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Call us: +6012 642 6721
E-Mail: sales@ctechmachinery.com.my
Address: 30, Jalan Anggerik Oncidium 31/71, Kota Kemuning, 40460 Shah Alam, Selangor, Malaysia
Safety protection device
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
Electromagnetic Solenoid Brake
Electromagnetic brake is an ideal automatic actuator in industry. It mainly plays the role of transmitting power and controlling movement in mechanical transmission system. To be more specific, solenoid brake has the advantages of compact structure, simple operation, sensitive response, long life, reliable use, and easy to realize remote control.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
The windproof braking of rail clamp is connected with the locomotive through the hole at the rear end of the clamp shaft.
When the locomotive moves, dragging (pushing) the rail clamp moves synchronously, the guide wheel can roll along the serpentine track under the weight pressure of the rail clamp, and drive the rail clamp to float along the track surface on the fixed shaft through the guide wheel support and the guide clamp shaft.
CONTACT US
Call us: +6012 642 6721
E-Mail: sales@ctechmachinery.com.my
Address: Lot 1128, Balakong Jaya Industrial Park 2/3, 43300 Seri Kembangan, Selangor
