LJM30-3000 - SKF
SN30-3000 - NB
WB30-3000 - INA
1000-030-00 - Rexroth
• Steel grade CF53 shaft (surface treatment and chamfering is
possible)
• Induction hardened and ground linear shaft
• Shaft processing according to customer drawings

CS-30 protective cover strip of mounting holes of CGR type 30 guides .

Metal end clamp of the protective cover strip on the guide HIWIN CG30-EJM-KIT. For guides of the CG series, size 30.

Metal end clamp of the protective cover strip on the guide HIWIN CG30-EJM-KIT. For guides of the CG series, size 15.

The EK10-FK10/E8 ball screw end machining is used for EK10-C5 and FK10-C5 floating bearing supports.
This processing is performed on rolled shafts R15-05, R16-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EK10-FK10/E81 ball screw end machining is used for EK10-C5 and FK10-C5 floating bearing supports.
This processing is performed on rolled shafts R15-05, R16-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EF10-FF10/E10 ball screw end machining is used for EF10-C5 and FF10-C5 floating bearing supports.
This processing is performed on rolled shafts R15-05, R16-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BF40/E10 ball screw end machining is used for BF40-C5 floating bearing supports.
This processing is performed on rolled shafts R50-10, R50-20.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK40/E91 ball screw end machining is used for BK40-C5 floating bearing supports.
This processing is performed on rolled shafts R50-10, R50-20.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK40/E9 ball screw end machining is used for BK40-C5 floating bearing supports.
This processing is performed on rolled shafts R50-10, R50-20.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BF30-FF30/E10 ball screw end machining is used for BF30-C5 and FF30-C5 floating bearing supports.
This processing is performed on rolled shafts R40-05, R40-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The FK30/E81 ball screw end machining is used for FK30-C5 floating bearing supports.
This processing is performed on rolled shafts R40-05, R40-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The FK30/E8 ball screw end machining is used for FK30-C5 floating bearing supports.
This processing is performed on rolled shafts R40-05, R40-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK30/E91 ball screw end machining is used for BK30-C5 floating bearing supports.
This processing is performed on rolled shafts R40-05, R40-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK30/E9 ball screw end machining is used for BK30-C5 floating bearing supports.
This processing is performed on rolled shafts R40-05, R40-10.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BF25-FF25/E10 ball screw end machining is used for BF25-C5 and FF25-C5 floating bearing supports.
This processing is performed on rolled shafts R32-05, R32-10, R32-32.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The FK25/E81 ball screw end machining is used for FK25 floating bearing supports.
This processing is performed on rolled shafts R32-05, R32-10, R32-32.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The FK25/E8 ball screw end machining is used for FK25 floating bearing supports.
This processing is performed on rolled shafts R32-05, R32-10, R32-32.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK25/E91 ball screw end machining is used for BK25-C5 floating bearing supports.
This processing is performed on rolled shafts R32-05, R32-10, R32-32.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The BK25/E9 ball screw end machining is used for BK25-C5 floating bearing supports.
This processing is performed on rolled shafts R32-05, R32-10, R32-32.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EF20-FF20/E10 ball screw end machining is used for EF20-C5 and FF20-C5 floating bearing supports.
This processing is performed on rolled shafts R25-05, R25-10, R25-25.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EK20-FK20/E81 ball screw end machining is used for EK20-C5 and FK20-C5 floating bearing supports.
This processing is performed on rolled shafts R25-05, R25-10, R25-25.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EK20-FK20/E8 ball screw end machining is used for EK20-C5 and FK20-C5 floating bearing supports.
This processing is performed on rolled shafts R25-05, R25-10, R25-25.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EF15-FF15/E10 ball screw end machining is used for EF15-C5 and FF15-C5 floating bearing supports.
This processing is performed on rolled shafts R20-05.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EK15-FK15/E81 ball screw end machining is used for EK15-C5 and FK15-C5 floating bearing supports.
This processing is performed on rolled shafts R20-05.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

The EK15-FK15/E8 ball screw end machining is used for EK15-C5 and FK15-C5 floating bearing supports.
This processing is performed on rolled shafts R20-05.
Turning is carried out on high-precision CNC machines using the technology of the manufacturer approved by HIWIN.

Leadshine CABLEH-RZ10M0 power cable for CS-M/CS-D series closed loop stepper systems.
10.0 meters (32.8 foots) long.

Leadshine CABLEH-BM10M0 encoder cable for CS-M/CS-D series closed loop stepper systems.
10.0 meters (32.8 foots) long.

Leadshine CS-M22323 NEMA 23 closed loop stepper motor.
Holding torque 2.3 Nm.
Current 5.00 A.
96 mm (3.78 inch) long.
8 mm (0.315 inch) shaft size.
Integrated 1,000 line (4,000 count/revolution) quadrature rotary encoder.

Leadshine CABLE-BMAH5M0-124-TS absolute encoder cable for servo systems.
CABLE-BMAH5M0-124-TS is for ELM1/2 series motors and EL6/EL7/EL8 series drives.
Leadshine CABLE-BMAH5M0-124-TS is for connect an absolute servo motor encoder.
5.0 meters (16.4 foots) long.

Leadshine CABLE-RZH5M0-114-TS power cable for servo systems.
CABLE-RZH5M0-114-TS is for ELM1/2 series motors without brake and EL6/EL7/EL8 series drivers.
5.0 meters (16.4 foots) long.

Sterownik silnika serwo Leadshine EL7-RS750P.
Moc znamionowa 750 W.
Napięcie wejściowe 230 VAC.
Prąd znamionowy (szczytowy) 5.5 (16.9) A.
EL7-RS750P obsługuje tryby sterowania: Modbus RTU, impuls+kierunek lub analogowy.
Konfigurowalne wejścia/wyjścia: 8 DI, 5 DO, 2 AI and 1 AO.

Silnik serwo AC Leadshine ELM1H-0750MA80F.
Model ELM1H-0750MA80F posiada 23-bitowy magnetyczny enkoder.
Rozmiar ramy 80 mm.
Moc znamionowa 750 W.
Napięcie znamionowe 230 VAC.
Moment znamionowy (szczytowy) 2.39 (7.17) Nm.
Prędkość znamionowa (szczytowa) 3000 (5000) obr./min.
Prąd znamionowy (szczytowy) 4.1 (13.4) A.
Masa 2.12 kg.

Leadshine CABLE-RZSH5M0-114-TS power cable for servo systems.
CABLE-RZSH5M0-114-TS is for ELM1/2 series motors with Brake and EL6/EL7/EL8 series drivers.
5.0 meters (16.4 foots) long.

Sterownik silnika serwo Leadshine EL7-RS400P
Moc znamionowa 400 W
Napięcie wejściowe 230 VAC.
Prąd znamionowy (szczytowy) 3,5 A (9,5 A).
Model EL7-RS400P obsługuje tryby sterowania: Modbus RTU, impuls+kierunek lub analogowy.
Konfigurowalne wejścia/wyjścia: 8 DI, 5 DO, 2 AI i 1 AO

Silnik serwo AC Leadshine ELM1H-0400MA60E z hamulcem.
Model ELM1H-0400MA60E posiada 23-bitowy magnetyczny enkoder.
Rozmiar ramy 60 mm.
Moc znamionowa 400 W.
Napięcie znamionowe 230 VAC.
Moment znamionowy (szczytowy) 1.27 (3.81) Nm.
Prędkość znamionowa (szczytowa) 3000 (5000) obr./min.
Prąd znamionowy (szczytowy) 2.1 (6.5) A.
Masa 1.55 kg.