SMC105 dual-sensor electric control handle curve 3 (same direction), fingertip-type single-axis thumb push rod(5V,Output 0.3-3V)

SMC105 series single axis joystick. Adopt advanced Hall sensor, full temperature range linear compensation, multi-point linearity is more positive, moving parts and sensor non-contact, long life. Very low voltage operation, ultra-low power consumption, especially suitable for battery powered wireless remote control equipment, commonly used in construction machinery, hydraulic control and other fields.Number of s: 1 axis, Hall sensorPositioning mode: spring automatic return to the middle positionOperating Angle: ±36 degrees (72 degrees)Power supply: DC3.3V or DC5VPower consumption: Ultra-low power consumption, minimum working current 8mA, minimum working voltage 3.01VSignal output: analog voltage signal, various specifications can be selectedReturn accuracy: less than 0.3%Lifetime: more than 10 million timesOperating temperature: -40° C ~+75° CProtection level: IP67 protection

• 1. The SMC105 dual-sensor electric control handle curve 3 (same direction), featuring a fingertip-type single-axis thumb push rod, offers precise control and exceptional handling for seamless operation.
• 2. With its hall sensor positioning mode and spring automatic return to the middle position, this control handle ensures accurate and reliable performance in various applications.
• 3. Operating at an impressive angle of ±36 degrees (72 degrees), this electric control handle guarantees smooth and responsive movements, providing users with enhanced control and maneuverability.
• 4. Powered by DC3.3V or DC5V, this control handle boasts ultra-low power consumption, with a minimum working current of 8mA and a minimum working voltage of 3.01V, ensuring long-lasting and efficient operation.
• 5. Designed to withstand extreme conditions, this control handle has an operating temperature range of -40°C to +75°C and an IP67 protection level, making it and suitable for use in harsh environments. Its exceptional return accuracy of less than 0.3% and a lifetime of more than 10 million times further highlight its reliability and longevity.