Product Description
Barrett BR 15420-012 is an OEM lift limit switch for electric lift truck models, featuring panel-mount design, 24VDC nominal rating, silver alloy contacts, and screw terminal connection. Designed specifically for Barrett equipment for safe lift operation.
Specifications
Electrical
| Nominal Voltage Rating | 24VDC |
| Maximum Current Rating | 3A resistive load |
Material
| Body Material | Thermoplastic housing |
Part Numbers
| OEM Part Number | BR 15420-012 |
| Manufacturer Part Number | BR 15420-012 |
Performance
| Electrical Endurance | Minimum 100,000 cycles at rated load |
| Mechanical Endurance | Minimum 1,000,000 cycles |
Frequently Asked Questions
Q: What is the BR 15420-012 lift limit switch rated for?
A: The BR 15420-012 is an OEM lift limit switch with 24VDC nominal voltage rating and 3A maximum resistive load capacity. It features silver alloy contacts rated for minimum 100,000 electrical cycles and minimum 1,000,000 mechanical cycles.
Q: What type of mounting does the BR 15420-012 limit switch have?
A: The BR 15420-012 uses panel-mount design with screw terminal connections. This allows direct wiring to your lift truck control circuit. Verify voltage compatibility with your equipment before installation.
Q: What is the function of the BR 15420-012 limit switch in an electric lift truck?
A: The BR 15420-012 lift limit switch prevents overlifting by stopping the lift motor when maximum height is reached. It is a critical safety component for Barrett electric lift truck models. Failure of this switch can result in loss of lift height control.
Q: How long does the BR 15420-012 typically last?
A: The BR 15420-012 is designed for minimum 100,000 electrical cycles at rated load and 1,000,000 mechanical cycles. In typical warehouse service, this translates to several years of operation. If the switch fails to engage or disengage smoothly, replace it to maintain safe lift operation.
Q: Can the BR 15420-012 be used in 12VDC systems?
A: No. The BR 15420-012 is rated for 24VDC nominal voltage. Using it on a 12VDC system will result in improper operation. Verify your equipment voltage before ordering.