Overview
| Does it support processing customization | yes | material quality | Steel and copper |
| Residual pressure | Groove type | ||
| Bucket capacity | Charging time | ||
| stroke | Impact frequency | ||
| Flushing water volume | Discharge particle size | ||
| processing capacity | magnetic field intensity | ||
| Magnetic system | Motor speed | ||
| Explosion proof form | Non explosion-proof | Extension efficiency | |
| Feeding method | Feeding particle size | ||
| Feed concentration | Size of feeding port | ||
| Feed particle size | power | fifty-two thousand | |
| Scraper speed | specifications | ||
| series | structural style | ||
| type | Vertical shaft speed | ||
| hopper capacity | Spiral speed | ||
| Pulse voltage peak | Traction force | twenty-six thousand six hundred and eighty | |
| Sieve size | Number of sieve layers | ||
| Screen surface length | Screen material | ||
| production capacity | 1000 units per year | Applicable scope | |
| Applicable fields | Conveying capacity | ||
| Conveying items | Sink slope | ||
| Overall dimensions | 4800 * 1350 * 1800 | Material movement trajectory | |
| model | CJY14 | Impeller diameter | |
| Impeller speed | Scope of use | ||
| Effective volume | Drilling depth | ||
| Drilling speed | Hole diameter | ||
| type | Overhead Electric locomotive | weight | fourteen thousand |
| Loading and unloading items | Ore and waste | Drill pipe diameter | |
| Drilling angle | Drilling depth | ||
| Borehole diameter | Maximum digging force | ||
| Max Climb Capability | 3 ‰ | Maximum feed particle size | |
| Maximum unloading height | purpose | Mine rail transportation |
Product Details
Double motor traction stringing Electric locomotive 14t underground mining electric locomotive with long service life and high power
Official website homepage: www.ytqydq.com www.xtdianjiche.com
Contact number: 17369222201 Wang
The automatic power outage system is a well-designed safety device that can quickly cut off the power supply in the event of an emergency to prevent further accidents or damage. Its working principle mainly includes the following Committed step:
1. Sensor detection: The automatic power outage system detects specific emergency situations through sensors installed on overhead mining electric locomotives. These sensors can be devices based on physical principles or electronic technology, such as current sensors, displacement sensors, or speed sensors.
2. Signal transmission: Once the sensor detects an emergency situation, it will send a signal to the control system. This signal can be an electrical signal, electronic signal, or other form of information transmission to notify the control system of an emergency situation.
3. Control system response: Upon receiving the signal sent by the sensor, the control system will immediately respond. A control system can be a system composed of electronic devices, computer control units, or other automation devices. It will determine whether the power supply needs to be cut off based on the received signal.
4. Cut off power supply: If the control system determines that the power supply needs to be cut off, it will perform the operation through the corresponding mechanical or electrical devices. For example, the control system can achieve the disconnection of power supply by controlling the power outage switch or cutting off the power circuit.
The design and implementation of an automatic power outage system requires consideration of multiple factors, including safety, reliability, and response speed. They are usually rigorously tested and validated to ensure that the power supply can be effectively cut off in emergency situations, protecting the safety of passengers and vehicles.
