Hitec HLS12-5050-6V 50mm Stroke 50:1 Linear Servo 2.2kg/6.7mm/s 4.0V – 8.4V

Description

FEATURES

• Command Protocol: PWM
• Lead Screw: 5mm
• Motor Type: Cored Metal Brush
• Operating Voltage (Volts DC): 4.0V ~ 8.4V
• Testing Voltage: 6.0V
• Gear Ratio: 50:1
• No Load Speed: 25.0mm/s
• No Load Current: 100mA
• Maximum Efficiency Point: Load (kg / N): 1.0 / 10 – Speed (mm/s): 19.0 – Current (mA): 200
• Pear Power Point: Load (kg / N): 1.7 / 17 – Speed (mm/s): 14.0 – Current (mA): 300
• Max Force (Lifted): Load (kg /N): 2.2 / 22 – Speed (mm/s): 6.7 – Current (mA): 400
• Stall Force: 5.0kgf (49.03N)
• Stall Current: 500mA
• Max Static Force: 20.39kgf (200N) (above)
• Stroke SPEC: 50mm
• Repeatability: ±0.3mm
• Max Side Load (Extended): 3.06kgf (30N)
• Outline Dimensions: 102.0 x 15.0 x 18.0mm ( 4.02 x 0.59 x 0.71 in.)
• Weight: 40g (1.41 oz)
• Connector Wire Length: 160mm (6.29 in.)
• Connector Wire Gauge: 24AWG
• Bearing Type: Flange bearing
• Case Material: Engineering Plastic & Aluminium Pipe
• Gear Material: 4 Metal Gears
• IP Rating: IP4X
• Servo Amplifier Type: 32bit programmable Digital

DETAILS

With 50mm of travel and a 50:1 gear ratio, the HLS12-5050 is ideal for medium stroke applications requiring the fastest transit speeds.
Controlled using a traditional PWM servo signal, Hitec linear actuators provide optimised motion control for precise and powerful positioning. Whether your application demands a low-profile form factor, or extended linear throws, we have an actuator to suit your needs. Our linear actuators are popular for a myriad of uses including robotics and animatronics, as well as industrial mechanical applications. Programmable stroke and speed settings, power-off position stability, and a variety of mounting options, provide additional functionality and flexibility. Additionally, Hitec linear actuators provide full excursion using a 1050 – 1950s input range. This feature allows fully compatible use with all radios, by eliminating the requirement for programming extended rates to achieve full motion.