Winding Motor Liquid Resistance Starter Device 6kv

• Customization: Available
• Certification: ISO9001, CCC, Type Test
• Protection: IP20
• Model NO.: szyq
• Installation: Indoor
• Housing: Aluminum Zinc Steel
• Rated Voltage: 6kv
• Transport Package: Plywood
• Specification: 1-10kv
• Trademark: Sanhe
• Origin: China
• HS Code: 8537209000
• Production Capacity: 10000PCS\Year

Product Description

Introduction
SZYQ series liquid resistance starting device is a new generation of starting control device successfully developed to further improve the starting performance of large and medium-sized winding asynchronous motors. By inserting a liquid resistance in series into the rotor circuit of the controlled motor, it automatically starts when the motor starts. It is put in and automatically, steplessly and continuously cut off within a predetermined time, overcoming the large impact current of old-fashioned starting control equipment such as frequency-sensitive rheostat, oil-immersed rheostat, cast iron resistor (generally about 3 to 5 times the rated current), starting It allows the motor to start smoothly and increase speed evenly under ideal starting current conditions, which has significant effects on protecting the motor, electrical equipment, power grid and energy saving. This equipment is carefully designed in terms of starting, stopping, fault protection, contact, alarm, display, etc. Compared with other old-fashioned starters, it has a high degree of automation, small starting current (generally less than or equal to 1.3 times the rated current), electrical It has the characteristics of small mechanical impact and is particularly suitable for heavy-load starting. It can start smoothly even with low grid voltage, which reduces the capacity of the transformer. It is currently the most ideal for heavy loads such as ball mills, elevators, crushers, compressors, fans, and water pumps. starter control equipment.
SZYQ series liquid resistance starting device is a new generation of starting control device successfully developed to further improve the starting performance of large and medium-sized winding asynchronous motors. By inserting a liquid resistance in series into the rotor circuit of the controlled motor, it automatically starts when the motor starts. It is put in and automatically, steplessly and continuously cut off within a predetermined time, overcoming the large impact current of old-fashioned starting control equipment such as frequency-sensitive rheostat, oil-immersed rheostat, cast iron resistor (generally about 3 to 5 times the rated current), starting It allows the motor to start smoothly and increase speed evenly under ideal starting current conditions, which has significant effects on protecting the motor, electrical equipment, power grid and energy saving. This equipment is carefully designed in terms of starting, stopping, fault protection, contact, alarm, display, etc. Compared with other old-fashioned starters, it has a high degree of automation, small starting current (generally less than or equal to 1.3 times the rated current), electrical It has the characteristics of small mechanical impact and is particularly suitable for heavy-load starting. It can start smoothly even with low grid voltage, which reduces the capacity of the transformer. It is currently the most ideal for heavy loads such as ball mills, elevators, crushers, compressors, fans, and water pumps. starter control equipment.
SZYQ series liquid resistance starting device is a new generation of starting control device successfully developed to further improve the starting performance of large and medium-sized winding asynchronous motors. By inserting a liquid resistance in series into the rotor circuit of the controlled motor, it automatically starts when the motor starts. It is put in and automatically, steplessly and continuously cut off within a predetermined time, overcoming the large impact current of old-fashioned starting control equipment such as frequency-sensitive rheostat, oil-immersed rheostat, cast iron resistor (generally about 3 to 5 times the rated current), starting It allows the motor to start smoothly and increase speed evenly under ideal starting current conditions, which has significant effects on protecting the motor, electrical equipment, power grid and energy saving. This equipment is carefully designed in terms of starting, stopping, fault protection, contact, alarm, display, etc. Compared with other old-fashioned starters, it has a high degree of automation, small starting current (generally less than or equal to 1.3 times the rated current), electrical It has the characteristics of small mechanical impact and is particularly suitable for heavy-load starting. It can start smoothly even with low grid voltage, which reduces the capacity of the transformer. It is currently the most ideal for heavy loads such as ball mills, elevators, crushers, compressors, fans, and water pumps. starter control equipment.
 

2. Performance characteristics

1. The performance is far superior to starters such as frequency-sensitive varistors, oil-immersed varistors, and cast iron resistors.
2. The starting current is small, less than or equal to 1.3 times the rated current of the motor.
3. Can start continuously 5 to 10 times.
4. Smooth start: No mechanical stress impact on the equipment, which can extend the life of mechanical equipment and motors.
5. Low voltage starting is possible: the machine can still start when the voltage drop is within 10% of the rated voltage.
6. Simple and reliable structure, all operations are automated, and installation and maintenance are easy.

3. Usage Environment

1. Ambient temperature: -10ºC ~ 40ºC;
2. Relative humidity: <85%, no condensation;
3. Altitude: <2000m, special design is required above 2000m;
4. Installation location: The vertical inclination shall not exceed 5°, there shall be no severe vibration, and there shall be no gas and dust that may corrode metal or damage insulation.

4.Technical parameters

1. Controlled motor power: 45~10000kW.
2. Controlled motor rotor current: 200~2000A.
3. Controlled motor rotor voltage: 200~3000V.
4. Normal operating temperature of electro-hydraulic: 0~65ºC.
5. Continuous starting times: 5 to 10 times.
6. Starting current: Iq ≤ 1.3Ie (Ie is the rated current of the motor).
7. Power supply voltage: three-phase AC380V, 50/60Hz
 

Product Specifications	Motor power (kW)	Start time (s)	Starting temperature rise (ºC/time)
SZYQ - 200 /	≤200	15~20	5
SZYQ - 400 /	≤400		5
SZYQ - 600 /	≤600	15~30	5
SZYQ -1000 /	≤1000		5
SZYQ -2000 /	≤2000	20~40	8
SZYQ -3000 /	≤3000		10
SZYQ -4000 /	≤4000	25~50	10
SZYQ -5000 /	≤5000		10
SZYQ -   /	>5000	Special design according to technical requirements

6. Working Principle

The SZYQ series liquid resistance starting control device uses a special medium aqueous solution as a resistor. In a specially designed liquid resistance box, a plate is introduced as an electrode and connected in series to the motor rotor circuit. When the motor starts, a small power servo motor drives the plate to move to change the relative distance of the plate, so that the liquid resistance (connected in series to the rotor circuit) changes steplessly from large to small, thereby achieving smooth starting of the motor.

Detailed Photos
 

Company Profile

Founded in 2002, Sanhe Power Tech is a national high-tech enterprise that specializes in power quality products, R&D of technology and solutions, production,service etc. It becomes industry-leading company.
The company has got multiple technologies including.
28 invention patents,
24 software copyrights,
22 national standards and 15 industry standards drafting.
Sanhe Power Tech is a member of international committees such as
the International Electrotechnical Commission (IEC)
the Institute of Electrical and Electronics Engineers (IEEE) etc.
The software development system has passed the CMMI evaluation of the American SEI.
There are three main business covering:
A full range of power quality testing and governance products and complete solutions.
Distributed new energy system products and advanced solutions.
Primary and secondary engineering based on "dual carbon" and energy management with standardized and professional engineering services.
Our Advantages


Simulation of GRID Reactive Load Flow
Analysis of L-C Circuit Amplitude-frequency Characteristic
Integration & Relay Coordination Reaction
Characteristic Curve of Permanent Magnet Breaker
Sampling & Filtering of Electronic Circuit
IGBT Driving & Protection
PWM Technology
Technology about Semiconductor Forced Commutation
Thermal Simulation & Heat Exchange Design
Feed-forward Second-order Complex Vector Algorithm
3D & Data Simulation
Instrumented IOT Communication
VP Scheduling & Dispatcher
Digital Twins of Micro-Grid & Islanding-Grid
 
FAQ

What kind of payment terms can we accept?

Payment in advance,Installment payments,Letter of credit(L/C).
 

What is the lead time of products?

According to different products, the lead time is different.
For standard products like APF,SVG, the lead time is one week.
For customized capacitor bank etc,  the lead time is 25 to 45 days.
 

How to find the product model if you are some demand?

If you need our technical guide,please advise your problem details as much as you can,we can give more reasonable solution.
You may provide following drawings or report
Single line drawing
Panel primary scheme drawing
Power quality test report(mainly about harmonics)
 

How to find the product model if you have details electrical drawings?

Please advise Load name plate, load working condition, existing power factor, target power factor, harmonic times etc Or Rated voltage,compensation capacity, harmonic times(reactor detuning factor), other components etc.
 

How to find the product model if you can not provide enough information?

We can supply your products according to your technical requirement.
We can go to your project site and give a professional test report after test.
 

Why do we choose Sanhe power quality solution?

Sanhe has specialized in over 20 years experience in power quality products and solution. We have met most of power quality problems and gave the solutions.

What kind of technical service does Sanhe provide?

• Project-site power quality test ( or test report from customer)
• Improvement solution and budget
• Product solution and price
• Products supply
• Product commissioning

What kinds of standards does Sanhe product conform to?

Except China standards, Sanhe products also conform to IEC standards including
IEC61921 :2003 IEC61000-4-5:2005
IEC60529:2001 IEC60931-1: 1996
IEC60439-1 :2005 IEC60664-1 2007
IEC60831-1: 1996 IEC61000-4-3/2/4/5/18 IEC61000-2-4
IEC60255 IEC62208 2011…
IEC255-22-1

What is the compensation effect after using Sanhe products?
• Harmonic filtering meets standard
• Power factor is over 0.95,electrical bill saving,low reactive power penalty killing
• Reducing the loss of transformer and line
improve the distribution ability,
prolong the lifespan of electrical equipment

How long is the product guarantee time?

Usually,the guarantee time is one year. However,we can accept over 5 years too. Please contact our sales to get details information.

How to become the distributor or agent of Sanhe brand products?

Sanhe is looking for overseas distributor and agent. If you are interested in it, please feel free to contact us.