Teddington Kbb Fire Valve C90 X 6.0 Mtr Cap 1/4 Bsp

Teddington Kbb Fire Valve C90 X 6.0 Mtr Cap 1/4 Bsp

The Teddington KBB/C/90 Fire Valve with a 6.0-meter capillary and 1/4" BSP connection is a high-performance safety solution for oil-fired heating systems, designed to protect against fires and overheating. By automatically shutting off the oil supply when temperatures reach dangerous levels, this valve acts as a safeguard to prevent fuel from feeding a fire or overheating appliance.

Key Specifications:

• 90°C Activation Point: Calibrated to activate at 90°C, the valve responds swiftly in critical temperature conditions, cutting off the oil flow to mitigate potential hazards.
• Extended Capillary Reach: The 6.0-meter capillary length provides exceptional flexibility, allowing the sensor to be placed far from the valve body, ideal for larger installations or complex layouts.
• Universal 1/4" BSP Connection: With a 1/4" BSP internal thread, this valve easily integrates with most oil-fired systems, ensuring a secure and stable connection.
• Manual Reset for Controlled Safety: After activation, the valve must be manually reset, providing an extra level of safety by ensuring the system is inspected before oil flow is resumed.
• Regulatory Standards Compliance: This valve complies with BS 5410 Part 1 and holds OFS E101 approval, meeting industry standards for safety and reliability.

Application and Installation:

This Teddington KBB/C/90 Fire Valve is ideal for both residential and commercial applications where additional reach and precise temperature detection are required. During installation, the sensor should be positioned within the appliance for optimal heat detection, with the valve body mounted externally for easy access and inspection. The long 6-meter capillary provides placement flexibility, making it suitable for larger or more complex oil heating setups.

Trusted by industry professionals, the Teddington KBB/C/90 with a 6-meter capillary is a dependable choice for effective fire protection and system safety in oil-fired heating applications.