WEG ESWC-12T5E9-RE3 STANDARD PANEL ESWC-12T5E9-RE3 TEAO W01 ROLLED STEEL SINGLE-PHASE

WEG ESWC-12T5E9-RE3 STANDARD PANEL ESWC-12T5E9-RE3 TEAO W01 ROLLED STEEL SINGLE-PHASEWEG offers versatile UL508A ESWC series combination starters with solid state overloads for motor starting and control. These full voltage non reversing combination starters are available up to 250HP at 460VAC (300A) with control power transformers for three phase applications. Panel type Across the line Horsepower (HP) 10 HP Main voltage 575 V Bypass type None Control options Reset pushbutton Enclosure rating Type 3R 4 12 Attributes Series ESWC Panel

lb Locked rotor torque 240 % Breakdown torque 350 % Locked rotor time 18s (cold) 10s (hot) Moment of inertia (J) 1

Frame 404/5JP Output 75 HP (55 kW) Number of Poles 6 Frequency 50 Hz Rated speed 978 rpm Slip 2

5 No load current 122 A Rated torque 885 ft

automatic Shaft Material SAE 1040/45 Carbon Steel Painting RAL 7022 207N (ISO 12944 - C2) Grounding Lugs Single Fan Cover material Steel Tropicalized Painting Without Fan material Plastic Bearing cap No-Without Bearing Cap Balancing Method Not Balanced Drip Cover Without Overload protector (phenolic) Without overload protector Connection Cables Quantity 3 Features

Model_Number J195 PRODUCT NAME 15 HP - - 3465 PHASETYPE 3_PHASE HORSEPOWER 15 KILOWATTS 11

75 A Rated torque 4

automatic Shaft Material SAE 4140 Carbon Steel Painting RAL 6002 203A (ISO 12944 - C2) Grounding Lugs Double Fan Cover material Cast Iron Tropicalized Painting Without Fan material Aluminum Bearing cap Yes- Bearing Cap Balancing Method 1/2 Key Drip Cover Without Overload protector (phenolic) Without overload protector Connection Cables Quantity 12 Features

8 SERVICE FACTOR AMPS PRIMARY 8

853 LOCKED ROTOR TORQUE UOM OZFT INSULATION CLASS F LOCKED ROTOR AMPS 1

lb Locked rotor torque 270 % Breakdown torque 260 % Locked rotor time 37s (cold) 21s (hot) Moment of inertia (J) 113 sq

lb Locked rotor torque 290 % Breakdown torque 330 % Locked rotor time 25s (cold) 14s (hot) Moment of inertia (J) 40

Amperes 1674 A LRC 6