P od o u d c u t line n : S D S D Inv n erter N I P P r P esent n ation

Transcription

1 Product line : SD Inverter NPI Presentation

2 Product

3 Pure Sine Wave Inverter : SD series Parallel redundancy design for power expansion Automatic master mechanism to eliminate single unit failure Built-in transfer relay and AC circuit breaker Available wattage: 2500W and 3500W

4 SD -inverter family dimension

5 User benefits Features Wide input voltage range (10~16V) User Benefit Fulfill the majority user applications, could adopt extrem condition such as high altitude / high voltage alternator Parallel redundancy design for power expansion Increase reliability of your power structure Automatic master mechanism to eliminate single point failure and optimze reliability Free from complicated setup in parallel condition In AC loop through, SD series could ensure the safety of AC Built in ATS and AC circuit breaker Grid power usage RS-232 communication Alternative solution to set the parameter Input & output fully isolation Prevent from electrical shock Suitable for different user scenario to active power saving power saving mode selectable mode Output voltage selectable Suitable for different output voltage scenario Built in Ethernet function Optional -Allow user to remote control the SD series via web. Multiple industrial applications that create1ф3ω / 3Ф4ω power systems Suitable for commercial & industrial applications User friendly LCM Module Easy to set & read the parameter of SD series Provide uninterrupted power to your load such as PC or STS mode could shorten the transfer time less than 4ms storage device.

6 SD2500/3500 Front panel 1 Power ON / OFF / REMOTE (Main) switch 10 AC output socket 2 Status LED 11 Reset Button 3 Dip Switch (S1~S8) 12 CAN2 Port (only to be used in parallel mode) 4 DC Input - 13 CAN1Port (only to be used in parallel mode) 5 DC input + 14 LCM port (connection for LCD remote control panel) 6 Chassis Ground 15 Green terminal (Remote and Parallel select) 7 AC Output 16 Remote / RS-232 Port 8 By-pass AC input 17 FAN 9 AC input circuit breaker

7 DIP switch (S1~S8) Assignment PIN # PIN assignment 1 AC output voltage setting 2 AC output voltage setting 3 AC output frequency setting 4 To set-up 3 Phase output or Energy-saving level 5 To set-up 3 Phase output or Energy-saving level 6 To set-up 3 Phase output or Energy-saving level 7 To set-up DIP Switch S4~S6 for power saving or 3 Phase output 8 To set-up function parameters adjustment via LCM or DIP switch

8 DIP switch Set-up S1 S2 S3 S4 S5 S6 S7 S8 Scenario OFF OFF X X X X X X AC output voltage : 100VAC/200VAC OFF ON X X X X X X AC output voltage : 110VAC/220VAC ON OFF X X X X X X AC output voltage : 115VAC/230VAC ON ON X X X X X X AC output voltage : 120VAC/240VAC X X OFF X X X X X AC output frequency : 50Hz X X ON X X X X X AC output frequency : 60Hz X X X X X Power saving mode setting (S4~S6); X OFF X No master-slave in parallel X X X X X X ON X 3 Phase output setting (S4~S6) X X X X X X X OFF Adjust function parameters via LCM X X X X X X X ON Adjust function parameters via DIP switch

9 S4~S6 Set-up for 3 Phase output S1 S2 S3 S4 S5 S6 S7 S8 Scenario X X X OFF OFF OFF ON X X X X OFF OFF ON ON X X X X OFF ON OFF ON X X X X OFF ON ON ON X X X X ON OFF OFF ON X X X X ON OFF ON ON X Master (0 );"R" Phase to be used for 1Ø3W output in series connection(master) or 3Ø4W output connection("r" Phase) Slave (180 ),to be used for 1Ø3W output in series connection(l- NN-L) Slave (-120 ),"S" Phase to support "S" Phasebe(-120 ) in 3Ø4W output connection Slave (120 ),"T" Phase to support "T" Phasebe(120 ) in 3Ø4W output connection X X X ON ON OFF ON X Reserved X X X ON ON ON ON X Reserved Slave (0 ) with current sharing to be used in parallel connection only Slave (0 ),to, be used for 1Ø3W output in series connection(l- NL-N)

10 S4~S6 Set-up for power saving S1 S2 S3 S4 S5 S6 S7 S8 Scenario X X X OFF OFF OFF OFF X Power saving DISABLE X X X OFF OFF ON OFF X Go in power saving mode when output load is under 2%of rating power X X X OFF ON OFF OFF X Go in power saving mode when output load is under 3% of rating power X X X OFF ON ON OFF X Go in power saving mode when output load is under 4%of rating power X X X ON OFF OFF OFF X Go in power saving mode when output load is under 5%of rating power X X X ON OFF ON OFF X Go in power saving mode when output load is under 6%of rating power X X X ON ON OFF OFF X Go in power saving mode when output load is under 7%of rating power X X X ON ON ON OFF X Go in power saving mode when output load is under 8%of rating power

11 Remote / RS-232 Port PIN Assignment PIN # PIN assignment 1 Reserved 2 GND 3 RXD 4 TXD 5 Reserved 6 Reserved

12 Green Terminal PIN Assignment PIN # PIN assignment 1 GND 2 ENB 3 ENB 4 Parallel Jump 5 Parallel Jump

13 How to use Green terminal? Remote control ON/OFF inverter Parallel jump ON/OFF inverter

14 LCM/CAN1/CAN2 PIN Assignment PIN # LCM CAN 1 CAN 2 1 CANH CAN_H CAN_H 2 CANL CAN_L CAN_L 3 PON Reserved Reserved 4 VCC- Reserved Reserved 5 VCC+ Reserved Reserved 6 DIS Reserved Reserved 7 5VS- RND RND 8 5VS+ Reserved Reserved

15 Ethernet PIN Assignment PIN # Ethernet 1 TX+ 2 TX- 3 RX+ 4 Reserved 5 Reserved 6 RX- 7 Reserved 8 Reserved

16 Status LEDindicatoron inverter

17 SD Series Connection

18 Redundant Parallel Connection

19 Ventilation and installation notice Front Panel Screw nuts dimension in mm Rear Panel

20 AC output outlet

21 Hard-wire Installation-1

22 Hard-wire Installation-2

23 Accessories Standard user manual Accessories Optional Remote control Ethernet module STS module

24 SD Series Optional Remote control Model CR-8 (Entry) Display LED indicator 1.Sleep mode 2.Charging status Control 1.Power on/off 2.Sleep mode on/off

25 Engineering spec You can Double click here! 12V Adobe Acrobat Document 24V Adobe Acrobat Document CR-1 Adobe Acrobat Document Or, You can Visit Cotek website to download latest catalog!

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