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Shineplus Precision Technology Co., Ltd.
2 Years
| Ask Lasest Price | |
| Brand Name : | Shineplus |
| Model Number : | Customized |
| Certification : | ISO13485,ISO9001,UL,ROHS |
| Price : | Negotiation |
| Payment Terms : | Negotiable |
| Supply Ability : | 8000 pcs/day |
| Delivery Time : | 1-2 week |
| MOQ : | 50 pcs |
2.5KV DB37 two row type connector Insulation, metal shielding PDU temperature acquisitionsignal line
1.Product description
2.5KV DB37 two row type connector Insulation, metal shielding PDU temperature acquisitionsignal line one end is equipped with a DB37 double row connector. The DB37 connector has 37 pins and can be used to transmit a variety of signals and data. It provides reliable connection and plugging performance and is suitable for applications requiring high density connections. The cable adopts a metal shielding layer to provide anti-jamming and anti-jamming capabilities. Metal shielding can effectively prevent the influence of external electromagnetic interference on the signal and provide additional protection. The cable is used for the transmission of temperature acquisition signals. Temperature acquisition signal wire harnesses are usually used to monitor and collect temperature data of power systems or equipment for temperature control and monitoring.
Feel free to contact with us, if you ever needed to consider your wire harness solution.
Product Name | 2.5KV DB37 two row type connector Insulation, metal shielding PDU temperature acquisitionsignal line |
Harness material | Pass ISO13485,ISO9001,ULand ROHS certification |
Product application | Industrial control systems, electronic equipment, etc |
Length, color | Customized according to customer needs |
Samples | Samples confirmed first before mass production |
Serve | Whole-course specially-assigned follow-up, to provide fast and efficient service |
Test requirement | Electrical performance test, flame retardant test,connectivity testing and reliability testing |
MOQ | Negotiable |
After-sales service | Free warranty for 6 months |
3. Picture of real products
4. Application area
I: Power system monitoring: The cable wire harness can used to connect signals between power distribution units (PDUs) and temperature sensors. In power system monitoring, the temperature acquisition signal wire harness is responsible for transmitting temperature data from sensors to PDUs or monitoring devices. These temperature data are critical for monitoring the status of power equipment and preventing overheating and failure.
II: Data center management: In a data center environment, PDUs are usually used to manage and distribute power, while temperature acquisition signal wire harnesses are used to collect temperature information of cabinets or server devices. These temperature data can used to optimize the heat dissipation of the equipment and the control of the air conditioning system, ensuring the normal operation and stability of the equipment.
III: Industrial automation: In the field of industrial automation, the cable wire harness can used to transmit temperature acquisition signals from temperature sensors to PDUs or industrial control devices. Monitoring and controlling temperature is very important for the stability and safety of industrial processes, therefore, temperature acquisition signal lines play an important role in industrial automation.
5. Features
I: 2.5KV voltage rating: The cable wire harness is designed to withstand up to 2.5 kV (2500 volts). This makes it suitable for applications in high voltage environments, providing good protection against voltage interference and insulation.
II: Metal shielding: The cable wire harness adopts metal shielding layer to provide anti-jamming and anti-jamming capability. Metal shielding can effectively prevent the influence of external electromagnetic interference on the signal and provide additional protection.
III: Insulation performance: The cable wire harness has good insulation performance, which can effectively isolate the electrical interference and interference between the power supply and the signal line. This helps protect the accuracy and stability of the signal and improves the reliability of the system.
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