Baldor-Reliance IDCSWDM3546T 1HP, 1740RPM, 3PH, 60HZ, 143TC, 3524M, TENV, F1

Specs

Catalog Number:

IDCSWDM3546T"

Enclosure:

TENV

Frame:

143TC

Frame Material:

Stainless Steel

Frequency:

60.00 Hz

Output @ Frequency:

1.000 HP @ 60 HZ

Phase:

3

Synchronous Speed @ Frequency:

1800 RPM @ 60 HZ

Voltage @ Frequency:

460.0 V @ 60 HZ 230.0 V @ 60 HZ

XP Class and Group:

None

XP Division:

Not Applicable

Agency Approvals:

CSA UR

Ambient Temperature:

40 °C

Auxillary Box:

No Auxillary Box

Auxillary Box Lead Termination:

None

Base Indicator:

Rigid

Bearing Grease Type:

Polyrex EM (-20F +300F)

Blower:

None

Current @ Voltage:

1.450 A @ 460.0 V 2.900 A @ 230.0 V 3.000 A @ 208.0 V

Design Code:

B

Drip Cover:

No Drip Cover

Duty Rating:

CONT

Efficiency @ 100% Load:

85.5 %

Electrically Isolated Bearing:

Not Electrically Isolated

Feedback Device:

NO FEEDBACK

High Voltage Full Load Amps:

1.5 a

Front Face Code:

Standard

Front Shaft Indicator:

None

Heater Indicator:

No Heater

Insulation Class:

H

Inverter Code:

Inverter Duty

KVA Code:

M

Lifting Lugs:

No Lifting Lugs

Locked Bearing Indicator:

Locked Bearing

Max Speed:

6000 rpm

Motor Lead Exit:

Ko Box

Motor Lead Termination:

Flying Leads

Motor Lead Quantity/Wire Size:

9 @ 18 AWG

Motor Type:

3524M

Mounting Arrangement:

F1

Number of Poles:

4

Overall Length:

12.12 IN

Power Factor:

76

Product Family:

Wash Down Paint Free

Pulley End Bearing Type:

Sealed Bearing

Pulley Face Code:

C-Face

Pulley Shaft Indicator:

Standard

Rodent Screen:

None

Service Factor:

1.00

Shaft Diameter:

0.875 IN

Shaft Extension Location:

Pulley End

Shaft Ground Indicator:

No Shaft Grounding

Shaft Rotation:

Reversible

Shaft Slinger Indicator:

No Slinger

Speed:

1745 rpm

Speed Code:

Single Speed

Motor Standards:

NEMA

Starting Method:

Direct on line

Thermal Device - Bearing:

None

Thermal Device - Winding:

Normally Closed Thermostat

Vibration Sensor Indicator:

No Vibration Sensor

Winding Thermal 1:

None

Winding Thermal 2:

None