Beckhoff Automation GmbH & Co. KG
EL9184 | potential-distribution terminal; number of outputs: e.g.: 8 x 24 V contact, 8 x 0 V contact; network protocol: EtherCAT; current load: ≤ 10 A
Manufacturer part number: EL9184ESYS SKU: EL9184
Net unit price, VAT 0%
€25.26
VAT 25.5% and delivery are shown separately in the request summary.
Current availability
Current available stock: 0 pcs
- Minimum order
- 1 pcs
- Order increment
- 1 pcs
- Availability checked
- 1 Sept 2026, 08:45
Beckhoff Automation GmbH & Co. KG EL9184 is a potential-distribution terminal. Key selection facts are number of outputs: e.g.: 8 x 24 V contact, 8 x 0 V contact; network protocol: EtherCAT; current load: ≤ 10 A.
Direct ordering is unavailable for this item.
Send the part number and quantity to ESYS for availability or compatibility confirmation.
Information for product selection
Typical applications
- Use EL9184 in the documented equipment configuration when the design calls for number of outputs: e.g.: 8 x 24 V contact, 8 x 0 V contact.
- Choose EL9184 for the documented equipment configuration that must provide network protocol: EtherCAT.
- Before ordering EL9184, verify current load: ≤ 10 A against the the documented equipment configuration design.
Key specifications
- Product type
- potential-distribution terminal
- Number of outputs
- e.g.: 8 x 24 V contact, 8 x 0 V contact
- Current load
- ≤ 10 A
- Nominal voltage
- ≤ 60 V
- Electrical isolation
- 500 V (E-bus/field potential)
- Connection facility to additional power contact
- 8
Show additional verified specifications
- Bit width in the process image
- 0
- Housing width
- 12 mm
- Network protocol
- EtherCAT
- Side by side mounting on EtherCAT Terminals with power contact
- yes, left without PE
- System family
- EtherCAT Terminal, potential distribution, 8 x 24 V DC, 8 x 0 V DC
Lifecycle
- Status
- Active
Compatibility and related parts
EtherCAT Terminal, potential distribution, 8 x 24 V DC, 8 x 0 V DC
Product series: Documented manufacturer system or product-family context; does not imply interchangeability with every member
