

100-E116KD11 | Allen-Bradley IEC 116 A Contactor
- Regular price
- $967.00
- Sale price
- $967.00
- Regular price
-
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Product Description P/N: 100-E116KD11
Description
The Allen-Bradley 100-E116KD11 is a 116 A IEC contactor from the Bulletin 100-E series, built for reliable motor control and power switching in industrial environments. It features a universal control voltage range and bar terminal connections for easy integration into high-current systems.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Contactors and Starters
|
Part Number | 100-E116KD11 |
Subcatecory |
Electrical Contactors
|
Product Line | Bulletin 100-E |
Rated Operational Current | 116 Amps |
Utilization Category | AC-3, AC-1 Motors |
Coil Type | Standard Electronic Coil |
Control Voltage | 100-250V and 100-250V DC |
Frequency Rating | 50/60 Hz |
Main Poles | 3 |
Main Contact Configuration | 3 NO |
Auxiliary Contacts | 1 NO, 1 NC |
Connection Type | Bus Bar Terminal |
Information About 100-E116KD11
The 100-E116KD11 is designed for AC-3 and AC-1 motor applications, making it suitable for switching squirrel cage motors and resistive loads. It has a rated operational current of 116 amps and includes 3 normally open (3 NO) main poles for three-phase motor control.
This contactor comes with a standard electronic coil that supports a wide control voltage range of 100–250V AC/DC, offering flexibility for various control systems. It operates at 50/60 Hz, and its bus bar terminal design ensures solid, low-resistance electrical connections in industrial panels.
Key Features:
-
116 A Operational Current: Supports medium to large motor applications
-
3 Main Poles (3 NO): Suitable for standard 3-phase motor control
-
100–250V AC/DC Coil Voltage: Universal voltage range simplifies inventory and control design
-
1 NO + 1 NC Auxiliary Contacts: Provides flexible feedback or interlocking options
-
Bus Bar Terminals: Secure, high-capacity connection interface for power circuits
The 100-E116KD11 offers robust, efficient motor switching in demanding industrial automation and control environments.
Description
The Allen-Bradley 100-E116KD11 is a 116 A IEC contactor from the Bulletin 100-E series, built for reliable motor control and power switching in industrial environments. It features a universal control voltage range and bar terminal connections for easy integration into high-current systems.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Contactors and Starters
|
Part Number | 100-E116KD11 |
Subcatecory |
Electrical Contactors
|
Product Line | Bulletin 100-E |
Rated Operational Current | 116 Amps |
Utilization Category | AC-3, AC-1 Motors |
Coil Type | Standard Electronic Coil |
Control Voltage | 100-250V and 100-250V DC |
Frequency Rating | 50/60 Hz |
Main Poles | 3 |
Main Contact Configuration | 3 NO |
Auxiliary Contacts | 1 NO, 1 NC |
Connection Type | Bus Bar Terminal |
Information About 100-E116KD11
The 100-E116KD11 is designed for AC-3 and AC-1 motor applications, making it suitable for switching squirrel cage motors and resistive loads. It has a rated operational current of 116 amps and includes 3 normally open (3 NO) main poles for three-phase motor control.
This contactor comes with a standard electronic coil that supports a wide control voltage range of 100–250V AC/DC, offering flexibility for various control systems. It operates at 50/60 Hz, and its bus bar terminal design ensures solid, low-resistance electrical connections in industrial panels.
Key Features:
-
116 A Operational Current: Supports medium to large motor applications
-
3 Main Poles (3 NO): Suitable for standard 3-phase motor control
-
100–250V AC/DC Coil Voltage: Universal voltage range simplifies inventory and control design
-
1 NO + 1 NC Auxiliary Contacts: Provides flexible feedback or interlocking options
-
Bus Bar Terminals: Secure, high-capacity connection interface for power circuits
The 100-E116KD11 offers robust, efficient motor switching in demanding industrial automation and control environments.
