2D FINGER/FAN Robotic nozzle
The 2D FINGER/FAN Robotic nozzle is designed to enhance the functionality of 1D multidirectional nozzles by supporting the mounting of lights or other equipment up to 5kg without compromising movement. This advanced motor replaces traditional stepper motors used in 1D, 2D, and 3D applications, offering improved performance and versatility.
Description
The 2D FINGER/FAN Robotic nozzle is designed to enhance the functionality of 1D multidirectional nozzles by supporting the mounting of lights or other equipment up to 5kg without compromising movement. This advanced motor replaces traditional stepper motors used in 1D, 2D, and 3D applications, offering improved performance and versatility.
Features and Benefits
- This version is an upgrade from 1D multidirectional nozzle to be able to carry lights or other equipment up to 5kg weight without affect the movement.
- Our new motor is designed to replace conventional stepper motor using for multidirectional nozzle 1D, 2D, 3D.
- Protection class: IP68.
- Operation voltage: 24VDC.
- Power consumption (@maximum): ICON-SERVO100 + 40: 140W
- Control type: DMX512(2 channel)/ Modbus/ Other type (on request)
- Not required external driver, communicate directly to DMX show controller or PLC or computer.
- No external home sensor, an absolute position sensor is integrated inside motor to do all the jobs.
Technical information
| 2D fan multidirectional nozzle | |
| Dimensions (LxWxH): | 526 x 200 x 365 mm |
| Weight (kg): | 12.5 |
| Protection class: | IP68 |
| Power supply (Motor1 + Motor2): | 18..30V DC / 140W |
| Torque (N/m): | (motor 1)11.45 / (motor 2)6.48 |
| Speed (RPM) Motor 1: | 75 |
| Speed (RPM) Motor 2: | 90 |
| Limit angle (degree) Motor 1: | limit -900à+900 |
| Limit angle (degree) Motor 2: | 3600 |
| No. DMX channel: | 4 channels |
| DMX control: | MOTOR 1 (PAN axis): Channel 1 – 2; Channel 1: 0-254: OFF-central | 255: Angle controlled Channel 2: 0- 255: pan angle control linear from min angle to max angle MOTOR 2 (ROTATE axis): Channel 3 – 4; Channel 3: 0: OFF-central | 128-254: continuous rotation | 255: Angle controlled Channel 4: If channel 3: 1-254: channel 4 controls rotation speed and direction If channel 3: 255: channel 4 controls angle: 0à3600 |
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