52
Rotation determined opposite shaft end
Double shaft determined at lead end
Shaft length measured from hub
face to shaft end
Motors
Circulator Pump
Circulator Pump Motors
Circulator Pump
Single Shaft • Single Speed • Sleeve & Ball Bearing • 1725 RPM
115/230/460/575 Volts • Resilient Rings for Base Mount Models • Open Construction • Reversible
Typical Applications :
Hot Water Boiler & Booster Pumps
Part # HP Volts Fig.
Bearing
Armstrong
B & G
CP-R1350
1/12
115
1
Sleeve
805316-010, 831000-61
111034
CP-R1352
1/6
115
1
Sleeve
817025-001, 831001-061
111031
CP-R1354
1/4
115
1
Sleeve
817025-007, 831002-061
111040
CP-R1444
115
2
Sleeve
816141-001
CP-R1356
1/3
115
1
Sleeve
817025-013, 831003-061
111042
CP-R1446
115
2
Sleeve
816141-002
CP-R1359
1/2
115/230 4
Ball
831009-061
111044
CP-R1368
230/460 3
Ball
811757-003, 020, 023, 831011-083 111046
CP-R1369
575
3
Ball
811757-004
111046-5
CP-R1459
115/230 5
Ball
811757-001
111044
CP-R1362
3/4
115/230 4
Ball
831010-062
111047
CP-R1370
230/460 3
Ball
831012-083
111049
CP-R1372
575
3
Ball
811757-006
111049-5
CP-R1462
115/230 5
Ball
811757-002, 033
111047
CP-R1470
230/460 6
Ball
811575-005
111049
CP-R1472
575
6
Ball
811757-005, 024, 027
111049-5
CP-R1363
1
115/230 4
Ball
816676-062
111050
CP-R1371
230/460 3
Ball
816675-069
169090
CP-R1373
575
3
Ball
816676-068
169090-5
CP-R1463
115/230 5
Ball
811757-007, 028, 031
111050
CP-R1471
230/460 6
Ball
811757-008
169090
CP-R1473
575
6
Ball
811757-009, 028, 031
169090-5
CP-R1365
1 1/2
115/230 4
Ball
816678-062
169095
CP-R1374
230/460 3
Ball
816678-069
169092
CP-R1375
575
3
Ball
816685-068
196092-5
Part#
Specification
Description
T6-10010
1/2" × 1/2"
1/2 to 1/3 HP Easy Link
T6-10010SL
1/2" × 1/2"
Spirolink
T6-10023
1/2" × 1/2" or 1/2" × 5/8"
1/2 to 3/4 HP Easy Link
T6-10023SL
1/2" × 1/2" or 1/2" × 5/8"
Spirolink
T6-10034
1/2" × 5/8" or 5/8" × 5/8"
1 HP Easy Link
T6-10034SL
1/2" × 5/8" or 5/8" × 5/8"
Spirolink
T6-10045SL
1/2" × 5/8" or 5/8" × 5/8"
Taco
T6-10010
Illustrated
Easy Links - Spirolink
T6-10034
Illustrated
Sleeve Bearing
Models Feature
Easy Access
Oilers!
Pump Couplers
Fig.1
Fig.2
Fig.3
Fig.4
Fig.6
Fig.5
