DBEME10-5X/315YG24K31M DBEME10-5X/350YG24K31M Hydraulic System High-Pressure Proportional Valve
Product Specifications
| Parameter |
DBEME10-5X/315YG24K31M |
DBEME10-5X/350YG24K31M |
| Model |
DBEME10-5X/315YG24K31M |
DBEME10-5X/350YG24K31M |
| Rated Power |
315W |
350W |
| Input Voltage |
24VDC |
24VDC |
| Encoder/Shaft |
3-line (K31), M-type Keyed |
3-line (K31), M-type Keyed |
| Series |
DBEME10-5X Series |
DBEME10-5X Series |
Product Overview
These high-power models extend the DBEME10-5X K31 series, offering scalable torque (315W and 350W) for applications demanding both the specific K31 encoder protocol and substantial mechanical power.
Model Specifications & Applications
Model: DBEME10-5X/315YG24K31M
- Specifications: 315W, 24VDC, 3-line encoder (K31), M-type keyed shaft
- Application: High-power automation and robotics requiring robust torque and the K31 feedback interface, ideal for industrial modules or heavy-duty actuators
Model: DBEME10-5X/350YG24K31M
- Specifications: 350W, 24VDC, 3-line encoder (K31), M-type keyed shaft
- Application: Demanding high-performance applications needing maximum torque within the K31 series, suitable for advanced robotics, CNC axes, or high-load automation systems
Frequently Asked Questions
Q1: What is the main difference between these models?
The main difference is the power rating: 315W vs 350W. The 350W model provides slightly higher torque output.
Q2: Do they use the same encoder and interface?
Yes, both models are equipped with the identical 3-line encoder (K31) and a standard M-type keyed shaft, ensuring mechanical and electrical compatibility.
Q3: Which model offers the highest performance?
The DBEME10-5X/350YG24K31M (350W) delivers the highest torque and power within this specific K31 product line.
Q4: Are the drivers interchangeable?
Yes, they are compatible with the same K31 protocol drivers. The driver must be rated to handle the higher current of the 350W model.
Q5: What are they typically used for?
They are used in high-power industrial automation, robotics, and precision machinery that specifically require the K31 encoder standard, such as robotic arms, CNC equipment, or heavy-duty conveyor systems.