| Attribute | Value |
|---|---|
| Brand | Saginomiya |
| Type | ANS-C106WKQ |
| Category | Pressure Controls |
| Range | -50 cmHg ~ 6 kgf/cm² |
| Maximum Pressure (MP) | 15 kgf/cm² |
| Manufacturing No. | FH055 |
| Approvals | NK, BV, NV |
| Temperature | 15°C |
| Approximate Weight | 1.36 kg |
What is Saginomiya ANS-C106WKQ Pressure Control Switch?
The Saginomiya ANS-C106WKQ is a pressure-sensitive switch designed to control pressure levels in systems. It finds extensive application in air conditioning, refrigeration, and industrial automation to ensure system efficiency and safety.
This pressure control switch prevents excessive pressure build-up or loss, maintaining stable equipment operation. The switch is meant to turn electrical circuits on or off automatically depending on the pressure levels sensed.
Major Features of the Saginomiya ANS-C106WKQ
High Accuracy – Provides accurate pressure control for consistent performance.
Durable Construction – Constructed using high-quality components for long-lasting use.
Compact Design – Simple to install even in confined spaces.
Wide Pressure Range – Can be used in different applications.
Automatic Reset Function – Increases safety and operational effectiveness.
Weather-Resistant – Can be employed in extreme weather conditions.
Compatible with Different Refrigerants – Is compatible with newer refrigerants used in HVAC applications.
Technical Specifications
Model Number: ANS-C106WKQ
Operating Pressure Range: Adjustable to suit different system demands
Electrical Rating: Compatible with normal voltage and current loads
Switch Type: SPST (Single-Pole, Single-Throw)
Reset Type: Automatic
Mounting: Standard mounting types for easy installation
Material: Durable plastic and corrosion-resistant metal parts
These requirements render the Saginomiya ANS-C106WKQ a perfect option for use in applications requiring accurate pressure control.
Uses of the Saginomiya ANS-C106WKQ
This pressure control switch has a broad range of applications across many industries, including:
1. HVAC Systems
- Controls pressure in heating, air conditioning, and ventilation systems.
- Prevents compressor failure as a result of pressure fluctuations.
2. Refrigeration Units
- Guards against excessive or low pressure in commercial and industrial refrigeration units.
- Guarantees safe compressor and refrigerant line operation.
3. Industrial Automation
- Applied in hydraulic and pneumatic applications to regulate pressure levels.
- Maximizes efficiency and safety of automated equipment.
4. Pump and Compressor Systems
- Avoids overpressure or underpressure in pumping terminals.
- Protects the long life of mechanical parts.
