U12B 110V 220V AC Linear Actuator IP66 5000N Pot Feedback for Breeding Air Inlet Vent
Основные свойства
Место происхождения:
Гуандун, Китай
Наименование марки:
TOMUU
Сертификация:
CE
Номер модели:
U12
Торговая недвижимость
Минимальное количество заказа:
1 шт.
Цена:
$82-123 / piece
Спецификации
| AC Voltage: | 110v-230v | Phase: | Однофазный |
| Efficiency: | IE 1 | Frequency: | 50/60 Гц |
| Protect Feature: | Водонепроницаемый | Type: | Асинхронный двигатель |
| Warranty: | 3 месяца ~ 1 год, 1 год | Rated Voltage: | 110v-230v |
| Max Load: | 5000 Н | Stroke: | 100~1500 мм по индивидуальному заказу |
| IP Class: | IP65 | Position Feedback: | Потенциометр |
| Duty Cycle: | 10% | Limit Switch: | встроенный |
| Color: | Черный | Typical Applications: | Вентиляция фермы |
| High Light: | 110V 220V AC linear actuator,IP66 agricultural linear actuator,5000N linear actuator with pot feedback |
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Характер продукции
U12B 110V/220V AC Linear Actuator with IP66 Protection and Pot Feedback
Designed specifically for smart livestock ventilation systems, the U12B linear actuator operates on both 110V and 220V AC power, delivering 5000N of stable thrust. With IP66 protection rating, manual control capability, and potentiometer feedback, this actuator ensures reliable air inlet control in corrosive and humid farm environments.
Technical Specifications & Dimensions
Key Features & Advantages
- Dual voltage compatibility (110V/220V AC) for universal farm applications
- 5000N rated load capacity ensures strong and stable air inlet drive performance
- IP66 protection rating with anti-ammonia stoving varnish extends service life in harsh environments
- Manual stroke adjustment and power-off release mechanism improve safety and operational convenience
- Built-in potentiometer feedback enables high-precision automatic ventilation control
- Multiple stroke sizes available to fit different ventilation window structures
- Smooth operating speed of 4.5-5.5mm/s ensures stable movement without jitter
- Heavy-duty gearbox construction ensures durability under high-frequency use conditions
