Low voltage servo system The models that have been put into production can be Found in the subsequent model list Some models have not yet been put into production, please stay tuned.

Low voltage servo system Built-in overvoltage, undervoltage, short circuit, and dual over-temperature protection (built-in thermistor), creating m u Iti p le safety ba rriers. ■ Strong Overload Capacity Triple overload capacity ensures stable operation during heavy load startup and instantaneous impacts. Built-in 24V brake power supply simplifies wiring, saving time and effort. Integrated drive and control design, compact structure, effectively saving space and installation wiring. ■ Wide-range Power Supply 24-60VDC wide voltage input, adaptable to various industrial environments, reducing power...

Low voltage servo system

Low voltage servo system Brake interface Communication interface Direction B view (front)

Low voltage servo system -----48V Instantaneous Working Area as — 48V Rated Worki ng Area * 24V Instantaneous Working Area 24V Rated Worki ng Area 2 -----48V Instantaneous Working Area — 48V Rated Working Area 24V Insta nta neous Working Area 24V Rated Working Area ‘Note The models that have been put into production can be found in the subsequent model list. Some models have not yet been put into production, please stay tuned.

Low voltage servo system New appearance design, rich interfaces, compact size, lightweight body, meeting the equipment installation requirements of the AGV industry Support multiple control modes, built-in 24V brake output, alarm synchronous braking and other functions to meet customer usage requirements Support multiple communication protocols such as CANopen and MODBUS to meet different communication function requirements of users Gain adjustment only requires three steps, greatly reducing equipment debugging time and greatly improving on-site debugging efficiency Optimize magnetic circuit...

Low voltage servo system I Low voltage servo driver naming rule ©Control function DF 3 E© © ® ©Name © Series number @ Driver power I Low voltage servo cable naming rule SP - JM - Length© © © ©Cable type CM - P 15 A - Length© © © © © © Cable type © Cable diameter type

Low voltage servo system Naming rule and model listI Low voltage servo adaptation table Series *Note: The MF5H series motor adopts a single multi turn integrated encoder. If you need to use the multi turn function, please pu rchase a cable with a battery box. Servosystem Technical parameter tableI Driver technical parameters Item

Low voltage servo system

Low voltage servo system Terminal definition Status indicator light Upper (eft power Indicator light, upper right alarm Indicator light; Lower left enable indicator light, lower right CAN communication indicator light CN2: signal input output port CN3: communication encoder feedback CN4: input power supply, power cable output Dial switch- Set the device station number and RS485/CAN bus terminal resistance Servo CNO port (E type port) (main circuit terminals) (communication encoder feedback) 'Note ;The terminal function of CN2 is divided into two types. One is the non brake type, with terminal...

Open collector type (24V) Differential type (5V) When the higher-level device adopts open collector output, please note to suspend P+5V and D+5V when using this connection method. ‘Note: © The power supply voltage range for P-/P+24V and D-/D+24V is 18V~28V. If it is below 18V, there may be pulse and direction abnormalities. © To resist interference, please make su re to use twisted pair shielded wires. ‘Note: ©The power supply voltage range for P-/P+5V and D-/D+5V is 3.3V-5V. If it is lower than 3.3V, there may be pulse and direction abnormalities. ©To resist interference, please make sure to...

Low voltage servo system Installation dimension (unit:mmlI Low voltage servo driver DF3E-0206/ DF3E-0410-A I Low voltage servo motor 60 series motor Motor tvoe Motor type