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Beckhoff EtherCAT Box, 4DI/4DO, 24 V DC, 0.5 A, M8 Connectors - EP2308-0001

Beckhoff EtherCAT Box, 4DI/4DO, 24 V DC, 0.5 A, M8 Connectors - EP2308-0001

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 Beckhoff EtherCAT Box, 4DI/4DO, 24 V DC, 0.5 A, M8 Connectors - EP2308-0001 

The Beckhoff EP2308-0001 is a compact EtherCAT Box that integrates four digital inputs and four digital outputs in one rugged, field-mounted unit. Operating at 24 V DC with 3 ms input filtering and 0.5 A short-circuit-proof outputs, it provides reliable distributed I/O control with M8 screw-type connections and LED signal indicators.

Specifications
Condition New/Never Used Surplus
Brand Beckhoff
Category Industrial Automation
Part Number EP2308-0001
Subcategory EtherCAT Digital I/O Box
Protocol EtherCAT
Bus Interface 2 × M8 socket, 4-pin, a-coded, shielded
Specification Standard EN 61131-2, type 1/3
Number of Channels 4 digital inputs + 4 digital outputs
Connection Type M8 × 1, 3-pin, a-coded screw connectors
Input Filter 3.0 ms
“0” Signal Voltage -3…+5 V
“1” Signal Voltage 11…30 V (6 mA input current, EN 61131-2 type 3)
Sensor Supply From control voltage, max. 0.5 A, short-circuit-proof
Rated Load Voltage 24 V DC (-15% / +20%)
Max. Output Current 0.5 A per channel, individually short-circuit-proof
Switching Times TON: 50 µs, TOFF: 100 µs
Short-Circuit Current Typ. 1.5 A
Load Type Ohmic, inductive, or lamp loads
Distributed Clocks Not supported
Current Consumption 120 mA
Auxiliary Power Current Typ. 20 mA + load
Electrical Isolation 500 V
Power Supply Connection Feed: M8 male, 4-pin, a-coded; Downstream: M8 female, 4-pin, a-coded
Status Indication LED for each channel (input/output signal)
Protection Rating IP67
Housing Type Rugged industrial housing for field mounting
Operating Temperature -25°C to +60°C
Storage Temperature -40°C to +85°C
Relative Humidity Up to 95%, non-condensing
Approvals/Markings CE, UL
Weight 165 g (approx. 0.36 lbs)
What our Experts Think
  • A compact, high-performance servo solution, the Beckhoff AM8121-1F20-0000 from the AM8000 Series delivers precise motion control for demanding automation applications.
  • 0.16 kW servo power provides efficient performance, making it ideal for smaller machines, positioning systems, robotics, and motion-intensive equipment.
  • 48 V DC operation supports flexible machine designs, especially compact systems where space and energy efficiency are priorities.
  • Designed for precision motion control, offering accurate positioning, smooth operation, and reliable dynamic response.
  • Seamless integration with Beckhoff automation platforms, including TwinCAT and compatible servo drives, simplifies advanced motion applications.
  • Compact motor design helps save installation space, enabling efficient machine layouts without compromising performance.
Q&A

Q: What is the Beckhoff AM8121-1F20-0000 Servo Motor?
A: The Beckhoff AM8121-1F20-0000 is a compact 48 V DC servo motor from the AM8000 series, designed for precise motion control in industrial automation systems.

Q: What are the key specifications of this servo motor?
A: It features 48 V DC operation, 0.16 kW rated power, 0.50 Nm rated torque, 2 Nm peak torque, and 3000 rpm rated speed for responsive motion applications.

Q: What applications is the AM8121-1F20-0000 used for?
A: It is commonly used in machine automation, robotics, handling systems, positioning equipment, and compact servo axis applications requiring accurate speed and position control.

Q: Is this motor compatible with Beckhoff motion systems?
A: Yes. The AM8000 series is designed for integration with Beckhoff servo drives and TwinCAT-based automation solutions.

Q: What type of feedback does the motor use?
A: The motor supports encoder-based feedback options for closed-loop control and precise positioning.

Q: Why choose a low-voltage servo motor?
A: A 48 V DC servo motor offers a compact, efficient solution for machines requiring precise motion control in smaller automation setups.

Q: What maintenance does a servo motor require?
A: Keep connectors clean, inspect cables, monitor operating temperatures, and ensure the motor is properly matched with its drive system for reliable performance.

Maintenance Tips
  • Keep the motor housing clean and free from dust buildup.
  • Inspect motor cables, connectors, and terminals regularly.
  • Check for unusual noise, vibration, or temperature increases.
  • Verify shaft alignment and mechanical coupling condition.
  • Monitor load levels to prevent overheating or stress.
  • Ensure proper ventilation around the motor.
  • Inspect mounting hardware for tightness.
  • Store in a dry, clean environment when not in use