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Johnson Controls XP-9103-8304 Eight-Output Triac Expansion Module for DX-9100 and DX-9200
- Regular price
- $345.00
- Sale price
- $345.00
- Regular price
-
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Product Description P/N: XP-9103-8304
Description
Johnson Controls XP-9103-8304 is a digital output expansion module for compatible DX-9100 and DX-9200 building automation controllers. It provides eight triac outputs for switching control loads in HVAC and building management applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Johnson Controls |
| Category | HVAC Control Modules |
| Part Number | XP-9103-8304 |
| Subcategory | Digital I/O Expansion Modules |
| Module Type | Digital output expansion module |
| Compatible Controllers | DX-9100 and DX-9200 |
| Digital Outputs | 8 |
| Output Type | Triac |
| Output Rating | 24 VAC triac; 0.5 A continuous, 0.8 A peak |
| Application | HVAC and building automation control |
| Weight | 0.56 lb |
Information About XP-9103-8304
The XP-9103-8304 belongs to the Johnson Controls 9100 series of controller expansion modules. Its board adds eight digital outputs using triac switching. It is intended for installations using compatible DX-9100 or DX-9200 controller systems. The outputs support integration of additional switched control points into HVAC and building automation panels.
Key Features:
- Eight Digital Outputs: Adds eight output points to the compatible controller system for expanded equipment control.
- Triac Switching: Uses triac outputs for switching compatible 24 VAC control loads.
- DX-9100 Compatibility: Functions as an expansion module in Johnson Controls DX-9100 extended digital controller installations.
- HVAC Control Integration: Provides output capacity for control sequences involving building and HVAC equipment.
- Controller Expansion: Extends available digital output points without requiring a separate standalone controller.
- Modular I/O Design: Fits within the 9100 series expansion architecture for configurable building control systems.
The XP-9103-8304 delivers the reliability and precision required for expanding digital output control in HVAC and building automation systems.
Description
Johnson Controls XP-9103-8304 is a digital output expansion module for compatible DX-9100 and DX-9200 building automation controllers. It provides eight triac outputs for switching control loads in HVAC and building management applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Johnson Controls |
| Category | HVAC Control Modules |
| Part Number | XP-9103-8304 |
| Subcategory | Digital I/O Expansion Modules |
| Module Type | Digital output expansion module |
| Compatible Controllers | DX-9100 and DX-9200 |
| Digital Outputs | 8 |
| Output Type | Triac |
| Output Rating | 24 VAC triac; 0.5 A continuous, 0.8 A peak |
| Application | HVAC and building automation control |
| Weight | 0.56 lb |
Information About XP-9103-8304
The XP-9103-8304 belongs to the Johnson Controls 9100 series of controller expansion modules. Its board adds eight digital outputs using triac switching. It is intended for installations using compatible DX-9100 or DX-9200 controller systems. The outputs support integration of additional switched control points into HVAC and building automation panels.
Key Features:
- Eight Digital Outputs: Adds eight output points to the compatible controller system for expanded equipment control.
- Triac Switching: Uses triac outputs for switching compatible 24 VAC control loads.
- DX-9100 Compatibility: Functions as an expansion module in Johnson Controls DX-9100 extended digital controller installations.
- HVAC Control Integration: Provides output capacity for control sequences involving building and HVAC equipment.
- Controller Expansion: Extends available digital output points without requiring a separate standalone controller.
- Modular I/O Design: Fits within the 9100 series expansion architecture for configurable building control systems.
The XP-9103-8304 delivers the reliability and precision required for expanding digital output control in HVAC and building automation systems.
