All-in-one Sargent 351-psh-tb Powerglide Surface Door Closer, Psh Arm, Thru Bolts - Heavy Duty Parallel Hold Open Arm With Positive Stop Collection [UMyvmVd5]

Sargent 351-PSH-TB Powerglide Surface Door Closer

The Sargent 351-PSH-TB Powerglide Surface Door Closer is a top-tier commercial door closer designed for heavy-duty applications. This surface-mounted door closer boasts a robust construction, ensuring reliability in high-traffic environments. With a PSH arm featuring a heavy-duty parallel hold open arm with a positive stop, this door closer provides exceptional functionality and ease of use. Its forged steel construction offers durability and strength, making it an ideal choice for schools, healthcare facilities, and office buildings.

Key Features and Specifications

The 351 Series Powerglide Closer is engineered with a heavy-duty one-piece die-cast aluminum-silicon alloy body, providing superior strength and wear resistance. Certified ANSI/BHMA A156.4 Grade 1, this door closer meets stringent safety and quality standards. It comes with a full complement of arm types and front-facing valves, making it versatile for various installation needs. The door closer is designed for easy installation and adjustment, with a size range of 1 through 6. Key features include ANSI/BHMA A156.4 Grade 1 certification, UL10C and UBC compliance, and a 10-year warranty.

Practical Uses and Benefits

The Sargent 351-PSH-TB Powerglide Surface Door Closer is perfect for ensuring the safety and convenience of your commercial space. Its heavy-duty construction and versatile mounting options make it suitable for a wide range of applications, including schools, healthcare facilities, and office buildings. The door closer's adjustable spring power and non-handed design allow for easy installation and maintenance. With its all-weather capabilities and cold weather fluid, this door closer is built to last, providing reliable performance in any environment. Its interchangeable forged steel arms and standard pressure relief valves further enhance its durability and functionality.