Barber Colman A-60051-1 Actuator Auxiliary Switch Feedback Assembly
- Regular price
- $1,515.00
- Sale price
- $1,515.00
- Regular price
-
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Product Description P/N: A-60051-1
Description
The Barber Colman A-60051-1 is a precision auxiliary switch assembly designed for HVAC valve and damper actuators. It provides crucial position feedback to the central controller to verify mechanical execution and trigger secondary events.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Barber Colman |
| Category | HVAC & Refrigeration |
| Part Number | A-60051-1 |
| Subcategory | Actuator Accessories |
| Component Type | Auxiliary Switch Assembly |
| Function | Positional Feedback / Secondary Trigger |
| Mounting Style | Direct Actuator Shaft Mount |
| Contact Design | Anti-Arcing Heavy-Duty |
| Application | Motorized Valves and Dampers |
| Weight | 0.45 lbs |
Information About A-60051-1
The A-60051-1 is a dedicated electromechanical switch kit built to enhance automation system transparency. It mounts directly onto compatible actuator shafts to translate physical rotation into distinct electrical signals. Engineered for high-cycle industrial environments, it features robust internal contacts that resist arcing and carbon buildup. This assembly allows facility managers to trigger secondary equipment, such as fans or alarms, based on the primary valve's exact position.
Key Features:
-
Position Verification: Confirms physical actuator movement by sending reliable electrical feedback.
-
Secondary Equipment Trigger: Actuates peripheral alarms or fans automatically based on valve status.
-
Direct Shaft Mounting: Attaches securely to the actuator drive without requiring complex modifications.
-
Arc-Resistant Contacts: Utilizes heavy-duty internal metals to prevent electrical degradation over time.
-
High-Cycle Durability: Built to withstand thousands of rotational cycles in continuous HVAC operations.
-
System Transparency: Allows remote operators to monitor mechanical hardware states accurately.
The A-60051-1 delivers the reliability and precision required for advanced HVAC monitoring and sequenced equipment actuation.
Description
The Barber Colman A-60051-1 is a precision auxiliary switch assembly designed for HVAC valve and damper actuators. It provides crucial position feedback to the central controller to verify mechanical execution and trigger secondary events.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Barber Colman |
| Category | HVAC & Refrigeration |
| Part Number | A-60051-1 |
| Subcategory | Actuator Accessories |
| Component Type | Auxiliary Switch Assembly |
| Function | Positional Feedback / Secondary Trigger |
| Mounting Style | Direct Actuator Shaft Mount |
| Contact Design | Anti-Arcing Heavy-Duty |
| Application | Motorized Valves and Dampers |
| Weight | 0.45 lbs |
Information About A-60051-1
The A-60051-1 is a dedicated electromechanical switch kit built to enhance automation system transparency. It mounts directly onto compatible actuator shafts to translate physical rotation into distinct electrical signals. Engineered for high-cycle industrial environments, it features robust internal contacts that resist arcing and carbon buildup. This assembly allows facility managers to trigger secondary equipment, such as fans or alarms, based on the primary valve's exact position.
Key Features:
-
Position Verification: Confirms physical actuator movement by sending reliable electrical feedback.
-
Secondary Equipment Trigger: Actuates peripheral alarms or fans automatically based on valve status.
-
Direct Shaft Mounting: Attaches securely to the actuator drive without requiring complex modifications.
-
Arc-Resistant Contacts: Utilizes heavy-duty internal metals to prevent electrical degradation over time.
-
High-Cycle Durability: Built to withstand thousands of rotational cycles in continuous HVAC operations.
-
System Transparency: Allows remote operators to monitor mechanical hardware states accurately.
The A-60051-1 delivers the reliability and precision required for advanced HVAC monitoring and sequenced equipment actuation.