ANSI/UL 1598 Sprinkler Test Apparatus
The Dunel Ormity Sprinkler Test Apparatus, compliant with ANSI/UL 1598 Figure 19.18.1 for Sprinkler Test Apparatus, is engineered to facilitate the precise and reliable evaluation of sprinkler systems. This equipment leverages advanced materials, such as high-grade aluminum and composites, to meet the stringent demands of professional testing environments. Designed to adhere closely to the specified ANSI/UL standards, it ensures accurate testing outcomes essential for assessing system performances under varying conditions.
Product Name: ANSI/UL 1598 Sprinkler Test Apparatus
Regulatory Compliance: Meets the ANSI/UL 1598 Figure 19.18.1 standard, affirming its design and functionality for Sprinkler Test Apparatus applications.
Material Quality: By utilizing superior aluminum and composite materials, this equipment stands out for its durability and reliability, surpassing the common industry reliance on lesser quality components.
Key Technical Features:
- Nozzle Spray Angle: Configured at 45° (horizontal direction), to ensure effective water spread during tests.
- Water Test Pressure: Adjustable between 0 ~ 15 PSI, accommodating a broad range of test scenarios.
- Pressure Gauge: The gauge's measurements are provided in PSI, ensuring precision that aligns with international standards.
- Nozzle: UL design meets the rigorous expectations set by ANSI/UL standards.
- Head Spray Pressure: Fixed at 5 PSI (34.5kPa)
- Support Base: Aluminum frame
Packaging and Delivery:
- Packaging Details: Packed securely in a wood box to safeguard the apparatus during transit.
Warranty: Comes with a 1-year warranty, covering replacement of parts damaged during shipping, highlighting the product's dependability and the manufacturer's dedication to customer satisfaction.
By emphasizing compliance with the ANSI/UL 1598 Figure 19.18.1 standard right from the outset, this datasheet positions the ANSI/UL 1598Sprinkler Test Apparatus as a specialized, high-quality tool for comprehensive sprinkler system testing, underlining its alignment with critical safety and performance criteria.