| Attribute | Value |
|---|---|
| Manufacturer | PENNY & GILES CONDUCTIVE PLASTIC LTD. |
| Type | PRECISION POTENTIOMETER |
| Model | CJ7 |
| Reference Number | D23171 |
| Issue | ISS 2 |
| Country of Manufacture | MADE IN U.K. |
| Weight | 90 GM |
| Condition | NEW 1 PCS |
| Additional Reference Number | 38589 |
What is the Penny & Giles D23171 Precision Potentiometer?
The Penny & Giles D23171 is a high-precision rotary potentiometer. It’s built to give superior linearity, repeatability, and durability. It is quite rugged and comes with a history of performance; it’s often used in industrial, aerospace, and automotive applications.
Key Specifications:
Electrical Range: 0 to 360 degrees. It offers continuous rotation or limited options are available.
Linearity: As low as ±0.05%.
Resistance Options: Several resistance values to accommodate different needs.
Life: Operating life is greater than one million cycles.
Operating Temperature: Can operate under extreme conditions, typically -55°C to +125°C.
Why the D23171?
1. High Accuracy
Accuracy is the forte of the D23171. Low linearity error means that the measurements are as close to ideal as possible. This is a must in applications where small errors can make big differences.
2. Rugged Design
It has been designed to withstand extreme environmental conditions, thus being resistant to vibrations, shocks, and temperature extremes. This is ideal for harsh industrial and aerospace environments.
3. Versatile Applications
D23171 is not limited to any one industry or application. The adaptability ensures you get a component that works well in your desired setup. The applications include robotics, aviation control systems, medical equipment, and much more.
Common Applications
Aerospace: Applied in the control of cockpit devices and actuation systems to detect position precisely.
Industrial Automation: Provides feedback in automated systems to control a process.
Automotive: Very critical in the throttle position sensing and suspension systems.
Medical Equipment: Ensures accurate control in diagnostic and therapeutic machines.
