Pollak 41-823 High-Output 107dB Back-Up Alarm – Stud Terminals, 12V-24V Heavy Duty Reverse Signal

Maximum Audibility and Secure Connectivity for Heavy-Duty Safety

The Pollak 41-823 Back-Up Alarm is a professional-grade safety alert designed for high-noise environments where standard alarms fall short. Delivering a powerful 107 decibel signal, this alarm ensures your vehicle is heard clearly on construction sites, loading docks, and busy industrial yards.

Specifically engineered for long-term durability, the 41-823 features heavy-duty stud terminals instead of wire leads. This design provides a superior, vibration-resistant electrical connection that is ideal for vocational trucks and equipment subjected to constant movement and harsh conditions.

Key Features:

• High-Intensity 107dB Output: Engineered to meet the noise requirements of busy job sites, providing a loud, penetrating warning signal.

• Rugged Stud Terminals: Equipped with secure bolt-on terminal posts to prevent wire fatigue and ensure a permanent, high-integrity connection.

• Universal Multi-Voltage: Operates on all 12V to 24V DC systems, making it a versatile choice for everything from delivery vans to heavy earthmoving equipment.

• Extreme Weather Construction: Housed in high-impact, non-corroding glass-filled nylon that is both steam-cleanable and pressure-washable.

• Comprehensive Protection: Features solid-state electronics with built-in voltage spike and reverse polarity protection to safeguard your vehicle's electrical system.

• Global Compliance: Meets or exceeds S.A.E. J994 Type B standards and is compliant with OSHA, Bureau of Mines, and U.S. Army Corps of Engineers regulations.

Technical Specifications:

• Part Number: 41-823

• Sound Level: 107 dB(A) ±4 @ 4 feet

• Voltage Rating: 12-24 VDC

• Current Draw: Efficient design at less than 0.7 Amps

• Connection Type: Two (2) Stud Terminals

• Operating Temperature: -40°F to +170°F (-40°C to +77°C)

• Mounting: Two .300" diameter slots on 3.25" centers for horizontal or vertical installation.