Model 1623 Metric 42R-5F Series AC Right Angle Gearmotor
Search by Specification (Parameter Search)
Filter By:
Metric 42R-5F Series AC Right Angle Gearmotor
Model 1623
SPECIFICATIONS
Speed (rpm) | 140 |
Rated Torque (Nm) | 3.6 |
Rated Torque (lb-in) | 32 |
Power (Watts) | 83 |
Power (HP) | 1/9 |
Volts | 230 |
Hz | 50 |
Phases | 1 |
Amps | .63 |
Gear Ratio | 10 |
Radial Load (N) | 45 |
Radial Load (lbs) | 10 |
Length XH (mm) | 246 |
Length XH (inch) | 9.69 |
Weight (kg) | 6.4 |
Weight (lbs) | 14.3 |
Connection Diagram | 07410021 |
Capacitor Part Number | 49401154 |
Product Type | 42R4BFCI-5F |
HPDecimal | 0.1111 |
CAD Drawings
Wiring Diagram
Safety Data Sheets
- Download PDF
Optional Accessories
Die cast terminal box kit for 33A, 34R, 42A, 42R, and 48R motors and gearmotors [model 0984]
Die cast metric terminal box kit with terminal block for 33A, 34R, 42A, 42R, and 48R motors and gearmotors [model 1984]
Capacitor; plastic box type; 7.5MFD 370V [Item 49401154]
Large die cast terminal box kit for 34R, 42R, 48R, 42R-FX, 33A, 42A stock motors and gearmotors [model 0986]
STANDARD FEATURES
- Metric mounting threads and metric drive shaft dimensions.
- Totally enclosed IP-20 rating.
- Fan cooled for high output power.
- Class "B" insulation system operated within Class "A" limits to prolong winding and lubricant life.
- Aluminum center ring and endshields for high thermal efficiency and light weight.
- Unvented gearhousing.
- Industrial lip type seals on motor and output shafts.
- Bronze sleeve bearings on output shaft oiled by felt wicks and reservoir for quietness.
- Permanently lubricated gearing utilizing oil for long life.
- Bronze worm gear for high shock load capability.
- Hardened and ground worm gear for strength and long life.
Ready to Purchase? Find a Distributor
All prices are in U.S. dollars. Specifications and prices are subject to change without notice. Web price excludes taxes, shipping, and handling charges. Terms & Conditions of Sale
Availability
Order Quantity: 1-25
Chat with us for Current Stock Availability