
SMC Pressure Gauge, 10 Bar Maximum Pressure Measurement, 40mm Gauge Outside Diameter - K8-10-40
This pressure gauge is a reliable analogue device designed for precise pressure measurement in various industrial applications. The 40mm gauge features a maximum pressure measurement of 10 bar and a back-entry connection type, making it suitable for seamless integration into pneumatic systems. With a durable black plastic housing and a clear white dial, it ensures easy readability while maintaining robust performance within its specified temperature range.
Features & Benefits
• Dual scale display in MPa and bar enhances usability
• Back-entry design simplifies installation and connection
• Robust construction withstands demanding environments
• Accurate measurement class of 2.5 ensures reliable readings
• Operating temperature range from -20°C to +60°C expands applications
• 40mm diameter provides compact size for easy integration
Applications
• Used with hydraulic and pneumatic systems for pressure monitoring
• Ideal for automation in manufacturing processes requiring pressure feedback
• Suitable for testing pressure in electronic and mechanical devices
• Utilised in equipment calibration for engineers and technicians
What materials are used for the gauge's construction?
The gauge features a black plastic housing, a clear plastic viewing window, and a white plastic dial, ensuring durability while maintaining visibility.
How does the dual scale feature benefit users?
The dual scale allows users to read pressure in both MPa and bar, facilitating easier comparison and understanding, especially for those familiar with either unit.
What is the significance of the back-entry design?
The back-entry design enables straightforward installation, particularly in confined spaces, improving accessibility and making connections more manageable for users.
What accuracy level can be expected from this pressure gauge?
With an accuracy class of 2.5, the gauge provides reliable and repeatable pressure readings, crucial for precise monitoring in critical applications.