Product Description
12VDC electric horn for Yale electric lift trucks, OEM part number 015309000. Bolt-on construction, compatible with Yale lift equipment models for audible warning and safety signaling. Steel housing, designed for direct replacement on forklift control circuits.
Specifications
Electrical
| Operating Voltage | 12VDC nominal |
| Power Source | Vehicle DC battery system (12V) |
Part Numbers
| OEM Part Number | 015309000 |
Frequently Asked Questions
Q: What is the OEM part number for SKU 15309000?
A: SKU 15309000 is the equivalent of Yale OEM part number 015309000. This is a direct OEM match, making it a suitable replacement for original Yale electric horn assemblies.
Q: What voltage is this Yale electric horn rated for?
A: This horn is rated for 12VDC nominal operating voltage. It operates directly from the vehicle DC battery system found in Yale electric lift trucks and is compatible with standard 12V forklift electrical circuits.
Q: Which Yale electric lift truck models is this horn compatible with?
A: This horn is designed as a direct replacement for Yale electric lift equipment models equipped with 12VDC systems. Verify your specific Yale model operates at 12VDC before ordering, as some models may use different voltage systems.
Q: What is the construction type of this horn?
A: This electric horn features bolt-on construction with a steel housing designed for direct replacement on Yale forklift control circuits. The mounting configuration matches the original OEM horn bracket without requiring frame modifications.
Q: What is the purpose of this horn on Yale lift equipment?
A: This horn provides audible warning and safety signaling for Yale lift trucks. It is activated from the operator control station to alert personnel near the equipment of movement, backing operations, or hazardous conditions.
Q: How long does this Yale horn last in service?
A: This electric horn typically lasts several years under normal operating conditions. Replacement is needed when the horn fails to sound, produces weak or distorted output, or when regular maintenance indicates internal component wear. Wet dock environments may reduce lifespan.
