电力设备产品目录 - 电子画册在线预览、各类电子画册在线制作-云展网平台

HYIC3

Series of Intelligent Integrated Power Capacitor Compensation Devices

2. Dimensions

Dimensions (L x W x H): 373 x 85 x H (H is related to capacity)

H+15

356

373 85

356

373

H+20

Micro-break type Molded shell type

3. Installation dimensions

315±1.5

343

6.5

361

382

Metal tripod: 315×85mm Plastic tripod: 361×50mm

Note: The default delivery is a metal tripod. If you need a plastic tripod, please make a note when placing an order.

Product Wiring Instructions

Compensation Methods

Three-Phase Compensation

Single-Phase Compensation

Mixed Compensation

(Separate + Common)

Wiring Schematic Wiring Instructions

1. C1—1st capacitor group;

C2—2nd capacitor group;

C3—3rd capacitor group;

2. For common compensation, there are only two capacitor groups.

Terminal HL3 does not need to be connected to an indicator light.

(C3 is not connected)

1. C1a—1st capacitor group for phase A;

C1b—1st capacitor group for phase B;

C1c—1st capacitor group for phase C;

C2a—2nd capacitor group for phase A;

C2b—2nd capacitor group for phase B;

C2c—2nd capacitor group for phase C;

2. For split compensation, there is only one capacitor group.

Terminals HL4, HL5, and HL6 are not present.

1. C1a—1st capacitor group for phase A;

C1b—1st capacitor group for phase B;

C1c—1st capacitor group for phase C;

C2—2nd capacitor group;

C3—3rd capacitor group;

2. For split compensation, there are only two capacitor groups.

Terminal HL5 does not need to be connected to an indicator light.

(C3 is not connected)

Description:

1. RS485-I: For networking communication;

2. RS485-II: For communication with on-site distribution transformers and other intelligent devices

3. Internal communication between RJ45-I and RJ45-II, including current sampling and primary and secondary RS485 communication.

Power Electrical Equipment

48 / huyuelectric.com

HYIC3

Series of Intelligent Integrated Power Capacitor Compensation Devices

Electrical Connection Diagram

1. Electrical wiring diagram for hybrid compensation application (when there is separate compensation and common compensation in the compensation system,

a CT-3 secondary current transformer is required to sample the A, B, and C three-phase currents separately)

2. Electrical wiring diagram for common compensation application (when only common compensation is used in the compensation system,

the CT-1 secondary current transformer can be used to sample only the B-phase current)

TAa

TAb

TAc

GND

RS485I RS485II RS485I

RS485II

Ia+

IaIb+

IbIc+

IcTA

FU1 FU2

cosφ

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Distributed

Compensation

TAa

TAb

TAc

GND

RS485I RS485II RS485I

RS485II

FU1 FU2

Ib+

Ibcosφ

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Centralized

Compensation

Power Electrical Equipment

49 / huyuelectric.com

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Distributed

Compensation

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Centralized

Compensation

HYIC3X

Series of Intelligent Integrated Anti-harmonic Power Capacitor Compensation Devices

Application Scope

The HYIC3X series intelligent integrated anti-harmonic power capacitor compensation device utilizes lowvoltage power capacitors as its core, integrating advanced technologies such as modern measurement and

control, power electronics, network communications, and automated control. It replaces traditional reactive

power compensation devices, which consist of separate components such as controllers, fuses, combination

switches or mechanical contactors, thermal relays, low-voltage capacitors, and indicator lights, all connected by

wires within a cabinet.

This intelligent anti-harmonic low-voltage capacitor is primarily used for reactive power compensation in

applications with severe harmonics. It operates reliably, does not resonate, does not amplify harmonics, and can

absorb and eliminate them to a certain extent. The device with a 7% series reactor is suitable for electrical

environments where the dominant harmonic is the fifth harmonic, while the device with a 14% series reactor is

suitable for electrical environments where the dominant harmonic is the third harmonic.

Compliant standard: GB/T 15576, \"Low-voltage Complete Reactive Power Compensation Device.\"

Main Technical Parameters

Environmental Conditions:

Transport and Storage Temperature: -40°C to 70°C

Ultimate Operating Temperature: -25°C to 60°C (-40°C to 60°C available for custom products)

Relative Humidity: 20% to 90%

Altitude: ≤ 2000m

Other Requirements: The installation site must be free of gases or conductive media that may corrode metal or

damage insulation, contain no explosive media, be free of strong vibration and shock, and be free of severe mold.

Power Requirements

Operating Voltage: AC 400V

Voltage Tolerance: ±30%

Operating Frequency: 50 ± 1.5Hz

Voltage Harmonics: Total Voltage Distortion Rate ≤ 5%

Network Quantity: ≤ 48 units per group

Structural Features

1. Modular Structure

Smart capacitors use a modular design—compact, easy to wire and maintain. System capacity can be expanded

by adding modules.

2. Zero-Cross Switching

Zero-cross relays enable zero-voltage connection and zero-current disconnection, reducing power loss with no

inrush current, overvoltage, or arcing.

3. Protection

Features overvoltage, undervoltage, power loss, short-circuit, and over-temperature protection. Internal

temperature protection shuts down the unit if it overheats, extending service life.

4. Control Technology

Switching is based on power factor and reactive power, using predictive and delayed sampling to ensure stable,

oscillation-free compensation, even under heavy loads.

5. Intelligent Networking

Supports standalone or networked operation. Faulty units automatically exit without affecting the system. RS-485

communication enables automatic master-slave networking for reliable operation.

Power Electrical Equipment

Model and Meaning

Reactance: 7%, 14%

Rated Output (kvar)

Rated Voltage (V)

None: Micro-break type; M: Molded case type

S: Three-phase compensation, F: Split-phase compensation, H: Hybrid compensation

X: Anti-harmonics

Design Code

Company Code

HY IC3 X □□/□–□–□

50 / huyuelectric.com

HYIC3X

Series of Intelligent Integrated Anti-harmonic Power Capacitor Compensation Devices

Appearance and Installation Dimensions

1 Appearance Description

Required accessories: Mounting bracket, network cable, instruction manual

Optional accessories: Secondary transformer

Handle

PowerInterface

Indicator Light Interface

RJ45-I / II Ports

Grounding Terminal Hole

2. Dimensions

HYIC3X Micro-break Anti-harmonic Intelligent Capacitor (Reactance 7%)

Dimensions (L×W×H): 453×168×382mm

Installation Dimensions (L×W): 175×150mm

453

382

168

150

52 175 175

HYIC3X Molded Case Anti-Harmonic Intelligent Capacitor (Reactance 7%)

Dimensions (L × W × H): Width (W) and height (H) depend

on the compensation method and capacity.

Single-Phase Compensation: 525 × 155 × 425 mm

Three-Phase Compensation: 525 × 155 × 425 mm (5-40 kvar);

525 × 150 × 445 mm (45-50 kvar)

Installation Dimensions (L × W): 510 × 100 mm

490

525

510

20 7

100

HYIC3X Molded Case Anti-Harmonic Intelligent Capacitor (Reactance 14%)

Dimensions (L × W × H): Width (W) and height (H) depend on the

compensation method and capacity.

Single-Phase Compensation: 525 × 175 × 422 mm

Three-Phase Compensation: 525 × 155 × 492 mm

Installation Dimensions (L × W): 510 × 100 mm

490

525

510

20 7

100

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Distributed

Compensation

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Centralized

Compensation

Power Electrical Equipment

Compensation Modes

Single-Phase Compensation (Distributed)

Three-Phase Compensation (Centralized)

Single-Phase Compensation (Distributed)

Three-Phase Compensation (Centralized)

Specifications

HY1C3XF

HYIC3XS

HY1C3XFM

HYIC3XSM

Reactance

14%

Capacity (kvar)

5~30

5~40

5~30

5~40

45~50

5~50

Overall dimensions:

Length x Width x Height (mm)

453x168x382

525x155x425

525x175x422

525x155x425

525x150x445

525x155x492

Product General Model Specification Table

51 / huyuelectric.com

HYIC3X

Series of Intelligent Integrated Anti-harmonic Power Capacitor Compensation Devices

382

52 175 175 40

H510 7

Product Wiring Instructions

Compensation method

Three-phase compensation

Single-phase compensation

Wiring Schematic

1. Common-compensation indicators C1 and C2 represent

capacitor groups 1 and 2, respectively. Dual-reactor

products require connecting indicators C1 and C2;

other products only require connecting indicator C1.

2. For separate-compensation intelligent capacitors,

the capacitor switching indicators C1, C2, and C3

indicate the addition or removal of capacitors for

phases A, B, and C, respectively.

Wiring Instructions

Current sampling

485 communication

Current sampling

485 communication

Electrical Connection Diagram

1. Electrical wiring diagram for hybrid compensation application (when there is separate compensation and common compensation in the compensation system,

a CT-3 secondary current transformer is required to sample the A, B, and C three-phase currents separately)

2. Electrical wiring diagram for common compensation application (when only common compensation is used in the compensation system,

the CT-1 secondary current transformer can be used to sample only the B-phase current) A3 TAa TAb TAc A2A1 GND UAUBUC

GND UAUBUCUN

RS485I RS485II RS485I

RS485II

Ia+ Ia- Ib+ Ib- Ic+ IcTA

UAUBUC UN

FU1 FU2 cosφ

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Distributed

Compensation

A3 TAa TAb TAc A2A1

GND UAUBUC

RS485I RS485II RS485I

RS485II

FU1 FU2

UAUBUC UN

Ib+ Ibcosφ

Intelligent

Capacitor

– Centralized

Compensation

Intelligent

Capacitor

– Centralized

Compensation

Power Electrical Equipment 52 / huyuelectric.com

JKW(G)

Series Reactive Power Automatic Compensation Controller

Application Scope

The JKW(G) series controller is designed to automatically adjust capacitor banks to meet reactive power

compensation needs. It helps improve transformer efficiency, reduce line losses, enhance voltage quality, and

deliver better economic performance.

Normal Operating Conditions

1. Altitude: ≤ 2,500 meters

2. Ambient Temperature: -25°C to +50°C

3. Relative Humidity: ≤ 50% at 40°C; ≤ 90% at 20°C

4. Environment: No corrosive gases, conductive dust, or flammable/explosive substances

5. Installation Site: Free from strong vibration

Functional Features

1. Accurate capacitor switching based on reactive power.

2. Precise power factor measurement, wide display range.

3. Auto-detects current polarity—no manual setup needed.

4. Supports both PF and reactive power control.

5. Easy-to-use interface.

Rated operating voltage

Rated operating current

Output contact capacity

Power factor display

Reactive power measurement

Undervoltage protection value

Control mode sensitivity

Protection level

AC 220V or 380V 50Hz

AC 0-5A 50Hz

AC 220V 7A 50Hz

0.001 lag - 0.001 lead

0-9999kvar

170 or 300V

60mA

Enclosure Ip40

Main Technical Parameters

1. Basic Technical Parameters

Technical Parameters

Model

Power-on Threshold

Power-off Threshold

Power-on Delay

Power-off Delay

Overvoltage Threshold

Circuit Configuration

Parameter Values

JKW5C, JKWD5

Lag 0.70 - Lead 0.90

Lag 0.7 - Lead 0.90

1-250s

220-270 or 380-480V

1-12 circuits

2. Adjustable range of control parameters and factory setting values

Wiring Method

6. Fully digital and adjustable settings.

7. Auto/manual modes available.

8. Overvoltage & undervoltage protection.

9. Power-off memory protection.

10.Ultra-low input impedance (≤ 0.01Ω).

JKW5C-12 Wiring Diagram (Sampling Voltage 220V)

Cutout Dimensions: 113 x 113 mm (Figure 1)

JKW5C (Figure 1): Ua, Un Voltage Signal Inputs;

Ia, In Current Signal Inputs; V Control Output Common Terminal.

JKW5C-12 Wiring Diagram (Sampling Voltage 380V)

Cutout Dimensions: 113 x 113 mm (Figure 2)

JKW5C (Figure 1): Ub, Uc Voltage Signal Inputs;

Ia, In Current Signal Inputs; V Control Output Common Terminal.

JKWD5 Wiring Diagram

Cutout Dimensions: 113 x 113 mm (Sampling Voltage: 220V) (Figure 3)

JKWD5: Ua, Un Voltage Signal Inputs

Ia, In Current Signal Inputs

V Control Signal Common Terminal +12V

I-12 Output Control Signal -12V

JKWD5 Wiring Diagram

Cutout Dimensions: 113 x 113 mm (Sampling Voltage: 380V) (Figure 4)

Ub, Uc Voltage Signal Inputs

Ia, In Current Signal Inputs

V Control Signal Common Terminal +12V

I-12 Output Control Signal -12V

Load

Capacitor

Cabinet

AC Contactor

Power Supply

Load

Capacitor

Cabinet

AC Contactor

Power Supply

G12 G11

G10 Solid-state relay or KCS series contactless switch

+12V

Load

Capacitor

Cabinet

G12 G11

G10 Solid-state relay or KCS series contactless switch

+12V

Load

Capacitor

Cabinet

Power Electrical Equipment

53 / huyuelectric.com

JKW-24

Series Intelligent Reactive Power Compensation Controller

Application Scope

The JKW-24 Intelligent Reactive Power Compensation Controller is a new type of power distribution measurement

and control device that integrates data acquisition, reactive power compensation, and grid parameter analysis.

It is suitable for monitoring and reactive power compensation control in 0.4kV AC, 50Hz low-voltage distribution

systems.

Based on a high-speed digital signal processor, the JKW-24 Intelligent Reactive Power Compensation Controller

utilizes AC sampling and features a large 128x64 dot-matrix LCD display. It features power distribution

monitoring, reactive power compensation, harmonic analysis, and an adaptive frequency algorithm. The input

signal operates between 45Hz and 55Hz.

Normal Operating Conditions

1. Air Temperature: Air temperature must not exceed +65°C and not fall below -25°C.

2. Atmospheric Conditions: Air humidity must not exceed 90% at 20°C. Higher relative humidity is permitted

at lower temperatures.

3. Altitude: Not exceeding 2500 meters.

4. Environmental Conditions: The surrounding medium must be free of explosion hazards, corrosive gases,

conductive dust, rain, or snow. The installation location must be free of severe vibration.

Features

Real-time data monitoring

1. Voltage, current, power factor

2. Capacitor bank switching status

3. Active power, reactive power

4. Voltage total harmonic distortion, current total harmonic distortion, system frequency

3rd, 5th, 7th, 9th, 11th, and 13th voltage harmonic content

3rd, 5th, 7th, 9th, 11th, and 13th current harmonic content

The sampled physical quantity is reactive power, with no switching oscillation.

△-type compensation method

Power supply voltage

Sampling voltage

Power supply frequency

Sampling current

Maximum power consumption

Control output contacts

AC 380V ± 20%

AC 380

50Hz ± 5%

0-5A

20W (depending on the power of the controlled switch)

24 channels, DC 12V x 30mA per channel

Main Technical Parameters

1. Basic Technical Parameters

Voltage

Current

Active Power

Reactive Power

Frequency

Power Factor

±0.5%

±1.0 %

±0.5%

±1.0 %

2. Measurement Accuracy

Control sensitivity

Target COSφ(1)

Target COSφ(2)

Threshold coefficient

On/Off delay(1)

On/Off delay(2)

Overvoltage protection

Undervoltage protection

Harmonic voltage over limit

Harmonic current over limit

30mA

0.85～1.00, 0.01 steps, factory preset: 1.00

0.00～0.60, 0.01 steps, factory preset: 0.20

0.5～1.2, 0.1 steps, factory preset: 1.00

00s～600s, 1/0.02 steps, factory preset: 30s

00s～300s, 1 steps, factory preset: 180s

400V～480V, 1V steps, factory preset: 430V

300V～360V, 1V steps, factory preset: 330V

00.0%～25.0%, 0.5% steps, factory preset: 05.0%

00.0%～100.0%, 0.5% steps, Factory default setting: 20.0%

3. Control parameters

Power Electrical Equipment

54 / huyuelectric.com

JKW-24

Series Intelligent Reactive Power Compensation Controller

Wiring Diagram

1. Wiring diagram

2. Installation Dimensions

External Dimensions: 144*144*95mm

Opening Dimensions: 138*138mm

Installation Depth: 110mm

Implementation Standard: JB/T 9663-1999

Rated Voltage: AC380V

Rated Current: 5A

Common Output (COM) Control Mode: +12V□ Dry Contact□

Note: The sampling voltage and current must be out of phase.

Power Electrical Equipment

55 / huyuelectric.com

HYIC3-K

Series Reactive Power Automatic Compensation Controller

Application Scope

The HYIC3-K reactive power compensation controller, used in conjunction with the HYIC3 series intelligent lowvoltage capacitors, collects and displays electrical measurement data, including statistics on maximum reactive

power shortages and peak voltages. It also statistically stores data such as power factor, active power, reactive

power, and operating events before and after compensation. It monitors and displays the operating conditions

and switching status of the intelligent capacitors, including capacitor voltage, current, temperature, and

capacitor unit number. It also allows for manual capacitor switching and automatic switching of electromagnetic

zero-crossing capacitors based on reactive power and target power factor.

Structural Features

1. Storage function: It can store the maximum, minimum, and average (once daily) values of the three-phase

power factor, active power, and reactive power data before and after compensation, as well as device

operating events.

2. The controller and capacitors form an intelligent, automatic network. If a controller sampling failure occurs, the

intelligent capacitor network automatically becomes the master and performs compensation, preventing loss

of reactive power compensation due to controller failure.

3. The controller analyzes each branch capacitor, including its properties, switching status, compensation

current, and real-time temperature.

4. It communicates with external maintenance equipment via an RS-485 interface.

5. Data can be downloaded via a USB port and viewed on a PC.

6. It can display the load power factor curve for a more intuitive display.

3. Measurement Accuracy

(1) Voltage: ≤0.5%

(2) Current: ≤0.5%

(3) Reactive Power: ≤1%

(4) Active Power: ≤1%

(5) Power Factor: ±0.01

4. Capacity Control

(1) Three-phase Compensation: ≤48 units

(2) Split-phase Compensation: ≤48 units

(3) Hybrid Compensation: ≤48 units

Main Technical Parameters

1. Working Environment

(1) Ambient temperature: -40℃～70℃

(2) Relative humidity: 20～90% at 40℃

(3) Atmospheric pressure: 79.5～106.0kPa

(4) Altitude: not more than 2000m

(5) Surrounding environment: no flammable or explosive media,

no conductive dust or corrosive gas

2. Power supply

(1) Working voltage: AC 50HZ, 380V±20%

(2) Power consumption: ≤2W

(3) Current sampling: AC 0～5A

Appearance and Installation Dimensions

Dimensions (W x H x D)

120mm x 120mm x 95mm

Mounting hole dimensions (W x H)

112mm x 112mm (actual dimensions)

Power Electrical Equipment

56 / huyuelectric.com

Product Installation Instructions

1. Network cable connection

1. RJ45 communication interfaces (RJ45-I and RJ45-II)

serve as the communication interface between the

controller and the smart capacitor.

2. The USB port can be connected to a USB flash drive for

exporting statistical data, alarm event logs, and other

files, and importing program upgrade files.

2. Voltage sampling and current sampling line wiring

The specific wiring diagram is shown below:

1. A and B are backup 485 communication interfaces.

The RS485 communication interface consists of two ports, A and B, which connect to the 485 communication lines A and B, respectively.

As backup RS485 communication interfaces, they can communicate with external devices such as terminal communication.

2. Ia+, Ia-, Ib+, Ib-, Ic+, and Ic- connect to the three-phase currents A, B, and C, respectively.

The current flows into Ia+, Ib+, and Ic+, and outflows from Ia-, Ib-, and Ic-.

3. Ua, Ub, and Uc connect to the three-phase voltages A, B, and C, respectively. Un connects to the neutral line. Load side Power Supply Side Distribution Primary Current Low-voltage Reactive Power Compensation Controller

Indicator Split-compensation Intelligent Capacitor Split-compensation Intelligent Capacitor Split-compensation Intelligent Capacitor

HYIC3-K

Series Reactive Power Automatic Compensation Controller

Power Electrical Equipment

57 / huyuelectric.com

HYFK

Series Low Voltage Compound Switch

Application Scope The HYFK combination switch consists of three independent combination switches with a rated operating voltage of AC380V, 220V±20%, suitable for on-off control of low-voltage reactive compensation capacitor banks. The basic operating principle of the combination switch is to connect a thyristor (SCR) in parallel with a magnetic latching relay. This combination switch combines the advantages of SCR zero-crossing switching during the switching on and off phases with the power-saving advantages of a contactor switch during normal switching. This product complies with GB 14048.4-2010, Low-Voltage Switchgear and Controlgear, Part 4-1: Contactors and Electric Starters (Electromechanical Contactors and Motor Starters (Including Motor Protectors)).

Load side Power Supply Side Distribution Primary Current Low-voltage Reactive Power Compensation Controller Split-compensation Intelligent Capacitor Split-compensation Intelligent Capacitor Split-compensation Intelligent Capacitor

Structural Characteristics 1. Zero-crossing switching: The HYFK composite switch is a combination of intelligent chips, digital circuits, and magnetic latching relays to achieve voltage zero-crossing conduction and current zero-crossing disconnection, so that the switch can completely cross zero-crossing switching at the moment of connection and disconnection without generating overvoltage. The switch has many advantages such as no inrush current, extremely low power consumption, long life, and low failure rate, and is widely used in the field of low-voltage reactive power compensation. 2. Protection function: The microprocessor is used to monitor the operating conditions of the switch relay, input power supply, and load, and has perfect protection functions.

(1) Grid overvoltage and undervoltage protection: When overvoltage or undervoltage occurs,

it will automatically disconnect and the power light will flash to warn;

(2) Phase loss protection: When any phase is lost, it will automatically disconnect and the power light will flash

to warn;

(3) Power failure protection: If a sudden power failure occurs after connection, it will automatically disconnect;

(4) No-load protection: When no load is connected, it will refuse to close and the indicator light will flash to

warn; the split-compensation composite switch will continuously cycle to detect the phase, and the

indicator light will scan and flash in a cycle.

(5) Phase indicator switch status: Power light, long on for normal; flashing for overvoltage, undervoltage or

phase loss; A/B/C phase status light, long on for switch closed; flashing for a phase for a phase fault, or

a phase capacitor is in the discharge delay;

(6) Self-diagnosis fault: If any phase fails, the switch will refuse to operate and the indicator light will flash as

a warning; 3. The composite switch does not need to be connected to the neutral line (N line); 4. Low power consumption: The magnetic latching relay consumes power only at the moment of switching, and consumes almost no power at other times, thus achieving energy saving and consumption reduction; 5. Auxiliary contacts with switch status feedback are available to facilitate the controller to collect the online status of the composite switch; 6. Working safety: All control input signals are safely isolated from the internal circuit: At the same time, it adopts advanced intelligent control technology, and has extremely high performance advantages in inrush current and safety reliability compared with similar products. The input signal is optically isolated from the composite switch, with high EMC protection measures and strong anti-interference ability: It works safely and reliably.

Power Electrical Equipment

Model and Meaning

Rated current: 45A: 20 kvar; 60A: 30 kvar

400V: Three-phase common compensation, delta connection

Y250V: Three-phase split compensation, star connection

Integrated compound switch

Company code

HY FK - / Y

1. Product Categories: Common Compensation (capacitors connected in a delta configuration);

Split Compensation (capacitors connected in a star configuration).

2. Product Models: See the table below.

Model Specifications

HYFK- 400-45A

HYFK-Y250-45A

HYFK- 400-60A

HYFK-Y250-60A

Capacitor Wiring Methods

Delta Connection, Common Compensation

Star Connection, Split Compensation

Delta Connection, Common Compensation

Star Connection, Split Compensation

Rated Current

45A

60A

Rated capacity

20 kvar

3 × 6.7 kvar

30 kvar

3 × 10 kvar

58 / huyuelectric.com

Appearance and Installation Dimensions

Dimensions (L/W/D)

160 x 96 x 95 mm

HYFK

Series Low Voltage Compound Switch

C1 C2 C3

L1 L2 L3

142mm

The incoming wiring for this combination switch should be made of

appropriate multi-core copper conductors based on the total threephase capacity of the product. For total capacities less than 30 kvar, 10

mm² multi-core copper conductors can be used. For capacities of 30 kvar

and above, 16 mm² or larger multi-core copper conductors should be

used. When crimping the connectors, be sure to tighten the screws to

ensure they are secure.

Mounting Hole Spacing (L/W)

142 x 80 mm

Auxiliary contact feedback terminal status: When the compound switch is

enabled, the common terminal J is connected to the feedback terminals

J1/J2/J3.

K+ K- J J1 K+ Ka Kb Kc J J1 J2 J3

Wiring Diagram

+12V

K+KaKbKc

380V

Compound switch

(phase compensation)

Compound switch

Composite switch (three-phase compensation)

(phase compensation)

220V

380V

K+KaKbKc

J3 K+KJ

Reactive power

compensation controller

For example: there is one group of interphase compensation and one group of phase compensation, and the following wiring is for common compensation

as shown in the figure above; K+ in the figure is connected to the +12V terminal of the dynamic reactive power compensation controller;

K- or Ka, Kb, Kc are connected to the control output point (negative potential) of the dynamic compensator; J and J1, J2, J3 are auxiliary

contacts for switch status feedback.

Power Electrical Equipment

Capacitor Wiring Methods

Delta connection, common compensation

Star connection, split compensation

Delta connection, common compensation

Star connection, split compensation

Main Technical Parameters

Model Specifications

HYFK- 400-45A

HYFK-Y250-45A

HYFK-△400-60A

HYFK-Y250-60A

1. Product Categories: Common Compensation (capacitors connected in a delta configuration);

Split Compensation (capacitors connected in a star configuration).

2. Product Models: See the table below.

Rated current

45A

60A

Rated capacity

20kvar

3 x 6.7kvar

30kvar

3 x 10kvar

12. Power consumption: ≤1.5VA

13. Contact voltage drop: ≤10mV

14. Contact withstand voltage: >1600V

15. Response time: ≤1000ms

16. Interval between each on/off switch: ≥5 seconds

17. Interval between two consecutive on/off switches: ≥35 seconds

18. Control signal: DC12V±20%; AC/communication (optional)

19. Input impedance: ≥6.8K

20. On-resistance: ≤0.003

21. Inrush current: Less than 1.5 times the rated current

22. Feedback contact rated current: 1A (ON = ON)

1. Ambient temperature: -20°C to +55°C

2. Relative humidity: 20% to 90% at 40°C

3. Rated voltage: 380V/220V three-phase

four-wire AC, 50Hz

4. Tolerance: Synchronous variation of

three-phase voltages not exceeding ±20%

5. Voltage distortion: Less than 5%

6. Rated frequency: 50Hz

7. Rated current: ≤60A

8. Service life: 100,000 cycles

9. Number of phases: Three-phase

( connection) Single-phase (Y connection)

10. Three-phase control capacity: ≤30kvar

11. Single-phase control capacity: ≤10kvar

59 / huyuelectric.com

BSMJN

Series Self-healing Low Voltage Shunt Capacitors

Application Scope

The BSMJN series self-healing low-voltage shunt capacitors are suitable for use in industrial frequency AC power

systems with nominal voltages of 1000V and below, improving power factor, reducing reactive power losses, and

improving voltage quality.

Self-healing low-voltage shunt power capacitors comply with the GB/T12747-2017 standard.

Main Technical Parameters

Structural characteristics

1. Operating Conditions: Ambient temperature -25°C to 45°C, humidity ≤85%, altitude 2000m

2. Rated voltage (Un): 0.12 to 1.2kV

3. Rated output (Qn): 1 to 100kvar

4. Capacitance tolerance: -5 to +10%, filtering 0 to +3°C. The ratio of the maximum to minimum capacitance

measured between any two line terminals of a three-phase capacitor must not exceed 1.07.

5. Loss tangent: At power frequency voltage and 20°C, for phase-to-phase and common-compensation

capacitors up to 30kvar: tgδ ≤ 0.08%; for capacitors above 30kvar: tgδ ≤ 0.10%. For split-compensation

capacitors up to 20kvar: tgδ ≤ 0.10%; for capacitors up to 40kvar: tgδ ≤ 0.15%.

6. AC withstand voltage: 2.15 Un, 10 s between poles; 3600 V, 10 s between poles and shells

7. Maximum operating voltage: 1.1 times the rated voltage is permitted.

8. Maximum operating current: 1.3 times the rated current is permitted.

9. Self-discharge characteristics: 3 minutes after the capacitor is disconnected from power, the residual voltage

drops from √2 Un to 0.1 Un or less.

10. Implementation standards: GB/T12747.1-2017, IEC60831.1:2014.

11. Unit power consumption: ≤ 0.2 W/kvar (including discharge resistor ≤ 0.35 W/kvar)

142mm

K+KaKbKc

380V 220V K+KaKbKc

J3 K+KJ

Reactive power

compensation controller

Product

Model

0.23-5-3YN

0.23-10-3YN

0.23-15-3YN

0.23-20-3YN

0.23-25-3YN

0.23-30-3YN

0.25-5-3YN

0.25-6-3YN

0.25-10-3YN

0.25-15-3YN

0.25-20-3YN

0.25-24-3YN

0.25-25-3YN

0.25-30-3YN

0.25-40-3YN

0.28-5-3YN

0.28-6-3YN

0.28-10-3YN

0.28-15-3YN

0.28-20-3YN

0.28-24-3YN

0.28-25-3YN

0.28-30-3YN

0.28-40-3YN

Rated

voltage

(kV)

0.23

0.25

0.28

Rated

capacity

(kvar)

Rated

Capacitance

(μF)

301.0

602.0

903.0

1204.0

1505.0

1806.0

254.8

305.7

509.6

764.3

1019.1

1222.9

1273.9

1528.7

2038.2

203.1

243.7

406.2

609.3

812.4

974.9

10 15.5

1218.6

1624.9

Rated

current

(A)

7.2

14.4

21.6

28.9

36.2

43.5

6.7

8.0

13.3

20.0

26.7

32.0

33.3

40.0

53.3

6.0

7.1

11.9

17.9

23.8

28.6

29.8

35.7

47.6

Housing Dimensions

L×W×H (mm)

167*57*130

167*57*180

167*57*245

180*95*210

180*95*250

180*95*290

167*57*130

167*57*180

167*57*245

18 0*95*210

180*95*250

180*95*330

167*57*130

167*57*180

167*57*245

180*95*210

180*95*250

180*95*2 50

180*95*250

180*95*330

Installation

Dimensions

(mm)

184*40

200*70

184*40

200*70

184*40

200*70

Figure

Number

Serial

number

Power Electrical Equipment

Model and Meaning

Number of Phases (1: Single-Phase Compensation; 3: Three-Phase Compensation;

3YN: Split-Phase Compensation)

Rated Capacity (kvar)

Rated Voltage (kv)

Special Code (N: New Model)

Metalized Polypropylene Film

Dielectric Code (S - Microcrystalline Wax)

Shunt Capacitor

B S MJ N / □-□-□

60 / huyuelectric.com

Product

Model

0.3-5-3YN

0.3-6-3YN

0.3-10-3YN

0.3-15-3YN

0.3-20-3YN

0.3-24-3YN

0.3-25-3YN

0.3-30-3YN

0.3-40-3YN

0.4-5-3

0.4-6-3

0.4-10-3

0.4-12-3

0.4-15-3

0.4-16-3

0.4-18-3

0.4-20-3

0.4-25-3

0.4-30-3

0.4-40-3

0.4-50-3

0.45-1-3

0.45-2-3

0.45-3-3

0.45-4-3

0.45-5-3

0.45-6-3

0.45-7-3

0.45-8-3

0.45-10-3

0.45-15-3

0.45-16-3

0.45-20-3

0.45-25-3

0.45-30-3

0.45-35-3

0.45-40-3

0.45-50-3

0.48-5-3

0.48-6-3

0.48-10-3

0.48-15-3

0.48-16-3

0.48-20-3

0.48-25-3

0.48-30-3

0.48-40-3

0.48-50-3

0.525-5-3

0.525-10-3

0.525-15-3

0.525-20-3

0.525-25-3

0.525-30-3

0.525-40-3

0.525-50-3

0.69-5-3

0.69-10-3

0.69-15-3

0.69-25-3

0.69-30-3

0.69-40-3

0.69-50-3

Rated

voltage

(kV)

0.3

0.4

0.45

0.48

0.525

0.69

Rated

capacity

(kvar)

Rated

Capacitance

(μF)

176.9

212.3

353.9

530.8

707.7

849.3

884.6

1061.6

1415.4

99.5

119.5

199.0

238.9

298.5

318.5

358.2

398.0

497.6

597.1

796.2

995.2

15.7

31.4

47.2

62.9

78.6

94.3

110.1

125.8

157.3

235.8

251.5

314.5

393.0

471.6

550.4

629.0

786.0

69.1

82.9

138.2

207.3

221.2

276.5

345.6

414.7

552.9

691.1

57.8

115.5

173.2

231.0

288.7

346.5

462.0

577.5

33.4

66.9

100.3

167.2

200.7

267.6

334.4

Rated

current

(A)

5.6

6.7

11.1

16.7

22.2

26.7

27.8

33.3

44.4

7.2

8.7

14.4

17.3

21.6

23.1

25.9

28.9

36.1

43.3

57.7

72.1

1.3

2.6

3.9

5.1

6.4

7.7

9.0

10.3

12.8

19.2

20.5

25.6

32.0

38.4

44.9

51.3

64.1

6.0

7.2

12.0

18.0

19.2

24.1

30.1

36.1

48.1

60.1

5.4

10.9

16.4

21.9

27.4

32.9

43.9

54.9

4.1

8.3

12.5

20.9

25.1

33.4

41.8

Housing Dimensions

L×W×H (mm)

167*57*130

167*57*180

167*57*245

180*95*250

180*95*330

167 57*115

167*57*115

167*57*130

167*57*180

167*57*210

167*57*245

180*70*250

180*95*250

180*95*290

167*57*115

167*57*130

167*57*180

167*57*210

167*57*245

180*70*250

180*95*250

180*95*290

167*57*115

167*57*130

167*57*180

167*57*210

167*57*245

180*70*250

180*95*250

180*95*290

167*57*115

167*57*130

167*57*180

167*57*210

167*57*245

180*70*250

180*95*250

180*95*290

167*57*115

167*57*130

167*57*180

167*57*245

180*70*250

180*95*250

180*95*290

Installation

Dimensions

(mm)

184*40

200*70

186*40

206*50

200*70

186*40

206*50

200*70

186*40

206*50

200*70

186*40

206*50

200*70

186*40

206*50

200*70

Figure

Number

Main Technical Parameters

BSMJN

Series Self-healing Low Voltage Shunt Capacitors

Serial

Number

Power Electrical Equipment

61 / huyuelectric.com

BSMJN

Series Self-healing Low Voltage Shunt Capacitors

Appearance and Installation Dimensions

Figure 1 Figure 2

Figure 3 Figure 4

Figure 5 Figure 6

studs

Power Electrical Equipment

62 / huyuelectric.com

CKSG/CKDG

Series Low-Voltage Reactor

Application Scope

When compensating for capacitive reactive power, capacitors are often affected by harmonic currents, closing

inrush currents, and operational overvoltages, causing damage to the capacitors and reducing the power factor.

Therefore, it is necessary to install a series reactor in front of the capacitor to suppress and absorb harmonics

and protect the capacitor from the influence of harmonic voltage and current and impact voltage and current,

improve power quality, increase system power factor, extend capacitor life, and ensure safe operation of the

power grid.

Structural Characteristics

Main Technical Parameters

1. Applicable capacitor voltages: 0.4kV, 0.45kV, 0.4BkV, 0.525V, 0.66kV, 0.69kV.

2. Reactance: 1%, 4.5%, 5%, 5.67%, 6%, 7%, 12%, 13.8%, 14%.

3. Withstand voltage: 5kV/min, insulation grades: B, F, H, noise ≤ 30dB, overload capacity ≤ 1.35 times continuous

operation.

4. Installing a series reactor causes a system voltage increase. The calculation formula is: Ug = ( ) X Un

(Capacitor bank operating voltage: Ug; System rated operating voltage: Un; Reactor tuning times: n)

5. The conversion formulas for reactor capacity, capacitance, reactance, and inductance are: UL = Uc

phase x L =

(Capacitor capacity: Qc; Reactor capacity: Qw; Reactor terminal voltage: UL)

Inductance: L; Reactor current: I; Capacitor phase voltage: Uc phase; Qw = Qc phase x Reactance ratio =

n -1

1X0.314 XL

1. This product is available in three-phase and single-phase versions and is a dry-type iron core.

2. The iron core is made of high-quality cold-rolled silicon steel sheets, punched and sheared by a high-speed

punch press. This results in minimal burrs, uniform lamination, and neat and beautiful lamination, ensuring low

temperature rise and low noise during operation.

3. The coil utilizes high-quality insulated wire and is wound by a dedicated machine, resulting in excellent

flatness and an attractive appearance.

4. During the reactor assembly process, all clamps undergo corrosion protection treatment, and key clamps are

made of non-magnetic materials. A pre-baking, vacuum impregnation, and heat curing process ensures that

the reactor coil and iron core are firmly integrated. This significantly reduces temperature rise and noise during

operation, effectively improving the reactor's quality factor and reducing harmonics.

5. The reactor's dimensions are designed based on standard cabinet dimensions, resulting in a compact size,

convenient wiring, and significant savings in cabinet investment.

Usage Environment

1. Altitude not exceeding 2000 meters.

2. Operating ambient temperature -25°C to 45°C, relative humidity not exceeding 90°C.

3. The surrounding area must be free of harmful gases and flammable or explosive materials.

4. The surrounding environment must have good ventilation. If installed in a cabinet, ventilation equipment must

be installed.

Wiring Method

Power Electrical Equipment

Model and Meaning

Rated Reactance Ratio XL/Xc (%)

Applicable Capacitor Rated Line Voltage (KV)

Reactor Three-Phase Capacitance (Kvar)

G: Dry Air Cooling C: Epoxy Casting

S: Three-Phase D: Single-Phase

Filter Reactor

CK □□-□ / □-□

63 / huyuelectric.com

Parameters and Dimensions

CKSG/CKDG

Series Low-Voltage Reactor

Matching Capacitor

Capacity(Kvar)

7.5

Model Specifications

CKDG-0.6/0.23-12%

CKDG-0.9/0.23-12%

CKDG-1.2/0.23-12%

CKDG-1.44/0.23-12%

CKDG-1.68/0.23-12%

CKDG-1.8/0.23-12%

CKDG-1.9/0.23-12%

CKDG-2.4/0.23-12%

CKDG-2. 88/0.23-12%

CKDG-3.0/0.23-12%

CKDG-3.36/0.23-12%

CKDG-3.6/0.23-12%

CKDG-3.84/0.23-12%

CKDG-4.32/0.23-12%

CKDG-4.8/0.23-12%

CKDG-5.4/0.23-12%

CKDG-6.0/0.23-12%

Inductance

(mH)

6.0

4.013

2.996

2.484

2.140

1.987

1.873

1.498

1.261

1.185

1.070

0.994

0.936

0.841

0.749

0.650

0.611

Dimensions

Length x Width x Height (mm)

155x160x160

155x165x175

170x180x180

170x185x195

170x195x185

170x210x185

170x215x200

190x210x240

190x210x260

190x215x280

190x215x295

190x235x290

190x235x310

190x240x320

210x250x330

Reactor Capacity

(kvar)

0.6

0.9

1.2

1.44

1.68

1.8

1.92

2.4

2.88

3.0

3.36

3.6

3.84

4.32

4.8

5.4

6.0

Installation dimensions

(mm)

105x115.4-Φ8

120x125.4-Φ8

120x135.4-Φ8

120x145.4-Φ8

140x155.4-Φ8

140x165.4-Φ8

Note: Reactors with other voltage levels, capacities, and reactance ratios can be manufactured according to user requirements. CDDG type, 230V single-column,

XL/XC = 12%, matching capacitor voltage: 280V; Reactors with other capacities can be manufactured according to user requirements.

System Voltage

(kW)

0.4

0.45

0.48

0.525

0.66

0.69

Model Specifications

CKSG-0.6/0.4-6

CKSG-0.9/0.4-6

CKSG-1.2/0.4-6

CKSG-1.5/0.4-6

CKSG-1.8/0.4-6

CKSG-2.1/0.4-6

CKSG-2.4/0.4-6

CKSG-3.0/0.4-6

CKSG-3.6/0.4-6

CKSG-4.8/0.4-6

CKSG-5.4/0.4-6

CKSG-6.0/0.4-6

CKSG-7.2/0.4-6

CKSG-9.0/0.4-6

Dimensions

(mm<±2mm)

210x120x190

210x125x190

240x140x220

240x140x225

240x145x230

310x170x260

320x170x265

340x175x270

340x180x270

350x190x290

350x200x290

350x220x290

Installation Dimensions

(mm<±2mm)

110x95

133x120

190x130

210x130

210x135

210x140

Rated

Reactance

5.67%

12%

13.8%

14%

Aperture

Note: The above parameters are typical values for reference only and can be customized according to customer requirements. The company reserves the right to

change the data.

Power Electrical Equipment

64 / huyuelectric.com

CKSG/CKDG

Series Low-Voltage Reactor

Matching Capacitor

Capacity(Kvar)

7.5

Model Specifications

CKDG-0.3/0.23-6%

CKDG-0.45/0.23-6%

CKDG-0.6/0.23-6%

CKDG-0.72/0.23-6%

CKDG-0.84/0.23-6%

CKDG-0.9/0.23-6%

CKDG-0.96/0.23-6%

CKDG-1.2/0.23-6%

CKDG-1.44/0.23-6%

CKDG-1.5/0.23-6%

CKDG-1.68/0.23-6%

CKDG-1.8/0.23-6%

CKDG-1.92/0.23-6%

CKDG-2.16/0.23-6%

CKDG-2.4/0.23-6%

CKDG-2.7/0.23-6%

CKDG-3.0/0.23-6%

Inductance

(mH)

2.389

1.592

1.194

0.987

0.860

0.796

0.732

0.592

0.510

0.478

0.414

0.398

0.382

0.325

0.306

0.268

0.239

Dimensions

Length x Width x Height (mm)

135x155x140

135x165x155

170x175x160

170x180x170

170x190x175

170x195x180

155x195x200

155x205x210

155x210x220

155x215x250

190x225x260

190x235x265

190x255x275

190x260x280

Reactor Capacity

(kvar)

0.3

0.45

0.6

0.72

0.84

0.9

0.96

1.2

1.44

1.5

1.68

1.8

1.92

2.16

2.4

2.7

3.0

Installation size

（mm）

95x105.4-Φ8

120x115.4-Φ8

120x125.4-Φ8

105x135.4-Φ8

105x145.4-Φ8

140x155.4-Φ10

140x175.4-Φ10

Note: Reactors with other voltage levels, different capacities, and different reactance ratios can be manufactured according to user requirements. CDDG type,

230V single lintel, XL/XC=6%, matching capacitor voltage: 250V. Incoming line Outgoing line Incoming line Outgoing line Incoming line Outgoing line

Power Electrical Equipment

65 / huyuelectric.com

XD 1

Series Current Limiting Reactors

Incoming line Outgoing line Incoming line Outgoing line Incoming line Outgoing line

Application Scope

The XD1 series current-limiting reactors are dry-type reactors molded from unsaturated polyester resin. They are

suitable for use in 50Hz AC circuits with a rated voltage of 0.4kV. They are used in low-voltage power supply

systems to limit the closing inrush current of low-voltage capacitors and increase the breaking capacity of

closing switches.

These products comply with GB/T1094.6 standards.

Main Technical Parameters

Rated

current

(A)

38.5

48.7

58.9

79.1

Current

Limiting

Ratio

≥50

Capacitor

Capacity

(Kvar)

70±0.5

84±0.5

106

105

108

Model

XD1-12/0.4

XD1-14/0.4

XD1-15/0.4

XD1-16/0.4

XD1-20/0.4

XD1-25/0.4

XD1-30/0.4

XD1-40/0.4

1. Rated Current, Capacitor Capacity

2. Power Frequency Test Voltage: 3kV for 1 minute, no breakdown or flashover

3. Temperature Rise: Case ≤ 65K, Coil ≤ 65K

Appearance and Installation Dimensions

X1 X2

A2 H

Power Electrical Equipment

Model and Meaning

System Rated Voltage (kV)

Capacitor Capacity

Design Number

Current-Limiting Reactor

XD 1 - □ / 0.4

66 / huyuelectric.com

JF5

Series Terminal Block

Application Scope

The JF5 series terminal blocks are suitable for connecting round conductors with a rated voltage of up to 690V

(660V) at 50Hz (or 60Hz) or 440V DC, and a rated cross-sectional area of 0.5 to 25mm². They utilize convenient

combination screw connections, accept TU and TO terminals, and are compatible with universal G-type

mounting rails.

They comply with GB14048.7 and IEC60947-7-1 standards.

18.5

27.5

19.5

36.5

60.5

59.5

19.5

28.5

46.5

24.5

10.5

21.5

28.5

51.5

47.5

Mounting rail type

Model

JF5-1.5/1

JF5-1.5/2

JF5-1.5/3

JF5-1.5/5

JF5-1.5/2L

JF5-1.5/3L

JF5-1.5B

JF5-2.5/1

JF5-2.5/2

JF5-2.5/3

JF5-2.5/5

JF5-2.5/2L

JF5-2.5/3L

JF5-2.5B

JF5-2.5S1

JF5-2.5S2

JF5-2.5S3

JF5-2.5RD

JF5-2.5JD

JF5-6/1

JF5-10/1

JF5-10/2

JF5-10/5

JF5-25/1

JF5-25/2

Appearance and Installation Dimensions

A A

Power Electrical Equipment

67 / huyuelectric.com

JH2

Application Scope

The JH2 series terminal blocks are suitable for connecting round conductors with a rated voltage up to 690V

(660V) at 50Hz (or 60Hz) AC or 440V DC, and a rated cross-sectional area up to 35mm². They utilize a steplocking barrel-type screw connection structure, providing secure, vibration-resistant, and loose-proof crimping.

Multi-stranded conductors should be crimped onto tubular terminals before connection.

This product complies with GB14048.7 and IEC60947-7-1 standards.

Series Terminal Block

Dimensions (mm)

11.5

76.5

54.5

Mounting rail type

Model

JH2-1.5

JH2-1.5L

JH2-2.5

JH2-2.5L

JH2-2.5S

JH2-2.5SL

JH2-2.5RD

JH2-6

JH2-6L

JH2-16

JH2-35

Appearance and Installation Dimensions

Power Electrical Equipment

68 / huyuelectric.com

JH6

Series Terminal Block

Application Scope

The JH6 series terminal blocks utilize special wire clamps and a stepped-lock barrel-type screw connection

structure, ensuring secure wire clamping and preventing vibration and loosening.

This product complies with GB14048.7 and IEC60947-7-1 standards.

Appearance and Installation Dimensions

Dimensions (mm)

Mounting rail type

Model

JH6-1.5

JH6-2.5

JH6-2.5L

JH6-2.5RD1 (with light)

JH6-2.5S

JH6-2.5SL

JH6-4

JH6-4L

JH6-6

JH6-6L

JH6-10

JH6-10L

JH6-16

JH6-16L

JH6-B

JH6-35

JH6-35L

Power Electrical Equipment

69 / huyuelectric.com

NJD

Application Scope

The NJD series terminal blocks are suitable for low-voltage circuits operating at 50Hz (or 60Hz), with a rated

voltage up to 690V (660V) and a rated current up to 20A. They are used for line connection, branching, and

testing. This series can completely replace the B1 series terminal blocks.

These products comply with GB14048.7 and IEC60947-7-1 standards.

Series Terminal Block

Dimensions (mm)

12.5

Mounting rail type

Model

NJD-7P

NJD-7L

NJD-7S

NJD-10D

Appearance and Installation Dimensions

Technical Specifications

The H series terminal blocks are suitable for connecting conductors in circuits with rated voltages up to 690V

(660V) and rated currents up to 115A.

They comply with GB14048.7 and IEC60947-7-1 standards.

Series Terminal Block

Dimensions (mm)

7.5

49.5

Mounting rail type

Model

H-2611

H-2624

H-2600

H-2629

H-2638

H-2643

H-2601

H-2626

H-3852

H-3853

Appearance and Installation Dimensions

Power Electrical Equipment

70 / huyuelectric.com

HP-175-□-□P

Power Distribution Terminal Blocks

Models

HP-175-6

HP-175-7

Cover

0/3

Application Scope

Serial Information

Electrical Ratings: 600 Volts, 175 Amps

Poles:1-3 poles

Compliance:IEC 60947-7-1

Insulator base:Thermoplastic (PBT G30%)

Flammability rating of insulator base UL 94V-0

Connector: Aluminum, tin plated

Lines: steel, trivalent chromium plated

Loads: steel, trivalent chromium plated

RoHS compliant

Dimensions - mm

Line Wire Range

2/0~14AWG CU

1/4 OR M6 STUD

Load Wire Range

4~14AWG CU

Power Electrical Equipment

71 / huyuelectric.com

HP-175-6 HP-175-7

HUP7-B2

Push-button Switch and Indicator

Product Overview

HUP7-B2, B4, B5, B7 series buttons are suitable for industrial control circuits with AC 50Hz or 60Hz, rated working

voltage up to 380V and DC working voltage up to 250V, and are used as the control of electromagnetic starters,

contactors, relays and other electrical circuits.

Environmental characteristics

Conform to standards:IEC 60947-5-1

Ambient temperature: -25°C ~+ 55°C

Vibration resistance: < 500Hz, amplitude about 1.0mm

Impact resistance: ≥10g

Protection level: Ip40, can be customized to Ip65

Contact characteristics

Contact action: slow action (normally closed or normally open); normally closed contact is

directly disconnected

Contact resistance: ≤50mQ.

Mechanical life: self-resetting button>3 million times, emergency stop button>300,000 times

Electrical life: >1 million times (DC24V, power factor 0.5)

Short circuit protection: RT16-10A

Wiring: screw-in terminal, wiring capacity: minimum 1x0.5mm²;

maximum, with or without terminal piece; 2x 1.5mm² or 1x2.5mm²

Technical Parameters

Rated insulation voltage Ui (V)

Agreed free air heating current Ith (A)

Rated operating voltage Ue (V)

Rated operating current Le (A)

AC-15

DC-13

690

380

2.5

250

0.27

240

125

0.55

Button Box

Protection level

Cable entry

IP40, can be customized IP65

Knockout hole, suitable for PG 13.5 cable gland

Lamp Bead Specifications

Lamp bead type

Rated voltage

Lamp bead life

Lamp bead color

Voltage limit

LED Light Emitting Diode

AC/DC 6V

AC/DC 110V

≥50,000 hours

0.85Ue≤U≤1.1Ue

AC/DC 12V

AC/DC 220V

AC/DC 24V、36V、 48V

AC380V

Materials of Parts

Model

HUP7-B2-B Metal Series

HUP7-B2-E Plastic Series

HUP7-B4-B Metal Series

HUP7-B5-A Plastic Series

Head

Zinc alloy

Nylon

Zinc alloy

Nylon

Middle seat

Zinc alloy

Nylon

Zinc alloy

Nylon

Contact

Silver alloy

Switch housing

PBT

Nylon

Power Electrical Equipment

72 / huyuelectric.com

Left-Side Installation

First layer

Second layer

Third layer

Model

Description

Install one BE101 on the left

Install one BE102 on the left

Install two BE101s

Install two BE102s

BE101 on the left, BE102 on the right

Meaning

Install one BE101 on the left

Install one BE102 on the left

Install two BE101s

Install two BE102s

BE101 on the left, BE102 on the right

And so on

Right-Side Installation

Model

Description

Install one BE101 on the right

Install one BE102 on the right

BE102 on the left, BE101 on the right

Install one BE101 on the right

Install one BE102 on the right

Be102 on the left, BE101 on the right

and so on

2 Position

select switch HUP7-B2-BD21

Picture Product name Model Functions Contact type Structure Drawing

2 Position with

long handle

HUP7-B2-BJ21

HUP7-B2- Bj33

- 1

1 -

3 Position with

long handle

2 -

Power Electrical Equipment

HUP7-B2

Push-button Switch and Indicator

Product Overview

Flat Push

Button Switch

HUP7-B2-BA31

HUP7-B2-BA61

HUP7-B2-BA22

Picture Product name Model Color Contact type Structure Drawing

Emergency stop

push button switch

Φ30mm

Φ40mm

Φ60mm

HUP7-B2-BS542 - 1

1 -

- 1

Mounting Hole Product Dimensions

Mounting panel thickness is 1~6mm

1, 2 are normally closed contacts NC

3, 4 are normally open contacts NO

Type

Normal

Knob

Mushroom

Large Mushroom

Φ22.3

> 50

> 70

> 35

> 42

> 70

Notes

1. Unit: mm

2. B and C refer to the minimum

product size diagram

Model specification of multi-layer contact module Taking the direction of the center

seat positioning pin as a reference,

the positioning pin (1.3 position) is

left-facing, and (2.4 position)

is right-facing.

73 / huyuelectric.com

Power Electrical Equipment

HUP7-B2

Push-button Switch and Indicator

Features

● Automatic grounding

● Finger-safe design

● Chrome-plated metal head and base

● Vibration-proof screw terminal

● mechanical lifespan: 3,000,000 times

● LED indicator lifespan: ≥50,000 hours

● High Protection Level: IP 65

● Easy Installation

● Customization Acceptable

Mounting Panel Thickness: 1-5mm

CENELEC En50007

● The button head is automatically retained in

the mounting hole.

● Rotate the button head to a certain angle to

snap it into the base.

● Fastened with two metal screws

● Vibration-resistant

● Automatic Grounding

● Open-type terminal, no need to pre-loosen

the screw

● Maximum contact module: 6

● Protection Level: Ip65

● Rear nut fastening

● Snap-in mounting of the contact and base

● Tool-free

B2 series products and accessories display

Choices for Label Marking

● Size

● Shape

● Clolor

● Words

Full range of marking/ tailored to suit diverse needs

Installation Description

74 / huyuelectric.com

Power Management

Main Technical Parameters

DDS881

Series Electronic Single-phase Energy Meters

Reference

voltage

220V

Application Scope

The DDS881 series static (electronic) single-phase energy meter utilizes high-quality large-scale integrated

circuits and SMT technology.

A stepper motor drives the mechanical counter, ensuring data is not lost during power outages. This meter is one

of the latest energy meter designs in China.

This product measures single-phase active energy at a voltage of 220V and a reference frequency of 50Hz.

It complies with the GB/T 17215.321-2021 standard.

Appearance and Installation Dimensions, Wiring Diagram

1. Dimensional drawing

Reference

frequency

50Hz

Rated

current (A)

0.25–0.5(60)A

0.25–0.5(80)A

Accuracy

Level

Level 1

Level 2

Starting

Current

Level 1 0.4%Ib

Level 2 0.5%Ib

Creep

The voltage is 115% of

the reference voltage.

The current line open test output

emits no more than one pulse.

(This product has anti-creep

logic design)

Weight (kg)

Approximately 0.6

110

156

137

2. Wiring diagram

1 2 3 4

Test Pulse Output

1 2 3 4

Direct Access Mutual Induction Access

Test pulse

Output

Phase

Neutral

Phase

Neutral

Load

217

228

196

75 / huyuelectric.com

Power Management

DSS881, DTS881

Series of Electronic Three-phase Three-wire And Three-phase Four-wire Active Energy Meters

Application Scope

The DSS881 and DTS881 series active energy meters are electronic Class 1 active energy meters designed to

measure three-phase active energy in 50Hz AC circuits. They fully comply with the technical requirements of the

national standard GB/T 17215 for Class 1 energy meters. Their features include:

1. Bidirectional metering accurately measures power in both forward and reverse directions, requiring no

adjustment for long-term operation. It accumulates energy in one direction and features an anti-theft feature.

2. Operating with a three-phase power supply, metering accuracy remains unaffected even if one or two phases

are disconnected.

3. Utilizing optoelectronic isolation technology, they output energy pulse signals, use LEDs to indicate power

usage, and include a phase loss indicator.

This product complies with GB/T 17215.321-2021.

156 137

Main Technical Parameters

Reference voltage

Base current

Accuracy class

Pulse constant

Power consumption

Design life.

1. Dimensional drawing

2. Wiring diagram

Three-phase four-wire transformer access type

3×220/380V, 3×100V, 3×380V, 3×57.7/100V

0.015–0.075(6)A,0.25–0.5(60)A,0.25–0.5(80)A

Class 1 Class 2

As marked on the nameplate

≤2W and 10VA

10 years

145 72

217

228

130

196

Appearance and Installation Dimensions, Wiring Diagram

Pulse output

9 10 1 2 3 4 5 6 7 8 9 10

2. Wiring diagram

Three-phase four-wire direct access

Pulse output

9 10

1 2 3 4 5 6 7 8 9 10

Model and Meaning

Design Number

Electronic

T - Three-phase Four-wire, S - Three-phase Three-wire

Electricity Meter

D □ S 881

76 / huyuelectric.com

Power Management

Main Technical Parameters

DSSF881, DTSF881

Series of Electronic Three-phase Three-wire And Three-phase Four-wire Multi-rate Energy Meters

Application Scope

The DSSF881 and DTSF881 series multi-rate energy meters are fully electronic, designed to measure peak,

average, valley, and total energy consumption in three-phase, four-wire power grids with a reference frequency

of 50 Hz.

They comply with GB/T 15284-2022, GB/T 17215.321-2021 standards.

Appearance and Installation Dimensions

Electrical Parameters

Normal Operating Voltage

Maximum Operating Voltage

Voltage Line Power Consumption

Current Line Power Consumption

Data Backup Battery Voltage

Tariff operating parameters

Clock accuracy (daily error)

Battery capacity

Data retention time after power outage

Climatic conditions

Normal operating temperature

Extreme operating temperature

Storage and transport temperature

Storage and operating humidity

Technical parameters

Tariff number

Number of time periods

Metering range

Display

Communication baud rate

0.9Un~1.1Un

0.7Un~1.2Un

≤2W and 5VA

≤1VA

3.6VDC

≤0.5s/day (23°C)

≥1200mAh

≥10 years

-20°C to +50°C

-30°C to +60°C

-40°C to +70°C

≤85%

0~999999.99kW·h

LCD

RS485 port: 1200\\2400\\4800\\9600bps (configurable)

Modulated infrared: 1200bps (fixed)

20 20 20

78.5

76.5

148.4

170.8

250

+ Multi-function port + Active pulse + Reactive pulse - Active pulse - Reactive pulse - Multi-function port

Model and Meaning

Serial Number

Multi-rate

Electronic

T - Three-phase Four-wire, S - Three-phase Four-wire

Electricity Meter

D □ S F 881

77 / huyuelectric.com

Power Management

250

DSSF881, DTSF881

Series of Electronic Three-phase Three-wire And Three-phase Four-wire Multi-rate Energy Meters

Wiring Diagram

1. Function terminal wiring diagram

+ - 11 12 13 14 15 16 17 18

√ √ √ √ √ √ √ √ + Multi-function port + Active pulse + Reactive pulse - Active pulse - Reactive pulse - Multi-function port

2. Three-phase four-wire power terminal wiring diagram

a. Current mutual induction type: 3×220/380V, ≤3×3 (6)A

b. Direct type: 3×220/380V, ≥3×5 (20)A

Schematic diagram of active pulse test port

1 2 3 4 5 6 7 8 9 10

Vcc

Internal optocoupler output of the energy meter

Terminal block +

connected to standard meter

Test ground:

Connect terminal -

Pulse width80ms±20ms

Vcc=5V(12V,24V)

R=Vcc/5mA(kΩ)

78 / huyuelectric.com

Power Management

DDSY881, DTSY881

Series of Single-phase Prepaid Energy Meters And Three-phase Four-wire Prepaid Energy Meters

Key Features

Secure & Reliable – Power remains on even if the IC card is lost.

Post-Use Billing – Allows prompt bill collection by the power company.

Low Power Alert – At 10% remaining, the meter alarms and cuts power to remind the user to recharge.

Capacity Control – Limits maximum usage, alarms, and cuts power when exceeded.

Anti-Theft – Detects reverse wiring and monitors for unauthorized usage.

Easy Monitoring – Users can check meter status; the power company can query usage with an inquiry card.

Durable – Operates from -25°C to +55°C , compliant with GB/T18460.3-2001 .

Appearance and Installation Dimensions

How To Use

IC Card Electricity Meter – Quick Guide

1.Inspection & Sealing

- The meter must pass factory inspection and be sealed before use.

- If the seal is missing or the meter has been stored for a long time, it must be re-calibrated and re-sealed.

2. Installation

- Install in a dry, well-ventilated location.

- Mount on a sturdy, fire-resistant, vibration-resistant wall, about 1.8 m high.

- Follow the wiring diagram, tighten terminal screws and the connection plate inside the terminal box.

3. Purchasing & Using Electricity

- Before purchasing, insert the IC card into the meter’s right-side slot to transfer data.

- When selling electricity, insert the IC card into the reader/writer to load user info, purchase amount, capacity

limit, and power limit.

- To use, insert the IC card into the meter; it will read automatically and display:

- Remaining power (3 seconds)→ Total after adding purchase (12 seconds).

- Keep the IC card safe.

4. Checking Power & Capacity Limit

- To check remaining power, insert the IC card into the meter.

- If usage exceeds capacity, the limit indicator flashes, then after 30 seconds the power cuts for 3 minutes.

- Inserting the IC card restores power immediately.

5. IC Card Management

- Each meter has its own IC card; cards are not interchangeable.

- If lost, contact the power supply department for replacement.

6. Low Power & Overdraft

- At ≤10% remaining, the meter cuts power and the power indicator lights. Insert the card to restore.

- If power reaches 0 and the overdraft indicator lights, purchase electricity immediately and notify the power

supply department.

1. DDSY881 Dimensions

112

158

34.6

140

216

200

Pulse

Pulse - Normally Closed Common Normally Open

Model and Meaning

Design Number

Prepaid

Electronic

D - Single Phase S - Three Phase Three Wire T - Three Phase Four Wire

Electricity Meter

D □ S Y 881

79 / huyuelectric.com

Power Management

2. DTSY881 Dimensions

158

34.6

140

DDSY881, DTSY881

Series of Single-phase Prepaid Energy Meters And Three-phase Four-wire Prepaid Energy Meters 144 216 71 2 200 130

Wiring Diagram

1. Three-phase four-wire functional terminal wiring diagram + - 11 12 13 14 15 16 17 18 Pulse + Pulse - Normally Closed Common Normally Open

2. Three-phase four-wire connection through transformer wiring diagram 3. Three-phase four-wire direct wiring diagram

4. Direct type (with built-in control switch) wiring diagram

13 14 16 17 18 Pulse Output

220V AC contactor

13 14 16 17 18

13 14 16 17 18 Pulse Output

220V AC contactor

Pulse Output

80 / huyuelectric.com

Power Management

DSSD881, DTSD881

Series Electronic Three-phase Multi-function Energy Meter

Application Scope

1. Metering: Measures forward and reverse active energy, inductive and capacitive reactive energy, and fourquadrant reactive energy.

2. Time-of-Use Metering: Offers four tariff rates, 12 time zones, and 10 daily time periods per day, with four sets of

daily time periods available.

3. Monthly Energy Statistics: Provides total energy consumption and time-of-use totals, as well as total energy

consumption for the previous day and the month before.

4. Maximum Demand: Records maximum demand and its occurrence time. The default demand cycle is 15

minutes, and the default slip time is 1 minute.

5. Clock and calendar (automatic conversion to daylight saving time every 10 years).

6. Power outage display (optional).

7. Event Recording: Records the occurrence time and status of various events, such as phase failure, power

outage, programming, reset, and battery status.

8. Communication: Communicates with a PDA, computer, or infrared remote control using an RS485

communication interface or infrared port.

Main Technical Parameters

Standard

Pulse constant

Reference frequency

Clock error

MTBF

Power consumption

Normal operating voltage

Extreme operating voltage

Ambient temperature

Extreme temperature

Relative humidity

Design life

Backup battery life

Pulse output parameters

GB/T 17215.321-2021, GB/T 17215.323-2022,

GB/T 17215.301-2024,DT/T 645-1997, DT/T 645-2007

According to nameplate standards

50Hz ±5%

≤0.5s/day (23°C + 2°C)

≥50,000 hours

<2W, 4VA

(0.8-1.1)Un

(0.75-1.2)Un

(-20-55°C)

(-25-70°C)

≤75% (annual average humidity)

15 years

10 years (with new battery)

Pulse width: (80±20)ms Voltage amplitude: ≤24VDC

Model

DSSD881

DTSD881

Reference voltage

3 x 100V

3 x 57.7/100V

3 x 220/380V

Wiring method

Three-phase three-wire

Three-phase four-wire

Basic current

3×1.5(6)A

3×3(6)A

Accuracy Levels

Active power: 0.5S, Level 1

Reactive power: Level 2.0

262.5

218.5

243.5

Active power

calibration

Reactive power

calibration

Public ground

Multi-function -

Active power

forward

Active power

reverse

Reactive power

forward

Reactive power

reverse

Public ground

Multi-function +

Active power

calibration

Reactive power

calibration

Public ground

Multi-function -

Active power

forward

Active power

reverse

Reactive power

forward

Reactive power

reverse

Public ground

Multi-function +

Model and Meaning

Design number

Multi-function

Electronic

Three-phase three-wire

Three-phase four-wire

Electric energy meter

D T SD881 D S S D 881

81 / huyuelectric.com

Power Management

Appearance, Installation Dimensions, and Wiring Diagram

262.5

218.5

243.5

150

174

1. Installation dimension drawing of three-phase multi-function electric energy meter

DSSD881, DTSD881

Series Electronic Three-phase Multi-function Energy Meter

2. Three-phase multi-function energy meter function terminal wiring diagram

11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

+ + - + - + + + + - A1 B1 A2 B2

Active power

calibration

Reactive power

calibration

Public ground

Multi-function -

Active power

forward

Active power

reverse

Reactive power

forward

Reactive power

reverse

Public ground

485

Port 1

485

Port 2

1.0 level three-phase multi-function meter function terminal wiring diagram

0.5S class three-phase multi-function meter function terminal wiring diagram

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

+ + - + - + + + + - A1 B1 A2 B2

28 29

220V

22V

Multi-function +

485

Port 1

485

Port 2

Active power

calibration

Reactive power

calibration

Public ground

Multi-function -

Active power

forward

Active power

reverse

Reactive power

forward

Reactive power

reverse

Public ground

Multi-function +

82 / huyuelectric.com

Power Management

c. Current and voltage mutual induction type: 3×57.7/100V, 3×1.5 (6)A

4. Three-phase three-wire power supply terminal wiring diagram

Current and voltage mutual induction type: 3×100V, 3×1.5 (6)A

1 2 3 4 5 6 7 8 9 10

DSSD881, DTSD881

Series Electronic Three-phase Multi-function Energy Meter

3. Three-phase four-wire power terminal wiring diagram

a. Current mutual induction type: 3×220/380V, 3×1.5(6)A, 3X3(6)A

1 2 3 4 5 6 7 8 9 10

b. Direct type: 3×220/380V, ≥3×5 (20)A

1 2 3 4 5 6 7 8 9 10

83 / huyuelectric.com

Power Management

E1201-1

E1201-2

E1201-3

E1201-4

Technical Data

DTS881-4 (E1201)

Single Phase Static kWh Meter

Rated voltage

Rated Current

Frequency

Connection mode

Accuracy class

Power consumption

Start current

Withstand Voltage(AC)

Impulse Voltage

IP Rating

Constant

Pulse output

Complying Standard

Working Temperature

Plastic case

Outline dimension L*M*H

110V,120V,220V,230,240V(0.8 ~ 1.2Un)

10(40)A, 5(60)A, 10(100)A, customization acceptable

50Hz or 60Hz

Direct type

1.0

<1W/10VA

0.0041b

4000V/25mA for 60 sec

6kV 1.2 μ s waveform

IP51 or IP54

800 ~ 6400 imp/kWh

Passive pulse, pulse width is 80 ± 5 ms

IEC61036, IEC62053-21, IEC62052-11

-30℃ ~ 70℃

Anti-fire and ultraviolet rays PC raw material

145*105*50.5mm ( short terminal cover L1 )

175*105*50.5mm ( Long terminal cover L2)

Application Scope

This meter is designed to measure single-phase, two-wire AC active energy. It uses advanced LSI and SMT

technology, with key components from trusted international brands. It complies with IEC62053-21 standards for

Class 1 single-phase energy meters, offering high stability, low power loss, strong overload capability, and long

service life in a compact design.

Wire connection

Outline dimension

LLNN LNNL

Basic Functions

-Mechanical register (5+1) or LCD display (5+2 or 6+1)

-Measures total active energy in both directions

(forward and reverse)

-LED indicators:

Mechanical type: 2 LEDs (impulse, reverse)

LCD type: 3 LEDs (impulse, power, reverse)

-Pulse output via optical isolation

-Reverse LED shows reverse current or wrong wiring

-LCD models store energy data for over 15 years

without power

-Available in two case types: Class I or Class II protection

Optional Features

-Built-in battery for display when power is off

-Super capacitor keeps display for 48 hours

without power

-Ultrasonic welded housing (no screws)

-Anti-tamper function: detects bypass, grounding,

or resistor tampering

-Measures even if load imbalance >12.5%

between phase and neutral

-Magnetic tamper detection indicator

84 / huyuelectric.com

DTS881-4(E3401)

Three Phase Static kWh Meter

Application Scope

This meter is designed to measure single-phase, two-wire AC active energy. It adopts advanced LSI and SMT

technologies, with key components sourced from internationally recognized long-life brands. All functions

comply with the technical requirements for Class 1 single-phase watt-hour meters, as specified in IEC 62053-21.

The meter offers a long service life and features high stability, strong overload capacity, low power consumption,

and a compact design.

Basic Features

-Available with mechanical step register (5+1), or LCD display (5+2 or 6+1)

-Bi-directional total active energy measurement; reverse energy is included in the total active energy

-For analogue type: two LEDs indicate impulse and reverse connection

-For LCD type: three LEDs indicate impulse, power status, and reverse connection

-Pulse LED shows meter operation; pulse output is optically isolated

-Reverse LED indicates reverse current direction or incorrect wiring

-For LCD types, energy data is stored in memory and retained for over 15 years after power loss

-Two housing options available: Class I and Class II protective enclosures

Optional Features

-Battery backup to display data when power is off

-Supercapacitor to support display for up to 48 hours after power loss

-Ultrasonic welding between meter cover and base—no screws used—for enhanced sealing

-Anti-tamper function: the meter continues to measure energy even in cases of earth connection, bypassing,

or resistor insertion. Tamper detection is triggered when the phase and neutral line loads differ significantly

Technical Data

Rated Voltage

Operating Voltage Range

Rated Current

Frequency

Connection mode

Accuracy class

Power consumption

Start current

Withstand Voltage(AC)

Impulse Voltage

IP Rating

Impulse Rate

Pulse output

Standards Compliance

Working Temperature

Enclosure Material

Outline dimension L*M*H

DTS881-4 three phase four wire 3x57.7/100V, 3x127/220V,3x120/208V, 3x220/380V,

3x230/400V, 3x240/415V

DTS881-4 two phase three wire 1 three phase three wire 2X120/208V, 3x127/220V,

3x220V, 3x380V

0.8 ~ 1.2Un

5A/CT, 1.5(6)A, 5(30)A, 10(40)A, 5(60)A, 20(80)A, 10(100)A, 5(100)A,

or other as required

50Hz or 60Hz

CT type or Direct type

1.0

<0.5W/8VA each phase

0.004|b

4000V/25mA for 60 sec

6kV 1.2 μ s waveform

IP51 or IP54

400 ~ 6400 imp/kWh

Passive pulse, pulse width is 80±5 ms

IEC62053-21, IEC62052-11

-30℃ ~ 70℃

Fire-retardant and UV-resistant PC (polycarbonate)

215x145x62.5mm ( short terminal cover L1)

260x145x62.5mm ( long terminal cover L2)

3401-1

3401-2

3401-3

3401-4

Power Management

85 / huyuelectric.com

Power Management

86 / huyuelectric.com

HY3

Series Digital Display

Application Scope

The HY3 series digital meters are modularly designed and manufactured using SMT technology. Available in

voltage, current, frequency, and combination models, they can be equipped with various output modules to

create versatile digital meters that integrate measurement, alarm, digital input, digital output, transmission, and

communication functions. They are widely used in power generation, industrial and mining enterprises, and

equipment manufacturing. The product standard complies with GB/T 22264.1.

Product Features

- A variety of optional module functions;

- Utilizes high-precision, professional metering chips;

- Digital display for clearer readings and easier use;

- Standard RS485 and Modbus-RTU communication interfaces;

- Silicone keypad design for a pleasant tactile feel and long service life;

- Snap-on mounting bracket for easy installation and removal;

- Plug-in terminals for convenient and reliable connection and installation.

Model and Meaning

Optional Functions:

Communication Interface: R with 485 communication

Digital Input: In (n=1 means 1 channel, n=2 means 2 channels, maximum 4 channels)

Relay Output: On (n=1 means 1 channel, n=2 means 2 channels, maximum 3 channels)

Analog Output: An (n=1 means 1 channel, n=2 means 2 channels, maximum 3 channels)

Combination Type:

(For combination meters only, no code for non-combination meters)

3VA (three-phase voltage + three-phase current)

VAP (voltage + current + active power),

3VAP (three-phase voltage + three-phase current + active power)

VAF (voltage + current + frequency),

3VAF (three-phase voltage + three-phase current + frequency)

Display Type: S (digital tube), Y (LCD)

Meter Appearance

Product Function Code: A (single-phase ammeter), A3 (three-phase ammeter)

V (single-phase voltmeter), V3 (three-phase voltmeter)

F (frequency meter)

H (combination meter)

Signal Input Method: No code (AC), DC (direct current)

Company Characteristic Code

HY3 -□□-□□/□/□

Appearance code

120

Frame Dimensions (mm)

48 x 48

48 x 96

72 x 72

80 x 80

96 x 96

120 x 120

Cutout Dimensions (mm)

45 x 45

45 x 92

68 x 68

76 x 76

92 x 92

111 x 111

Selection Example: 50 single-phase ammeters are required, with a 96x96 size, digital display, and communication capabilities.

The model number is: HY3-A-96S/R (50 units)

Power Management

Product Wiring Diagram

Main Technical Parameters

Item

Signal Input

Power Supply

Communications

Analog Output

Relay Output

Telemetry Switch

Display Mode

Environment

Safety

Parameters

Single-phase/three-phase

AC220V or AC/DC80-270V <5VA

RS485 communication interface, physical layer isolation

MODBUS-RTU protocol compliant with international standards

Communication speed 4800-38400

Calibration method N81, E81, O81, N82

0/4-20mA or 0-5/10V transmitter output

Programmable transmitter item and corresponding value

Programmable remote control/alarm relay output

Capacity 5A/250VAC 5A/30VDC

Programmable alarm level, switch input, analog input, or remote control

Telemetry switch input measurement, passive dry contact input

Programmable linked alarm output

Single-row/three-row digital or LCD display

Operating temperature: -10-55°C

Storage temperature: -20-75°C

Insulation: Signal, power, and output terminal-to-case resistance >5M

Withstand voltage, signal input, power supply, and output >AC2KV

Wiring

Current

Voltage

Note: If there is any discrepancy between the wiring diagram on the instrument housing and the wiring diagram

on the instrument housing, please refer to the wiring diagram on the instrument housing.

Single-phase voltmeter

4 5

Three-phase ammeter

High voltage:

three-phase three-wire

IA* IA IB* IB IC* IC

4 5 6 7 8 9

High voltage:

single-phase voltmeter

* L

IA* IA

4 5

UNUC UN

6 7 8 9

4 5

UA UN

High voltage:

three-phase four-wire

Three-phase

three-wire voltmeter

* *

UC UC UA

6 7 8 9

4 5

UA UB

4 5

UA UB

Three-phase

four-wire voltmeter

Single-phase ammeter

UC UC UA

6 7 8 9

4 5

UA UB

UN UC UN

6 7 8 9

4 5

UA UN

Switching

input

DiG Di4 Di3 Di2 Di1

1 2 71 72 73 74

L N

Power

supply

Pulse output

4748 49

AP COM AQ

58 59 55 56

A1 B1 A2 B2

Communication

interface

30 31 32 33 34

A0G A01 A02 A03 A04

Transmitter

output

15 16 17 18 19

D01 D01 D02 D02 D03

D03

D04

Relay signal output

HY3

Series Digital Display

87 / huyuelectric.com

Power Management

88 / huyuelectric.com

HY3

Series Three-phase Multi-function Digital Display Meter

Application Scope This three-phase multi-function digital display meter simultaneously measures current, voltage, frequency, active power, reactive power, apparent power, energy, and power factor in the power grid. It can be widely used in factory automation and building automation, and can be conveniently applied to measurement and data recording for AC switches of various ranges and distributed measurement and control systems for industrial power supplies. This multi-function digital display meter features a serial port (RS-485), allowing connection to open computer networks. It utilizes the Modbus communication protocol for convenient computer programming and data reading. It complies with the GB/T 22264.1 standard for mounted digital electrical measuring instruments. Features - Directly input signals from current and voltage transformers, allowing for flexible PT/CT ratio settings. - High-end LCD and LED display, user-friendly interface, and convenient parameter settings. - Programmable alarm relay output and 4-20mA transmitter output. - Optional two-way RS-485 communication interface, standard MODBUS-RTU communication protocol. - High-precision chips and components for strong anti-interference capabilities. - Silicone keypad design for a pleasant tactile feel and long service life. - Snap-on mounting bracket for easy installation and removal. - Plug-in connectors for convenient and reliable connection and installation.

Model and Meaning

Optional Functions:

Communication Interface: No code defaults to 1 channel, R2 indicates 2 channels

Switch Input: In (n=1 indicates 1 channel, n=2 indicates 2 channels, maximum 4 channels)

Relay Output: On (n=1 indicates 1 channel, n=2 indicates 2 channels, maximum 4 channels)

Analog Output: An (n=1 indicates 1 channel, n=2 indicates 2 channels, maximum 4 channels)

Display: S (digital tube), Y (LCD)

Instrument Appearance

Product Function Code: D (Multi-function Digital Display)

Enterprise Characteristic Code

HY3 - D - □□/□

Appearance code

120

Frame Dimensions (mm)

72x72

80x80

96x96

120x120

Cutout Dimensions (mm)

68x68

76x76

92x92

111x111

Example: Requires 50 multi-function digital displays with a 96x96 footprint, digital display, and one communication channel.

Requires two digital inputs, one analog output, and four alarm relay inputs.

The model number is: HY3-D-96S/I2 O1 A1 (50 units)

Power Management

Main Technical Parameters

Item

Signal Input

Power Supply

Energy Pulse

Communication

Analog Output

Relay Output

Telemetry Switch

Measurement Level

Display Mode

Environment

Safety

Parameters

Three-phase four-wire Y34 / Three-phase three-wire V33

400V/100V

Continuous: 1.2x; Instantaneous: 2x

<1VA

5A/1A

Continuous: 1.2x; Instantaneous: 2x

<1VA

40-65Hz

AC220V or AC/DC80-270V <5VA

Passive optocoupler collector output

Fixed pulse width 80mS ±20%

RS485 communication interface, physical layer isolation

Compliant with international MODBUS-RTU protocol

Communication speed 4800-38400

Parity check methods N81, E81, O81, N82

0/4-20mA or 0-5/10V output

Programmable output items and corresponding values

Programmable remote control/alarm relay output

Capacity: 5A/250VAC, 5A/30VDC

Programmable alarm level, switch input, analog input, or

Remote control

Remote measurement: switch input measurement, passive dry contact input

Programmable linked alarm output

Power level: 0.5 Frequency: ± 0.1Hz

Active energy: 0.5s

Reactive energy: 1

Analog input: 0.5

High-definition LCD display or high-end integrated digital display module

Operating temperature: -10-55°C

Storage temperature: -20-75°C

Insulation: Signal, power, and output terminal-to-shell resistance >M

Withstand voltage: >AC2kV between signal input, power, and output

Wiring

Voltage

Current

Frequency

Range

Overload

Power Consumption

Range

Overload

Power Consumption

HY3

Series Three-phase Multi-function Digital Display Meter

89 / huyuelectric.com

Power Management

90 / huyuelectric.com

Installation dimensions: A×B

Cutout dimensions: S×Y

Instrument panel dimensions: L×H

Note: If there is any discrepancy between the wiring diagram on the instrument housing and the wiring diagram on the instrument housing,

please refer to the wiring diagram on the instrument housing.

HY3

Series Three-phase Multi-function Digital Display Meter

Appearance and Installation Dimensions

IA* IA IB* IB IC* IC UA UB UC

4 5 6 7 8 9 14 11 12 13

CT*

Low voltage:

three-phase three-wire

Low voltage:

three-phase four-wire

IA* IA IB* IB IC* IC UA UB UC

4 5 6 7 8 9 14 11 12 13

High voltage:

three-phase four-wire

IA* IA IB* IB IC* IC UA UB UC

4 5 6 7 8 9 14 11 12 13

* *

High voltage:

three-phase three-wire

IA* IA IB* IB IC* IC UA UB UC

4 5 6 7 8 9 14 11 12 13

1 2

L N

70 71 72 73 74

DiG Di1 Di2 Di3 Di4

Auxiliary

power supply

58 59 55 56

A1 B1 A2 B2

Communication

interface

Switch input

47 48 49

AP AQ

Pulse output

30 31 32 33 34

A0G A01 A02 A03 A04

Transmitter

output

15 16 17 18 19

D01 D01 D02 D02 D03

D03

D04

Relay signal output

COM

Dimensions (L x H)

Unit (mm)

48 x 48

48 x 96

72 x 72

80 x 80

96 x 96

120 x 120

Panel Mount Dimensions(AX B)

Unit (mm)

44 x 44

44 x 90

67 x 67

75 x 75

91 x 91

110 x 110

Cutout Dimensions(SXY)

Unit (mm)

45 x 45

45 x 92

68 x 68

76 x 76

92 x 92

111 x 111

Total Length(N)

Unit (mm)

Depth (M)

Unit (mm)

Power Management

91 / huyuelectric.com

FM2S

Single Phase Smart Meter

Type

FM1S

FM2S

Application Scope

Single phase smart ANSI meter is designed for 1P2W(FM1S) or 1P3W(FM2S) users. Max current up to 200A. It’s ultra

low power consumption and have large LCD display.The meter also equipped with one RF\\Lora\\Bluetooth remote

communication port. which can be used for remote data collecting and load control. This smart meter can help

the Utility company build smart home and AMI system easily.

Introduction

1. Device description

120V

240V

Ib (Imax)

10(100)A

30(200)A

50/60Hz

Imp/kWh

2000

1000

800

400

Accuracy Class

CA0.5/CA1.0

NOTES:Other specifications are customizable.

Standard

ANSI C12.10-2011

ANSI C12.20-2015

ANSI C12.1-2014

IEC62056-21-2002

IEC 62056-6-2-2016

IEC 62056-61-2006

2. Standards and References

Description

American National Standar for Physical Aspects of Watthour Meters-Safety Standard

American National Standar For Electricity Meters-0.2 and 0.5 Accuracy Classes

American National Standar for Electric Meters Code for Electricity Mteering

Direct local data exchange

COSEM interface classes

Object identification system (OBIS)

3. Characteristics

>>Measurement

ltem

Import absolute and active energy

Import active energy

Export active energy

Description

Total and last 12 months tariff energy(optional)

>>Instantaneous value measurement

Voltage: Three integers, one decimal, unit V, accuracy ± 1%.

Current: Three integers, one decimal, unit A, accuracy ± 1%.

Active power: Two integers, one decimal, unit kW, accuracy ± 1%.

>>Stability and reliability:

- High quality, reliable and robust

- 15-year lifetime

>>Tampering detection:

- Detection of current circuit reversal

- Detection of current by-pass

>>Communication ports:

- Modular communication unit for remote meter access, providing flexible uplink communication options including RF,

Lora or Bluetooth, applicable to various AMR or AMI solutions.

- Optical port (IEC 62056-21 Mode C) for local meter reading and programming

>>Communication protocols:

- IEC62056-21 mode C

>>Display:

- Full segment LCD test

- Auto and manual scroll

- No-power read.

>>Event: logs:

- Comprehensive meter event logs tampering detection, power quality and other general events

- Configurable event alarming system

- Meter error state indication on LCD.

>>Billing data:

- Up to 12 billing records

- What values can be stored in the billing profile is configurable.

>>Load profile(Optional):

- Interval of each load profile is configurable, and independent from each other

- What values can be stored in each load profile is configurable

>>Time of Use

- Up to 4 tariff operations

Memory organization of TOU could accommodate a maximum structure of 12 season tables, 12

week tables, 8 day tables and 10 day entries in each day table.

Power Management

92 / huyuelectric.com

Block schematic diagram

The meter is mainly comprised of current sampling unit, voltage sampling unit, MCU, main power supply, backup power supply, LEDs, LCD, memory, and

communication module.

The meter processes voltage and current sampling through SHUNTor CTand voltage sampling circuit, upon which the integrated energy data is used to drive

the pulse output and passed to energy registration. Relevant controlling and meter reading function are all based on the registered energy data.Besides the

mains power supply, there are power backup which comprises of the internal super-cap and the replaceable battery. All together they provides a reliable

power management scheme to fulfill the power requirement of a smart meter.

FM2S

Single Phase Smart Meter

Standards and References

Description

Meter Type

Active Accuracy

Nominal Voltage Un

Current Range

Grid Frequency

Starting Current

Meter Constant

Start-up Time

Power Consumption of Base Meter

Operating Voltage Range

Operating temperature range

Extreme operating temperature range

Storage and transportation limited temperature range

Relative Humidity

Insulation

Life expectancy

Dimensions

Weight

Values

Single Phase Smart ANSI Meter

CA0.5/CA1.0

120V/240V(optional)

10(100)A/15(100)A/30(200)A(optional)

50/60 Hz

0.4% In

40010002000imp/kWh(by default)

≤5s

Voltage circuit≤0.15W, 10VA Current circuit at lb:≤4VA

0.8Un~1.2Un

-25°C~+60°C

-40°C~+70°C

-45°C~+80°C

Up to 95% non-condensing

AC voltage test subjected to 4kV

15 years

177mm (D) x 128mm(H)

0.8kg (Approx.)

Power Management

93 / huyuelectric.com

FM2S

Single Phase Smart Meter

Meter Construction

1. Appearance

The mechanical housings are made of recyclable PC (UV light and solvent vapors resistant), subjected to class II insulation. The meter offers IP54 (nonsuction) ingress protection level, compliant to IEC 60529.1 lead seals are used to protect the meter housing. Without breaking the seals it’s impossible to

access the internal parts of the meter.

There are nameplates in the meter cover, providing sufficient spaces for the utility to attach device and customer information.

Power Management

94 / huyuelectric.com

2. Dimensions

Outline Dimensions

Dimension size: 177*128mm (D*H)

Installation Dimensions

FM2S

Single Phase Smart Meter

Terminal Block Dimensions

Power Management

95 / huyuelectric.com

FM2S

Single Phase Smart Meter

3. Wiring Diagrams

Main Wiring

1P2W(FM1S), Direct connected 1P3W(FM2S), Direct connected

Power Management

96 / huyuelectric.com

FM2S

Single Phase Smart Meter

Meter Functionalities

1. Function List

Item

LED & Display

Measurement

Communication

Clock

Maximum

Demand

Billing

Load Profile (optional)

Event Function (optional)

Security

Parameter

1 x Active pulse

1 x Temper LED

Active/Reactive: 7 digits with decimal point

Power: XX.XX, unit:kW

Voltage: XXX.X, unit:V

Current: XXX.X, unit:A

Demand: XX.XX, unit:kW

Size of LCD: 71 x 26mm(WxH)

Size of digit:t 7 x 16mm (WxH)

-Auto scroll mode: interval by default is 6 seconds(configurable:1-99s).

-No power display(optional).

-Total absolute sum of active energy

-L1 Voltage

-L1 Current

-Power

-Demand

-Tamper indicator

-Direction of current

-Communication Status

-Other special event indicator

Import Active Energy= |+A|

Export Active Energy= |-A|

Phase Voltage (V)

Phase Current (A)

Active Power (kW)

Demand

IEC 62056-21 compliant

IEC 62056-21 Mode C

RF/Lora/Bluetooth

IEC 62056-21 Mode C

-Up to 4 tariff operations

-Up to 12 season entries, each assodiated with a weekly switching table

-Up to 8 tables, each with up to 10 day entries

-50 configurable special days

≤0.5 s/day (at 23°C)

-Battery for no-power RTC and display

-10-year battery lifetime

Through communi cation command

Optional average or sliding demand calculation

Configurable demand interval: 5,10,15,20,30 or 60 minutes

Three type of blling operations:

-Blling through communication command.

-Billing based on calendar.

Up to 12 entries

Number of captured objects up to 30

What values can be stored in each load profile is configurable

Can be configurable

Interval of each load profile is configurable, and independent from each other

10 different types of event logs

Types of logs include:

-Clock setting

-Battery low

-Meter programming

-System reset

Types of logs include:

-Current reversal

Types of logs include:

-Power outage

-Under voltage

-Over voltage

-Over current

-Over load

Up to 2 access levels protected by password

Sub-item

LED

Energy Data Format

Instantaneous

Value Format

LCD

Dis play Modes

Default Display List

Display Symbol

Active Energy

Instantaneous

Optical Port

Optical Port Protocol

Communication Unit

Protocol for Communication Unit

TOU(optional)

RTC Accuracy

Backup Battery

Time Synchronization

Maximum Demand

Billing(Maximum

Demand Reset)

Capacity of Stored Value

(Billing Profile)

Number of Profiles

Capacity of Profiles

Profile Interval

Number of Profiles

Standard Event Log

Tampering Detection Log

Power Quality Log

Access level

Power Management

97 / huyuelectric.com

FM2S

Single Phase Smart Meter

2. Display

LCD Display Information

Symbol descriptions:

NO.

Description

Meter value

Instantaneous measurement value

Direction of current

Units

Demand

Other special event indicator

In communication

Units

Display Symbol

LCD Display Modes

The meter has 2 display modes:

Main display area:

1) When power on: Display total active energy;

2) When power off: Display total active energy;

Auxiliary display area:

1) When power on: Voltage, current, active power, maximum demand, Auto-scroll interval of 6s.

2) When power off: No display.

LEDS

There are 2 LEDs on the meter.

One energy pulse LED is used for active accuracy verification.

Alarm LED is used to indicate alarm state(configurable, current reversal by defult).

快速跳转到指定页