Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Under the national goals of “carbon peaking” and “carbon neutrality”, improving energy efficiency is a severe challenge faced by all
electricity-related industries. As the power source for electrical appliances and various other machinery, motors are not only widely used
in various industries, but are also large consumers of electricity. On June 1, 2021, the “Motor Energy Efficiency Limits and Energy Efficiency
Levels” (GB18613-2020) was officially implemented. The new national standard stipulates that IE3 will become the lowest three-phase asynchronous
motor energy efficiency limit value (three-level energy efficiency) in China, lower than IE3 Three-phase asynchronous motors with limited
energy efficiency (such as YE2 series motors, etc.) are not allowed to be remanufactured and sold.
The grand occasion of the 25th China Motor Show
The implementation of the new national standard will not only promote the development and upgrading of the motor industry, but will also have
a considerable impact on various downstream motor application industries. This includes not only industry applications for industry and
commerce, but also new things that ordinary consumers must understand. trend. Since the 26th China Motor Show will be the first ultra-large-scale
motor industry exhibition after the implementation of the new national standard, this exhibition will become the best place for various
downstream application industries to learn about motor energy efficiency improvement technology and purchase motor products that comply
with the new national standard.
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176449-08 | Bently Nevada | Rod position monitor
128229-01 | Bently Nevada | Seismic I/O Module
3500/15-02-02-01 | Bently Nevada | power module
MS-NAE5510-3 | ABB | Network Automation Engine Controller
1900-65A-01-01-01-01-01 | Bently Nevada | Universal Device Monitor
1900/65A-01-01-03-00-00 | Bently Nevada | Universal Device Monitor
21504-00-28-10-02 | Bently Nevada | 5mm / 8mm series proximity sensor system
990-05-50-01-00 | Bently Nevada | Two-Wire Vibration Transmitte
24765-01-01 | Bently Nevada | Shell Expansion Sensor Assembly
3300/03-01-01 | Bently Nevada | 3300/03 System Monitor
3300/14-02-20-00 | Bently Nevada | Dual Thrust Position Monitor
3300/14-02-20-00 | Bently Nevada | DC power supply
H4136 | HIMA | H 4136 Relay amplifier in a terminal case
H4116| HIMA | H 4116 Relay in terminal block case
H4122 | HIMA | H 4122 Relay in terminal block case
H7506 | HIMA | H 7506 Bus terminal
H7506| HIMA | H 7506 Bus terminal
H7505 | HIMA | H 7505 Multifunctional interface converter
F8628X | HIMA | F 8628X communication module
F8628 | HIMA | F 8628 Ethernet communication
F8627X | HIMA | F 8627X ethernet module
F8627 | HIMA | F 8627 communication module
F8621A | HIMA | F 8621A Coprocessor module
F7131 | HIMA | F 7131 Power supply module
F7130A | HIMA | F 7130A Power supply monitoring with buffer batteries
F7126 | HIMA | F 7126 Power supply module
F7133 | HIMA | F 7133 Power distribution module
F6706 | HIMA | F 6706 2-fold Converter digital/analog
F6705 | HIMA | F 6705 2-fold Converter digital/analog
F6217 | HIMA | F 6217 8 fold analog input module (复制)
F6221 | HIMA | F 6221 Analog Input Module
F6220 | HIMA | F 6220 8 fold thermocouple input module
F6217 | HIMA | F 6217 8 fold analog input module
F6215 | HIMA | F 6215 analog input module
F6216 | HIMA | F 6216 8 fold analog input module
F6213 | HIMA | F 6213 4x analog input module
F6214 | HIMA | F 6214 4x analog input module
F3349 | HIMA | F 3349 digital output module
F3348 | HIMA | F 3348 digital output module
F3335 | HIMA | F 3335 digital output module
F3334 | HIMA | F 3334 4-channel output module
F3333 | HIMA | F 3333 4 fold output module
F3331 | HIMA | F 3331 8 fold output module
F3330 | HIMA | F 3330 8-channel output module
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