Description
The Allen-Bradley 800T-H48A is a 30.5 mm momentary selector switch with a 2-position actuator, designed to deliver precise and reliable manual control for industrial automation panels.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Allen-Bradley
|
| Category |
|
| Part Number |
800T-H48A |
| Subcatecory |
|
| Mounting Size |
30.5 mm |
| Actuation Type |
Momentary |
| Number of Positions |
2 |
| Contact Configuration |
1 NO / 1 NC |
| Block Type |
Standard |
| Terminal Type |
Screw |
| Voltage Rating |
120 Volt |
| Weight |
0.5200 lb |
Information About 800T-H48A
The 800T-H48A belongs to Allen-Bradley’s robust 800T series, known for their industrial-grade design and flexibility. This model features a 2-position momentary selector actuator, making it ideal for temporary input control functions such as jog, pulse, or momentary override applications. Equipped with a 1 Normally Open (NO) and 1 Normally Closed (NC) contact configuration, the switch supports dual-circuit logic and ensures compatibility with standard control systems. Its screw terminal connections provide secure and easy wiring, while the standard block type ensures consistent contact reliability.
Key Features:
- Type: 30 mm 2-position momentary selector switch
- Action Type: Momentary, spring-return from each position
- Actuator Style: 2-position selector for manual rotary input
- Contact Configuration: 1 NO + 1 NC for dual control logic support
- Terminal Type: Screw terminals for reliable panel wiring
- Mounting Size: 30.5 mm standard industrial panel cutout
- Voltage Rating: 120 Volts
- Construction: Durable metal design with standard contact block
- Standards Compliance: CCC, CE, CSA, CUL, KC, Marine, UL
- Application: Ideal for machinery control panels, reset functions, or operational mode selection requiring momentary rotary inputs
The 800T-H48A delivers dependable momentary rotary control in industrial environments, offering tactile feedback and dual-circuit functionality in a durable 30.5 mm selector format.
