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APM Momentum 400S Series User Manual

Single/three phase programmable ac power supply
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APM TECHNOLOGIES
PROFESSIONAL INNOVATIVE BRANDING SERVICE

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Summary of Contents for APM Momentum 400S Series

  • Page 1 APM TECHNOLOGIES PROFESSIONAL INNOVATIVE BRANDING SERVICE...
  • Page 2 Contents Preface 1 About this Manual 2 Unpacking 3 Products Introduction 4 Panel Descriptions...
  • Page 3 5 Menu Operation...

  • Page 5: Table Of Contents

    Contents 6 Parallel/Series ........................... 6.1 Single State ......................... 71 6.2 Slave Synchronization......................72 6.3 Master Synchronizatio......................72 6.4 Disable Master-slave Configuration .................. 73 6.5 Parallel Mode Connection Diagram ................... 73 6.5.1 External parallel ......................73 6.6 Series Mode Connection Diagram ..................74 6.6.1 External series ......................
  • Page 6 Dear Customer, Thank you for using this Momentum 400S/H series single/three phase programmable AC power supply, a product developed & manufactured by APM Technologies. We sincerely hope this product will meet your needs. The sections outlined in this user manual are suitable for the following product models.
  • Page 7 Preface Momentum 400S/H series single/three phase programmable AC power supply are divided into Advanced Version, Professional Version and Professional-HF Version according to the characteristic of power sources’ application area. The following table lists the difference between the three versions and optional functions. Function Description Advanced Version Professional Version...

  • Page 9: About This Manual

    About this Manual 1.1 Scope 1.2 Targeted Audience 1.3 Use of this Manual and Legal Notices...
  • Page 10 If one or more of these is missing upon coming inspection of the product, please contact APM Technologies customer service. Note that AC input and DC output wiring, grid connection devices are NOT included with the power supply.
  • Page 11 2.3 Product Failure and Maintenance In the unlikely event of product failure, please contact APM Technologies or its dealer in time to provide the serial number, detailed failure information and pictures of the faulty product to help us identify the cause of the failure.

  • Page 12: Products Introduction

    Product Introduction Products Introduction 3.1 General Description Momentum 400S/H series single/three phase programmable AC power supply use high frequency isolation and active PFC technology for efficient AC/DC output. New UI touch design, combined with the software's strong testing function, easily complete complex programming. Global universal input voltage, multiple output modes one-click switch, applicable to various test scenarios.
  • Page 13 3.3 Operating Instructions 3.4 Operating Environments 3.5 Protect Storage 3.6 Maintenance and Cleaning 3.7 Power Supply Voltage...
  • Page 14 3.8 Fuse 3.9 Warm-up Time 3.10 Unit Shutdown 3.11 Operation Precautions...

  • Page 15: Start Procedure

    3.12 Start Procedure Programmable AC Source Advanced...

  • Page 16: Panel Description

    Panel Description 4.1 Front Panel Description...

  • Page 17: Rear Panel Description

    ① ② ③ ， ④ ⑤ ⑥ ⑦ ⑧ ⑨ 4.2 Rear Panel Description...

  • Page 18: Menu Operation

    Menu Operation 5.1 Menu Structure Setting Output/Measurement （  It can be divided into three channels） Mode Coupling V Range （ ） （ ） I Range Zo Program Degress...
  • Page 19 Voltage Slope Frequency Slope Current Slope Waveform A/B Loop Speed CC/CV Prior ALC_Mode Delay Limits （ It can be divided into three channels） AC Vlimit Ilimit DC Vlimit Flimit...
  • Page 20 Protection （ It can be divided into three channels） OCP(peak) System Setup Remote Setup Config...
  • Page 21 EXT Control User Password LCD Setup Language Data Logging Function Series/Parallel PLD Testing （ It can be divided into three channels） List Mode Sequence Mode...
  • Page 22 Step Mode Pulse Mode Advanced Function （ Can be divided into three channels） Backup/Restore Maintainance ） ） ） ） ProfessionalFunction...
  • Page 23 5.2 Main Page...
  • Page 24 5.3 Navigation Page 5.4 Operation Modes...

  • Page 25: Output Setting

    5.5Output Setting ● ● ● ● 5.5.1 Output 5.5.1.1 Output Mode...
  • Page 26 5.5.1.2 Coupling 5.5.1.3 V Range 5.5.1.4 I Range...
  • Page 27 5.5.1.5 Zo Program and impedance reactance Disable: Enable: 5.5.1.6 Degress ON Degress: OFF Degress:...
  • Page 28 5.5.1.7 Slope Vac S/R: Vdc S/R: F S/R: Vdc off S/R: Idc S/R: 5.5.1.8 Waveform A/B and Waveform Preview...
  • Page 29 5.5.1.9 Zo CC/CV Prior 5.5.1.10 Loop Speed...
  • Page 30 5.5.1.11 ALC_Mode 5.5.1.12 Delay ON Delay: ON Delay time: OFF Delay: OFF Delay time:...
  • Page 31 5.5.2 Measurement 5.5.3 Limitation 5.5.3.1 Vac Limit 5.5.3.2 Vdc Limit...
  • Page 32 5.5.3.3 I Limit 5.5.3.4 F Limit 5.5.4 Protections...
  • Page 33 5.5.4.1 OVP (Over Voltage Protection) 5.5.4.2 OCP (Over Current Protection) 5.5.4.3 OCP peak (Over peak current protection)
  • Page 34 5.5.4.4 OFP (Over Frequency Protection) 5.5.4.5 OPP (Over Power Protection) 5.5.4.6 RMP (Regulation Mode Protection)

  • Page 35: System Setup

    5.6 System Setup ● ● ● ● ● ● ● 5.6.1 Remote Setup ● ● ● ● ●...
  • Page 36 5.6.1.1. RS232 Settings RS232 Enable: Length: Baud Rate: Parity: StopBits: 5.6.1.2 RS485 Settings RS485 Enable: Length: Addr (Address): BaudRate: Parity: Mode: StopBits:...
  • Page 37 5.6.1.3 USB/GPIB Settings USB/GPIB Enable/USB: Enable/GPIB: GPIB Address: 5.6.1.4 LAN Settings ● ● ●...
  • Page 38 5.6.1.4.1 Info info 5.6.1.4.2 IP-Conf. IP-Conf. IP-Mode：  IP Address：  SubNet：  Gateway： Socket Port： ...
  • Page 39 5.6.1.4.3 Serv-Conf. Serv-Conf. MDNS: PING: Telnet-scpi: Web: VXI-11: Raw-socket: 5.6.1.5 CAN...
  • Page 40 Enable: Addr: BaudRate: 5.6.2 Configuration ● ● ● 5.6.2.1 Buzzer...
  • Page 41 5.6.2.2 Output State Last: OFF: 5.6.2.3 P/O State (Power On State) Last: User: Off:...
  • Page 42 5.6.3 External Control 5.6.3.1 Setup...
  • Page 43 EXT Control: VREF: Prohibition of output: 1PH/3PH RECALL1 RECALL2 Disableoutput SYNC_IN...
  • Page 44 FORM FIXEDOUTPUT OUTPUT STATE PROGRAM REMOTE TRANSIENT MODE PHASE...
  • Page 45 5.6.3.2 Monitor...
  • Page 47 twistitintoastrand, andtrimtheexcesshalf...
  • Page 48 Core wire sorting color can not be changed Wiring diagram： ： The output is controlled by EXT-ON. 1V; (Factory default) Forcible shutdown =HIGH, Uhigh > 4V; Programmable to determine high/low level valid The output is controlled by EXT-ON. 1V; (Factory default) Forcible shutdown =HIGH, Uhigh >...
  • Page 49 > >...
  • Page 51 5.6.4 LCD Setup 5.6.5 Language 5.6.6 User Password...
  • Page 52 5.6.7 Data Logging Enable: Sampling Type: Sampling period: Sampling time: Trigger source: 5.7 Series/Parallel ● ● ● ...

  • Page 53: Advanced Function

    5.8 Advanced Function ● ● ● ● ● ● 5.8.1 Test Mode Measure: Enable All: Disable All: Trigger:...
  • Page 54 Save: Test Time: Delay Time: Time Left: Trigger Cancel Test Result 5.8.2 Transient Mode: Action: Immediate:...
  • Page 55 Trigger source: Starting Angle: Angle width: Symmetry: Repeat Count: Peroid Count: Value Select: Percentage: Setting: 5.8.3 Triac Dimmer Edge: Angle: Trigger:...
  • Page 56 5.8.4 IEC Standard Standard: Category: Count: Unom: Frequency: Cycle: Start Degree: Repeat: Interval: td:...

  • Page 57: Counting Function

    Rate: Save: Load: Diagram: 5.8.5 Counting Function...
  • Page 58 Menu Operation After the setting, press the [On/Off] key to turn on the output. The count starts from when output voltage has reached the setting and stop until the breaker or fuse is open. In the current counting mode, set the basic output parameters according to the test requirements. After clicking the IL and Ib parameter setting area, a numeric keyboard will pop up on the screen, select the desired number to input, and press [Enter] after completion, IL is the counting load stop current, and Ib is the start counting current.
  • Page 59 Setting: Measurement: Voltage/current/time: U↑: Settings: Single machine: Run/Stop: AutoSet: 待软件更新界面 Enable: Time: Trigger Source: Trigger Level: Delay: Mode: Slope:...

  • Page 60: List Mode

    5.9 PLD Testing ● ● ● ● 5.9.1 List Mode List Mode NO. : Phase connection: Step Count: Repeat: Trigger Source:...
  • Page 61 Step: Save: Download: Import: Export: Step No: Vac start: Vac end: Vdc start: Vdc end: F start: F end: Degree: Base: Trigger: Count: Waveform:...
  • Page 62 Running Trigger: Stop: Trigger All: Stop All:...

  • Page 63: Step Mode

    5.9.2 Step Mode NO. : Trigger Source: Step: Save: Download: Import: Export: Step...
  • Page 64 Vac, Vdc, F: Vac, Vdc, F: Degree: Count: Dwell: Power Sweep: Waveform: Running Trigger: Stop: Trigger All: Stop All:...

  • Page 65: Pulse Mode

    5.9.3 Pulse Mode NO. : Trigger Source: Step: Save: Download: Import: Export: Step Vac, Vdc, F: Duty cycle: Degree: Count: Period: Start: Waveform:...

  • Page 66: Sequence Mode

    Running Trigger: Stop: Trigger All: Stop All: 5.9.4 Sequence Mode NO. : Phase connection: Step Count: Repeat: Trigger Source: Step: Save: Download: Import: Export:...
  • Page 67 Step List: Cycle: Mode: Running Trigger: Stop: Trigger All: Stop All:...
  • Page 68 5.10 Backup/Restore Save Read Delete 5.11 Maintainance ● ● ● ● ● ● ● ●...

  • Page 69: System Information

    5.11.1 System Information 5.11.2 Run Information 5.11.3 Recall Defaults Recall Default...
  • Page 70 5.11.4 Firmware Update 5.11.5 Warning Log 5.11.6 Calibration...
  • Page 71 5.11.7 Password Reset 5.11.8 License...

  • Page 72: Parallel/Series

    Parallel/Series 6.1 Single State Serial/Parallel...

  • Page 73: Slave Synchronization

    6.2 Slave Synchronization Serial/Parallel Status: System: Slave No.: Screen Saver Mode: Delay: Save: 6.3 Master Synchronization Serial/Parallel Master Output Mode: Keep After Power OFF: Number of Slaves:...

  • Page 74: Disable Master-Slave Configuration

    6.4 Disable Master-slave Configuration 6.5 Parallel Mode Connection Diagram 6.5.1 External parallel 1)Parallel Output Cable Load...

  • Page 75: Series Mode Connection Diagram

    Load...
  • Page 76 Load Load...
  • Page 77 6.6 Series Mode Connection Diagram 6.6.1 External series 1)Series output cable (up to two units connected in series) Load...
  • Page 78 Load...
  • Page 79 Load Load...

  • Page 80: Calibration

    Calibration 7.1 Calibration Equipment required 7.2 Calibration Equipment Setup...

  • Page 81: Power Mode Calibration Procedure

    7.3 Power Mode Calibration Procedure Clear 7.3.1 Accessing Calibration Mode Maintenance Calibration...

  • Page 82: Voltage Setting & Measurement Calibration

    POWER 7.3.2 Voltage Setting & Measurement Calibration AC V Set & Meas...
  • Page 83 DC V Set & Meas HF set Note:...

  • Page 84: Current Setting & Measurement Calibration

    7.3.3 Current Setting & Measurement Calibration AC I Set AC I Meas...
  • Page 85 DC I Set DC I Meas...

  • Page 86: Installation

    Installation 8.1 Product Dimensions...

  • Page 87: Installing Rack Mount Handles

    8.2 Installing Rack Mount Handles 8.3 Installation of An Optional Interface Card Installation steps:...

  • Page 88: Shelf Mounting Diagram Of The Unit

    8.4 Shelf Mounting Diagram of The Unit...

  • Page 89: Input Connection

    8.5 Input Connection ψ...
  • Page 90 Note: 600W/1050W/1500W can use 16A standard plug wire ，  ψ ψ When 10KW is used in the domestic 3P400/3P480 grid, the following wires can be used...

  • Page 91: Connection To Ac Loads

    Connecting the AC input: 8.6 Connection to AC Loads...
  • Page 92 Wiring diagram of AC terminal:...

  • Page 93: Troubleshooting

    Troubleshooting 告警表完善后更新...

  • Page 94: Recycling And Disposal

    Recycling and Disposal Contact Us...

  • Page 95: Appendix A Specifications

    Appendix A Specifications Appendix A Specifications Model MS420VAC650W MS420VAC1050W Input 100~132Vac 1 Phase Voltage 187~300Vac Current 1 Phase Max. 9.4A(L-N) Max. 14.5A(L-N) L, N, PE Connection 1 Phase Frequency 45~65Hz 2* T10A 2* T15A Fuse (Internal) Power Factor >0.97 (Rate Input Voltage, Full Load) >0.98 (Rate Input Voltage, Full Load) Input Power Max.
  • Page 96 Appendix A Specifications Model MS420VAC650W MS420VAC1050W Crest Factor (CF) ≤5 0.1%of actual+0.1%F.S. @10~1000Hz, AC mode 0.1% of actual+0.2%F.S. @10~1000Hz, AC+ DC mode 0.1%of actual+0.3%F.S. @1001~2000Hz, AC mode 0.1%of actual+0.4%F.S. @1001~2000Hz, AC+ DC mode 0.1%of actual+0.5%F.S. @2001~3000Hz, AC mode 0.1%of actual+0.6%F.S. @2001~3000Hz, AC+ DC mode Load Regulation(ALC=ON) 0.1%of actual+0.7%F.S.
  • Page 97 Appendix A Specifications MS420VAC650W MS420VAC1050W Model Range DC0~520Vdc Voltage (DC) Resolution 20mV ±(0.1% of actual + 0.1% of full-scale); valid in low-range from 5% of full-scale to 260VDC, and in high-range from 5% of full-scale to Accuracy 520VDC; with sense leads connected. Range 10~5000Hz 0.01Hz @ 10~81.99Hz;...
  • Page 98 Appendix A Specifications Model MS420VAC650W MS420VAC1050W Range 0~650VAR 0~1050VAR Power Resistive (VAR) Resolution 0.25VAR 0.5VAR (VA)² -(W)², Calculated value Accuracy Range 0~1.000 Power Factor (PF) Resolution 0.001 Accuracy 2%F.S. Range 0~360.0° Resolution 0.4 º 1º @ 10~100Hz; 2º @ 101~1200Hz; Phase 3º...
  • Page 99 Appendix A Specifications MS420VAC2100W MS420VAC3100W MS420VAC4100W MS420VAC6000W Model Input 100~132Vac 100~132Vac, Derating to 50% of rated power 1 Phase 187~300Vac 187~300Vac Voltage 187~300Vac, Derating to 50% of rated power 3 Phase Not supported Not supported Not supported 340~460Vac Max. 27.6A(L-N) Max.
  • Page 100 Appendix A Specifications Model MS420VAC2100W MS420VAC3100W MS420VAC4100W MS420VAC6000W Crest Factor (CF) ≤5 0.1%of actual+0.1%F.S. @10~1000Hz, AC mode 0.1% of actual+0.2%F.S. @10~1000Hz, AC+ DC mode 0.1%of actual+0.3%F.S. @1001~2000Hz, AC mode 0.1%of actual+0.4%F.S. @1001~2000Hz, AC+ DC mode 0.1%of actual+0.5%F.S. @2001~3000Hz, AC mode 0.1%of actual+0.6%F.S.
  • Page 101 Appendix A Specifications MS420VAC2100W MS420VAC3100W MS420VAC4100W MS420VAC6000W Model Range DC0~520Vdc Voltage (DC) Resolution 20 mV ±(0.1% of actual + 0.1% of full-scale); valid in low-range from 5% of full-scale to 260VDC, and in high-range from 5% of full-scale to Accuracy 520VDC;...
  • Page 102 Appendix A Specifications MS420VAC2100W MS420VAC3100W MS420VAC4100W MS420VAC6000W Model 0~2100VAR 0~3100VAR 0~4100VAR 0~6000VAR Range Power Resistive (VAR) Resolution 1.5VAR 1.5VAR 3VAR 3VAR (VA)² -(W)², Calculated value Accuracy Range 0~1.000 0.001 Power Factor (PF) Resolution Accuracy 2%F.S. Range 0~360.0° Resolution 0.4 º 1º...
  • Page 103 Appendix A Specifications MST420VAC2100W MST420VAC3000W MST420VAC4500W MST420VAC6000W Model Input 100~132Vac 100~132Vac, Derating to 50% of rated power 1 Phase 187~300Vac 187~300Vac Voltage 187~300Vac 187~300Vac, Derating to 50% of rated power 3 Phase 340~460Vac 340~460Vac 1 Phase Max. 28.5A(L-N) Max. 38A(L-N) Max.
  • Page 104 Appendix A Specifications Model MST420VAC2100W MST420VAC3000W MST420VAC4500W MST420VAC6000W Crest Factor (CF) ≤5 0.1%of actual+0.1%F.S. @10~1000Hz, AC mode 0.1% of actual+0.2%F.S. @10~1000Hz, AC+ DC mode 0.1%of actual+0.3%F.S. @1001~2000Hz, AC mode 0.1%of actual+0.4%F.S. @1001~2000Hz, AC+ DC mode 0.1%of actual+0.5%F.S. @2001~3000Hz, AC mode Load Regulation(ALC=ON) 0.1%of actual+0.6%F.S.
  • Page 105 Appendix A Specifications MST420VAC2100W MST420VAC3000W MST420VAC4500W MST420VAC6000W Model Range DC0~520Vdc Voltage (DC) Resolution 20mV ±(0.1% of actual + 0.1% of full-scale); valid in low-range from 5% of full-scale to 260VDC, and in high-range from 5% of full-scale to Accuracy 520VDC; with sense leads connected. 10~5000Hz Range 0.01Hz@ 10~81.99Hz;...
  • Page 106 Appendix A Specifications Model MST420VAC2100W MST420VAC3000W MST420VAC4500W MST420VAC6000W 0~2100VAR 0~3000VAR 0~4500VAR 0~6000VAR Range 3 Phase: 0.5VAR 3 Phase: 0.5VAR 3 Phase: 1VAR 3 Phase: 1VAR Power Resistive (VAR) Resolution 1 Phase: 1.5VAR 1 Phase: 1.5VAR 1 Phase: 3VAR 1 Phase: 3VAR (VA)²...
  • Page 107 Appendix A Specifications MST420VAC9000W MST420VAC12000W MST420VAC15000W MST420VAC18000W Model Input 187~300Vac, Derating to 50% of rated power Voltage 3 Phase 340~460Vac Current 3 Phase Max. 35.5A(L-L) Max. 47.4A(L-L) Max. 59.2A(L-L) Max. 71A(L-L) Connection 3 Phase L1,L2,L3, N,PE; Only for 3-Phase 4 Wire Y type/Neutral Required 45~65Hz Frequency Fuse (Internal)
  • Page 108 Appendix A Specifications MST420VAC9000W MST420VAC12000W MST420VAC15000W MST420VAC18000W Model Crest Factor (CF) ≤5 0.1%of actual+0.1%F.S. @10~1000Hz, AC mode 0.1% of actual+0.2%F.S. @10~1000Hz, AC+ DC mode 0.1%of actual+0.3%F.S. @1001~2000Hz, AC mode 0.1%of actual+0.4%F.S. @1001~2000Hz, AC+ DC mode 0.1%of actual+0.5%F.S. @2001~3000Hz, AC mode Load Regulation(ALC=ON) 0.1%of actual+0.6%F.S.
  • Page 109 Appendix A Specifications MST420VAC9000W MST420VAC12000W MST420VAC15000W MST420VAC18000W Model Range DC0~520Vdc Voltage (DC) Resolution 20mV ±(0.1% of actual + 0.1% of full-scale); valid in low-range from 5% of full-scale to 260VDC, and in high-range from 5% of full-scale to Accuracy 520VDC; with sense leads connected. 10~5000Hz Range 0.01Hz@ 10~81.99Hz;...
  • Page 110 Appendix A Specifications Model MST420VAC9000W MST420VAC12000W MST420VAC15000W MST420VAC18000W 0~9000VAR 0~12000VAR 0~15000VAR 0~18000VAR Range 3 Phase: 2VAR 3 Phase: 2VAR 3 Phase: 4VAR 3 Phase: 4VAR Power Resistive (VAR) Resolution 1 Phase: 6VAR 1 Phase: 6VAR 1 Phase: 12VAR 1 Phase: 12VAR (VA)²...
  • Page 111 Appendix A Specifications Model MST820VAC12000W Input 187~300Vac, Reduced to 50% rated power Voltage 3 Phase 340~460Vac Current Max. 47.4A(L-L) 3 Phase Connection 3 Phase L1,L2,L3, N,PE; Only for 3-Phase 4 Wire Y type/Neutral Required 45~65Hz Frequency Fuse (Internal) 12* T20A Power Factor >0.98 (Rate Input Voltage, Full Load) Input Power...
  • Page 112 Appendix A Specifications Model MST820VAC12000W Crest Factor (CF) ≤5 0.1%of actual+0.1%F.S. @10~1000Hz, AC mode 0.1% of actual+0.2%F.S. @10~1000Hz, AC+ DC mode 0.1%of actual+0.3%F.S. @1001~2000Hz, AC mode 0.1%of actual+0.4%F.S. @1001~2000Hz, AC+ DC mode 0.1%of actual+0.5%F.S. @2001~3000Hz, AC mode Load Regulation(ALC=ON) 0.1%of actual+0.6%F.S. @2001~3000Hz, AC+ DC mode 0.1%of actual+0.7%F.S.
  • Page 113 Appendix A Specifications Model MST820VAC12000W Range DC0~1040Vdc Voltage (DC) 40mV Resolution ±(0.1% of actual + 0.1% of full-scale); valid in low-range from 5% of full-scale to 520VDC, and in high-range from 5% of full-scale to Accuracy 1040VDC; with sense leads connected. 10~5000Hz Range 0.01Hz @ 10~81.9 Hz;...
  • Page 114 Appendix A Specifications Model MST820VAC12000W 0~12000VAR Range 3 Phase: 2VAR Power Resistive (VAR) Resolution 1 Phase: 6VAR (VA)² -(W)², Calculated value Accuracy Range 0~1.000 0.001 Power Factor (PF) Resolution Accuracy 2%F.S. Range 0~360.0° Resolution 0.4 º 1º @ 10~100Hz; 2º @ 101~1200Hz; Phase 3º...

  • Page 115: Appendix B Warranty

    2. In case of product replacement, all replaced or exchanged parts which are removed under this warranty will become the property of APM. Please promptly return the original product and components to the original place of purchase so that APM can receive the replaced items in a reasonable period of time.
  • Page 116 5. Accessories included with each product are not in the product warranty scope. 6. Defects or damages caused by or resulting from inadequate or improper repairs carried out by any person, entity or service facility which is not authorized by APM to perform warranty services on its behalf.

  • Page 117: Appendix C Application Notes

    Appendix C Application Notes Appendix C Application Notes 1. If the power supply is connected to a inductance load such as motor, connect a diode in series with the output port to prevent the load current from reversing and damage the power supply. The added capacitor (1000MF~10000uF) will smooth the output voltage.
  • Page 118 Schedule Product Information Company Name Contact Person Distributor Phone Code Address User’s Information Name Phone Code Address E-mail Product Malfunction Information Model Serial No. Warranty Period Signature Malfunction Description & Solutions Date of Malfunction Please stick the product Serial number here.
  • Page 119 Add: #7, Link Industry Park, Kechuang Road, Nancheng, Dongguan, Guangdong, China Tel: +86 769 8698 9800 E-mail: overseas@apmtech.cn Web: www.apmtechate.com...

This manual is also suitable for:

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