Pakkens Alttan Bağlantılı Kuru Tip CL1 Manometre Q100 0,6 BAR
Pakkens Q100 Dry-Type Bottom-Connection Pressure Gauge (Low Pressure 0.6 BAR)
The Pakkens Q100 series dry-type pressure gauge is designed for applications requiring low-pressure measurement, offering high precision and durability. Its 0.6 BAR measurement range ensures accurate and reliable readings in sensitive low-pressure systems.
With a CL1 accuracy class (%1 precision), it provides dependable data for industrial applications where process safety is critical. Thanks to its dry-type design, no glycerin or filling liquid is required, allowing the pointer to move quickly and clearly for easy reading.
The bottom connection structure makes it ideal for panel and vertical installations. The 100 mm dial ensures excellent readability even from a distance. Its stainless steel body provides long-lasting durability and resistance to harsh operating conditions.
Technical Specifications
| Feature | Description |
|---|---|
| Dial Size | 100 mm (Q100) |
| Connection Type | Bottom connection |
| Connection Size | G 1/2" BSP (can vary upon request) |
| Pressure Range | 0 – 0.6 BAR |
| Type | Dry type (glycerin-free) |
| Accuracy Class | CL1 (%1 accuracy) |
| Material | Stainless steel body and internal components |
| Operating Temperature | -20°C … +60°C |
| Standard | EN 837-1 |
Advantages
- High accuracy in low-pressure systems
- Dry-type design ensures fast and clear pointer response without filling fluid
- Stainless steel construction for long service life and durability
- CL1 (%1) accuracy for reliable measurement
- Bottom connection for flexible and easy installation
- 100 mm dial for excellent readability from a distance
Applications
- Precision water and gas measurement systems
- HVAC and boiler systems
- Industrial liquid and gas pipelines
- Laboratory and R&D applications
- Chemical and petrochemical plants
- Process monitoring and automation systems
The Pakkens Q100 dry-type pressure gauge is a reliable and long-lasting solution for all industrial applications requiring low-pressure and high-precision measurement.