
A direct replacement motor for Tecumseh
Con denser Fan No. 810M050A62 50 watts,
230V, .85 Amps, CW 5/16" Shaft, 1500 RPM.
Watts Rotation
Volt
Part No.
2
CW
115
65109
2.5
CW
115
65111
4
CW
115
65211
4
CCW
115
65212
4
CW
230
10024
4
CCW
230
10054
5
CW
115
10005
6
CW
115
65311
6
CCW
115
65312
9
CW
115
65411
9
CCW
115
65412
9
CW
230
65421
9
CCW
230
65422
Watts Rotation
Volt
Part No.
16
CW
115
65811
16
CCW
115
65812
16
CW
230
65821
16
CCW
230
65822
25
CW
115
65001
25
CCW
115
65003
25
CW
230
65002
25
CCW
230
65004
35
CW
115
65020
35
CCW
115
65022
35
CW
230
65021
35
CCW
230
65023
UNIT BEARING FAN MOTOR
Used on commercial and domestic refrigerators and freezers. Totally enclosed, all angle, lifetime lubrica-
tion and impedance protected. 1/4” threaded shaft.
Note: Rotation viewed from opposite shaft end.
MOUNTS FOR 51
FRAME MOTORS
MTG45ADJ
(08004)
Direct Drop-In Replacement for Motors Up to 12 Watts
ECM 51 Frame Commercial Refrigeration Motors
Uni tronix by EM & S
• Ultimate Commutated Technology!
• Unit Bearing Construction
• 100% Performance Tested
• Includes LYALL Plug
• Constant 1550 RPM at either 50 or 60 HZ regardless of voltage fluctuations
• Includes Water Shield
• Peak Efficiencies Exceed 80%
10012 12 Watts - 1550RPM - 115V - 0.3Amps - CW - 50/60HZ
Part No.
H
A11601
4 ”
A11602
49/16”
A11603
5 ”
A11605
6¼”
Part No.
Watts
05443
9
05444
16
Part No.
Watts
Amps
00601
6 - 12
0.25
00604
14 - 16
0.50
• 1/4-20 Threaded Shaft
• 1650 rpm CW
• Improved Reliability
• High Efficiency
• Low Operating Temperature
• 115 Volts
• Energy Savings of 60 to 75% • Ball Bearings
• 1550 Rpm
• 15” Leads
• Unit Bearing
• 115 Volt
• Unit Bearing
• Cast Iron Motor Shell
• EMF P-2-1A Lyall Power Plug
• Constant Speed in restricted air flow
