Product Description
Raymond RA 828-900-101 is an OEM replacement transistor designed for Raymond electric lift trucks, primarily utilized in drive/inverter controller assemblies. Direct fit for specific Raymond pallet jack and EASI lift truck models. Includes manufacturer and alternative part numbering, but no available cross-references.
Specifications
Electrical
| Component Type | Power transistor, used in electric pallet jack inverter/controller circuit |
Part Numbers
| OEM Part Number | RA 828-900-101 |
| Manufacturer Part Number | 828-900-101 |
| Alternative Part Number | RA828900101 |
Frequently Asked Questions
Q: What is the RA 828-900-101 and what does it do?
A: The RA 828-900-101 is an OEM replacement power transistor used in Raymond electric pallet truck inverter and drive controller assemblies. It functions as a switching device that regulates current flow to the motor during lift and drive operations. This is a critical component for drivetrain power control.
Q: What Raymond models require this transistor component?
A: The RA 828-900-101 is designed for specific Raymond electric pallet jack and EASI lift truck models that use solid-state inverter or PWM (pulse-width modulation) motor controllers. This transistor is not universally interchangeable, so verify the exact model and controller assembly number on your equipment before ordering.
Q: What are the alternative part numbers for this transistor?
A: The RA 828-900-101 can also be referenced as part number 828-900-101 or RA828900101. No cross-manufacturer equivalents or compatible alternatives are currently available for this OEM component. Always order by the complete Raymond part number to avoid substitution errors.
Q: What failure symptoms indicate the transistor needs replacement?
A: A failed transistor typically causes complete loss of motor power, erratic lift or drive speed, or thermal shutdown of the controller assembly. The controller may show fault codes or the motor may not respond to operator commands. Transistors fail due to thermal stress, voltage spikes, or internal semiconductor breakdown. Replacement requires removal of the controller assembly.