GESSMANN PT1420 2*5K S1521707/040-0 5240044004 POTENTIOMETER
GESSMANN PT1420 2*5K (2 x 5.0 kOhm) potentiometer (part number 5240044004) is a spare part specifically designed for Gessmann's industrial controllers, especially their joysticks. This type of dual wirewound potentiometer is primarily used in applications requiring precise analog signal generation and position feedback. Additional reference numbers like "S1521707/040-0" typically refer to a specific production batch or an internal Gessmann part detail.
Key application areas include:
- Crane Systems and Hoisting Equipment: Precise proportional control and position feedback for crane movements (lifting, lowering, forward/backward, left/right).
- Construction and Mining Machinery: Accurately sensing and proportionally controlling the position of hydraulic actuators (boom, bucket, etc.) on heavy equipment like excavators, bulldozers, and loaders.
- Material Handling Systems: Precise positioning and speed control in automated storage and retrieval systems (AS/RS), robotic transport vehicles, and conveyor belt systems.
- Railway and Maritime Applications: Highly accurate adjustment and feedback of critical parameters such as speed and braking systems in trains, or rudder and propeller angles in ships.
- Industrial Automation and Robotics: Analog feedback and control of joint positions on industrial robotic arms, axis movements of CNC machines, or complex automated systems.
- Test and Measurement Equipment: Industrial test stands or calibration devices requiring high accuracy and repeatability.
GESSMANN PT1420 (also known as T1420) 2*5K POTENTIOMETER (Part No: 5240044004) is a product from Gessmann's high-quality wirewound potentiometer series.
Wirewound potentiometers are manufactured by precisely winding a thin and accurate wire as the resistive element.
This potentiometer is listed in Gessmann catalogs as being compatible with various joystick and master controller series, including V6/VV6, V11, D64/DD64, S22/SS22, S23, V5/VV5, and V3.
- High linearity and precision.
- Excellent repeatability.
- Robust and durable construction.
- Long mechanical life (Typically up to 10 million operating cycles).
- Good temperature stability.
- Low noise.
