DC adjustable brake load box

Appearance Installation Size:

Product Introduction:
This resistance cabinet is made of ripple resistors,apply to high power,high current braking equipments,
test equipments , elevators,cranes dynamic braking circuit.The operating voltage is DC 500v-2000v .Rated power is 1KW-500KW.

1, Power range: 1KW-500KW
2, Voltage range: 0.5KV-2KV
3, Resistance value range: 1R-10KR
4, Withstand voltage: 2.5KV-5KV/1min 50Hz
5, IP Level: IP20
6, Vibration: 0.5g
7, Heat dissipation Method : Natural cooling
8, Rated Temperature rise:375oC
9, Temperature excursion: 80-400ppm/oC
10, Transfer fluid material: 0Cr25AL5/Ni80Cr20 can choose
11, Advantage    Higher Voltage
12,Disadvantage: Low Power, and weak antiknock characteristic
13, Packaging: Carton packaging

Shenzhen Kangyuxin Electronics Co., Ltd. is located in Xixiang,Bao'an District,Shenzhen
City, Guangdong Province, China. It was incorporated in Shenzhen Industrial and Commercial
Bureau in 2015-3-3 with a registered capital of RMB 1 million (RMB 10,000). The company has
grown and developed for 5 years. A comprehensive company engaged in the development and
sale of electronic components, and a company with general taxpayer qualifications.
 


  kangyuxin Electronic Technology Co. Ltd would like to work with you to design the way to
use resistors in your manufacturing, supply a wide variety of quality resistors and the
related electronic components, and offer the best service for you. 

kangyuxin has experienced professionals with knowledge of selection, usage and
manufacturing of resistors, who are willing to answer your questions and discuss with you
about the technical issues concerned. 

kangyuxin especially excels at design and production of special resistors. With advanced
manufacturing technology and equipment combined with reliable quality management, kangyuxin
will ensure you that your selection of its products and apply the depth of kangyuxin's
industry expertise in resistors help you create value in your organization. 


kyx never stops moving toward the future in aspects of, 
Sampling and dividing of precision resistors 
Small signal amplify of ultra-high ohm resistors 
Voltage limited (withstanding) and stability of high voltage resistors 
Design and usage of precision dividers 
Design and selection of high Frequency Attenuators and Loaders 
Design and selection of inductors and transformers