Product Description
Electric lift truck horn assembly designed for 12VDC to 48VDC systems. Manufactured with iron housing and baked enamel finish for durability in industrial environments. Ideal as a universal warning device for electric lift trucks or forklifts where clear audible signaling is required. No cross-reference part numbers available.
Specifications
Electrical
| Operating Voltage Range | 12VDC to 48VDC |
Material & Construction
| Housing Material | Iron with baked enamel finish |
Frequently Asked Questions
Q: What voltage range does the 800130416 horn assembly support?
A: The 800130416 is designed to operate across 12VDC to 48VDC systems. This range covers most electric lift truck applications, including Crown, Toyota, Raymond, and Hyster models. Verify your equipment voltage before ordering to ensure compatibility.
Q: Is the 800130416 suitable for wet or outdoor material handling environments?
A: Yes. The horn assembly features an iron housing with baked enamel finish, which provides durability and corrosion resistance in industrial environments including cold storage and wet floor applications. The finish protects against moisture exposure and daily wear.
Q: Can the 800130416 be used as a universal warning device across different lift truck brands?
A: The 800130416 is designed as a universal electric lift truck horn assembly. Its wide voltage compatibility (12VDC to 48VDC) makes it suitable for most electric lift trucks and forklifts. Always confirm mounting compatibility and wiring specifications with your equipment manual before installation.
Q: What materials are used in the 800130416 housing and how do they perform long-term?
A: The 800130416 uses an iron housing with a baked enamel finish. Iron provides strength and structural integrity, while the baked enamel coating adds durability and weather resistance. This construction extends service life in demanding warehouse and loading dock conditions.
Q: Does the 800130416 require regular maintenance or replacement?
A: Horn assemblies are generally low-maintenance components. Periodically test audible output to confirm proper operation. If the horn becomes inaudible or produces weak sound, it typically indicates end-of-life and requires replacement. Performance generally remains stable until sudden failure occurs.