Motor with Orbit700 Gearbox Box - 18V 770RPM
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Built with a 27:1 ratio, this model is extremely strong, suitable for prototypes that need torque and agility associated with reliability.
Recommended for Robot projects as well as Featherweight, Lightweight, among others.
- This Kit Contains:
- 1Orbit700 27:1 Planetary Gearbox
- 1RS775 Motor
Electrical Specifications:
| Operating Voltage: | 6 - 18 VDC |
| Standard Voltage: | 18 VDC |
| Output Rotation: | 778 RPM |
| Current (no load): | 2.8 A |
| Current (maximum efficiency): | 20.9 A |
| Current (stall): | 156 A |
| Torque (maximum efficiency): | 42.1 Kgf.cm |
| Torque (stall): | 356.4 Kgf.cm |
| Power (maximum efficiency): | 296 W |
Mechanical Specifications:
| Type of Reduction: | Planetary |
| Reduction Ratio: | 27:1 (3 Stages) |
| Output Shaft Diameter: | 15mm |
| Keyway: | 5mm - DIN6885 |
| Useful Spindle Length: | 38mm |
| Width / Height (Square): | 50mm |
| Gearbox body Length: | 129mm |
| Total Length with Motor: | 197mm |
| Fixing: | 8 holes with M6 thread |
| Front Block Material: | SAE1045 Steel |
| Engine and Body Block Material: | Aluminum 6351-T6 |
| Weight: | 1.26kg |
The Orbit700 gearbox is built with the same type of gears used in the DWNS Box, a material that has already been tested and approved in combat robots, resistant and reliable. Its shaft is manufactured in 15mm SAE1045 steel, is already keyed and with M6 front thread, supported on a front block also machined in SAE1045 steel, ensuring durability of the threads and better support for the shaft bearing. In addition, the front block offers more fixing options than previous models, either by the base threads or even by the face.
However, the biggest differential of the Orbit700 line is its ease of maintenance, allowing it to be disassembled without the need for complex tools.
| Input Engine | Applied Voltage | Output Rotation | Max. Torque. Efficiency | Maximum Torque (Stall) |
|---|---|---|---|---|
| DeWalt 18V motor | 18V | 778 RPM | 42.1 kgf.cm | 356.4 kgf.cm |
| DeWalt 18V motor | 14.4V | 622 RPM | 33.7 kgf.cm | 285.1 kgf.cm |
| DeWalt 18V motor | 12V | 519 RPM | 28.1 kgf.cm | 237.6 kgf.cm |
"If you work with heavier prototypes, the 27:1 ratio may be too short for your application, resulting in overheating and burning the motor. Always check your calculations to ensure your project runs smoothly."
Documentation
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heryckmichael
Sent 2022-06-27 18:53:31
Sent 2022-06-27 18:53:31Qual o motor está vindo atualmente nessa configuração? Na descrição diz que é um motor RS775.
luan.ferreira
Sent 2022-06-28 13:19:06
heryckmichael
Sent 2022-06-28 13:19:06heryckmichael
Olá! Sim, conforme mostrado na descrição, o produto acompanha um motor 775 que no caso é o modelo que está referenciado no datasheet do motor encontrado na parte de documentação ao fim da página do produto. Você também pode acessar essas informações indo na própria página do motor através deste link https://www.robocore.net/motor-motoredutor/motor-dewalt-18v-21000rpm-47mm .
vangli
Sent 2022-02-02 15:24:12
Sent 2022-02-02 15:24:12Entendi, qual seria a recomendação de driver para usar com esse motor? Poderia usar um esc para motor escovando de automodelo? Obrigado!!!
Giovanni5
Sent 2022-02-02 15:54:30
vangli
Sent 2022-02-02 15:54:30vangli
Normalmente utilizamos a QuicRun 1060 (https://www.robocore.net/driver-motor/quicrun-1060-1x30-rc) para controlar cada motoredutor deste. Entretanto, qualquer ESC para motor DC com escova, que suporte a tensão e consumo de corrente deste motor, pode ser utilizado para controlá-lo.
vangli
Sent 2022-02-01 18:02:57
Sent 2022-02-01 18:02:57Ola, seria possivel utilizar uma Sabertooth 2x12 RC para controlar um par desses motores a 14.4v?
Giovanni5
Sent 2022-02-02 08:16:45
vangli
Sent 2022-02-02 08:16:45vangli
Infelizmente a Sabertooth 2x12 não é capaz de controlar este motor, pois o consumo de corrente em máxima eficiência deste motor é de 20A, enquanto a Sabertooth 2x12 só suporta uma corrente constante de 12A (com picos curtos de 25A). Diminuir a tensão de alimentação do motor não irá diminuir muito o consumo de corrente do motor, apenas a eficiência dele, e como nunca o testamos com a tensão de 14,4V, não temos como informar a corrente de consumo dele neste caso.
ROBOCORE TECNOLOGIA
RoboCore was created in 2008 with the aim of encouraging technological development, manufacturing and supplying high quality automation and robotics parts at affordable prices.
RoboCore Tecnologia LTDA
CNPJ 10.383.409/0001-98
D-U-N-S Certified: 89-963-8833
Santana de Parnaiba/SP - Brasil
CNPJ 10.383.409/0001-98
D-U-N-S Certified: 89-963-8833
Santana de Parnaiba/SP - Brasil
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