APPLETON ELECTRIC Hazardous-Location Combination Starters
#Grup produk P110109264
Spesifikasi
UNSPSC | 39121521 |
---|---|
Auxiliary Contact Form | 1NO/1NC |
Coil Voltage (V) | 120 AC |
Control Transformer | No |
Current AC (A) | 27 |
For Fuse Class | Class CC |
Frequency (Hz) | 60 |
Hazardous Location Specification | Class I, Div 1 and 2, Group B, C, D; Class II, Div 1 and 2, Group E, F, G; Class III, Div 1 and 2 |
Horsepower @ Single Phase - 120V AC (hp) | 2 |
Horsepower @ Single Phase - 240V AC | Not Rated |
Horsepower @ Three Phase - 208V AC (hp) | 7-1/2 |
Horsepower @ Three Phase - 240V AC (hp) | 7-1/2 |
Horsepower @ Three Phase - 480V AC (hp) | 10 |
Includes | Block Hinges; Cover Bolts; Handle; O-Ring; Operator Shafts |
Includes Auxiliary Contacts | No |
Maximum Voltage Rating (V) | 240 AC |
Motor Starter Type | Eaton A200 Series |
NEMA Enclosure Rating | 4X |
NEMA Size | 1 |
Number of Poles | 3 |
Number of terminals | 4 |
Operator | Handle |
Overall Depth (inch) | 11.38 |
Overall Height (inch) | 27.63 |
Overall Width (inch) | 14.13 |
Overload Protection Type | Thermal |
Phase | Three |
Reversing Capability | Non-Reversing |
Series | AEB |
Short Circuit Protection | Circuit Breaker |
Standards | UL 1203; UL 508; UL 698; UL Listed |
Starter Style | NEMA |
Trip Class | 20 |
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Informasi Produk
Description
These hazardous-location combination motor starters with thermal overloads have circuit breakers that trip if the connection experiences an electrical overload or short. They shut off power immediately if there is an electrical malfunction to protect high-current industrial equipment and operators. Breakers are manually reset after they trip to resume normal operation. Thermal overloads prompt motor starters to break electrical connections with downstream equipment once a set temperature is reached to protect connected loads from overheating and causing damage. They contain either bimetallic strips or melting alloy solder materials. When the current exceeds a predetermined threshold and temperatures rise, the material bends or liquefies, causing the thermal unit to break the circuit and cause the motor starter to break its power contacts. As the materials cool down, they will return to their normally closed position and the circuit can be reset automatically or manually.
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