Custom Design Modifications & Accessories
Vertical Motor Applications & Features
Electric Motor & Machines Terminology
Bearing Identification - AFBMA Bearing Numbers
841 PLUS® Specification
CORRO-DUTY® NEMA Motor Specification for Hostile Environments
Horizontal NEMA® Frame Motors - Totally Enclosed Fan Cooled - TEFC
Horizontal TITAN® Frame Motors - Weather Protected I & II – WPI & WPII
Horizontal TITAN® Frame Motors - Totally Enclosed Fan Cooled - TEFC
Inverter Duty HOSTILE DUTY™ TEFC Specification
Motors for Use with Variable Frequency Drives
NEMA Line Vertical Motors Sample Specs.
Oil Capacities of Vertical HOLLOSHAFT® Motors
Paint Specifications
TITAN® Line Vertical Motors Sample Specification
Underwriters Listing and Component Recognitions (Non-Hazardous Locations)
Vertical Hollow and Solid Shaft High Thrust NEMA® Frame Motors
Totally Enclosed Fan Cooled – TEFC
Vertical Hollow and Solid Shaft High Thrust NEMA® Frame Motors
Weather Protected Type 1 – (WP-I)
Vertical Hollow and Solid Shaft High Thrust TITAN® Frame Motors
Totally Enclosed Fan Cooled – TEFC
When 3-Phase Motors May Run Single Phase
Fifty Hertz Operation of Sixty Hertz Motors
Motor Power Factor & Energy Conservation
Starting Methods for Induction Motors
Typical Connection Diagrams - 3 Phase Motors
Current Transformers Differential Motor Protection
Heaters and Trickle Voltage Heating to Combat Motor Condensation
Methods of Winding Temperature Protection
Power Factor Correction Capacitors (PFCC)
Short Shaft vs. Long Shaft Motors
Sound Power and Sound Pressure
Space Heaters to Combat Motor Condensation
Steady Bushing for Vertical HOLLOSHAFT® Motors
Surge Protection - Lightning Arrestor
Surge Protection on TITAN® Line Motors
Types and Construction of Vertical Motors
Description of Typical Pump Application
Special features for high thrust motors
NEMA Line Vertical Motors Sample Specs
Oil Capacities of Vertical HOLLOSHAFT® Motors
Method of Measuring Shaft Runout
TITAN® Line Vertical Motors Sample Specifications
Steady Bushing for Vertical HOLLOSHAFT® Motors
Thrust and Radial Load Designs in Vertical Drives