Product Description
Caterpillar CT 117378 Amber Strobe Light for Electric Lift Truck safety applications. Features pipe mount, 12-48VDC wide voltage input, strobe tube lamp, amber polycarbonate lens, continuous-duty industrial construction, and impact-resistant materials.
Specifications
Electrical
| Operating Voltage Range | 12VDC to 48VDC |
| Current Draw | 0.44A at 12VDC, 0.10A at 48VDC |
Material
| Housing Material | High-strength thermoplastic enclosure |
Part Numbers
| OEM Part Number | CT 117378 |
| Manufacturer Part Number | CT 117378 |
Frequently Asked Questions
Q: What is the operating voltage range for the CT 117378 amber strobe light?
A: The CT 117378 operates from 12VDC to 48VDC, making it suitable for most 24V and 48V electric lift truck systems. Current draw is 0.44A at 12VDC and 0.10A at 48VDC. Verify your equipment voltage before ordering to ensure compatibility.
Q: What mounting style does the CT 117378 strobe light use?
A: The CT 117378 features a pipe mount design for flexible installation on vertical or horizontal surfaces. This style works on most Caterpillar, Toyota, Crown, and Raymond electric lift trucks. Confirm your current mounting hardware before ordering.
Q: What materials is the CT 117378 housing made from?
A: The CT 117378 uses a high-strength thermoplastic enclosure with impact-resistant materials designed for continuous-duty industrial applications. The amber polycarbonate lens protects the strobe tube lamp while maintaining visibility in outdoor and warehouse environments.
Q: Is the CT 117378 a replacement for other strobe light models?
A: The CT 117378 is an OEM Caterpillar part (OEM number CT 117378). If you need to verify cross-compatibility with other brands, confirm the voltage range and mounting style match your equipment specifications.
Q: How long does the CT 117378 strobe tube lamp last?
A: Strobe tube lamps typically have a lifespan of 2,000 to 3,000 operating hours under normal industrial use. Replacement frequency depends on usage cycles and environmental conditions such as temperature extremes and vibration exposure.
