Product Description
Baker BA S3853 potentiometer for electric lift truck control. 5 kΩ resistance, 24VDC nominal, 0.25 inch shaft, 3/8-32 UNEF bushing, linear track, engineered for precise lift truck control applications.
Specifications
Electrical Specifications
| Rated Voltage | 24VDC nominal |
Material & Construction
| Body Material | Molded phenolic resin |
| Shaft Material | Nickel-plated brass |
Mechanical Specifications
| Rotation Range | 300° electrical travel |
Part Numbers & Compatibility
| OEM Part Number | BKS38-53A5KOHM |
| Alternate Part Number | BKS38-53 |
Frequently Asked Questions
Q: What are the electrical specifications for the BA S3853 potentiometer?
A: The BA S3853 is rated at 24VDC nominal with a resistance value of 5 kilohms. It features 300 degrees of electrical travel and is designed for precision control in electric lift truck applications.
Q: What are the physical dimensions and shaft specifications?
A: The potentiometer has a 0.25 inch diameter shaft made of nickel-plated brass. The bushing is 3/8-32 UNEF thread. The body is molded phenolic resin with a linear track design for consistent resistance change across the rotation range.
Q: What are equivalent part numbers for the BA S3853?
A: Cross-reference part numbers include BKS38-53A5KOHM (OEM part number), BKS38-53, BAS3853, and BK S3853. These are interchangeable for Baker electric lift truck control applications.
Q: Which electric lift trucks use the BA S3853 potentiometer?
A: The BA S3853 is engineered as a control component for Baker and Baker-equivalent electric lift truck models. Verify that your equipment uses a 24VDC control system and requires a 5 kilohm linear potentiometer before ordering.
Q: Is the BA S3853 suitable for outdoor or harsh environments?
A: The molded phenolic resin body and nickel-plated brass shaft provide moderate environmental protection. This potentiometer is primarily engineered for indoor warehouse and controlled industrial environments. Prolonged exposure to moisture, extreme temperatures, or corrosive conditions may degrade performance.