Description
The York S1-33109150002 is a genuine OEM Simplicity 1A 2-stage control board kit designed to manage the operation of compatible York HVAC equipment. It coordinates essential system functions to ensure reliable, efficient, and safe heating and cooling performance.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
York |
| Part Number |
S1-33109150002 |
| Product Type |
2-Stage Control Board Kit |
| Series |
Simplicity 1A |
| Category |
Controls & Indicators |
| Subcategory |
CPU/Control Board |
| Amperage |
1 A |
| System Type |
2-Stage |
| Application |
Air Conditioners and HVAC Systems |
| Compatible Equipment |
Select York HVAC Units |
| Replaces Part Numbers |
S1-03109150002, S1-33101934002 |
| Weight |
0.98 lb |
Information About S1-33109150002
The S1-33109150002 is an OEM Simplicity 1A control board kit manufactured by York for compatible HVAC systems. It serves as the primary control module, managing system operation by coordinating major components throughout each operating cycle. Designed for two-stage applications, the board helps improve performance, energy efficiency, and equipment reliability. Its direct replacement design ensures seamless integration with compatible York units.
Key Features:
- OEM Control Board Kit: Genuine York replacement for compatible HVAC equipment.
- Two-Stage System Control: Optimizes heating and cooling operation for improved efficiency.
- Simplicity 1A Platform: Designed for reliable system management in York HVAC units.
- Central Equipment Control: Coordinates system components for dependable performance.
- 1 Amp Rating: Engineered to meet OEM electrical specifications.
- Direct Replacement Design: Installs easily in compatible York equipment.
- Broad Equipment Compatibility: Fits select York air conditioners and HVAC systems.
- Durable Construction: Built for long-term reliability in demanding HVAC applications.
The S1-33109150002 delivers the reliability and performance required for dependable HVAC system control and efficient equipment operation.