

Electronic Overdischarge Protector
Product Model: MX-EGF190
Product parameters
Product Features
Model | MX-EGF190 |
Product name | Overdischarge protector |
Supply voltage | 9 ~32VDC |
overvoltage protection | 33VDC |
Operating current | ≤ 200mA @ 24VDC |
Signal output type | CAN Type (default 250Kbps) |
Operating temperature | -40 ℃~80℃ |
Storage temperature | -40 ℃~85℃ |
Protection level | IP67 |
Mechanical dimensions | 160 ×160×116 |
Mechanical life | ≥ 1 million times |
Weight | 460g |
Electrical interfaces | M12 Five core male head |
EMC | Surge (± 2KV) Pulse group (2KV) |

1. Widely used functions
CAN The bus type electronic three loop sensor can be widely used in the field of construction machinery for measuring the length and speed of the winch rope release and retraction. The device is equipped with CAN 2.0 communication protocol and can be used as any node to form a large CAN bus network. Users can customize the protocol to connect with the main controller or other CAN bus devices.
2. Multiple security protection design
built-in hardware watchdog and software watchdog, with power anti reverse connection and overvoltage protection function (overvoltage protection 33V), the system runs more safely and reliably.
3. Standard industrial bus communication
supports CAN 2.0/CANopen protocols and can be configured with 125K/250K/500K baud rates (default 250Kbps), making it easy to integrate into various engineering machinery CAN networks.
4. Strong anti-interference and environmental adaptability
The circuit design has the ability to resist lightning strikes, surges, and static electricity, with an overall protection level of IP67, suitable for a wide temperature working environment from -40 ℃ to+80 ℃.
5. Compact structure and long lifespan, with a weight of approximately 460g and easy installation; The mechanical lifespan can reach one million cycles, suitable for high-frequency usage scenarios.
6. The standardized electrical interfaces
use 5-core M12 connectors with clear pin definitions, supporting integrated wiring of power, ground, and CAN signals for system integration and maintenance.

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