BM-H1 linear actuator is the proven choice for applications requiring a durable, long life solution. Specifically designed for harsh working environments, the BM-H1 linear actuator is ideal for use in heavy-duty machinery, industrial equipment, commercial lawn mowers, scrubbers and sweepers, and material handling equipment. This linear actuator has been certified for applications requiring IP66 compliance. A more powerful motor makes the BM-H1 capable of handling load ratings up to 12000N(2645lbs). For improved control and accuracy of motion, the BM-H1 can be customized with many different feedback options depending on your application requirements. Options include feedback sensors, signal sending limit switches and 90 degree clevis mounting.
BM-H1
BM-H1
The bm-h1 linear actuator is designed specifically for heavy machinery, industrial equipment, commercial lawn mowers, floor scrubbers, sweepers, and material handling equipment, offering a durable and long-life solution for harsh working environments. Equipped with a more powerful motor, the bm-h1 can handle loads up to 12,000n (2,645 pounds). Depending on specific application requirements, the bm-h1 can be customized with various feedback options, including feedback sensors, signal-sending limit switches, and 90-degree clamping brackets, to enhance motion control and accuracy.
| Input Voltage | 72V/48V/36V/24V/12VDC |
|---|---|
| Load Capacity | 12000N |
| Speed | 5~60mm/s |
| Stroke | Customize |
| Type of Duty | 10%,2min.on/18min.off |
| Limit Switches | inner |
| Operation Temperature | -20°C~65°C |
| Protection Class | IP66 |
| Color | Black or Gray |
| Certificate | CE,UL |
1.How Can I Choose the Best Suitable Borman Linear Actuator for My Application?
Answer: Depending on your application, you should consider different specification requirements when determining which linear actuator you need. These requirements include force, stroke, speed and installation dimensions. You can refer to the data sheet on the selected actuator product page for the detailed information about the actuator. You can also contact us for more details.
2.What Is the Meaning of Stroke? How to Choose the Right Stroke?
Answer: Stroke is the extended distance of the extension rod. To find the length of travel you need, measure your application from the fully retracted position to the fully extended position. The difference will be equal to the length of your required stroke.
3.Can I Make My Linear Actuators Work in Sync?
Answer: Yes. It’s possible to make your linear actuators work in sync. A form of feedback such as hall effect sensors or a potentiometer can make actuators to work in sync. For more detailed information, you can contact us.
4.What Control Box Options Are Available with the Linear Actuators?
Answer: The control box you choose should be able to provide adequate voltage and current ratings for the actuator.
5.How Do I Know the Right Load Force Rating for My Application?
Answer: We always recommend purchasing an actuator with a higher force rating that what the application requires.
6.What Is the Meaning of Duty Cycle? How Is It Calculated?
Answer: Duty cycle is the portion of the working period that a linear actuator is able to remain active. You can calculate the duty cycle of a linear actuator by using the following equation: Duty cycle (%) = (Time the linear actuator is active) / (Time for one working period)