VALUE VDG-1 Digital Manifold Gauge Set
The VALUE VDG-1 Digital Manifold Gauge Set is one of the most advanced tools in the HVAC industry. It offers both high accuracy and enhanced functionality for measuring pressure and temperature. This tool is especially designed for professional technicians who need precise and efficient measurements. Below, we will explore the features and technical specifications of this manifold.
VALUE VDG-1 Digital Manifold Gauge Set Key Features:
- Accurate Digital Display:
- High Precision: The digital display provides much higher accuracy compared to traditional gauges. It can measure pressure as low as 1 psi (0.1 bar) or 10 kPa.
- High Reliability:
- Pressure Resistance: The manifold can handle pressures up to 5 MPa, making it both durable and efficient in various conditions.
- Multi-Functionality:
- Pressure and Temperature Measurement: Not only does it measure pressure, but it also tracks the refrigerant’s temperature in the system. By comparing the theoretically calculated temperature with the actual temperature, you get accurate insights into superheat and subcooling levels.
- Complete Package:
- Included Components: The set comes with one manifold, two temperature clamp probes, three refrigerant hoses, two couplings, and four AA batteries. Additionally, it includes a plastic case for easy transport and storage.
Technical Specifications:
- Model: VDG-1
- Measurable Gases: Compatible with gases from R11 to R420A
- Pressure Accuracy: 1 psi (0.1 bar) or 10 kPa
- Maximum Pressure Tolerance: 5 MPa
- Temperature Measurement: Yes
- Included Components: One manifold, two temperature clamp probes, three refrigerant hoses, two gas charge couplings, four AA batteries, and a plastic case.
Conclusion:
The VALUE VDG-1 Digital Manifold Gauge Set combines precision, reliability, and multi-functionality. It is an ideal tool for HVAC technicians and other industrial applications. With its ability to accurately measure both pressure and temperature, this manifold ensures you can service refrigeration systems quickly and effectively.