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Summary of Contents for Tek Drive TDS-F8
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東達變頻器 TDS-F8 簡易說明書 Brief Instruction Manual 小型標準變頻器/ Compact Standard AC Drive 單相 Single phase 110V Class 0.5~ 1HP 單/ 三相 Single/ Three phase 220V Class 0.5~ 2HP 三相 Three phase 440V Class 0.1~ 2HP...
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TDS-F8 簡易說明書/ Brief Instruction Manual F8 完整使用說明書下載 (詳細參數說明請參照) Download F8 Instruction Manual for more information *本手冊內容若如有更改,恕不另行通知。 *The content of this manual may be revised without prior notice. 東達科技股份有限公司 TEK-DRIVE CO., LTD. TEL: (02)2275-6859 FAX: (02)2275-6867 Email: service@tekdrive.com.tw http://www.tekdrive.com.tw 202104...
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以便獲 得更詳細的說明。 Thank you for using TDS-F8 Compact Standard Inverter (drive, VFD) developed by TEK-DRIVE Co., Ltd., featuring High-Performance and ultra-low noise. In the course of using, in case of any problems not covered by this Manual, please contact local agents or engineering technical personnel from our company.
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➢ 若變頻器安裝於控制盤內時,務必加裝散熱風扇,使變頻器周溫 低於 45℃。 ➢ 在未將馬達連接線從變頻器的輸出端子 U、V 及 W 分離前,不 可對馬達線執行高阻抗絕緣測試。 警告 ➢ 不可對變頻器內部零組件作耐壓測試。 ➢ A VFD or VFDs installed in an enclosure, be sure the installation location for cooling effect, and use an external cooling fan or air condition in a suitable location to maintain the internal temperature of enclosure as45 Max..
1. TDS-F8 Introduction 1-1 Preliminary Inspection ◼ Receiving After unpacking the TDS-F8: ⚫ Verify that the part/ type code numbers on the drive nameplate match the numbers on your purchase order or packing slip. ⚫ Check the unit for physical damage which may have occurred during shipping. If any part of the drive is missing or damaged, notify the carrier and your TEK-DRIVE Representative immediately.
1-2 Mounting & Installation Do enhance the operation reliability and life time of F8, the F8 should be installed in an environment for temperature increase free, such as in an enclosure or box. Fig. 1.1 shows the minimum free space required around the F8 to guarantee adequate cooling. (a) Free space Front View (b) Free space side view Fig.
1-8 Terminal Configuration and Description ◼ Main Circuit Terminals Description Symbol Terminal Description R/L1 Main Power Input S/L2 (R/L1 – S/L2 for Single-Phase Input) T/L3 For extended Braking Resister connection. P/B1 (P/B1 – B2 for Standard Type F8 Only, 220V & 440V models built-in, 110V model is optional by order) U/T1 V/T2...
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◼ Control Circuit Terminals Description Fig. 1.4 Control Circuit Terminals Configuration Signal Level Terminal Description Forward Run/ Stop (2-wire configuration) Reverse Run/ Stop (2-wire configuration) Fault Reset Input Photo-coupler Insulated Multi-function Sequence Inputs SINK Signal Input, 6mA/ Multi-Step Reference 1 (DIns) each Multi-Step Reference 2...
2. Precautions for F8 Peripheral Equipment 2-1 Precautions for Wiring of Peripheral Equipment 21、Please follow the Safety Instruction and National/ Local Electrical Standard when make the wiring for F8. 22、Make sure the Mains Power must be able to carry the F8’s Load Current and Voltage. 23、Never connect the F8 output terminals U/T1, V/T2 and W/T3 directly to the AC Mains Power.
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39、The semiconductor components are susceptible to high voltage, it is not allowed to carry out voltage tests (Megger) on the internal components of VFD. 40、Observe proper electrostatic discharge procedures (ESD) when handling the drive and circuit boards. Failure to comply may result in ESD damage to the drive circuitry. 41、All parameters value (except parameter 1-01) will be set back to their original value when parameter (1-02) Initialize parameter value is set to 3、5、7 (2-wire Initialization) or 4、6、8 (3-wire Initialization).
2-2 Main Circuit Wiring, Peripheral Equipment and Note Be su re to connect MCCB or fuses between the AC main circuit power supply and VFD input terminals R/L1, S/L2 (& T/L3) to protect the input wiring, whether a MC needs to be installed depends on the situation. Where a residual current device (RCD) is used for protection in case of direct or indirect contact, only a Type B RCD is allowed on the supply side of this product.
Installation of a reactor is effective for improvement of power factor on the power supply side. ◼ Input Noise Filter In order to confirm to EMC Standard EN55011A, please installs a TDS-F8 dedicated filter. Please refer to the Chap. 6 Appendix of this manual to select a correct input noise filter. ◼...
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Install a noise filter on the VFD’s output side to reduce the radio noise & inductive noise. Please buy an output side noise filter by yourself, or you can refer to the description of Chap.6-4 RFI Noise Filter. ◼...
Only in the PRGM mode, user can change the control and system parameters of F8. TDS-F8 has two types of digital operator: Local Operator (LOP): located in the center of F8, it consists the LED indicators, display area and function keys.
3-2 Function Key Instruction FUN. Key Title Function Description Used to display various status information cyclically of F8, such as Function/ frequency command, output frequency, output current and parameter Display Key group. UP Key Increment key for function, parameter or set value. (+...
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◼ Display Section Description Displayed Meaning & Description Display frequency reference set value. Display output frequency value. Display output current value. Monitoring item. Motor is rotating in FWD command. Motor is rotating in REV command. Parameter group “0” Parameter number “2” of group 0. Value of this parameter.
3-3 Menu Structure for Operators ◼ Local Operator (LOP) Fig. 3.3 LOP Screen Structure...
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External Remote Operator (ROP) In addition to the LOP in the TDS-F8, user needs to extend the operator for remote controlling at some application, they can use the code TMCA-V8 LED or TMCA-V803 LED digital operator. Takes V803 LED as an example, the operating methods are described as follows.
This manual is a brief manual, just only make a simple list and description for the parameters. If you need more detailed parameter description, please go to the TEK-DRIVE official website: https://www.tekdrive.com.tw/, to download the TDS-F8 Instruction Manual, there are complete parameter descriptions and explanations in it. Parameter List Sometimes, there is a mark as following in the table, *1 means the value will be different as different F8 type.
Middle Output Frequency (Hz) 0.1~ 400.0 1-06 Voltage at Middle Output Frequency (V) 0.1~ 255.0 1-07 Minimum Output Frequency (Hz) 0.1~ 400.0 1-08 Voltage at Minimum Output Frequency (V) 0.1~ 255.0 1-09 Frequency Reference Upper Limit 0~ 109% 100%* 1-10 Frequency Reference Lower Limit 0~ 109%...
3- Digital & Analog Output Terminal Parameters Parameter Name & Description Setting Range Default User set 00- Frequency Reference 06- Terminal AIN 01- Output Frequency 08- OP-POT Terminal FM 02- Output A. 09- PID Input Analog Output 3-01 03- Output V. 10- PID Output 1 Selection 04- DC Bus V.
7- Motor Data Parameters Parameter Name & Description Setting Range Default User set Motor Rated Current (*.*A) *.*A 7-01 Motor No-load Current (%) 0~ 99 7-02 Motor Rated Slip (%) 0~ 9.9 7-03 Auto Torque Compensation Gain 0.0~ 2.0 7-04 8- Special Parameters Parameter Name &...
9- RS-485 Modbus Communication Parameters Parameter Name & Description Setting Range Default User set Station Address (ID#) 01~ 255 9-01 Modbus Communication Baud Rate (bps): 0-1200 2-4800 4-19200 9-02 1-2400 3-9600 5-38400 Modbus Communication Parity Selection: bit must be “2”) 0*- No Parity 1- Even Parity 2- Odd Parity...
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Fault Record 2 Most Recent Fault Record U-28 Fault Record 3 Most Recent Fault Record U-29 U-30 Fault Record 4 Most Recent Fault Record EPROM Code F8 firmware version U-31 TEK-DRIVE VFD Model means TDS-F8 model VFD U-32 U-33 Reserved...
5. Warning/ Fault Condition, the possible Causes and Remedies F8 has built-in the warning and fault protective functions. When the F8 detects a fault, the fault message is displayed on the operator and activates a fault signal output, after which the motor coasts to a stop. Unlike faults, warning do not activate fault contact outputs.
Fault Name and Possible Causes Remedies Condition There has been F8 output exceeded the F8 - Check on mechanical overload on motor or the machinery (bearing, gearbox, chains, belts, etc.). Overtorque Protection Detect level. - Reduce the load. - Larger than 6-06. Overtorque - Check on acceleration, deceleration, cycle Time.
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Fault Name and Possible Causes Remedies Condition - See Remedies for fault oL3 of 5-1 Fault There has been F8 output exceeded the F8 Condition…. Overtorque Protection Detect level. - Larger than 6-06. Overtorque - And longer than 6-07. - And set 6-08= 1 ro3 (keep running after detected). RS-485 Modbus Communication Error and keep - See Remedies for fault CErr of 5-1 Fault Condition….
6. Appendix 6-1 Dynamic Braking Resister Input Voltage Applicable Motor Equivalent SPECs of Additional BKR Rough BR Torque Class Ω ( 10% ED) 160%↑ 0.75 160%↑ 162% 0.75 126% 119% 6-2 Input AC Reactor Input Voltage Applicable Motor Rated Current Inductance Class Phases...
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Fig. 6.2 FC-ZF-46 (mounting base included) ❖ Installation Example DRIVE REM OTE DRIVE REM OTE DIGITAL OPERAT OR JN EP- 31 DIGITAL OPERAT OR JN EP- 31 PRGM PRGM DSPL DSPL DRIVE DRIVE EDIT EDIT ENTER ENTER RESET RESET STOP STOP When install the zero-phase core, no matter it is installed on the input or output side of the inverter, the three wires (R, S, T or U, V, W) must run through the same zero-phase core together and be wound in the same...
6-6 Abbreviation Index In this manual, there are Abbreviation with Uppercase Words because of limited space in some tables, please refer the following explanation to know what the real meaning of the word. Alphard Abbreviation Meaning Acceleration, Accelerating, Accelerative Auto Process Operation Auto Voltage Regulation B.B.
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Do you have a question about the TDS-F8 and is the answer not in the manual?
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