2. Connect 230V AC brake using interface relay
Similar to the connection with the 24V DC brake, but the 230V AC brake is controlled through an interface relay, with relevant options, motor types, brake resistor usage, and cable shielding requirements also indicated.
3. Connect the brake using Powerbox
Including power fuses, power cut-off, Powerbox module, and MDS 5000 terminal connections, labeled with options, motor types, brake resistor usage, and cable shielding requirements.
(2) Terminal connection example
Example 1
The potentiometer on AE1 (terminals X100.1, X100.3, X100.8) is powered by 18V voltage (terminal X100.19) and a voltage divider; The potentiometer on AE2 (terminals X100.4, X100.5, X100.8) provides 10V voltage through AA1 and F41 analog outputs (offset=10V, terminal X100.6); 24V power supply including option board (BA).
Example 2
Stable current analog input AE1 (terminal X100.1-3); Voltage controlled analog input AE2 (terminals X100.4, X100.5); Analog output connected to PLC (terminal X100.6-8).
Accessory selection
Core accessories: EMC shielding board (EM 5000), 24V braking module (BRM 5000), expansion I/O terminal (XEA 5001), fieldbus module (CAN5000/ECS5000).
Braking resistor: Select according to specifications (e.g. RB 5200 200 Ω for BG0, FGFT 6000W 20 Ω for BG3), UL certification requires thermal monitoring type.

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