zhuhai sinopak electric ltd product catalogue · zhuhai sinopak electric ltd product catalogue. 01/...

Zhuhai Sinopak Electric Ltd

Product Catalogue

01/ Zhuhai Sinopak Electric Ltd

Company Profile

Zhuhai Sinopak Electric Ltd is a professional one-stop solution supplier for motor drives and power quality correction equipment; We mainly supply Medium voltage and low voltage variable frequency drives, Mine use flameproof and intrinsically safe drives, Medium voltage magnetically controlled reactor typed soft starter, Medium voltage and low voltage Static synchronous compensator (STATCOM), Active harmonic filter etc. With years of exporting experience, we have cooperat ive partners in Bangladesh, Pakistan, Vietnam, Iran, Turkey, Poland, Russia, Mongolia, etc. Up to now, our products cover about 20 countries and regions from the South-east Asia and Eastern Europe to Middle East and Africa. Sinopak will follow the principle of “customer first” , focus on pre-sale and after sales technical support service, continue to spare no efforts to help our customers improve production efficiency, save energy consumption and fulfill its social responsibilities.

/02Zhuhai Sinopak Electric Ltd

Contents

Motor Drives Solutions

Power Quality Solutions

04

06

08

13

18

20

10

15

Medium voltage variable frequency drives

Explosion-proof variable frequency drive

Low voltage variable frequency drives

Medium-voltage Magnetically-Controlled Soft Starter

Medium voltage static synchronous compensator

Low voltage static var generator

Active power filter

SSCT


otor Drives Solutions

◆ Medium voltage variable frequency drives

◆ Explosion-proof variable frequency drive

◆ Low voltage variable frequency drives

◆ Medium-voltage Magnetically-Controlled Soft Starter

M



Sinopak MVVFD includes integrated structure and split-type structure based on capacity. The integrated structure is adopted in low capacity MV VFD and the split-type structure is adopted in high capacity MV VFD. In terms of an integrated machine, which is compact in size, phase-transformer, power units, control systems, and power frequency bypass are fully integrated into one cabinet; In terms of a split-type machine, phase-transformer, power units, control systems and power frequency bypass are assembled in separate cabinets in which are combined on the spot.

Medium voltage variable frequency drives

Product Structure

Integrated Cabinet Split Cabinet


Technical Parameters

Medium voltage input

3KV, 3.3KV, 4.16KV, 6KV, 6.6KV, 10KV, 11KV (-20%~+15%) 50/60 Hz±10%

Medium voltage output

0~Rated voltage

0~50/60 Hz, 0.01 Hz

Multilevel PWM sin wave, total harmonic distortion (THD) < 4%

Performance

Inversion efficiency at an rated load > 98.5%, overall efficiency (including the transformer) > 97% Power factor (within the range of speed regulation) > 0.95, power factor (at a rated load) > 0.97

110%: long-term stable operation, 120%: 1 minute, 150%: 2 seconds, and 160%: prompt protection

200 ms (and longer under light load)

> 100,000 hours

Control

flux optimization and control with space vector PWM

1 to 3,600 seconds

11-way/10-way

4-way (optional: 0 to 5 V, 4 to 20 mA) 3-way (optional: 0 to 10 V, 4 to 20 mA )

RS485 interface, Modbus-based (optional Profibus-DP and Ethernet interfaces) Single-phase 220 V AC, 5kVA

Excitation control ( dedicated for

the synchronous motor)

Automatic excitation control, manual excitation control, multi-stage speed excitation control, and external excitation control for the MVVFD

Environment

Operating in indoor environment without explosive or corrosive gases, conductive dust, or oil fog

0℃~+45℃

-40℃ ~+70℃

< 90% (No condensation) Derating required for an altitude greater than 1000 meters

Others

Overcurrent, overload, short circuit, three phase current unbalance, immediate electric outage, input/output phase loss, overvoltage, undervoltage, body overheat, transformer overheat, shutdown due to external fault, and power unit auto bypass Forced-air cooling An 10-inch Human Machine Interface

IP31

Voltage range Frequency range

Output voltage

Output frequency and accuracy

Output waveform

Efficiency

Power factor

Overload capacity

Allowable outage duration

Mean time between failures

Control mode Acceleration/deceleration

time Switching quantity

input/output Analog input

Analog output Communications

Control power supply

Control mode

Operating environment

Operating ambient temperature Storage and

transportation temperature

Ambient humidityOperating altitude

Protection function

Cooling mode User interface

Protection grade: IP31



◎ High reliability and high efficiency based on the IGCT(IGBT) power semiconductors◎ Exceptionally high torque and speed performance based on DTC vector control platform◎ Pure sinusoidal voltage and current output based on ABB special output sine filter◎ No special demand for motors, easy to drive special or general motors◎ Long cable distance between VFD and motor is permitted for 5000m◎ Rectification technology based on 12-pulse conforms to GB14549-1993, IEEE519/1992 and UKG5/3◎ Total power factor: >0.95 over speed regulation range◎ Full output torque at low speed◎ Power loss ride through ◎ Normal running, regular examine and repairing mode can be selected to meet the demand of production◎ Local, head of the scraper conveyor and remote control can be selected◎ Master-follower dynamic tracing control, fast dynamic mutual co-ordination and load share◎ Standard one to one running mode; One to two running mode is optional.◎ World leading VFD water-cooling technology◎ Perfect protection function: such as motor stall, motor phase loss, supply phase loss, over current, short circuit, overvoltage , under voltage, earth leakage lockout, earth leakage, communication fault◎ Easy to realize process interlock control◎ Parameter LCD display and setting

MINE USE FLAMEPROOF AND INTERINSICALLY SAFE MEDIUM VOLATGE VFD

BPJV-2200/3.3 BPJV-1600/3.3 BPJV-1250/3.3 BPJV-855/3.3

Key product features

Explosion-proof variable frequency drive


◎ Soft start and speed control of heavy-duty scraper conveyor, automatic energy saving running mode

◎ Soft start and speed control of heavy-duty belt conveyor, automatic energy saving running mode

Main Application

Main Technical Data

Rated Input

Voltage 6KV/10KV(-15%~+10% at full load)

Number of

phase/frequency 3/50Hz±5%

Power Factor >0.95

VFD Output

Power

BPJV-2200/3.3(2200KW)

BPJV-1600/3.3(1600KW)

BPJV-1250/3.3(1250KW)

BPJV-855/3.3(855KW)

Voltage Sine wave, 0V~3.3KV

Over Load

Frequency 0~50Hz(0~66Hz)

Torque Response <10ms

Control

Input/output interfaces 16 DI/16DO

Communication Ethernet

Signa Isolation Photoelectric/Isolated gate

Signal Transmission Fiber-optical

Frequency Accuracy 0.1%

E�ciency >97%

Environment Vibration 10~150Hz, lower of 0.5g

Storage -20℃~+70℃

Degree of protection IP54, Exdl

Dimensions/ Weight 4316mm×1440mm×1600mm/≤10T

Typical 150%/Min

(120%-300% Optional )



Technical Specifications

Low voltage variable frequency drives

Sinopak KE300 sensorless vector control inverter is developed based on the perfect integration of years of engineering experience and advanced drive technology.

KE300 integrate sensorless vector control, V/f control, torque control and soft start functions, it is widely applied in pump & fan etc application �elds which require high speed control accuracy, rapid torque response and high performance at low frequency.

Input

Output

Control Features

Input voltage

Input frequency 47~63Hz

Output voltage 0～Rated voltage

Output frequency V/f control：0~3000Hz SVC：0~300Hz

Control mode V/f , SVC, Torque control

Operation command mode Keypad control, Terminal control, Serial communication control

Operation command mode

Digital setting, analog setting, pulse frequency setting, serial communication setting, multi-step speed setting & simple PLC, PID setting, etc. These frequency settings can be combined & switched in various modes.

Overload capacityG model: 150% 60s, 180% 10s, 200% 3sP model: 120% 60s, 150% 10s, 180% 3s

1AC 220V±15%, 3AC 220V±15%，3AC 380V±15%，3AC 660V±15%

Starting torque 0.5Hz/150% (SVC)，1Hz/150% (V/f )

Speed adjustment range 1:100 (SVC)，1:50(V/f )

Carrier frequency 1.0--16.0kHz, automatically adjusted according to temperature and load characteristics

Speed control precision ±0.5%（SVC）

Frequency accuracyDigital setting: 0.01HzAnalog setting: maximum frequency ×0.05%

Torque boost Automatically torque boost; manually torque boost : 0.1%~30.0%


Control Features

Control Functions

V/f curve Three types: straight line, multiple point and square type（1.2 power, 1.4 power, 1.6 power, 1.8 power, square）

ACC/DEC modeLinear/S curve; four kinds of acceleration/deceleration time, range: 0.1s~3600.0s

DC brakingDC braking when starting and stoppingDC braking frequency: 0.0Hz~maximum frequency, braking time: 0.0s~100.0s

Jog operationJog operation frequency: 0.0Hz~maximum frequencyJog acceleration/deceleration time: 0.1s~3600.0s

Simple PLC & multi-stepspeed operation

Max. 16 steps speed running via built-in PLC or control terminal

Built-in dual PIDBuilt-in PID control to easily realize the close loop control of the process parameters (such as pressure, temperature, �ow, etc.)

Common DC bus Common DC bus for several inverters, energy balanced automatically

Torque control Torque control without PG

Torque limit“Rooter” feature: limit torque automatically and prevent frequent over-current tripping when running

Wobble frequency control Multiple triangular-wave frequency control, special for spinning

Timing/length/counting control Timing/length/counting control function

Automatic voltage regulation Keep output voltage constant automatically when input voltage �uctuating

Over-voltage & overcurrent stall control

Limit current & voltage automatically when running, prevent frequent over-current & over-voltage tripping

Input terminals

Programmable DI: 7 on-o� inputs, 1 high-speed pulse input 2 programmable AI: AI1: voltage -10～10V A12: voltage 0～10V or current 0/4～20mA

Output terminals

Terminals

HMI

Environment Limit

1 programmable open collector output: 1 analog output (open collector output or high-speed pulse output)2 relay outputs2 analog output: 0/4~20mA or 0~10V

Communication terminal

O�er RS485 communication interface, support MODBUS-RTU communication protocol

LED display Display frequency setting, output frequency, output voltage, output current, etc.

Multifunction key QUICK/JOG key, can be used as multifunction key

Powerful host software

Ambient temperature

Humidity 90%RH or less (non-condensing)

Altitude ≤1000M: output rated power, ＞1000M: output derated

Storage temperature -20℃~60℃

Storage atmosphere Indoor, without direct sunlight, dust, corrosive gas, combustible gas, oil smoke, vapor, drip, salt, vibration, etc.

Fault protection function

Up to 30 fault protections including over-current, over-voltage, under-voltage, overheating, default phase, overload, shortcut, etc., can record the detailed running status during failure and has fault automatic reset function

Support upload, download and real time display between inverter and PC

-10℃~40℃, derated 4% when the temperature rise by each1℃ (40℃~50 ℃).



Sinopak magnetically controlled soft starter consists of the

incoming line, switch, magnetically controlled reactor and

controller. The equipment controls MCR reactance through

changing magnetic permeability of iron core with DC excitation

current, so it is called magnetically controlled soft starter.

The starting capacity is large, and it can achieve starting control

of a 20000KW motor.

Adopting dual-DSP and FPGA as the main control chip, so that

the system has the strongest processing capacity, to ensure the

starting current’s control precision.

The reactor’s high-voltage coil made with one-time vacuum

casting molding technology of epoxy has advanced technology

and strong insulation performance.

Small volume, free maintenance, operation with the colorful

touch screen in Chinese, and easy to operate.

Can achieve remote operation of DCS.

Features

Sinopak Medium-voltage soft starter adopts magnetically

controlled reactor (MCR) to limit motor starting up current. It has

the features: High control precision, large starting capacity,

strong insulation performance and small volume etc.

The equipment can be widely used for various large-scale

motors such as: fans, water pumps and compressors etc.

Medium-voltage Magnetically-Controlled Soft Starter


Technical Parameters

SN. Parameters Value 1 MCR withstand voltage

Three phase to earth：

30 KV/Min

Inter -phase: 30KV/Min

2 Harmonic content None

3 Starting current times 1.5~4

4 Voltage �uctuation

5%

5 Starting time 0~60S

6 Continuous

starting times

0~6

7 Anti -interference

performance

EMC level-four

8 Motor power factor 0.86

9 Flux leakage No �ux leakage

10 Cooling method Natural cooling

11 Operation

temperature

-10℃~45℃

12 Altitude 1000m

13 Noise ＜ 70DB

14 Incoming direction Upper/Lower

15 Communication CAN,Pro�bus, RS232 and RS485

etc.(Optional)


ower Quality Products

◆ Medium voltage static synchronous compensator

◆ Low voltage static var generator

◆ Active power filter

◆ SSCT

One-Stop Power Quality Solutions Provider

THDI 5%

PF 0.99

P


Sinopak magnetically controlled soft starter consists of the incoming line, switch, magnetically controlled reactor and

controller. The equipment controls MCR reactance through changing magnetic permeability of iron core with DC

excitation current, so it is called magnetically controlled soft starter.

◆ Improve the stability of power transmission

In long distance transmission system, SVG can not only compensate the power line losses caused by reactive power,

increase line voltage and improve e�ective transmission capacity under normal operation, but also o�er reactive power

adjustment in time, damp system oscillation and improve system stability in case of fault.

◆ Maintain the receiving-end voltage level

Since high capacity load centers lack reactive power support, it is easy to cause grid voltage dip, even cause voltage

collapse. However, SVG is capable of fast var adjustment. Therefore, the receiving-end voltage level is greatly stabilized.

◆ Reactive power compensation leading to high power factor and low line losses

Many types of loads need a mass of reactive power when operation, such as asynchronous motors, arc furnaces, rolling

mills and high rating recti�ers. At the same time, the upstream transformer and line impedance also generate reactive

power, which still leading to low power factor.

For the power system, loads with lower power factor will increase the line losses, voltage drop and deteriorate voltage

Main Functions

A static synchronous compensator (STATCOM), also known as a static synchronous condenser (STATCON) or Static var

generator (SVG), is a regulating device used on alternating current electricity transmission networks.

SVG is the representative of newest technology in reactive power compensation �eld, which is connected in parallel to the

grid, similar to a variable var current source. Its var current can change following the load rapidly and automatically.

Medium voltage Static Synchronous Compensator


Power Quality Products


Operation Environment

Rated voltageAC Input 6kV/10kV/35kVRated frequency 50X(1±5%) Hz

Mode of connection 3P3W

Target power factor Meet design requirement within capacity range

Full response time 5ms (10%~90%)Active power loss ＜0.8% of rated power

Operation mode Constant power factor, constant reactive power and constant

voltage control are optional

Communication Modbus Protocol (RS485/Ethernet interface)

Expansion capability Parallel operation is available to meet the demand of larger capacity

Protection Power grid over-voltage, under-voltage, phase lost;DC Busbar over-voltage, under-voltage;Power module over-current;Control system power loss protection;Automatically current limit in case of overload;Communication failure protection

Operation display Parameter setting, multiple parameters display, Operating data recording, faults recording etc

Altitude < 1000m (derated power if ≥1000m, or specially customized)

Ambient temperature -10℃~+45℃

Storage temperature -25℃~+65℃

Ambient humidity Maximum relative humidity 95% (non-condensing)

Anti-fouling grade Grade III

Earthquake resistance 7 degrees

quality. Additionally, reactive power will reduce e�ciency of power generation, transmission and distribution. For clients,

low power factor will increase production costs.

◆ Restrain voltage �uctuation and �icker.

Voltage �uctuation and �icker are mainly caused by rapid loads variation. This rapid variation also causes the load current

�uctuation dramatically. The current variation leads to system voltage losses changing very fast, which brings the

receiving-end grid voltage �icker. The typical loads that cause voltage �icker are arc furnaces, rolling mills, electric

locomotives, etc.

SVG can o�er fast reactive power regulation, which mitigate voltage �uctuation and �icker easily caused by loads variation.

◆ Mitigate 3-phase imbalance.

In distribution network, there are a lot of 3-phase unbalance loads, typically like electric locomotives and arc furnaces. At

the same time, line and transformer impedance unbalances can also cause voltage unbalance problem. SVG can fast

compensate negative sequence current caused by unbalance loads, which ensure balanced 3-phase grid current. Thus, it

improves the power supply quality greatly.


◎ Flexible compensation modes;

◎ Reactive power compensation: Cosφ=0.99

◎ Three-phase imbalance compensation

◎ Harmonic compensation (Option)

◎ Modular design for a shorter delivery cycle and easy maintenance.

◎ Rack-mounted or wall-mounted.

◎ Single module can be 30kvar, 50kvar and 100kvar, if SVG modules are assembled into cabinet, single cabinet capacity

can be up to 500Kvar.

◎ Free of over-compensation, under-compensation and harmonic resonance. The compensation capacity is installation

capacity.

◎ Multiple combination compensation

◎ SVG+TSC

◎ SVG+APF

Features

Static Var Generator (SVG) is an automatic power factor correction module which works as a current source; it can

compensate the power factor of the grid with the reactive current generated by itself to avoid �ne imposed by power

utility due to a too low power factor. SVG checks the load current through the external CT, and performs computing

through the external DSP to analyze the reactive contents of the load current. After that, it controls the PWM signal

generator based on the settings to send control signals to the internal IGBT. In this way, it generates reactive power current

to implement dynamic reactive power compensation.

Low voltage static var generator (STATCOM)



Technical Specification

Item

Rated voltage

Rated frequency

Wiring method

Harmonic compensation

Parallel operation

Target power factor

Response time

Mounting type:

Overload protection

Active power loss

Protection level

Module capacity

Communication interface

Communication protocol

Altitude

Operation temperature

Relative humidity

System Parameters

400 (-40%~20%) V

50/60Hz (Range: 45~63)Hz

3P3W/3P4W

Optional

Unlimited

Adjustable from -1 to +1

Within 15 ms

Rack-mounted, wall-mounted and cabinet

Automatically limited to the rated output current

<3%

IP20 (More higher protection level to be customized)

30kvar, 50kvar, 100kvar

RS485, CAN, and Network port

Modbus and PMbus

1500m, if >1500m, the power decreases by 1% every 100m.

-100C~+400C

5%~95%, non-condensing

Rear entry for rack-mounted moduleTop entry for wall-mounted moduleTop or Bottom for Cabinet

Cable entry

30/50Kvar: 35KG500*590*192 (Rack-mounted) 500*585*197.1 (Wall-mounted)100Kvar: 48KG510*270*500(Rack-mounted)

Dimension W*D*H(mm)

And Net weight

◎ Response time ≤15 ms, linear compensation

◎ A user-friendly human-machine interface is con�gured to operate, and display system’s real-time parameters like

voltage/current waveforms, active power, reactive power, apparent power, power factor, harmonics, etc.

◎ The modular heat radiating fan utilizes a unique control mode, realizing step-less speed regulation, and it will

automatically adjust the rotating speed of fan as the capacity output of the equipment, with low noise and low loss.

◎ The world advanced power component IGBT is used, which has large power density and high reliability.

◎ Digital control system with DSP high-speed measurement and computation

◎ Monitoring and display systems have remote communication interfaces, real-time monitoring is achieved via PC

machines.


Selection table

200

250

315

400

500

630

800

1000

1250

1600

2000

2500

SPS-100/0.4

SPS-150/0.4

SPS-200/0.4

SPS-200/0.4

SPS-300/0.4

SPS-300/0.4

SPS-500/0.4

SPS-300/0.4 two

SPS-350/0.4 four

SPS-400/0.4 two

SPS-350/0.4 four

SPS-400/0.4 four

SPS-100/0.4

SPS-100/0.4

SPS-100/0.4

SPS-200/0.4

SPS-300/0.4

SPS-300/0.4

SPS-500/0.4

SPS-500/0.4

SPS-300/0.4 two

SPS-400/0.4 two

SPS-350/0.4 three

SPS-400/0.4 three

SPS-100/0.4

SPS-100/0.4

SPS-100/0.4

SPS-200/0.4

SPS-300/0.4

SPS-300/0.4

SPS-300/0.4

SPS-500/0.4

SPS-300/0.4 two

SPS-400/0.4 two

SPS-400/0.4 two

SPS-350/0.4 three

SPS-100/0.4

SPS-100/0.4

SPS-100/0.4

SPS-150/0.4

SPS-200/0.4

SPS-200/0.4

SPS-300/0.4

SPS-300/0.4

SPS-500/0.4

SPS-500/0.4

SPS-300/0.4 two

SPS-400/0.4 two

SPS-100/0.4

SPS-100/0.4

SPS-100/0.4

SPS-100/0.4

SPS-150/0.4

SPS-150/0.4

SPS-150/0.4

SPS-200/0.4

SPS-300/0.4

SPS-300/0.4

SPS-300/0.4

SPS-500/0.4

Transformer

capacity(kVA)

cosφ≤0.5 0.5≤cosφ≤0.6 0.6≤cosφ≤0.7

SVG Model and QTY

0.7≤cosφ≤0.8 0.8≤cosφ≤0.9



Active power �lter (APF) is designed to �lter the harmonics injected by non-linear

loads in power networks. It can analyze the line current harmonics drawn by the

loads and generate a compensation current dynamically at the opposite phase

angle, thereby “neutralizing” the harmonic currents.

◎ Based on 3-Level topology circuit

Features

Active Power filter

◎ Modular design for a shorter delivery cycle and easy maintenance.

◎ Rack-mounted or wall-mounted design which can be easily combined and installed as needed.

◎ It is possible to compensate the 2nd~51st harmonics, or select a speci�c order of harmonics to compensate separately.

◎ Flexible compensation modes:

◎ Harmonic compensation

◎ Reactive power compensation

◎ Three phase imbalance compensation

◎ Harmonic +Reactive power +Imbalance

◎ Remote communication interfaces, with real-time monitoring being achieved via PC machines.

S 1C1

C2

U4

S 2

S 3

S 4

U

S 5

S 6

S 7

S 8

V

S 9

S10

S11

S12

W



◎ A full automatic detection runs during the whole compensation process, and should it be restarted, self-diagnosis will

function; then after the fault is removed, it will be automatically put into use.

◎ Free of harmonic resonance.

◎ A user-friendly human-machine interface is con�gured to operate, and display system’s real-time parameters like

voltage/current waveforms, active power, reactive power, apparent power, power factor, harmonics, etc.

◎ Intelligent control circuit with perfect protection functions (against overvoltage, under voltage, over-heating, over

current, etc.).

Items

Module capacity

Power supply voltage

Power supply frequency

Wiring method

Harmonic spectrum

Harmonic setting

E�ciency

Filter performance

Neutral �ltering capacity

Response time

Reactive time

Resonance protection

Cooling mode

Operation mode

Switching frequency

Power loss


Digital I/O

Alarm events

Monitoring

Mounting type

Protection level

Altitude

Operation temperature

Relative humidity

Installation environment

Dimension W*D*H(mm)

And net weight

Compliance with Standards

Speci�cations

25A/35A, 50A/60A, 75A/100A

400V (-43%~+14%)

50/60Hz (Range: 45~63Hz)

3P3W/3P4W

2nd~50th

All harmonic contents can be selected simultaneously

Up to 98%

THDi<5%

Three times of rated current

<15ms

<50μs

Yes

Forced air cooling

Harmonic compensation(FFT analysis, instantaneous reactive power)

Reactive power compensation (-1~+1)

Three phase imbalance compensation

20kHz

<3%

RS485 (Modbus RTU), TCP/IP (Ethernet)

4DI/6DO

Yes

Via centralized monitoring PQ viewer

Rack/Wall mounted

IP20


-25℃~+45℃


Indoor use

25A/35S: 440*470*150 18KG50A/60A: 440*590*190 35KG75A/100A: 440*600*230 36KG

IEEE 519, IEC 61000-3-6, ERG5/4



SSCT = Smart Controller +SVG modules +TSC modules

SSCT is a smart reactive power compensation device

which uses SVG module to control TSC module; it

perfectly combines the active module (SVG/APF) and

the reactive module via smart control system, achieving

continuous compensation without dead zone. It is an

optimal solution to reactive power compensation and

three-phase imbalance compensation.

SSCT Operation principle

SSCT

Load

SVG modules

SVG1

Power GridAC

CT sampling

SMART CONTROLLER

TSC MODULES

General LCs

Primary power circuit

Secondary CT sampling

Secondary control signal cicuit

SVG2


◎ Modules design are easy to combine, expand and maintenance

◎ Pluggable design minimizes the outage rate of device.

◎ Fast response speed: compensate the power factor to 0.99 within 10ms

◎ Multi-function compensation: able to compensate either capacitive reactive power or inductive reactive power, parts

of system harmonics, three-phase imbalance, and voltage �uctuations caused by reactive power.

◎ On-line detection and display of power quality parameters.

◎ Free of switching oscillation and compensation dead zone

◎ TSC module operation condition display.

◎ Smart control system and mixed compensation mode ensure that it will neither be overcompensated nor under

compensated.

◎ Smart control system and mixed compensation mode reduces the switching times of the capacitor, prolonging the

service life TSC.

Traditional TSC reactive compensation may cause over or under-compensation, but in SSCT, TSCs can implement stepwise

switching compensation; SVG modules can cover all dead zones and implement stepless switching to ensure a constant

power factor.

Features

Comparison with TSC

Over-compensation

Under-compensation

Excellent Compensation performance

Tradirional reactive compensation may causeover- or under-compensation.

In:LCs can implement stepwise switching compensation

SVG modules can cover all blind points and implementstepless switching

LC compensation capacitySystem reactive demandSVG compensation capacity

Load reactive demand

LC compensation capacity

SSCT

SVG

TSC



For example:


Items

Power supply voltage

Power supply frequency

Wiring mode

SVG Module

TSC Module

Target Power factor

Compensation mode

Response time

Overload protection

Split-phase compensation

Operation mode

Display screen


Protection level

Cooling mode

Installation site

Noise

Altitude

Relative humidity

Dimension

Speci�cation

400 (±20%)V

50 (±10%)Hz

3P4W

50Kvar, 100Kvar

50Kvar/60Kvar

0.99

Reactive compensation with speci�c harmonic

≤10ms

Auto setting adjustment

40%~100%

Auto or Manual

7Inch HMI

Optional (RS485/Ethernet)

IP20 (More higher protection level to be customized)

Forced air cooling

Indoor use

<65dB(A)



800*800*2200mm

300Kvar SSCT Combination mode

Module

TSC

SVG

Compensation capacity

Combination 1

50X4

100

-100~300

Combination 2

50X5

50

-50~300

Address: Room 202, Block A, No. 80 Shishan Village, Hengqin Town,Zhuhai City, Guangdong Province, China Postcode：519031Tel/Fax: 86-756-3395623Wechat or WhatsApp: +86-13928032657 Email: [email protected] [email protected]: zhwld08 Website: www.sinopakelectric.com

Zhuhai Sinopak Electric Ltd

zhuhai sinopak electric ltd product catalogue · zhuhai sinopak electric ltd product catalogue. 01/...

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