Product details
Product Description
The VES-50A Electronic Refrigerant Scale by VALUE is a compact and high-precision measuring tool designed for refrigerant charging and recovery in HVAC and refrigeration systems. With a 50kg capacity, it is ideal for standard refrigerant cylinders used in residential and light commercial applications.
This model features a manual charging system (no solenoid valve), giving technicians full control during operation. The durable metal platform ensures stability, while the LCD display provides clear and accurate readings.
Its lightweight design, long battery life, and reliable performance make it a practical choice for HVAC technicians working in both field and workshop environments.
Key Features
- 50kg capacity suitable for standard refrigerant cylinders
- High precision with ±0.05% accuracy
- Fine measurement with 2g resolution
- Durable metal weighing platform for stability
- Clear LCD display for easy reading
- Manual operation (no automatic valve)
- Long battery life with DC 9V power supply
- Compact and portable with carry case
Technical Specifications
- Model: VES-50A
- Brand: VALUE
- Capacity: 50 kg
- Resolution: 2 g
- Accuracy: ±0.05%
- Display: LCD
- Power Supply: DC 9V
- Operating Temperature: -10°C to 40°C
- Platform Size: 237 × 237 mm
- Weight: approx. 4–5 kg
- Operation Type: Manual (no solenoid valve)
Applications
- Refrigerant charging (manual control)
- Refrigerant recovery
- Split AC installation
- HVAC servicing & maintenance
- Workshop and field operations
FAQ
Q1: What is the difference between VES-50A and VES-50B?
VES-50A is manual, while VES-50B has a solenoid valve for automatic charging.
Q2: What is the maximum capacity of this scale?
It supports up to 50kg, suitable for standard refrigerant cylinders.
Q3: How accurate is the scale?
It provides ±0.05% accuracy with 2g resolution.
Q4: Is it suitable for professional HVAC use?
Yes, it is widely used by HVAC technicians for daily work.
Q5: Does it have automatic shut-off?
No, this model is manual, so charging must be controlled by the technician.
